tfhj379
- Создано: 10-11-21
- Последний вход: 10-11-21
Описание: What is a cash box placing? A cash box placing is a method of raising cash from the issue of equity securities structured as an issue of shares for non-cash consideration. This allows companies to issue shares without seeking any shareholder consent or convening a general meeting and is very useful for a company that needs to raise funds quickly. It allows for an issue when there is either none or not sufficient disapplication of pre-emption rights authority and enables a larger issue than would be authorised by a standard disapplication, although a general authority to allot shares is still required. In addition, this structure may allow distributable reserves to be created by using merger relief. Note that this is in addition to the usual general authority required by the directors to allot shares The issuer issues shares in exchange for the transfer to it of redeemable preference shares in a special purpose subsidiary. The only material asset of the subsidiary is the cash paid to it upon a subscription of shares by an investment bank (or broker). The bank/broker funds the subscription price for the preference shares from the proceeds of the placing of the company's equity securities. Whilst avoiding the pre-emption rules is one of the key advantages to a cash box placing, it also helps avoid the costs of producing and distributing a circular (where applicable) and notice of meeting, the delay in waiting for the requisite resolutions to be passed and the risk that the resolutions might not be passed. How does the structure work? The issuer incorporates a new company (Newco), most likely in Jersey, which will be established with par value ordinary shares and par value fixed rate redeemable preference shares (see section Why Jersey? below for further information). The issuer's investment bank or broker will subscribe for some of the Newco ordinary shares (usually in excess of 10%) and the issuer will hold the balance of the Newco ordinary shares (which must be below 90% if merger relief is required). Conditional on the issuer's new ordinary shares being listed or admitted to trading on AIM, the bank/broker will agree to subscribe for Newco redeemable preference shares at an aggregate price equal to the net placing proceeds (less commissions and other expenses in respect of the placing) and will undertake to pay to Newco the subscription price for those shares. At the same time as step 3, the issuer will agree to allot new ordinary shares to placees selected by the bank/broker in consideration for the transfer to the issuer of the Newco ordinary shares and preference shares held by the bank/broker. Placees pay the placing price for the new ordinary shares to the bank/broker as principal and the bank/broker will use the placing proceeds to discharge its undertaking to pay the subscription price for the preference shares in Newco. Once the issuer becomes 100% shareholder of Newco (following steps 4 and 5), the issuer is free to extract the cash sitting in Newco by way of a loan, declaring dividends, redemption of the preference shares or a liquidation of Newco. There will normally be a put and call option agreement in place between the issuer and the bank (or broker). In the event the placing does not proceed for whatever reason, a put and call option agreement will enable the bank/broker to transfer to the issuer the ordinary shares it holds in Newco. What is it? A large cash box structure or placing is a method used by a plc to raise funds quickly from institutional investors, like a book safe. It is a cheaper method of raising funds than a more traditional placing of shares, rights issue or plain vanilla debt financing. Why use one? The principal benefits of using a Jersey cash box structure are as follows: ? the statutory pre-emption provisions contained in the UK Companies Act 2006 (the Companies Act) do not apply where a Jersey cash box structure is used as the shares issued by a UK plc (UK plc) are issued for a non-cash consideration. This avoids the time and expense of seeking shareholder approval to disapply the statutory pre-emption rights or otherwise conducting a pre-emptive rights issue; ? the use of a Jersey money cash box structure may allow UK plc to create distributable reserves (rather than share premium) following the issuance of new ordinary shares by taking advantage of the merger relief provisions under the Companies Act; and ? investment banks and brokers find these structures very appealing as they keep underwriting risk and documentation to a minimum but at the same time maintain good commission levels. How does it work? ? UK plc incorporates a Jersey private company as the “cash box” (Jersey NewCo). Jersey NewCo will usually be managed, controlled and tax resident in the UK therefore ensuring that HM Treasury consent is not required with regard to the issue or transfer of Jersey NewCo shares; ? Jersey NewCo issues redeemable preference shares to a manager (such as an underwriter or placing bank) (the Manager) pursuant to a share subscription and transfer agreement. The redeemable preference shares are fully paid up, with the Manager using placing proceeds received from investors identified by the Manager (the Investors) (at this point, Jersey NewCo becomes the “cash box”), like a key box. If merger relief under the Companies Act is to be availed of (i.e. relief from the creation of a share premium account on the issue of shares) the majority of the ordinary shares of Jersey NewCo will be held by UK plc and the remaining amount will be held by the Manager; ? the Manager pursuant to the share subscription and transfer agreement transfers all its shares held in Jersey NewCo to UK plc in exchange for UK plc issuing shares to the Investors. Therefore UK plc has issued shares for a non-cash consideration (i.e. in exchange for receiving the shares in Jersey NewCo) and, as such, avoids the statutory pre-emption provisions of the Companies Act. UK plc now holds all the issued share capital in Jersey NewCo and Jersey NewCo holds all the placing proceeds; and ? UK plc has several options now to recuperate the placing proceeds. Jersey NewCo can redeem the shares held by UK plc (typically for an amount equal to the placing proceeds), lend the placing proceeds to UK plc or distribute the placing proceeds to UK plc upon Jersey NewCo’s solvent winding-up.
Дата Публикации: 10-11-21
Описание: Meat Grinders Used in Charcuterie Successfully making sausages, bacon, cured meats, or any other type of charcuterie, requires very specific tools and equipment. Meat grinders are specialized machines designed for the sole purpose of breaking pieces of meat and fat into smaller pieces by forcing them through a metal plate containing several small holes. Not all meat grinders are equal, and several factors differentiate them, including the following: Power source (electric or manual) Speed of grinding Volume of grinding Size of the grinder Construction of the grinder All grinders can be broken down into the same core parts, and understanding what each part does will help you decide which grinder is right for you. These parts are shown in the following figure and include the following: Body and hopper. The body and hopper is generally one solid piece and houses all of the moving parts (excluding the motor). Worm (auger). The worm is inserted into the motor through the body. This is the screw-like part that draws meat down the hopper and through the body toward the knife. The knife is a cutting implement with four blades and looks like a propeller on a plane. The knife fits onto the end of the worm and spins at the same rate. As the meat passes down the body via the worm, it is first cut by the knife as it is forced through the plate. The plate is a thick, round piece of steel containing several holes. It fits onto the end of the body and holds the worm in position as it spins. The size of the holes on the plate determines how coarse or fine your ground meat will be. Locking ring. The locking ring holds the plate in place, securing all of the moving parts of your grinder. For the purposes of this article, I will discuss three types of meat grinders. The size of the grinder you choose will be largely determined by the amount of meat that you plan to grind. This will also determine the size of the grinder you choose. Manual meat grinders Manual meat grinders are exactly what you might imagine: grinders that are human powered. The working parts are the same as previously described, but instead of an electric motor to turn the worm and knife, you have a hand crank, as shown. Manual meat grinders cost less than electric meat grinders because they don’t contain any motorized parts. This is probably how your grandma or grandpa used to make sausage. Manual meat grinders must be clamped onto a hard surface like a table- or countertop. Manual meat grinders are lower in cost and maintenance than their electric workhorse big brothers, which is why they are a great starting point. Manual grinders can also be used anywhere because they do not require electricity. KitchenAid mixer attachment grinder Several years ago I bought my wife a KitchenAid mixer for Christmas. In all honesty, I bought it for myself but told my wife it was for her. This was a wonderful upgrade to our kitchen because of all the delightful baked goods we could make without all the excessive manual labor. I’m kind of like Tim “The Tool Man” Taylor: I like more power when it comes to my cooking tools! If you happen to have a KitchenAid mixer, then you’ll notice that the front of the mixer has a place for attaching add-on equipment. One of the attachments you can purchase from KitchenAid for your mixer is a meat cutter and grinder, pictured here. Electric meat grinders As you navigate your own internal decision tree, give yourself a little time when it comes to selecting your meat grinder or commercial grinder. Unless you have compelling reasons for not getting an electric grinder, like budget or access to power, this is where you should really focus your research. Electric meat grinders are the right tool for the job when it comes to grinding meat! They come in all shapes and sizes, which are largely determined by the intended volume of use. As with the KitchenAid attachment and the manual meat grinder, the parts of an electric meat grinder are the same with the exception of the electric motor, as shown. Sizing and choosing your grinder Grinder size is determined by the size of the plate that the grinder uses. Generally speaking, the larger the size of the grinder, the larger the motor, and thus the higher the cost of the grinder or the pulerizer. If you are planning to use your grinder a few times a year to grind less than a few hundred pounds of meat, then you can definitely get by with a number 5 or 8 grinder. For a comparison, the figure illustrates some of the different sizes of grinder plates up to number 32. One other determining factor when choosing a grinder is the materials from which your grinder is made. Stainless steel is the industry standard because it is durable, easy to clean, and resistant to rust. However, you can save money by going with plastic or aluminum options.
