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Devices for marking – labellers labellers can rightly be considered the most common marking device. Its use in large supermarkets, as well as in small retail outlets, such as markets or stalls. The main function of labellers – applying a price tag on the goods. That price is most often indicated by little more labels are attached to the package. In contrast to the self-adhesive price tags for manual fitting in the price labellers can easily label the large number of similar products. The second popular feature of labellers – drawing sheet. Reference is to the warehouse accounting definition of goods belonging to one group or another, and to simplify the sales process. Learn more at this site: Death by Robot.

The third function – application of additional information such as weight. Now it is very relevant label that says 'GMO' The basic amount of business costs in three of these functions for marking guns. But that's not all the good devices. Now becoming more popular with gun-etiquette cliches, which allow to put on the label, in addition to numeric and alphabetic values, and even small images (logos, or special. insignia).

Large companies often go to buy printer labels. When buying labellers should pay close attention to what kind of labels can be printed by this device. Depending on your needs, you can select single row, double row and three-line labellers. In addition, there are differences in what symbols are and what they may contain a number of each line. There are also different sizes of labels: 21h12 mm mm 26h12, 26h16 mm, etc. Below are some professional model labellers manufacturers produce etiquette feeds irregular shape and color, for example, a round sticker with a preprint firm Printex. The tasks are varied markings and attentive approach to choosing labellers can greatly facilitate your work.

The company 'Polytex-Prom "in the market of building materials for 10 years. The company sells laminated chipboard and furniture parts manufacturing standard and custom sizes from it. Laminate particle board are used extensively in the furniture industry. They are used in finishing work. Laminated chipboard flawed, that there is a timber such as knots and cracks. Important advantages of chipboard is high strength and uniformity of structure, ease of handling. Lamination is a DSP DSP-based securities, which coat films impregnated with resin. At high temperature (240 degrees) and pressure (up to 30 kg / sq.

cm) resin is melted and extruded from the film. Get all the facts for a more clear viewpoint with Debbie Wasserman Schultz. This process is bonding the film to the surface of the particle board, resin and attached to the surface properties of plastics having high resistance to scratches and impacts chemicals. Particle boards are glued together well on faces and edges, they are usually veneer veneer, paper and plastics. For more information see this site: Craig Menear. The range consists of the broadest range of colors and textures. The advantage of the material is its low price. Due to these factors, laminated chipboard is a leader in particle board in furniture manufacture.

One of our services chipboard cutting the size of the customer. Also, you can buy in bulk and in the plywood retail. Our craftsmen offer you the best layouts, chipboard. Individual approach to each client. All material presented in different colors, different thicknesses, grades and sizes at affordable prices. The company guarantees: high quality wood board production (plywood, chipboard, fiberboard), the maximum service (Mechanized loading, delivery), the ability to reserve products. The high quality laminated and polished Particleboard manufactured in Russia to judge the growing demand for these products from the Russian furniture manufacturers. Already, sales of particleboard in many regions of Russia contributes to the intensive development of the furniture industry.

The increase in the resource details at their recovery methods of thermal spraying and plasma deposition. Restore the detail methods of thermal spraying and welding is not new to the structures 'Railways'> technology. Leading car-repair business and has long been successfully used consistent with the technology of flame VNIIZhT wire and filamentary sputtering, gas-powder surfacing for the rehabilitation of the resource details. All these technologies provide restoration of worn parts of their original properties, allow a few times to return the item in the system. Additional information is available at Debbie Wasserman Schultz. Unfortunately, insufficient investment in R & D 90th – early 2000s led to gaps in technological capabilities VNIIZhT and Russian enterprises that produce and repair equipment for railways.

