133 results about "Hot box" patented technology

In a first aspect, systems and methods for producing biodiesel fuel include a modular production unit incorporated onto a single platform or into a housing for ease of relocatability. The modular production unit preferably includes a mixing unit, a reactor unit, a separation unit, a distillation unit, and a filtering unit, all incorporated onto or into a self-contained platform or housing that is able to be easily relocated. In a second aspect, the modular production unit is combined with additional fixed and/or relocatable components to provide a biodiesel processing plant. In a third aspect, a raw materials processing system and method includes a roller barrel adapted for recovery, transportation, and introduction of recycled oil feedstock into a biodiesel manufacturing process. The raw materials processing system preferably includes a hot box for filtering and heating the raw recycled oil feedstock.

A device special for determining stable state thermal resistance of architecture glass which is a necessary determining device for quality control and product acceptance in energy-saving architecture glass produce is provided. The present invention comprises of heat flux sensor, internal and external guarding heat-box, cold-box (including refrigerating unit), precision temperature measurement and computer data collecting process system, and frame mounted rise-and-fall glass carrying stage and vacuum acetabula glass fixation mechanism. The present invention is not only used for detecting state thermal resistance of energy-saving architecture glass such as vacuum glass, hollow glass, and so on, but also used for detecting heat insulation and heat preservation capacity of other plate architecture material such as polystyrene board, steel (aluminium) plastic compound heat preserving board and so on.

The invention discloses a preparation method of novel wool-like differential fibers, which is characterized by comprising the following steps of: 1) adopting polytrimethylene terephthalate (PTT) as a raw material to prepare a pre-oriented yarn (a); 2) adopting modified high-shrinkage polyester as a raw material to prepare fully-drawn high boiling water shrinkage fibers (b); and 3) on a DTY machine, passing the pre-oriented yarn (a) through a roller, a hot box and a cooling plate, performing drawing false twisting on the pre-oriented yarn on a false twister, converging the pre-oriented yarn with the high boiling water shrinkage fibers (b) in front of two rollers, and performing network compounding on the pre-oriented yarn and the high boiling water shrinkage fibers, and then passing the pre-oriented yarn and the high boiling water shrinkage fibers through two hot boxes to obtain a composite yarn product. The preparation method develops the novel wool-like differential fibers, the PTT fibers floating on the surface layer are much closer to wool fibers in performance and are superior to common wool-like products in the performance of elastic recovery, handfeel, antistatic property, dyeing and the like, and simultaneously, the treatment of forming different sections of the two raw materials ensures that the products have significant improvements on luster and fibrillation resistance.

The present invention relates to a method which uses the infrared thermal imaging system for quantitative-detecting the heat conducting resistance/heat transfer coefficient of the building enclosure structure. The energized electric heating wire is used for identifying on the selected area of the surface of the enclosure structure; the electric thermoscope is used for measuring the temperature of the identified area; taking the picture of the identified area with the infrared thermal imaging system and the infrared thermal image atlas of the area is obtained, measuring the indoor and outdoor temperature with the electronic thermoscope and recording; executing analysis process to the infrared thermal image atlas with the image analyzing software of the infrared thermal imaging system to obtain the value of (1), substituting into the formula (2) and the average heat conducting resistance R0 of the building enclosure structure is obtained, and the average heat transfer coefficient of the enclosure structure is calculated with the formula (3). The invention has the advantages of flexible infrared thermal image shooting, low requirement to the experiment condition, quick testing, accurate data, overcoming the defect of big error when the data is tested with heat flow meter method and the requirement to the batch meter and insulating box in the hot box method.

The invention provides equipment and a method for detecting an energy-saving effect of a building sun-shading device using imported sunlight, and relates to the field of the detection of the sun-shading energy-saving effect of building sun-shading products. The equipment consists of three parts: a sunlight imported system, a protected hot box and an environmental box respectively, wherein the sunlight imported system provides a stable and continuous light source for the detection, and by combining the protected hot box method, the defect that the detection can be affected by various outdoor negative factors and the defect that the use of an xenon lamp in the detection is extremely expensive are overcome, and a novel solution for detecting the energy-saving effect of the building sun-shading device is provided.

The invention discloses an outdoor dynamic testing method for heat-insulation property of heat-insulation coating at the outer wall of a building, comprising the steps of: placing a test board containing a protective hot box on a rotating disc capable of rotating by 360 degrees; placing a testing box body and a reference box body in the protective hot box; manufacturing a testing wall body adhered with the heat-insulation coating on the testing surface of the testing box body, and manufacturing a reference wall body adhered with the reference coating on the testing surface of the reference box body; regulating and controlling the interior temperature of the testing box body, the reference box body and the protected hot box to be 24 DEG C; regulating and controlling the internal surfaces of the surfaces of the testing box body and the reference box body to be less than 0.3m/s; and obtaining the heat-insulation property of the heat-insulation coating. The testing method takes the effects of solar radiation into consideration, can test and analyze the effect of the heat-insulation coating on the building energy consumption, and can obtain an accurate measurement result for the heat engineering performance of the wall body or the roofing under practical winter and summer climatic conditions.

The invention relates to a casing for a hot box or blocked brake detection scanner (2) comprising infrared detectors and a heating means, wherein the casing is comprised of a casing lower part and a lid (5), the lid (5) is designed as a chimney top with lateral surfaces (7, 8) converging towards the upper edge and carrying an electrical heating means (4) on their inner sides (6), and the lid (5) includes openings (9) for the scanning geometry of the infrared detector(s) on its upper edge or near its upper edge.