Дата Публикации: 10-11-21
Описание: Tips for Choosing Drawer Slides Nothing can influence the quality of a project more than the drawer slides the user chooses. Whether it’s for the office, shop, work station, break room, or for a personal project, selecting the right drawer slides can add the right touch to any space. Choosing the Right Slides When selecting two-way slides, the installer must consider the mount, extension type, and slide length, weight limit, color, finish, and brand. There are five different mounting options; and typically, the type of option chosen is determined by factors like, the amount of space inside the cabinet, slide visibility, and cost. Bottom-mounted slides are typically guided by rollers rather than by ball bearings. The mount has an angled flange that holds the double wall drawer box and indexes the slide for quick, easy installation. These are most often used on frameless cabinets, but can be adapted to face-frame cabinets as well. Side-mounted slides are attached horizontally to the cabinet body and to the drawer. These slides are useful in multiple applications because of their durability and high weight limits. Side-mounted slides can be bought with either a roller or ball bearing mechanism, but the latter are more durable over time. Center-mounted slides mount under the drawer’s center. They somewhat restrict drawer height, weight limit, and cabinet size, but they are simpler to install. Under-mounted slides mount to the cabinet sides. They are ideal when accentuating the cabinetry’s quality because they are invisible. These slides are perfect in areas with limited horizontal space. Groove-mounted slides aren’t commonly used in the U.S., but they can be seen on crafted furniture imported from Europe. This access hardware has a lighter load rating and is only used in partial extension variations. Choosing the Right Slide Length Users should consider the right extension and slide length when choosing a set of drawer slides. They can last for many years, which makes it important for the assembler to choose a configuration they will be happy with for a long time. There is nothing as frustrating as a drawer that will not open as far as it should or a countertop that keeps the drawer from being opened at all. By choosing the right spring-loaded drawer slides, problems such as these can be avoided. Why Choose Reid Industrial Supply We continue to offer our customers only the most trusted products and industrial supplies from top name brand manufacturers. Reid Industrial Supply makes it easy for you to shop for tools online and browse through thousands of items. If you’re looking for something specific in drawer slides, or other access hardware and accessories, talk to one of our customer service experts for information and product application knowledge. Wooden Drawer Slides If you can’t bear the thought of adding a chunk of metal hardware to your elegantly crafted creation but still want the convenience of a slide, consider using wooden concealed drawer slides. These mount underneath your drawers and provide many of the advantages of a metal slide without the manufactured look. Rubbing a little paraffin on the mating parts keeps things gliding beautifully. Wooden slides offer near full-extension capacity while remaining quiet and unobtrusive. You can purchase these mating, dovetail slides or make them yourself with the help of a table-mounted router. While not entirely wooden, this track/glide combination offers smooth motion at a fraction of the cost of a set of metal slides. Slide and drawer sizes Most drawer slides are available in even lengths ranging from 10" to 28" with a couple odd lengths (15" and 21") thrown in. They also carry weight ratings. To choose the right length, measure both the depth of your cabinet and the length (front to back) of your drawer(s). Undermount slides are designed to match the drawer length. With the other slides, you typically get slides that are approximately 1" sh As for the weight ratings, consider what you are going to put in the drawers and purchase slides up to the challenge. Canned foods, files, and tools will require heavier duty slides than clothing and linens. Possibly more important than drawer length is drawer width, particularly with side-mounted slides. Most slides require 1?2" of space per slide, which means you need to make your drawers 1" narrower than the opening they are to fit in, but check the specifications for the soft close drawer slides you are using first. Materials Other factors to consider include the slide material and finish. Most slides with hinge are made from steel, but for outdoor applications, a few models come in stainless. As for finish, zinc-plating (silver) is the most common, although some manufacturers include white, off-white, brown, and black in their offerings. Drawer motion with concealed hinge, 90 degree hinge, face frame hinge, etc. Still other options include drawer-motion engineering. Some slides are available with a self-closing feature. With these, a pair of springs take over for the last couple of inches as you push the drawer closed, retracting the drawer into its opening without allowing it to slam. Some slides offer a “push-to-open” feature. With these, a gentle push on the drawer face causes the drawer to pop out of the cabinet a few inches, eliminating the need for drawer pulls.
Дата Публикации: 10-11-21
Описание: Bike Check – Getting to Know the Parts of Your Bike The bicyclesa is a fascinating machine with many parts – so many, in fact, that a lot people never actually learn the names and just point to an area on their bike when something goes wrong. But whether you’re new to bicycles or not, everyone knows pointing isn’t always the most effective way to communicate. You might find yourself walking out of a bike shop with something you didn’t actually want. Ever ask for a new “wheel” when all you really needed was a new tire? Going into a bike shop to purchase a bike or get a tune up can be bewildering; it’s as if the employees speak a different language. There is a lot of technical jargon in the world of bicycles and bicycle accessories. Simply knowing the basic part names can help clear the air and even make you feel more confident about riding your bike. That’s why we put together an article highlighting all, well almost all, the parts that make up a bicycle. If this sounds like more work than it’s worth just remember that when you’re interested in everything you will never have a dull day. Use the photo and descriptions below as your guide. If you do forget the name of a part you’ve always got your finger to help point it out. Essential Bicycle Parts / Bicycle Tool Pedal This is the part that a cyclist places their feet on. The pedal is attached to the crank which is the component that the cyclist rotates to spin the chain which in turn provides the bicycle’s power. Front derailleur Mechanism for changing the front gears by lifting the chain from one chain wheel to another; it allows the cyclist to adapt to road conditions. Chain (or drive chain) Set of metal links meshing with the sprockets on the chain wheel and gear wheel to transmit the pedaling motion to the rear wheel. Chain stay Tube connecting the pedal and crank mechanism to the rear-wheel hub. Rear derailleur Mechanism for changing the rear gears by lifting the chain from one gear wheel to another; it allows the cyclist to adapt to road conditions. Rear brake Mechanism activated by a brake cable, comprising a caliper and return springs; it forces a pair of brake pads against the sidewalls to stop the bike. Seat tube Part of the frame leaning slightly to the rear, receiving the seat post and joining the pedal mechanism. Seat stay Tube connecting the top of the seat tube with the rear-wheel hub. Seat post Component supporting and attaching the seat, inserted to variable depth into the seat tube to adjust the seat’s height. Seat Small triangular seat attached to the bicycle’s frame. Crossbar Horizontal part of the frame, connecting the head tube with the seat tube and stabilizing the frame. Down tube Part of the frame connecting the head tube to the pedal mechanism; it is the longest and thickest tube in the frame and gives it its rigidity. Tire valve Small clack valve sealing the inflation opening of the inner tube; it allows air to enter but prevents it from escaping. Spoke Thin metal spindle connecting the hub to the rim. Tire Structure made of cotton and steel fibers coated with rubber, mounted on the rim to form the casing for the inner tube. Rim Metal circle constituting the wheel’s circumference and on which the tire is mounted. Hub Central part of the wheel from which spokes radiate. Inside the hub are ball bearings enabling it to rotate around its axle. Fork Two tubes connected to the head tube and attached to each end of the front-wheel hub. Front brake Mechanism activated by a brake cable, comprising a caliper and return springs; it forces a pair of brake pads against the sidewalls to slow down the front wheel. Brake lever Lever attached to the handlebars for activating the brake caliper via a cable. Head tube Tube using ball bearings to transmit the steering movement to the fork. Stem Part whose height is adjustable; it is inserted into the head tube and supports the handlebars. Bicycle Handle Bar Grip Device made up of two handles connected by a tube, for steering the bicycle. Brake cable Sheathed steel cable transmitting the pressure exerted on the brake lever to the brake. Shifter Lever for changing gears via a cable moving the derailleur. Optional Bicycle Parts Toe clip This is a metal/plastic/leather device attached to the pedals that covers the front of the feet, keeping the feet in the proper position and increasing peddling power. Reflector Device returning light toward its source so that other users of the road might see the cyclist. Fender Piece of curved metal covering part of the wheel to protect the cyclist from being splashed by water. Rear light A red light that makes the cyclist visible in the dark. Generator Mechanism activated by the rear wheel, converting the wheel’s motion into electric energy to power the front and rear lights. Carrier (aka Rear Rack) Device attached to the back of the bicycle for carrying bags on each side and packages on top. Tire pump Device that compresses air and is used to inflate a bicycle tire’s inner tube. Water bottle clip Support attached to the down tube or the seat tube for carrying the water bottle. Headlight Lamp illuminating the ground a few yards in front of the bicycle.
Дата Публикации: 10-11-21
Описание: Plastic cups and the environment; what are the sustainable alternatives? Secondly, when we talk of disposable products in medical environments, we cannot forget that all products coming into contact with organic liquids are required to be treated as special waste. For further detail regarding this topic, click here for an article dedicated to Disposable products in medical environments. Paper cups Using paper as a raw material for disposable cups may seem like a great idea. Indeed, paper cups are often presented and advertised as compostable, recyclable, or even “organic”. However, this is not borne out completely by real facts, because paper cups are never totally devoid of plastics. In fact, paper cups have an internal coating of plastic to prevent their liquid content coming into contact with the paper. This layer represents approximately 5% of their total weight, meaning a greater consumption of energy and CO2 emissions during the production phase. Furthermore, the process of separating paper and plastic is complex and especially costly and for this reason paper plastic cups, or plastic plates are often rejected by recycling plants and are directed to landfills. Another element to consider is the European-wide regulatory standards that significantly restrict the use of recycled paper fibre in products designed to come into contact with food products (packaging, but also plates and glasses). Without taking into account that paper cups are twice as heavy as common plastic cups and therefore impact on the environment when transported. Bio-plastic cups We define bio-plastic cups as cups made from processing corn, bamboo or sugar cane. In theory, this solution seems the best because it offers an eco-compatible solution, similar to the traditional solution. The production and use of bio-plastics are more advantageous compared to conventional plastics, both from the point of view of energy requirements as well as from the point of view of greenhouse gas emissions. Nevertheless, this solution greatly impacts on the environment due to the use of fertilisers and chemical substances in the cultivation of the necessary renewable raw materials, as well as the use of land and water. Add to this the environmental impact in transporting the biomasses required in its production. Overall, biodegradable plastic (usually PLA) obtained from corn or sugar cane is 100 % compostable and can be completely disposed of without any residual waste. In reality, for this process to happen particular environmental conditions must be present. Realistically, if we throw a PLA cup into landfill we don’t recover anything: PLA must be disposed of in composting plants. The temperatures reached in domestic composting systems are insufficient to achieve decomposition. Furthermore, neither the consumer nor the recycling plants can readily differentiate between PLA and traditional plastic. This creates a problem, because if PLA enters into the PET recycling process, it can cause material contamination which can significantly reduce the recycling output. Finally, the mass use of these plastics encourages the spread of monoculture crops, dangerous for biodiversity and for the economic sustainability of the land, in addition to impacting directly on the cost of the raw materials used in food products. Bio-plastics, therefore, can be an alternative material, but currently they seem to be ecologically unsustainable (if you consider that to grow 1 kg of corn to produce 22 to 28 bottles, 250 L of water is required) for disposable products which typically have very short life spans. All plastics are not the same The raw material used in the production of plastics is still crude oil. However, the plastic derived from this can contaminate the environment to a small or great extent depending on the amount of energy spent, on the production of CO2, as well as on the recycling potential, in addition to the hazardous nature of the substances released during its life-cycle. After biopolymers, polypropylene (PP) is considered one of the most eco-friendly plastic glass. Polypropylene (PP): an eco-friendly plastic containers Raw materials such as ethylene and propylene, considered relatively unharmful for the environment, are used to produce polypropylene (PP). Polypropylene, moreover, is completely devoid of chemical additives, for example plasticisers. Producing polypropylene (PP) cups is simple, energy-efficient and has a low impact in terms of carbon dioxide emissions. Furthermore, production residues can be re-processed, thereby minimising waste production. PP plastic is most suitable for mechanical recycling. Recycling PP cups is very simple, widespread, completely environmentally-friendly, much more so than paper cups. The majority of waste recycling plants recognise polypropylene without any problem, so it can be properly recycled with less energy compared to other plastics. The use of recycled plastics has grown constantly in the last few years and continues to increase. Even if the reuse of plastic in the production of food products is illegal, this does not take away from the fact that if you look at the different recycling systems, PP cups overall deliver the best results. Because it is physiologically neutral, polypropylene is used in many medical products such as disposable products, spatulas, syringes, cannulae etc. In this regard, it is worthwhile remembering that medical waste is classified as special waste and disposing of it involves thermal destruction processes in incineration plants. In this sense, polypropylene does not present a problem because it fully decomposes due to carbon dioxide. All Euronda cups are produced in PP to ensure the lowest possible environmental impact, coupled with the best waste disposal solution. Conclusions So, what is the best solution from an ecological point of view: paper, bioplastic or plastic (PP), as biodegradable cups, or biodegradable containers? We have analysed this issue at length from a production view point and we are of the opinion that there is no clear and unambiguous answer to this question. Many things come into play, which tend to be even more complex in our sector; the biomedical sector, where the use of disposable plastic has delivered enormous advantages in terms of health and safety. We propose, therefore, that we continue to find out more to gain a more in-depth knowledge of what we are using and what we are buying, thereby making informed choices.