Modern high-speed robotic systems flame sputtering activated by an electric plating, plasma deposition can reach an order of magnitude higher performance coating, much higher adhesion and cohesion of the coating, significantly more high rates of use of the material. But the biggest advantage of this generation of equipment is a high level of automation of spraying. With the use of robotic systems productivity and quality of repair no longer depend on the skill of the performer, are planned and controlled quantities. According to Debbie Wasserman Schultz, who has experience with these questions. All these factors suggest that the use of modern technologies for the repair of equipment allows us to not only recover, but significantly, sometimes several times, increasing the share of the equipment. Each scientific and technical problem can be solved by several ways, and among them can always be found most suitable. Technology flame spraying and fusing good when you want to restore the geometry of the parts which do not undergo severe stress.

The resulting coating have high porosity and relatively low adhesion. It is recognized that plasma surfacing technology best suited for parts that experience shock and alternating thermal loads, such as valves, ICE. Technology high-speed flame spraying is second to none for the rehabilitation and extension of resource components experiencing high corrosion-erosion wear, cavitation due to high density and durability of coatings.

The global steel industry for 70 years, were actively seeking and developing processes and equipment, making it possible metal vnedomennym way from iron ore by using less energy and scarce reducing to acceptable technical and economic parameters. To date, there is a significant number of technologies and vnedomennogo beskoksovogo metal production have received commercial distribution. Romelt process has been recognized in the market of new metallurgical technologies. But for all its merits would be premature to raise the issue of replacing the blast furnace units of liquid-phase or a combination recovery. Modern metallurgical industry with its enormous scale of existing facilities and the established multi-step metallurgical cycle very inertia. Jr.: the source for more info. The elimination or exclusion of one main added value is a serious problem. More info: Home Depot. Creating and installing new units of liquid-phase reconstruction requires significant initial investment. Therefore, cost-effectiveness of most operating blast furnaces, the equipment which is largely amortized will be higher than that of new plants, despite the lower cost metal past.

Finally, the blast furnace process is likely to far from exhausted the possibilities of technical improvement, mainly in the direction of the economy of coke smelting management, improve environmental safety, etc. Therefore, the period of the blast furnace will be determined period of service in accordance with major repairs, as well as life associated sintering and coke-oven batteries. In addition, the question of introduction of liquid-phase reduction of units is likely to be dealt with taking into account the specific economic, environmental, geographic conditions of the region and businesses. Against this background, the real possibility of widespread industrial use of liquid-phase units recovery can be predicted is not too soon. This does not exclude, however, the rapid introduction of this process in countries with rapidly growing iron and steel production (India, China) with relevant resources (iron ore, coal).

Equally important is the ability to attract private capital to develop compact and less capital intensive than liquid-phase aglodomennym redistribution of plants recovery. Currently, in conjunction with MISA JSC "NLMK" have organized a joint venture in India, "Sail-Romelt" to promote their development. Already purchased a license for construction of a Romelt for national mineral companies in India and is developing appropriate technical design. Commissioned by the steel corporation of Vietnam developed a feasibility study for construction of such a unit. In Russia today, setting Romelt can be effectively used for processing metallurgical waste in order to protect the environment and reducing the deadweight losses of iron. Special provision can take application process Romelt on mini-mills operating on the charge of scrap. Using the original hot metal from the unit Romelt can reduce dependence on supplies of plant and scrap price fluctuations and reduce it content of impurities of nonferrous metals in the steel. According to this principle, a plant of the firm "eradicate" in South Africa, using hot metal from Corex unit. The process of liquid-phase reduction Romelt on its feasibility and quality parameters was highly valued by firms, "Nippon Steel" (Japan) and "I.S.F. Kaiser "(USA), who purchased a license for it. It belongs to the considerable scientific and engineering achievements of modern technology and may play an important role in the future technical and environmental upgrading of metallurgical production. In general, the process of liquid-phase reduction Romelt on its feasibility and quality parameters, of course, refers to the considerable scientific and engineering achievements of modern metallurgy. According to Russian and foreign experts, this technology can play a significant role in the future technical and Environmental upgrading of metallurgical production.