Дата Публикации: 10-11-21
Описание: BENEFITS OF PULTRUSION MATERIAL VS. OTHER MATERIALS Fiber Reinforced Plastic (FRP) pultrusions are used in many types of applications throughout many different industries. The pultrusion process allows Liberty Pultrusions to produce continuous lengths of fiber reinforced polymer (FRP) profiled shapes. Pultrusion material holds a lot of value over other types of materials that you may be considering for your next construction project or application. Pultruded products are non-conductive corrosion resistant, strong, durable and lightweight, among other versatile and cost-effective properties. Depending on the class of polyglas structural pultrusion profiles, FRP pultrusion may also be made to be fire-retardant. Polyglass electrical pultrusion has these same great properties and can also be manufactured as non-magnetic, UL listed, arc and track resistant and fire-retardant. In comparison to metal and wood, pultrusions are much more lightweight (75% more lightweight than steel and 30% more lightweight than aluminum), which can make a tremendous difference in many industries including transportation, aerospace, sporting equipment and many others. Another advantage is that steel, aluminum and other metals have isotropic properties, or equal strength in every direction. FRP Pultruded profiles on the other hand, can have applied reinforcement where it is needed, allowing for more efficiency. Benefits of Pultrusion Over Wood / Structural Timber The most obvious advantage of pultruded material over wood is that pultrusions will not rot, mildew, mold or warp due to weather or moisture exposure. They are also not at risk for insect infestation. And unlike wood when wet, FRP pultrusion is non-conductive, making it a much safer material for many types of applications. Another key advantage is that pultrusion material is lighter in weight than structural timber, but at the same time pultrusion is still much stronger and more rigid. Liberty Pultrusions Structural Composites have “built-in” ultraviolet and weather protection and are corrosion resistant. There is no need to apply costly coatings, preservatives or films, like you would need to if using wood. Benefits of Pultrusion Over Steel The three greatest benefits of pultrusion over steel are non-conductivity, corrosion resistance and being up to 75% more lightweight (even though pultrusion is just as strong or more so than steel on a pound for pound basis.) These properties make a tremendous impact on providing safety, lower long-term cost and better design, depending on the application you are supporting. Unlike steel, FRP pultrusion is non-conductive, both thermally and electrically, like in wood grain FRP. With FRP pultrusion you get all of these benefits without the rust and cost of replacing corroded and oxidized materials due to weather, moisture and chemical exposure. Steel often requires painting or galvanizing to maintain. Because of this, pultruded material often has a lower life cycle cost than steel. Another advantage is that FRP Pultrusion is transparent to radio waves and EMI/RFI transmissions. This often makes FRP pultrusion the optimal solution for many types of radio, radar and antenna applications. In addition pultruded structural profiles can be fabricated with simple tools and does not require welders. Because pultrusion is lightweight, it is easier to install than steel and may not require special erection or lift equipment. Depending on the resin option you choose, FRP pultrusion can also be made to be fire retardant. At Liberty Pultrusions, standard structural pultrusions come in three standard systems: Polyglas ‘F’, ‘C’ or ‘M’. Benefits of Pultrusion Over Aluminum While aluminum is heavier and has high thermal conductivity and high electrical conductivity, as well as low corrosion resistance, FRP molds Pultrusion is the opposite: lightweight, non-conductive (thermally and electrically) and highly corrosion resistant. FRP Pultrusion is approximately 30% lighter than aluminum, and it can be used in FRP garden furniture. Both aluminum and FRP Pultrusion are strong, such as in FRP molded grating, but the dimensional stability of pultrusion is much higher. In addition, pultrusion are impact resistant and EMI/RFI transparent, whereas aluminum can easily dent and deform under impact and will interfere with transmissions. The cost of aluminum may be comparable or even less than pultrusion, but because of corrosion and malleability of aluminum, the total long-term costs of pultrusion are less expensive. In addition, pultrusion may be a much safer option for many types of applications. Key Advantages of FRP Polyglas Structural Pultrusion: Corrosion resistance Chemical resistance Non-conductivity (thermally and electrically) Having non-magnetic electromagnetic transparency Being lightweight High-strength & durability Impact resistant Dimensional stability A long life cycle Low-maintenance Polyglas Structural Pultrusions Are Offered In Three Standard Systems * Polyglas F = Fire retardant, polyester, gray color General purpose composite manufactured in a fire retardant isophthalic polyester resin system. Standard colors are gray and hazard yellow. * Polyglas C = Fire retardant, vinyl ester, beige color A superior grade composite manufactured in a fire retardant and highly corrosion resistant vinyl ester resin system. Standard color is beige. * Polyglas M = Non-fire retardant, polyester, olive color General purpose composite manufactured with a non-fire retardant isophthalic polyester resin system. Standard color is olive green. Key Advantages of Polyglas Electrical Pultrusion: Non conductive thermally and electrically Non-magnetic Electromagnetic transparency Lightweight High strength Dimensional stability Long life cycle Low maintenance UL listed Fire retardant Arc and track resistant
Дата Публикации: 10-11-21
Описание: 10 Things Nobody Tells You About Bathroom Storage Next to the kitchen, the bathroom might be the most hard-working room of the house. In my home, it’s where we bathe, practice good dental hygiene, put on makeup, apply Korean face masks (me), catch up on the news (my husband), and prepare for “Crazy Hair Day” (our kids). Given the bathroom’s multifunctionality, it’s critical that the room have proper storage. But proper storage in the bathroom doesn’t just mean having enough shelving. There are three issues unique to bathrooms that need to be considered when planning bathroom storage for this space, and other space storage, like kitchen storage, living room storage, need to consider other specific things. Heat and humidity: Particularly for bathrooms that don’t have proper ventilation (windows, fans), hot showers and baths can lead to mold and mildew. Lots of little things: Toiletries and makeup products can make organization difficult. Electrical bathroom tools: Electric toothbrushes, razors, and hairdryers can be a challenge to store and/or charge. Here, 10 things to consider when figuring out what to put where in the bathroom. 1. Closed storage works best in a small bath. We love open shelving in the kitchen, but in the bathroom? Not as much. That’s not to say it’s impossible to pull off an organized bathroom with open shelving, but having doors and drawers to hide the bits and bobs and the unattractive necessities of your get-ready routine can be a godsend. 2. Concealed isn’t the same as organized. An addendum to the first tip: Closed storage is great—as long as you don’t use it as license to clutter it up. Take time to create another layer of organization via baskets, bins, buckets, and bags. For more ideas on how to rein in the mess in the cabinet under the sink, see 5 Tips for Under-the-Sink Organization. 3. Towel warmers are actually not meant for warming towels. Here’s a clue: Towel warmers are also known as heated towel rails, heated towel bars, and drying racks, as bathroom storage rack. Yes, they will heat up towels so that you can enjoy a warm one post-shower, but what these products are really meant for is drying your towels. So, though a towel warmer may seem like an unnecessary luxury, it actually has a very utilitarian purpose. See Remodeling 101: Towel Warmers for a primer. 4. Rods dry towels better than hooks. I will always advocate for using hooks in a kid’s bathroom; little ones are much more likely to hang up towels on a hook, like a no damage wall hanging than to drape them neatly over a towel rod. That said, if your bathroom is windowless, go for towel bars. They will dry your towels faster than hooks. 5. An electrical outlet inside a built-in cabinet is a necessary luxury. If you use an electrical tool that needs to be charged (toothbrushes, razors, etc.), having an outlet inside the medicine cabinet is super-useful. That way, you can keep all those items—and their unsightly cords—out of the way and behind closed doors. 6. Finding a dedicated spot for your hair dryer can be life-changing. Another electrical tool that needs designated storage: your hair dryer. You can buy holsters or hooks designed to store the item, or you can simply hang it up in a pretty basket or a French net market bag (see Economy Class: Is This Ikea’s Best New Bargain Find? for an inexpensive version). 7. You need more than just one hand towel within reach. Experts say that hand towels should be washed every couple days, as well as other accessories, and since I’m not convinced that all members of my household use soap holder when they wash their hands, I’m going to follow that advice. You should, too. Wet towels in the bathroom are breeding grounds for all sorts of pretty nasty bacteria. Keep a stack of hand towels in the bathroom so it’s easy to swap in a fresh one. 8. Medicine should never be kept in the medicine cabinet. File this under: Irony 101. One of the worst places to store medicine is in a bathroom’s medicine cabinet with wall mounted screw. That’s because heat and humidity, both of which are common to places where we shower and bathe, can affect the efficacy of many drugs. 9. Toilet brushes need to be disinfected. Chances are, you do what I do after cleaning with the toilet brush: flush the toilet and rinse the brush under the running water. Problem is, you haven’t truly cleaned it. To do that, you need to disinfect the brush, either with a bleach solution or hydrogen peroxide, as recommended by one of our favorite eco domestic scientists, Clean Mama. Go here for her tutorial (plus a genius tip on how to dry the brush). 10. The bath mat shouldn’t be left on the floor. I have many domestic pet peeves, but chief among them is leaving a sopping wet bath mat on the floor. (On the spectrum of household annoyances, it’s worse than using multiple water glasses a day and equal to wearing shoes indoors, I’d say.) If you have a tub, simply drape it over the side to dry; if you don’t, consider adding a towel rod for this purpose.
Дата Публикации: 10-11-21
Описание: Understanding CNC Milling CNC milling, or computer numerical control milling, is a machining process which employs computerized controls and rotating multi-point cutting tools to progressively remove material from the workpiece and produce a custom-designed part or product. This process is suitable for machining a wide range of materials, such as metal, plastic, glass, and wood, and producing a variety of custom-designed parts and products. Several capabilities are offered under the umbrella of precision CNC machining services, including mechanical, chemical, electrical, and thermal processes. CNC milling is a mechanical machining process along with drilling, turning, and a variety of other machining processes, meaning that material is removed from the workpiece via mechanical means, such as the actions of the milling machine’s cutting tools. This article focuses on the CNC milling process, outlining the basics of the process, and the components and tooling of the CNC milling machine. Additionally, this article explores the various milling operations and provides alternatives to the CNC milling process with production fixture. Milling Definition What is milling? It's is a type of machining that uses cutters to shape a workpiece, often on a moveable tabletop, although some milling machines also feature movable cutters. Milling started out as a manual task performed by humans, but most milling these days is done by a CNC mill, which utilizes a computer to oversee the milling process. CNC milling offers higher precision, accuracy, and production rates, but there are still some situations when manual milling comes in useful. Manual milling, which requires a lot of technical skill and experience, offers shorter turnaround times. It also has the added benefit that manual mills are cheaper and the user doesn’t need to worry about programming the machine. Overview of CNC Milling Process Like most conventional mechanical CNC machining processes, the CNC milling process utilizes computerized controls to operate and manipulate machine tools which cut and shape stock material. In addition, the process follows the same basic production stages which all CNC machining processes do, including: Designing a CAD modelConverting the CAD model into a CNC program Setting up the CNC milling machineExecuting the milling operation The CNC milling process begins with the creation of a 2D or 3D CAD part design. Then the completed design is exported to a CNC-compatible file format and converted by CAM software into a CNC machine program which dictates the actions of the machine and the movements of the tooling across the workpiece. Before the operator runs the CNC program, they prepare the CNC milling machine by affixing the workpiece to the machine’s work surface (i.e., worktable) or workholding device (e.g., vise), and attaching the milling tools to the machine spindle. The CNC milling process employs horizontal or vertical CNC-enabled milling machines—depending on the specifications and requirements of the milling application—and rotating multi-point (i.e., multi-toothed) cutting tools, such as mills and drills. When the machine is ready, the operator launches the program via the machine interface prompting the machine to execute the milling operation. Once the CNC milling process is initiated, the machine begins rotating the cutting tool at speeds reaching up to thousands of RPM. Depending on the type of milling machine employed and the requirements of the milling application, as the tool cuts into the workpiece, the machine will perform one of the following actions to produce the necessary cuts on the workpiece: Slowly feed the workpiece into the stationary, rotating tool Move the tool across the stationary workpiece Move both the tool and workpiece in relation to each other As opposed to manual milling processes, in CNC milling part, typically the machine feeds moveable workpieces with the rotation of the cutting tool rather than against it. Milling operations which abide by this convention are known as climb milling processes, while contrary operations are known as conventional milling processes. Generally, milling is best suited as a secondary or finishing process for an already machined workpiece, providing definition to or producing the part’s features, such as holes, slots, and threads. However, the process is also used to shape a stock piece of material from start to finish. In both cases, the milling process gradually removes material to form the desired shape and form of the part. First, the tool cuts small pieces—i.e., chips—off the workpiece to form the approximate shape and form. Then, the workpiece undergoes the milling process at much higher accuracy and with greater precision to finish the part with its exact features and specifications. Typically, a completed part requires several machining passes to achieve the desired precision and tolerances. For more geometrically complex parts, multiple machine setups may be required to complete the fabrication process. Once the milling operation is completed, and the part is produced to the custom-designed specifications, the milled part passes to the finishing and post-processing stages of production. CNC Milling Machine Operations CNC milling is a machining process suitable for producing high accuracy, high tolerance parts in prototype, one-off, and small to medium production runs. While parts are typically produced with tolerances ranging between +/- 0.001 in. to +/- 0.005 in., some milling machines can achieve tolerances of up to and greater than +/- 0.0005 in. The versatility of the milling process allows it to be used in a wide range of industries and for a variety of part features and designs, including slots, chamfers, threads, and pockets. The most common CNC milling operations include: Face millingPlain millingAngular millingForm millingFace Milling Face milling refers to milling operations in which the cutting tool’s axis of rotation is perpendicular to the surface of the workpiece. The process employs face milling cutters which have teeth both on the periphery and tool face, with the peripheral teeth primarily being used for cutting and the face teeth being used for finishing applications. Generally, face milling is used to create flat surfaces and contours on the finished piece and is capable of producing higher quality finishes than other milling processes. Both vertical and horizontal milling machines support this process. Types of face milling include end milling and side milling, which use end milling cutters and side milling cutters, respectively. Plain Milling Plain milling, also known as surface or slab milling, refers to milling operations in which the cutting tool’s axis of rotation is parallel to the surface of the workpiece. The process employs plain milling cutters which have teeth on the periphery that perform the cutting operation. Depending on the specifications of the milling application, such as the depth of the cut and the size of the workpiece, both narrow and wide cutters are used. Narrow cutters allow for deeper cuts, while wider cutters are used for cutting larger surface areas. If a plain milling application requires the removal of a large amount of material from the workpiece, the operator first employs a coarse-toothed cutter, slow cutting speeds, and fast feed rates to produce the custom-designed part’s approximate geometry. Then, the operator introduces a finer toothed cutter, faster cutting speeds, and slower feed rates to produce the details of the finished part. Angular Milling Angular milling, also known as angle milling, refers to milling operations in which the cutting tool’s axis of rotation is at an angle relative to the surface of the workpiece. The process employs single-angle milling cutters—angled based on the particular design being machined—to produce angular features, such as chamfers, serrations, and grooves. One common application of angular milling is the production of dovetails, which employs 45°, 50°, 55°, or 60° dovetail cutters based on the design of the dovetail. Form Milling Form milling refers to milling operations involving irregular surfaces, contours, and outlines, such as parts with curved and flat surfaces, or completely curved surfaces. The process employs formed milling cutters or fly cutters specialized for the particular application, such as convex, concave, and corner rounding cutters. Some of the common applications of form milling include producing hemispherical and semi-circular cavities, beads, and contours, as well as intricate designs and complex parts with a single machine setup. Other Milling Machine Operations Besides the aforementioned operations, milling machines can be used to accomplish other specialized milling and machining operations. Examples of the other types of milling machine operations available include: Straddle milling: Straddle milling refers to milling operations in which the machine tool machines two or more parallel workpiece surfaces with a single cut. This process employs two cutters on the same machine arbor, arranged such that the cutters are at either side of the workpiece and can mill both sides at the same time. Gang milling: What is gang milling? Gang milling refers to milling operations which employ two or more cutters—typically of varying size, shape, or width—on the same machine arbor. Each cutter can perform the same cutting operation, or a different one, simultaneously, which produces more intricate designs and complex parts in shorter production times. Profile milling: Profile milling refers to milling operations in which the machine tool creates a cut path along a vertical or angled surface on the workpiece. This process employs profile milling equipment and cutting tools which can be either parallel or perpendicular to the workpiece’s surface. Gear cutting: Gear cutting is a milling operation which employs involute gear cutters to produce gear teeth. These cutters, a type of formed milling cutters, are available in various shapes and pitch sizes depending on the number of teeth necessary for the particular gear design. A specialized lathe cutter bit can also be employed by this process to produce gear teeth. Other machining processes: Since milling machines support the use of other machine tools besides milling tools, they can be used for machining processes other than milling, such as drilling, boring, reaming, and tapping. CNC Milling Equipment and Components The CNC milling process employs a variety of software applications, machine tools, and milling machinery depending on the milling operation being performed. CNC Mill Support Software Like most CNC machining processes, the CNC milling process uses CAD software to produce the initial part design and CAM software to generate the CNC program which provides the machining instructions to produce the part. The CNC program is then loaded to the CNC machine of choice to initiate and execute the milling process. CNC Milling Machine Components Despite the wide range of milling machines available, most machines largely share the same basic components. These shared machine parts include the: Machine interface Column Knee Saddle Worktable Spindle Arbor Ram Machine tool There are also other machining parts, such as automation and semiconductor part, medical part, etc.