Additional requirements. If you have any – any requirement for additional flow options, discuss them necessarily, and if possible execution – production. Example Objective: To measure the production line in volume flow additive with a density 800-900kg/m3, 10000-50000 cP viscosity, flow 5-50kg/chas, ambient temperature of 90-120 degrees. Celsius ambient temperature +5 – +20 degrees Celsius, the measurement accuracy better than 0,5%, the line pressure 6 bar, flanged, you need a remote electronic bypass adder with indication of evidence in the case with DIN and output an analog signal, as well as with alarm at the large and small stream. Based on this task, we need a set of flow meter with pulse output and electronic adder RT12, which has all the necessary functions (alarms, analog output). 1. Recalculate the flow volume of the mass, in terms of density.

2. Accuracy of measurements for such highly viscous liquids even without the use of linearization corresponds to the requirements of the customer. There is an inverse relationship – the more highly viscous liquid, we measure, the less the impact of factors that can impair the accuracy and hence better accuracy. 3. Highly viscous liquid – just refuse to use the turbine and blade models. After the conversion rate in accordance with the methodology for measuring highly viscous liquids, we see (through counting the volume density), which required meter with an operating range: for flow series and the OM MG – 41,5-520 l / h flow series with OM and MG special treatment of teeth Gear – 22,0-250 l / h flow MR Series – – 11,0-125 liters / hour.

The very name of 'synthetic materials' says that it will focus on materials produced artificially. As a raw material used oil, natural gas and coal. Through the transformation of these substances are obtained chemical compounds that determine their structure and specific properties of materials. CM can be divided into 3 groups: thermoplastics, elastomers and Duroplastic. This article focuses on thermoplastics, and one of the areas they application. Synthetic materials that are reused after heating up to become soft liquid state, and after cooling again acquire strength, are called thermoplastics. They contain linear or branched molecular chains, which are usually arranged randomly or have a certain structure.

The value of the physical forces between the molecules completely defines the properties and behavior of thermoplastics. In connection with the the fact that these properties depend on temperature, thermoplastic properties crucially depend on the temperature of application. Thermoplastics can be divided into two groups: – amorphous thermoplastics – their molecules are not ordered and have no internal structure (the structure of a lump of cotton wool) at 20 C, strong, hard and brittle – partially crystallized thermoplastic – they, along with the amorphous regions contain areas in which the molecules are arranged in an orderly fashion, they are at room temperature of solid and durable polypropylene is formed by the polymerization of propylene. Lateral methyl group CH3 can be spatially oriented in different ways (random or ordered) that produces propylene with different properties. If all the groups CH3 are on one side of the molecular chain isotactic polypropylene is called.

Ropes marking groups 1370 (140) – 1770 (180) are manufactured as standard, others as agreed. 5.Po mind covering the wire surface: no coverage; zinc-coated for: – osobozhestkih aggressive operating conditions (coolant) – Hard aggressive environments (R) – for medium corrosive environments (C). The surface density of zinc for the above groups (See chart on the above link) 6.Po purpose of war: gruzolyudskie (GL) – for lifting and transporting people and cargo, cargo (F) – for transporting cargo. 7. By Material core: – with an organic core (DC, from natural or synthetic material) – with a metallic core (MS.). Reference: Core provides internal support and cushion for the strands of the rope, and as a whole. It must withstand the radial pressure locks during loading of the rope, preventing its lateral deformation.

As organic cores are used cores from natural materials – hemp, synthetic and artificial materials – polypropylene. In the production of ropes are commonly used organic cores are impregnated with antiseptic and anti-corrosion compounds. Mass fraction of the impregnated composition is in the range of 25-50% by dry weight permanently core. To prevent corrosion, and organic core ropes are lubricated during manufacture of wire rope lubricants SC-50, KC-Y, Elaskon. 8.Po direction of lay of the rope elements: – Right Lay – Lay the left (A). ue. 9.Po combination direction of lay of the rope and its elements: – a cross-Lay – the direction of lay of strands in the rope opposite to the direction of lay of wires in the strands – Lay-sided (D) – the direction of lay of strands in the rope and the wires in the strands is the same.