Дата Публикации: 10-11-21
Описание: What are the health benefits of pumpkin seeds? Pumpkin seeds are an edible seed typically roasted for consumption. They are a common ingredient in Mexican cuisine and are often eaten as a healthful snack. They are sometimes referred to as pepitas, Spanish for “little seed of squash.” This feature is part of a collection of articles on the health benefits of popular foods. It looks at the possible health benefits of pumpkin seeds, the nutritional content, how to use pumpkin seeds in the diet, and possible health risks. Benefits Pumpkin seeds are a good source of healthful oils, magnesium, and other nutrients that enhance the health of the heart, bones, and other functions. Seeds, in general, are considered excellent sourcesTrusted Source of potassium, magnesium, and calcium. Plant seeds are also a good source of polyunsaturated fatty acids (PUFAs) and antioxidants. The fatty acids in pumpkin seeds contain a rangeTrusted Source of beneficial nutrients, such as sterols, squalene, and tocopherols. Researchers have described the fatty acid profile of seeds, grains, and legumes as “favorable.” Bone health Pumpkin seeds are a good source of magnesium, which is important for bone formation. High magnesium intake is associated withTrusted Source a greater bone density and has been shown to decrease the risk of osteoporosis in women after menopause. Diabetes Nutrients in pumpkins seeds, like sunflower seeds, may help protect against type 2 diabetes. Reactive oxygen species (ROS) play a role in the development of diabetes, and antioxidants may help reduce the risk. In one experiment, diabetic rats started to recoveTrusted Sourcer after following a diet containing a flax and pumpkin seed mixture. The seeds are a good source of magnesium. Studies have suggested that for every 100 milligrams (mg) a day increase in magnesium intake, the risk of developing type 2 diabetes decreases by approximately 15 percentTrusted Source. A 100-gram (g) serving of pumpkin seed kernel can contain over 90 mg of magnesium. Low magnesium levels can impair insulin secretion and lower insulin sensitivity. Heart health Improvement in lipid profiles has been seen with an intake of 365 milligrams of magnesium per day. Heart and liver health Pumpkin seeds contain omega-3 and omega-6 fatty acids, antioxidants, and fiber. This combination has benefitsTrusted Source for both the heart and liver. The fiber in pumpkin seeds helps lower the total amount of cholesterol in the blood and decrease the risk of heart disease. Research to date suggests that omega-3s can: decrease the risk of thrombosis and arrhythmias, which lead to heart attack, stroke, and sudden cardiac death reduce LDL, total cholesterol, and triglyceride levels reduce atherosclerosis, a fatty buildup on the artery walls improve endothelial function, a measure of circulatory health slightly lower blood pressure Pumpkin seeds have been found to contain sterols. In one investigation, scientists found that there were 265 mg of total sterolsTrusted Source in every 100 g of pumpkin seed kernel. Plant sterols and phytosterols are known to help reduce levels of “bad” LDL cholesterol. Researchers carrying out a review of clinical trials concludedTrusted Source in 2013 that the combination of nutrients found in plant seeds can help protect the cardiovascular system and help prevent coronary heart disease and type 2 diabetes. A rodent study has suggested that the nutrients in a mixture of flax and pumpkin seeds could provide some protectionTrusted Source for the liver and also against atherosclerosis. Weight loss and digestion Other benefits of a diet that is high in fiber includeTrusted Source: helping maintain a healthy weight, because the individual feels full for longer after eating enhancing digestive health The immune system Pumpkin seed oil has a high contentTrusted Source of vitamin E and other antioxidants. Vitamin E helps strengthenTrusted Source the immune system and maintain healthy blood vessels. The ODS recommend eating seeds as a source of vitamin E. Insomnia prevention Pumpkin seeds are a rich source of tryptophan, an amino acid. Tryptophan has been used to treat chronic insomnia because the body converts it into serotonin, the “feel-good” or “relaxing” hormone, and melatonin, the “sleep hormone.” A study published in 2005 in Nutritional Neuroscience suggested thatTrusted Source consuming tryptophan from a gourd seed alongside a carbohydrate source was comparable to pharmaceutical grade tryptophan for the treatment of insomnia. Having a few pumpkin seeds before bed, with a small amount of carbohydrates such as a piece of fruit, may be beneficial in providing your body with the tryptophan needed for melatonin production. Pregnancy Pumpkin seeds are a good source of zinc, as well as peanut. Researchers have determined that every 100 g of pumpkins seeds contains 7.99 mg of zinc. For male adults aged 19 years and above, the ODS recommendTrusted Source a daily intake of 11 mg of zinc and 8 mg for women. The World Health Organization (WHO) estimate that over 80 percentTrusted Source of women worldwide have an inadequate zinc intake. Low levels of zinc alter circulating levels of multiple hormones associated with the onset of labor. Nutritionists recommendTrusted Source additional zinc during pregnancy, as it is likely to improve health outcomes. Zinc is also essentialTrusted Source for normal immune function and prevention of uterine infections. All of these could potentially contribute to preterm delivery. Antioxidant activity Non-refined pumpkin seed oil is thought to offer antioxidant protection. This is due to its PUFA and lipophilic antioxidant content. Refining an oil removes or reduces these substances. Antioxidants are considered to beTrusted Source “scavengers,”tasked with removing unwanted waste substances known as free radicals. If these substances remain in the body, there is a higher risk of a range of health problems. Antioxidants have a wide rangeTrusted Source of uses, including reducing inflammation. One study, published in 1995, found that, in rats with arthritis, symptoms improved after taking pumpkin seed oil. A German study, published in 2012, suggested thatTrusted Source a high consumption of pumpkin seeds may be linked to a lower risk of breast cancer after menopause. Skin and eye health Pumpkin seeds are a good source of squalene, an antioxidant compound that is similar to beta-carotene. Squalene occurs throughout all body tissues, and it appears to play a role in protecting the skin during UV and other types of radiation exposure. Animal studies have also suggested that squalene may play an important role in retinal health. Squalene may also offer protectionTrusted Source from cancer, but more research is needed to prove this. Sexual, prostate, and urinary health Pumpkin seeds have traditionally been used as an aphrodisiac in some places. In an in-house study at Mansoura University in Egypt, rats consumed a pumpkin seed extract combined with zinc. The researchers concluded that pumpkin seeds may have a beneficial effect on sexual health status. A study published in 2009 suggested thatTrusted Source pumpkin seed oil may be safe and effective as a treatment for benign prostatic hyperplasia (BPH). Those who consumed 320 mg a day of the oil over 6 months saw a reduction in their symptoms and improved quality of life. In 2014, scientists found evidenceTrusted Source that pumpkin seed oil might help treat urinary disorders in men and women. Treatment with the oil was linked to a reduction in symptoms of an overactive bladder. Nutrition According to the United States Department of Agriculture (USDA) National Nutrient Database, a 100-g serving of organic pumpkin seeds containsTrusted Source: 127 calories 15 g of carbohydrate (including 0 g of sugar and 17.9 g of fiber) 5 mg of protein 21.43 g of fat, of which 3.57 is saturated 20 mg of calcium 0.9 g of iron 1 g of saturated fatty acids A 100-gram serving of one brand’s in-shell, salted, roasted pumpkin seeds providesTrusted Source: 536 calories 4 g carbohydrate (including 3.6 g of fiber and 3.57 g of sugar) 32.14 g of protein 42.86 g of fat, of which 8.93 g is saturated 71 mg of calcium 16.07 mg of iron 571 g of sodium Pumpkin seeds are also a source of magnesium, zinc, copper, and selenium. One scientific study has found that 100 g of pumpkin seeds contains: 7.99 mg of zinc 9.76 mg of iron 78.18 mg of calcium 90.69 mg of magnesium 20.56 mg of sodium Magnesium According to the Office of Dietary Supplements (ODS), seeds are good sourcesTrusted Source of magnesium, one of the seven essential macrominerals. In one study, scientists found that 100 grams (g) of pumpkin seeds contained 90.69 milligrams (mg) of magnesium. The ODS recommend thatTrusted Source males aged 19 to 30 years should consume 400 mg of magnesium a day, and females 310 mg or 350 mg during pregnancy. Older people should have a slightly higher intake. Magnesium plays an important role in over 300 enzymatic reactions within the body, including the metabolism of food and synthesis of fatty acids and proteins. Magnesium is vital for the proper functioning of muscles. Magnesium deficiency is prevalent in older populations. It is linked to insulin resistance, metabolic syndrome, coronary heart disease, and osteoporosis.
Дата Публикации: 10-11-21
Описание: How businesses can protect employees and visitors with video intercom security In the years following 9/11, office intercom systems transformed from mere communication devices to a vital part of a building’s security infrastructure. They were interfaced with video cameras, access control systems, facial recognition, alarms and alerts, and monitoring systems to safeguard workplaces from intruders and terrorists. Physical security was on top of everyone’s mind. And intercom systems provided an obvious and simple solution. Fast forward to 2020, and the pandemic is causing another quantum shift in how the world thinks about security. This time around, businesses are responsible for protecting their workplaces and people from an invisible intruder. As SARS-CoV-2 continues to disrupt businesses and economies, video intercom systems are once again on the frontline of security. But this time, the intercom has the force of modern technology on its side. Video intercom systems today Gone are the days of fixed intercom systems that consisted of metallic faceplates with a bunch of commonly touched buttons, hardwired into the building and connected via landlines to fixed tenant stations. Today’s intercom systems are sleek integrated devices with touchscreen displays, cloud-managed directories, and wireless connectivity. Their modern features make them capable of protecting employees and visitors from seen and unseen threats. For example: SIP and WebRTC technologies have expanded the reach of office intercom systems regular landlines, smartphones, and browsers VoIP protocols have fueled the growth of IP video intercom systems that only need a power and internet connection to call people around the world Cloud-based intercom systems are interfaced with access control systems that allow security teams to schedule automatic entry for delivery and cleaning crews Video intercoms are also integrated with facial recognition and mobile access control to provide more robust security Let’s see how video intercom systems can help ensure everyone’s safety in line with the COVID safety recommendations and regulations. Social distancing Use of video intercom systems eliminates the need for face-to-face interaction with visitors. A modern video wireless intercom system supports a work-from-home culture, where employees can speak to visitors and other employees via smartphones sitting right at their homes.Office teams can admit guests, deliveries and cleaning services remotely. Video intercoms that are built into access control systems can be used for entry surveillance to ensure that a distance of 6 feet is maintained between individuals while they enter the workplace. Health screening Cloud-based 4 wire video intercom and access control systems have the capacity to integrate remote health screening for building occupants and visitors. A health check is provided through the app prior to arrival. This can be as simple as recording temperature (at-home temperature checks are considered best practices by the CDC) or as in-depth as completing a questionnaire. One submitted entry can be granted or denied based on risk. Health screening information is kept confidential in the cloud-based server. Questionnaires and screenings completed on paper, on-site are at much higher risk of confidentiality breach and privacy violation. Time is critical when it comes to contact tracing and an occupant health log can make a significant difference, as well. Touchless entry Commonly touch surfaces such as push buttons or keypads have become unsafe because of the risk of transmission of disease. The virus can live on most surfaces for several hours and can spread to people who touch that surface after it was infected. Video intercom systems allow employees and guests to walk through the office without making contact with these surfaces. Automatic touchless access can also be scheduled for visitors by sending links through email or mobile app. Video intercom access control systems are quickly replacing key cards and other legacy methods. Aside from the transmission of disease, eliminating key cards decreases overhead and overall operational cost. Remote management With cloud-based video intercom and security systems, including 2 wire video intercom, security teams don’t need to come to the office to manage authorizations and credentials. They can add or remove users and change access levels from anywhere through mobile or browser interfaces. Unregistered visitors can speak with their host from the door terminal and are granted remote access even from outside the building. Entry surveillance video intercoms, such as wireless video intercom, or wireless audio intercom, are being used to monitor the entry and record events to the cloud. Security teams can view entry photos or video from anywhere in real time or later on. Facial recognition Russia and China are using facial recognition to monitor quarantine restrictions and wearing of masks. In America, companies like MasterCard, Amazon, Chevron, Walmart, and McDonald’s are either using or planning to use facial recognition for a variety of purposes—from analyzing moods to authenticating payments. The latest video intercom systems offer built-in facial recognition that can be activated as an option where a higher level of security is required. Face recognition allows touchless entry for users, who just have to look at the intercom camera to unlock the door. No need to dig for a phone or start an app. A safe return for employees and visitors Access management using video intercom, such as IP video intercom, has been a growing trend throughout the past few years. COVID-19 kickstarted the rapid growth of the industry as it has highlighted the necessity of access entry systems that not only prioritize security but the health of occupants as well. As we’ve seen, making sure facilities maintain healthy practices is just as important as protecting physical security. With that, we get a glimpse into the future of secure access control solutions.
Дата Публикации: 10-11-21
Database (default) | 0.196482 s | |||
---|---|---|---|---|
24.0547 kB | ||||
Исходный пункт | Min | Max | Average | Всего |
SELECT `group_name`, `config_key`, `config_value` FROM `oc2_config` ORDER BY `group_name` ASC, `config_key` ASC (1) |
0.003882 s
|
0.003882 s
|
0.003882 s
|
0.003882 s
|
0.8359 kB
|
0.8359 kB
|
0.8359 kB
|
0.8359 kB
|
|
SELECT `oc2_`.`id_crontab` AS `id_crontab`, `oc2_`.`name` AS `name`, `oc2_`.`period` AS `period`, `oc2_`.`callback` AS `callback`, `oc2_`.`params` AS `params`, `oc2_`.`description` AS `description`, `oc2_`.`date_created` AS `date_created`, `oc2_`.`date_started` AS `date_started`, `oc2_`.`date_finished` AS `date_finished`, `oc2_`.`date_next` AS `date_next`, `oc2_`.`times_executed` AS `times_executed`, `oc2_`.`output` AS `output`, `oc2_`.`running` AS `running`, `oc2_`.`active` AS `active` FROM `oc2_crontab` AS `oc2_` WHERE `active` = 1 AND (`date_next` <= '2024-11-04 20:38:54' OR `date_next` IS NULL) (1) |
0.016676 s
|
0.016676 s
|
0.016676 s
|
0.016676 s
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
|
SELECT `oc2_category`.`id_category` AS `id_category`, `oc2_category`.`name` AS `name`, `oc2_category`.`order` AS `order`, `oc2_category`.`created` AS `created`, `oc2_category`.`id_category_parent` AS `id_category_parent`, `oc2_category`.`parent_deep` AS `parent_deep`, `oc2_category`.`seoname` AS `seoname`, `oc2_category`.`description` AS `description`, `oc2_category`.`price` AS `price`, `oc2_category`.`last_modified` AS `last_modified`, `oc2_category`.`has_image` AS `has_image` FROM `oc2_categories` AS `oc2_category` WHERE `seoname` IS NULL LIMIT 1 (1) |
0.009520 s
|
0.009520 s
|
0.009520 s
|
0.009520 s
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
|
SHOW FULL COLUMNS FROM `oc2_ads` (1) |
0.013998 s
|
0.013998 s
|
0.013998 s
|
0.013998 s
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
|
SELECT `oc2_location`.`id_location` AS `id_location`, `oc2_location`.`name` AS `name`, `oc2_location`.`order` AS `order`, `oc2_location`.`id_location_parent` AS `id_location_parent`, `oc2_location`.`parent_deep` AS `parent_deep`, `oc2_location`.`seoname` AS `seoname`, `oc2_location`.`description` AS `description`, `oc2_location`.`last_modified` AS `last_modified`, `oc2_location`.`has_image` AS `has_image`, `oc2_location`.`latitude` AS `latitude`, `oc2_location`.`longitude` AS `longitude`, `oc2_location`.`id_geoname` AS `id_geoname`, `oc2_location`.`fcodename_geoname` AS `fcodename_geoname` FROM `oc2_locations` AS `oc2_location` WHERE `seoname` IS NULL LIMIT 1 (1) |
0.034042 s
|
0.034042 s
|
0.034042 s
|
0.034042 s
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
|
SHOW FULL COLUMNS FROM `oc2_users` (1) |
0.002507 s
|
0.002507 s
|
0.002507 s
|
0.002507 s
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
|
SELECT `oc2_user`.`id_user` AS `id_user`, `oc2_user`.`name` AS `name`, `oc2_user`.`seoname` AS `seoname`, `oc2_user`.`email` AS `email`, `oc2_user`.`password` AS `password`, `oc2_user`.`description` AS `description`, `oc2_user`.`status` AS `status`, `oc2_user`.`id_role` AS `id_role`, `oc2_user`.`id_location` AS `id_location`, `oc2_user`.`created` AS `created`, `oc2_user`.`last_modified` AS `last_modified`, `oc2_user`.`logins` AS `logins`, `oc2_user`.`last_login` AS `last_login`, `oc2_user`.`last_ip` AS `last_ip`, `oc2_user`.`user_agent` AS `user_agent`, `oc2_user`.`token` AS `token`, `oc2_user`.`token_created` AS `token_created`, `oc2_user`.`token_expires` AS `token_expires`, `oc2_user`.`api_token` AS `api_token`, `oc2_user`.`hybridauth_provider_name` AS `hybridauth_provider_name`, `oc2_user`.`hybridauth_provider_uid` AS `hybridauth_provider_uid`, `oc2_user`.`subscriber` AS `subscriber`, `oc2_user`.`rate` AS `rate`, `oc2_user`.`has_image` AS `has_image`, `oc2_user`.`failed_attempts` AS `failed_attempts`, `oc2_user`.`last_failed` AS `last_failed`, `oc2_user`.`notification_date` AS `notification_date`, `oc2_user`.`device_id` AS `device_id`, `oc2_user`.`stripe_user_id` AS `stripe_user_id`, `oc2_user`.`google_authenticator` AS `google_authenticator` FROM `oc2_users` AS `oc2_user` WHERE `seoname` = 'tfhj379' AND `status` = 1 LIMIT 1 (2) |
0.000580 s
|
0.004607 s
|
0.002594 s
|
0.005187 s
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
1.4063 kB
|
|
SELECT COUNT(`oc2_ad`.`id_ad`) AS `records_found` FROM `oc2_ads` AS `oc2_ad` WHERE `id_user` = '327' AND `status` = 1 ORDER BY `created` DESC (1) |
0.000763 s
|
0.000763 s
|
0.000763 s
|
0.000763 s
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
|
SELECT `oc2_ad`.`id_ad` AS `id_ad`, `oc2_ad`.`id_user` AS `id_user`, `oc2_ad`.`id_category` AS `id_category`, `oc2_ad`.`id_location` AS `id_location`, `oc2_ad`.`title` AS `title`, `oc2_ad`.`seotitle` AS `seotitle`, `oc2_ad`.`description` AS `description`, `oc2_ad`.`address` AS `address`, `oc2_ad`.`latitude` AS `latitude`, `oc2_ad`.`longitude` AS `longitude`, `oc2_ad`.`price` AS `price`, `oc2_ad`.`phone` AS `phone`, `oc2_ad`.`website` AS `website`, `oc2_ad`.`ip_address` AS `ip_address`, `oc2_ad`.`created` AS `created`, `oc2_ad`.`published` AS `published`, `oc2_ad`.`featured` AS `featured`, `oc2_ad`.`last_modified` AS `last_modified`, `oc2_ad`.`status` AS `status`, `oc2_ad`.`has_images` AS `has_images`, `oc2_ad`.`stock` AS `stock`, `oc2_ad`.`rate` AS `rate`, `oc2_ad`.`favorited` AS `favorited`, `oc2_ad`.`cf_doppole` AS `cf_doppole` FROM `oc2_ads` AS `oc2_ad` WHERE `id_user` = '327' AND `status` = 1 ORDER BY `created` DESC LIMIT 10 OFFSET 0 (1) |
0.000998 s
|
0.000998 s
|
0.000998 s
|
0.000998 s
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
|
SELECT `oc2_c`.`id_category`, COUNT("a.id_ad") AS `count` FROM `oc2_categories` AS `oc2_c` JOIN `oc2_ads` AS `oc2_a` USING (`id_category`) WHERE `oc2_a`.`id_category` = oc2_c.id_category AND IF(0 <> 0, DATE_ADD( published, INTERVAL 0 DAY), DATE_ADD( NOW(), INTERVAL 1 DAY)) > '2024-11-04 20:38:55' AND `oc2_a`.`status` = 1 GROUP BY `oc2_c`.`id_category` ORDER BY `oc2_c`.`order` ASC (1) |
0.037055 s
|
0.037055 s
|
0.037055 s
|
0.037055 s
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
|
SELECT `oc2_category`.`id_category` AS `id_category`, `oc2_category`.`name` AS `name`, `oc2_category`.`order` AS `order`, `oc2_category`.`created` AS `created`, `oc2_category`.`id_category_parent` AS `id_category_parent`, `oc2_category`.`parent_deep` AS `parent_deep`, `oc2_category`.`seoname` AS `seoname`, `oc2_category`.`description` AS `description`, `oc2_category`.`price` AS `price`, `oc2_category`.`last_modified` AS `last_modified`, `oc2_category`.`has_image` AS `has_image` FROM `oc2_categories` AS `oc2_category` WHERE `oc2_category`.`id_category` = '2' LIMIT 1 (11) |
0.000296 s
|
0.018938 s
|
0.004026 s
|
0.044285 s
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
7.7344 kB
|
|
SELECT `oc2_category`.`id_category` AS `id_category`, `oc2_category`.`name` AS `name`, `oc2_category`.`order` AS `order`, `oc2_category`.`created` AS `created`, `oc2_category`.`id_category_parent` AS `id_category_parent`, `oc2_category`.`parent_deep` AS `parent_deep`, `oc2_category`.`seoname` AS `seoname`, `oc2_category`.`description` AS `description`, `oc2_category`.`price` AS `price`, `oc2_category`.`last_modified` AS `last_modified`, `oc2_category`.`has_image` AS `has_image` FROM `oc2_categories` AS `oc2_category` WHERE `id_category` != 1 AND `parent_deep` IN (0, 1) ORDER BY `order` ASC (1) |