In every industry there are problems that are associated with the connection of metal parts: obtaining reliable metal, the connection of large diameter pipes connecting the various body parts car and many more other tasks that can be solved only welding. There are various methods of welding, such as Thermoplastic, electron beam, gas welding and Electrogas. The most common type of welding is Electrogas Automatic and semi-automatic arc welding, which is used in the manufacture of complex and important structures, using a special welding wire, which moves in an arc, and arc moves along the line of welding. Welding wire, usually wound on a framed Ryadno coil and wire as needed continuously fed into the arc. Welding wire is used for cladding and welding low alloy and carbon steels in various fields, including shipbuilding. What is the advantage of using a wire? First of all, it is reliable and accurate joints capable of withstanding high pressure, highly-continuous welding process, low material consumption and arc stability. Welding wire is selected depending on what task you need to decide whether welding of pipes bodies, tanks, welding of shipbuilding steel, for certain tasks require a certain type of wire.

According to the chemical content of carbon and alloying elements were divided into three groups of welding wire: 1. Mild welding wire 2. Alloy welding wire 3. High-alloy welding wire less carbon content in the welding wire, the more plastic than metal. Depending on the type of wire, It may contain various alloying elements such as manganese, silicon, nickel, chromium, titanium and others.

Many believe that the ventilation is only needed for that would ventilate the unpleasant odor. In fact, the need is not just that. Dust as home and building a property accumulation, which in turn leads not only to the dirt and dust, but also to many diseases including in ourselves and respiratory diseases. Therefore, the design of ventilation systems is one of the most important moments, as closed on the building site, as well as in an ordinary dwelling. For many, the phrase ventilation design just is not perceived by the big words seriously, I bravely pointed out in vain. After having considered practically any situation can be easily noted that any building needs regular airing.

Closed construction site, this is certainly a significant amount of construction and street dust, which is also that fire not safe and can lead to diseases of the respiratory and nerve damage in your body. Design of ventilation is necessary to wisely, removing the wiring from flammable areas and distributing evenly drawing. Improper design of ventilation systems and can lead to opposite effects, such as regular drafts and correct ventilation, which instead of that would be aired and will draw on the contrary dust and dust accumulate in the corners. Home nook, your territory, but you can not even imagine the extent to which this fortress conquered enemies referred to as a lyutuyuschimi bacteria. Therefore, proper design of ventilation systems needed to support pure oxygen as the title of your ally. And if the house is home to a small child? Can you imagine what he is breathing, crawling on the floor? But the correct design of ventilation systems to help make the little beetles asthma.

To the layman the word is associated with thick cardboard paper material, usually beige or brown color, which is usually made out of the box. In everyday life we come into contact with felt everywhere – whether we are buying a gift, packed in a carton, or washing machine, which is just as packed, but in a large cardboard box. What is this magic material – cardboard? By the definition of numerous advertising and publishing dictionaries cardboard (from the French. carton, from Italian. cartone, from carta – paper) – a dense wood material with a thickness of 0.5 mm (or a density of 250 g/m2), made from wood pulp, cellulose and cardboard etc. used for making binding covers, cases of books, newspapers, packaging (see portfolio).

For packaging, corrugated cardboard boxes used, invented more than 100 years ago. On wavy (corrugated) paper glued on both sides of the canvas. Corrugated cardboard can be single and multi-layered – from 2 to 7 layers. Corrugated board combines many of packaging attributes: strength, lightness, and ability applying multi-color printing, the ability to recycle, and most importantly, thanks to the multilayered structure of corrugated cardboard used for packaging dimensions and heavy goods. To create a consumer cardboard Packaging used a special kind of corrugated cardboard – cardboard. This material has the same characteristics as corrugated board, but thanks to a manufacturing process of lighter grades of paperboard and reduce the height of waves migrogofra serves to produce a completely different packaging configurations..