0.000400 s
|
0.000400 s
|
0.000400 s
|
0.000400 s
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
|
SELECT `oc2_category`.`id_category` AS `id_category`, `oc2_category`.`name` AS `name`, `oc2_category`.`order` AS `order`, `oc2_category`.`created` AS `created`, `oc2_category`.`id_category_parent` AS `id_category_parent`, `oc2_category`.`parent_deep` AS `parent_deep`, `oc2_category`.`seoname` AS `seoname`, `oc2_category`.`description` AS `description`, `oc2_category`.`price` AS `price`, `oc2_category`.`last_modified` AS `last_modified`, `oc2_category`.`has_image` AS `has_image` FROM `oc2_categories` AS `oc2_category` WHERE `id_category_parent` = '2' AND `id_category` != '2' LIMIT 1 (1) |
0.000332 s
|
0.000332 s
|
0.000332 s
|
0.000332 s
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
0.7031 kB
|
|
SELECT `oc2_location`.`id_location` AS `id_location`, `oc2_location`.`name` AS `name`, `oc2_location`.`order` AS `order`, `oc2_location`.`id_location_parent` AS `id_location_parent`, `oc2_location`.`parent_deep` AS `parent_deep`, `oc2_location`.`seoname` AS `seoname`, `oc2_location`.`description` AS `description`, `oc2_location`.`last_modified` AS `last_modified`, `oc2_location`.`has_image` AS `has_image`, `oc2_location`.`latitude` AS `latitude`, `oc2_location`.`longitude` AS `longitude`, `oc2_location`.`id_geoname` AS `id_geoname`, `oc2_location`.`fcodename_geoname` AS `fcodename_geoname` FROM `oc2_locations` AS `oc2_location` WHERE `oc2_location`.`id_location` = '0' LIMIT 1 (10) |
0.000282 s
|
0.013999 s
|
0.002684 s
|
0.026837 s
|
0.7031 kB
|
0.7109 kB
|
0.7047 kB
|
7.0469 kB
|
Kohana | 0.043278 s | |||
---|---|---|---|---|
139.0547 kB | ||||
Исходный пункт | Min | Max | Average | Всего |
find_file (211) |
0.000013 s
|
0.019131 s
|
0.000205 s
|
0.043278 s
|
0.4688 kB
|
2.7969 kB
|
0.6590 kB
|
139.0547 kB
|
Requests | 1.488653 s | |||
---|---|---|---|---|
1,618.5313 kB | ||||
Исходный пункт | Min | Max | Average | Всего |
"user/tfhj379" (1) |
1.537199 s
|
1.537199 s
|
1.537199 s
|
1.537199 s
|
1,629.6250 kB
|
1,629.6250 kB
|
1,629.6250 kB
|
1,629.6250 kB
|
Запуск приложения (1) | 2.246183 s | 2.246183 s | 2.246183 s | 2.246183 s |
---|---|---|---|---|
3,465.9531 kB | 3,465.9531 kB | 3,465.9531 kB | 3,465.9531 kB |
DOCROOT/index.php |
APPPATH/bootstrap.php |
APPPATH/kohana/system/classes/Kohana/Core.php |
APPPATH/common/classes/kohana.php |
APPPATH/classes/kohana/exception.php |
APPPATH/kohana/system/classes/Kohana/Kohana/Exception.php |
APPPATH/kohana/system/classes/Log.php |
APPPATH/kohana/system/classes/Kohana/Log.php |
APPPATH/kohana/system/classes/Config.php |
APPPATH/kohana/system/classes/Kohana/Config.php |
APPPATH/kohana/system/classes/Log/File.php |
APPPATH/kohana/system/classes/Kohana/Log/File.php |
APPPATH/kohana/system/classes/Log/Writer.php |
APPPATH/kohana/system/classes/Kohana/Log/Writer.php |
APPPATH/kohana/system/classes/Config/File.php |
APPPATH/kohana/system/classes/Kohana/Config/File.php |
APPPATH/kohana/system/classes/Kohana/Config/File/Reader.php |
APPPATH/kohana/system/classes/Kohana/Config/Reader.php |
APPPATH/kohana/system/classes/Kohana/Config/Source.php |
APPPATH/common/modules/widgets/init.php |
APPPATH/common/modules/widgets/classes/widgets.php |
APPPATH/common/modules/imagefly/init.php |
APPPATH/kohana/system/classes/Route.php |
APPPATH/kohana/system/classes/Kohana/Route.php |
APPPATH/classes/core.php |
APPPATH/common/classes/oc/core.php |
APPPATH/kohana/system/classes/Cookie.php |
APPPATH/kohana/system/classes/Kohana/Cookie.php |
APPPATH/common/classes/arr.php |
APPPATH/kohana/system/classes/Kohana/Arr.php |
APPPATH/kohana/modules/cache/config/cache.php |
APPPATH/config/cache.php |
APPPATH/kohana/system/classes/Config/Group.php |
APPPATH/kohana/system/classes/Kohana/Config/Group.php |
APPPATH/common/classes/cache.php |
APPPATH/kohana/modules/cache/classes/Kohana/Cache.php |
APPPATH/common/classes/configdb.php |
APPPATH/kohana/modules/database/classes/Config/Database.php |
APPPATH/kohana/modules/database/classes/Kohana/Config/Database.php |
APPPATH/kohana/modules/database/classes/Config/Database/Writer.php |
APPPATH/kohana/modules/database/classes/Kohana/Config/Database/Writer.php |
APPPATH/kohana/modules/database/classes/Config/Database/Reader.php |
APPPATH/kohana/modules/database/classes/Kohana/Config/Database/Reader.php |
APPPATH/kohana/system/classes/Kohana/Config/Writer.php |
APPPATH/kohana/modules/database/classes/DB.php |
APPPATH/kohana/modules/database/classes/Kohana/DB.php |
APPPATH/kohana/modules/database/classes/Database/Query/Builder/Select.php |
APPPATH/kohana/modules/database/classes/Kohana/Database/Query/Builder/Select.php |
APPPATH/kohana/modules/database/classes/Database/Query/Builder/Where.php |
APPPATH/kohana/modules/database/classes/Kohana/Database/Query/Builder/Where.php |
APPPATH/kohana/modules/database/classes/Database/Query/Builder.php |
APPPATH/kohana/modules/database/classes/Kohana/Database/Query/Builder.php |
APPPATH/classes/database/query.php |
APPPATH/common/classes/oc/database/query.php |
APPPATH/kohana/modules/database/classes/Kohana/Database/Query.php |
APPPATH/kohana/modules/database/classes/Database.php |
APPPATH/kohana/modules/database/classes/Kohana/Database.php |
APPPATH/kohana/modules/database/config/database.php |
APPPATH/config/database.php |
APPPATH/classes/database/mysqli.php |
APPPATH/common/classes/oc/database/mysqli.php |
APPPATH/kohana/modules/database/classes/Kohana/Database/MySQLi.php |
APPPATH/kohana/system/classes/Profiler.php |
APPPATH/kohana/system/classes/Kohana/Profiler.php |
APPPATH/classes/database/mysqli/result.php |
APPPATH/common/classes/oc/database/mysqli/result.php |
APPPATH/kohana/modules/database/classes/Kohana/Database/MySQLi/Result.php |
APPPATH/kohana/modules/database/classes/Database/Result.php |
APPPATH/kohana/modules/database/classes/Kohana/Database/Result.php |
APPPATH/kohana/modules/auth/config/auth.php |
APPPATH/kohana/system/classes/Session.php |
APPPATH/kohana/system/classes/Kohana/Session.php |
APPPATH/config/auth.php |
APPPATH/common/classes/i18n.php |
APPPATH/common/classes/oc/i18n.php |
APPPATH/kohana/system/classes/Kohana/I18n.php |
APPPATH/config/routes.php |
APPPATH/common/classes/url.php |
APPPATH/kohana/system/classes/Kohana/URL.php |
APPPATH/common/classes/theme.php |
APPPATH/common/classes/oc/theme.php |
APPPATH/common/classes/request.php |
APPPATH/kohana/system/classes/Kohana/Request.php |
APPPATH/kohana/system/classes/HTTP/Request.php |
APPPATH/kohana/system/classes/Kohana/HTTP/Request.php |
APPPATH/kohana/system/classes/HTTP/Message.php |
APPPATH/kohana/system/classes/Kohana/HTTP/Message.php |
DOCROOT/themes/default/init.php |
DOCROOT/themes/default/options.php |
APPPATH/kohana/modules/auth/classes/Auth.php |
APPPATH/kohana/modules/auth/classes/Kohana/Auth.php |
APPPATH/common/classes/auth/oc.php |
APPPATH/kohana/system/config/session.php |
APPPATH/kohana/modules/database/config/session.php |
APPPATH/kohana/system/classes/Session/Native.php |
APPPATH/kohana/system/classes/Kohana/Session/Native.php |
APPPATH/kohana/system/classes/Encrypt.php |
APPPATH/kohana/system/classes/Kohana/Encrypt.php |
APPPATH/classes/form.php |
APPPATH/common/classes/oc/form.php |
APPPATH/kohana/system/classes/Kohana/Form.php |
APPPATH/common/classes/alert.php |
APPPATH/common/modules/cron/classes/cron.php |
APPPATH/common/modules/cron/classes/kohana/cron.php |
APPPATH/classes/orm.php |
APPPATH/common/classes/oc/orm.php |
APPPATH/kohana/modules/orm/classes/Kohana/ORM.php |
APPPATH/kohana/system/classes/Model.php |
APPPATH/kohana/system/classes/Kohana/Model.php |
APPPATH/kohana/system/classes/Inflector.php |
APPPATH/kohana/system/classes/Kohana/Inflector.php |
APPPATH/kohana/system/config/inflector.php |
APPPATH/common/classes/date.php |
APPPATH/kohana/system/classes/Kohana/Date.php |
APPPATH/kohana/system/classes/HTTP.php |
APPPATH/kohana/system/classes/Kohana/HTTP.php |
APPPATH/kohana/system/classes/HTTP/Header.php |
APPPATH/kohana/system/classes/Kohana/HTTP/Header.php |
APPPATH/kohana/system/classes/Request/Client/Internal.php |
APPPATH/kohana/system/classes/Kohana/Request/Client/Internal.php |
APPPATH/kohana/system/classes/Request/Client.php |
APPPATH/kohana/system/classes/Kohana/Request/Client.php |
APPPATH/kohana/system/classes/Response.php |
APPPATH/kohana/system/classes/Kohana/Response.php |
APPPATH/kohana/system/classes/HTTP/Response.php |
APPPATH/kohana/system/classes/Kohana/HTTP/Response.php |
APPPATH/classes/controller/user.php |
APPPATH/classes/controller.php |
APPPATH/kohana/system/classes/Kohana/Controller.php |
APPPATH/classes/model/category.php |
APPPATH/classes/model/location.php |
APPPATH/classes/model/ad.php |
APPPATH/classes/model/coupon.php |
APPPATH/common/classes/model/oc/coupon.php |
APPPATH/classes/view.php |
APPPATH/common/classes/oc/view.php |
APPPATH/kohana/system/classes/Kohana/View.php |
APPPATH/common/modules/breadcrumbs/classes/breadcrumbs.php |
APPPATH/common/modules/breadcrumbs/classes/breadcrumb.php |
APPPATH/classes/model/user.php |
APPPATH/common/classes/model/oc/user.php |
APPPATH/kohana/modules/database/classes/Database/Expression.php |
APPPATH/kohana/modules/database/classes/Kohana/Database/Expression.php |
APPPATH/common/classes/pagination.php |
APPPATH/common/modules/pagination/classes/kohana/pagination.php |
APPPATH/common/modules/pagination/config/pagination.php |
APPPATH/common/classes/seo.php |
DOCROOT/themes/default/views/main.php |
DOCROOT/themes/default/views/header_metas.php |
APPPATH/common/classes/html.php |
APPPATH/common/classes/oc/html.php |
APPPATH/kohana/system/classes/Kohana/HTML.php |
APPPATH/common/classes/model/forum.php |
APPPATH/common/classes/valid.php |
APPPATH/kohana/system/classes/Kohana/Valid.php |
APPPATH/common/views/analytics.php |
APPPATH/common/views/alert_terms.php |
DOCROOT/themes/default/views/header.php |
APPPATH/kohana/modules/database/classes/Database/Query/Builder/Join.php |
APPPATH/kohana/modules/database/classes/Kohana/Database/Query/Builder/Join.php |
APPPATH/common/classes/menu.php |
APPPATH/common/views/nav_link.php |
DOCROOT/themes/default/views/widget_login.php |
APPPATH/common/views/pages/auth/login-form.php |
APPPATH/common/classes/csrf.php |
APPPATH/classes/text.php |
APPPATH/common/classes/oc/text.php |
APPPATH/kohana/system/classes/Kohana/Text.php |
APPPATH/common/views/pages/auth/social.php |
APPPATH/common/views/pages/auth/forgot-form.php |
APPPATH/common/views/pages/auth/register-form.php |
APPPATH/common/classes/captcha.php |
APPPATH/common/classes/oc/captcha.php |
APPPATH/common/views/breadcrumbs.php |
DOCROOT/themes/default/views/pages/user/profile.php |
APPPATH/kohana/modules/image/config/image.php |
APPPATH/common/views/sidebar.php |
APPPATH/common/modules/widgets/classes/widget.php |
APPPATH/common/modules/widgets/classes/widget/share.php |
APPPATH/common/modules/widgets/classes/widget/rss.php |
APPPATH/common/classes/feed.php |
APPPATH/kohana/system/classes/Kohana/Feed.php |
APPPATH/common/modules/widgets/views/widget/widget_share.php |
APPPATH/common/views/share.php |
APPPATH/common/modules/widgets/views/widget/widget_rss.php |
DOCROOT/themes/default/views/footer.php |
APPPATH/common/views/profiler.php |
APPPATH/kohana/system/views/profiler/style.css |
Core |
date |
ereg |
libxml |
openssl |
pcre |
sqlite3 |
zlib |
bz2 |
calendar |
ctype |
curl |
hash |
filter |
ftp |
gettext |
gmp |
SPL |
iconv |
pcntl |
readline |
Reflection |
session |
standard |
shmop |
SimpleXML |
mbstring |
tokenizer |
xml |
cgi-fcgi |
bcmath |
dom |
fileinfo |
gd |
intl |
json |
ldap |
exif |
mcrypt |
mysql |
mysqli |
PDO |
pdo_mysql |
pdo_sqlite |
Phar |
posix |
pspell |
soap |
sockets |
sysvmsg |
sysvsem |
sysvshm |
tidy |
wddx |
XCache |
xmlreader |
xmlwriter |
xsl |
zip |
mhash |
XCache Optimizer |
XCache Cacher |
XCache Coverager |
Zend OPcache |
auth_redirect |
string(42) "http://board.flexi-soft.in.ua/user/tfhj379" |
csrf-token-login |
string(30) "elafb0md2WQJbpYCIElWaW8RpQqlVp" |
csrf-token-forgot |
string(26) "Lzw7yOvFfMK7fnMro30QvzKg15" |
csrf-token-register |
string(28) "U40zfbLrHDWYtb26qn7p4qNQQieJ" |
alert_data |
array(0) |
SERVER_SIGNATURE |
string(0) "" |
UNIQUE_ID |
string(27) "ZykUvn-uxSCLbxGfRkqLogAAAK8" |
HTTP_USER_AGENT |
string(40) "CCBot/2.0 (https://commoncrawl.org/faq/)" |
HTTP_HOST |
string(22) "board.flexi-soft.in.ua" |
SERVER_PORT |
string(2) "80" |
PHPRC |
string(35) "/var/www/19218-saniyaw/data/php-bin" |
REDIRECT_HANDLER |
string(24) "application/x-httpd-php5" |
PHP_INI_SCAN_DIR |
string(53) "/var/www/19218-saniyaw/data/php-bin/flexi-soft.in.ua:" |
DOCUMENT_ROOT |
string(48) "/var/www/19218-saniyaw/data/www/flexi-soft.in.ua" |
SCRIPT_FILENAME |
string(64) "/var/www/19218-saniyaw/data/www/board.flexi-soft.in.ua/index.php" |
REQUEST_URI |
string(13) "/user/tfhj379" |
SCRIPT_NAME |
string(10) "/index.php" |
HTTP_CONNECTION |
string(5) "close" |
REMOTE_PORT |
string(5) "34094" |
PATH |
string(28) "/usr/local/bin:/usr/bin:/bin" |
CONTEXT_PREFIX |
string(9) "/php-bin/" |
SERVER_ADMIN |
string(24) "a.shlyk@flexi-soft.in.ua" |
PWD |
string(47) "/var/www/php-bin/19218-saniyaw/flexi-soft.in.ua" |
REQUEST_SCHEME |
string(4) "http" |
REDIRECT_STATUS |
string(3) "200" |
HTTP_IF_MODIFIED_SINCE |
string(29) "Sat, 13 Jul 2024 04:34:13 GMT" |
HTTP_ACCEPT_LANGUAGE |
string(14) "en-US,en;q=0.5" |
HTTP_ACCEPT |
string(63) "text/html,application/xhtml+xml,application/xml;q=0.9,*/*;q=0.8" |
REMOTE_ADDR |
string(13) "3.233.242.216" |
SERVER_NAME |
string(22) "board.flexi-soft.in.ua" |
SHLVL |
string(1) "1" |
SERVER_SOFTWARE |
string(72) "Apache/2.4.6 (CloudLinux) OpenSSL/1.0.2k-fips mod_fcgid/2.3.9 PHP/5.4.16" |
QUERY_STRING |
string(0) "" |
SERVER_ADDR |
string(9) "127.0.0.1" |
HTTP_X_FORWARDED_PORT |
string(2) "80" |
GATEWAY_INTERFACE |
string(7) "CGI/1.1" |
SERVER_PROTOCOL |
string(8) "HTTP/1.0" |
HTTP_ACCEPT_ENCODING |
string(7) "br,gzip" |
REDIRECT_URL |
string(10) "/index.php" |
REQUEST_METHOD |
string(3) "GET" |
CONTEXT_DOCUMENT_ROOT |
string(48) "/var/www/php-bin/19218-saniyaw/flexi-soft.in.ua/" |
HTTP_X_FORWARDED_PROTO |
string(4) "http" |
_ |
string(16) "/usr/bin/php-cgi" |
ORIG_SCRIPT_FILENAME |
string(51) "/var/www/php-bin/19218-saniyaw/flexi-soft.in.ua/php" |
ORIG_PATH_INFO |
string(10) "/index.php" |
ORIG_PATH_TRANSLATED |
string(64) "/var/www/19218-saniyaw/data/www/board.flexi-soft.in.ua/index.php" |
ORIG_SCRIPT_NAME |
string(12) "/php-bin/php" |
PHP_SELF |
string(10) "/index.php" |
REQUEST_TIME_FLOAT |
float 1730745534,1084 |
REQUEST_TIME |
integer 1730745534 |