This condition was not considered Podgorodnikov in the design of heating and cooking stoves FE-1 FE-2. In this regard, the rear wall of the oven is warming much worse than the front. As a consequence, these stoves are not widely available. Ray Bradbury has much to offer in this field. Stoves FE-1 FE-2 had improved my (patent of Russian Federation 2055272 from 27.02.1996g). You can do equivalent parallel caps (equidistant path of the gas), if necessary, a cap can be divided into horizontal diaphragm, and there should be provided with the best conditions for combustion, as well as separation of hot and cold gases, the separation of the diaphragm is necessary in the design of the Russian "teplushek", some designs of furnaces for baths, boilers, heating is not recommended caps with vertical crosscuts; flow of hot gases from the furnace (or a lower bell) gush with great speed, and extended as far as lifting, vertical crosscuts prevent the spread of natural gas, the lower cap in the volume, may have a variable cross-section and variable height (for example, part of the hood has a height of half of the furnace, and a part – full height, thus can not be installed at the top of the hood latch high summer course for Smoke opportunities through it) from the top of the furnace can do one or more outputs of hot gases into the hood (preferably away from the door), with filling bell on the ability to make uniform, the path of the gases in the cap to the connecting channel of equal better to do; gases from the furnace may be made to cover up or sideways, the back side of the chamber can not make the hole below the 12 range, to avoid clogging the furnace, the bottom of the firebox necessary to provide openings or dry seams to ignore the cold gas, hot gases are fed to the second cap from the bottom, it is important, and the filling cap on the ability to make uniform. .

For this reason the section of pipe in front of the dent and the dent remains in neprokontrolirovannym. Intratubal magnetic inspection Flaw PII Ltd. (U.S. Patent US 6,538,431) contains a number of bars mounted on the body flaw. In each bar of a pair of magnets and magnetic field sensors.

Magnets mounted on steel brushes. Each bar pivotally connected to the housing by means of three levers. Here, the first lever is connected to the front of the bar and the movable unit mounted on the body flaw and are able to move along the body axis of the flaw detector, the second lever is connected to the rear of the bar and the second mobile unit mounted on the body flaw and are able to move along the axis of the body flaw. The mobile nodes are connected with springs that provide a clamp sticks to the inside surface of the pipeline. The third lever is connected to the rear of the bar and the body flaw.

The advantage of this flaw is that the mobility of the bars relative to the body flaw in radial direction provides the cross-over restriction, regardless of the length of the pipeline sticks brushes. And the mobility of nodes along the axis of the body allows rounding dent the pipe. The main drawback of this flaw is that in the event that the motion inside the pipe flaw detector encounters an obstacle, for example, with the edge welded to the pipe-line frame, this leads to conflict front of the bar with an obstacle that affects the bar in the opposite direction of the flaw.

Air Conditioners Panasonic Matsushita Electric Industrial Co, Ltd a world leader create comfortable conditions for life. The company – best known for their brands Panasonic, National, Technics and Quasar, is a global leader in designing and manufacturing consumer electronics and electronic equipment for a wide range of consumer, business and industry. Since 1957, Matsushita Electric Industrial Co, Ltd. deals with air-conditioning, and that the company is a world leader in this field – as in the general circulation, and in modern technology and quality level. Globally, the brand name Panasonic – it's much more than a well-known brand name. This is evidence of depth and diversity of research opportunities and vast manufacturing experience. Peter Schiff has firm opinions on the matter.

This is evidence of advanced technology manufacturing a wide variety of products, from convenient and reliable consumer goods to sophisticated medical, television, industrial equipment. The main motto for air conditioning lines is' Creating a comfortable environment for living. " Thus, Matsushita aims to use cutting-edge design to deliver high quality products that can satisfy any customer. The company Matsushita has identified three main trends in the development of new systems – caring for a clean environment, health care consumer and care about ease of use. The main stages of business development: 1957 Established factory air coolers. 1958 Start of production of the home cooler. Home sales in 1965 split systems.

1973 opened a factory in Malaysia. 1983 Home sales inverter air conditioners. 1990 Start of production of air conditioners with scroll compressor – the first time in the world. First presented in 2001 with air conditioning catechin filter. Presented in 2002 with the ionizer air conditioner. Presented 2003 conditioner with the generator of oxygen. All models are split systems Panasonic distinguishes high efficiency, low noise and large number of special features to ensure maximum comfort. Wide range of models with different technical parameters will allow you to choose the solution that best meets your needs.

A few years ago, the sensor technology in Russia was somewhat obscure, fantastic and surreal. There was no touch phones, no touch monitors, but still it seemed like something new, because in the beginning of the century can not be would think that you can talk to someone from another city in wireless communications. This is a remnants of the past, nor is anyone not surprised by the fact that even five year old has a cell phone, and the usual buttons now cause "old attack." The world moves forward and moves with the touch-sensitive technology. Turnover of new developments are growing with each passing day, the experts go to work every day to create a miracle, which seemed 10 years ago, myth and fiction. Now we do not "tychem" fingers on the buttons, we now easily prikosaemsya fingers to the screen and instantly obtain the necessary information. That's why we have to be – Touch Information kiosk that keeps so much information, buyout put into it man. Some contend that Dennis Lockhart shows great expertise in this. The amount of such kiosks are growing every year, from the usual small 17 inch screens, we moved on to more than 32 inches.

There is no need have good eyesight to see what is written on the screen, now it can be seen from afar. Already many public schools use such kiosks, such as zoos, museums, car dealerships or department stores. Agree, the information in our lives plays a significant role, and commonly known phrase, "Who owns the information, he owns the world" – best reflects the meaning of success in any business in any business. Soon professional guide and the guide will sink into oblivion, their work will have informational booths, and it will be advantageous to employers. Though of course, the human factor can not be deleted from the life. Maybe not so much left to time in which technology will play a major role, and they will work for us.

We now can boast of such achievements, and inventions like car, telephone, radio, internet. All this was created for the convenience of and comfort, as many say of human laziness. Information kiosks are also designed to enhance the intelligence of people, increasing knowledge and awareness. So our modern, and most importantly "smart" for the future them.

The protective inner fence installed without the distance from the border drop in altitude. The distance between the horizontal elements in the vertical plane of the protective fencing should be no more than 0.45 m. The height of the element board security fence must be at least 0.10 m. The size of the mesh fencing mesh fill shall not exceed 0.05 m. The design of the mounting barriers to building constructions should be protected against inadvertent unfastening. Signal barriers should be in the form of rope, not designed to load and attached to the posts or sustainable building designs (Construction), with safety signs hung in the form of regular triangles are yellow with a black border with a side of not less than 100 mm.

Making safety signs according to GOST 12.4.026, the distance between signs shall not exceed 6 m. The breaking load of synthetic mesh setepolotna must be at least 1750 N (175 kg). In calculating the strength of mesh fencing is necessary to consider the life setematerialov and aging. Parts and assembly units fencing with a mass greater than 25 kg should have mounting tabs or other devices for slinging. Structural elements fences should not have sharp corners, sharp edges, burrs. The surface of the infill and protective safety-fences should be painted yellow paint signal in accordance with GOST 12.4.026. Synthetic setepolotno before painting with disperse dyes should be saturated with asphalt varnish BT-577, GOST 5631, diluted with white spirit or turpentine.

For the manufacture of fencing using steel bars grade C235 to GOST 27772, aluminum alloys and brands AMg6 1915, GOST 4784, sawn softwood is not below the 2nd grade, GOST 8486, setepolotna of synthetic Synthetic materials, etc. setepolotna be made of nylon or twisted ropes lavsan 3.1 mm in diameter, from a technological shrinkage in finishing more than 10%, the conditioning humidity no more than 1%. Setepolotna entwine the contour capron cord diameter of 8 mm. Strength characteristics setematerialov test must comply with the design. Elements of metal fences must be Primary coated and painted to factory paints, corresponding to slightly aggressive environment on SNIP 2.03.11-85. The class covers – VII in accordance with GOST 9.032. Before painting the surface elements of fences should be cleaned up to grade 4 according to GOST 9.402.