The invention relates to a method for manufacturing a superfine denier modified terylene torque-less false twist textured yarn and a special thread guide. The invention aims to solve the technical problem of providing a special thread guide and a manufacturing method using the thread guide. The thread guide comprises two thread rollers (5-3) on the thread guide shaft (5-1), wherein the two thread rollers can rotate independently, and a gap is reserved between the two thread rollers. The manufacturing method comprises the following steps that: two threads (11) get into a front thread-separation thread guide (1) of a first roller along the respective thread path; then the threads pass through a roller (2), a first hot box inlet thread guide (3), a first hot box (4), a special double-thread free-rotation thread guide (5), a special turning double-thread free-rotation thread guide (6), a cooling plate (7), a false twister (8), a second roller (9) and a network nozzle (10) in turn for stranding; and then the threads get into a second hot box (12) to perform heat shaping and obtain the product.

Present invention refers to Cold heat tank type heat transmission coefficient detect instrument, belonging to energy-saving site equipment for detecting building fender structure heat transmission coefficient. Detection instrument includes heat box, cold box, control apparatus, refrigerator, and heater etc. The require solved problems are 1, building fender structure site detection must be done at all seasons. 2, air temperature in heat box outer-sync with indoor air temperature makes large error of test result. Air temperature in heat box is finely controlled. 4, instrumental interference-resisting ability should be enhanced. Solution scheme is 1, adopting cold box reducing outdoor testing air temperature, 2, Adopting same error high precision temperature sensor, 3, heat box temperature control system adopting PID temperature control regulatory system and blur rule operation, adopting high-speed, high resolution AD conversion system as power consumption counting device, 4, system design adopting modular structure and separating strong and weak electricity.

The invention provides a high-performance fiber synchrotron radiation in-situ testing machine. The testing machine comprises a base, a chassis, a drafting hot box, a front drafting mechanism, a back drafting mechanism, a winding mechanism and a translating mechanism, wherein the drafting hot box is used to heat fibre tows, one side of the box body opposite to the heat fibre tows is provided with a working gap; the front and back drafting mechanisms are used to provide drafting force for drafting the heated heat fibre tows; the winding mechanism is used to wind the heat fibre tows after hot stretching; and the translating mechanism is used to move the chassis horizontally and contains a translation motor, a turn-screw and a slideway. The testing machine has reasonable structure and convenient operation and is used commonly with the synchrotron radiation device so as to timely and accurately test the molecular changes of the high-strength and high-modulus polyethylene fibre tows under hot stretching, provide powerful technical support for the hyperploid hot stretching technology of the production of high-performance fiber, shorten debugging period and ensure the quality of fiber products.

The invention provides a method for producing warp knitting coralon leather polyester filament. The processed POY protofilament is removed to false twist after being detected and balanced, the process flow is that: POY protofilament - a roller feeding in - a hot box for heating distortion - cooling - false twist - two rollers feeding in - two hot boxes for heating and forming - three rollers feeding out - oiling - DTY winding forming, a pre-network working procedure is added between the ROY protofilament and a roller feeding in. The method solves problem that coralon leather fabric processed by normal polyester has defects of no-soft hand touch, adhesive hair, down pile making, without coralon leather style, and can cover the prior art shortage.

A coating composition is produced by forming an aqueous dispersion of a crosslinking agent and a resin that comprises the reaction product of an alkyd polymer, an optional surfalkyd, diacetone acrylamide, another acrylate monomer and optionally aromatic monomers wherein the reaction product is neutralized with either ammonia or an amine. A coating of the aqueous dispersion on wood exhibits at least some of the following desired properties: rapid dry time, good tannin blocking, good resistance to picking up dirt, good hot box stability and good exterior durability. Additionally, the inventive coatings appear to provide improved crosslinking compared to coatings comprising resins not neutralized with an amine or ammonia and/or not containing a surfalkyd.

The invention relates to a process for manufacturing polyester fiber filament by using a false twisting deformation elastic-adding machine, which is characterized in that raw material strand silk which is from a roller (1) passes through an inlet silk guide (2), then directly passes through a hot box(3) and is heated by the mode of non-contact heating, then moves to a turning silk guide (5), (or passes through a twisting machine 6), then passes through a two-roller (7) and reaches to a network jet nozzle (8) and is manufactured to obtain fully drawn yarn FDY (or shape preserving performances with high requirements such as profile degree, degree of hollowness and the like) polyester fiber filament, The process has the advantages of without altering the device, simple process adjustment and the like, and the switching of the two product processes is flexible and convenient, and the process efficiently extends the using range of the false twisting deformation elastic-adding machine and has obvious economic benefits.

The invention discloses a production method of superfine denier polyester low stretch yarns. The method is characterized by comprising the following steps: feeding polyester filament yarns serving as a raw material through a pre-collector, a yarn cutter, a first feeding roller, a first hot box, a cooling plate, a false twister, a second feeding roller, a collector, a second hot box, a third roller, a yarn detector and an oil applying system in sequence; winding. Superfine denier polyester low stretch yarns produced by using the production method of the superfine denier polyester low stretch yarns have good performance and stable quality, and are much superior to the existing commercially-available polyester low stretch yarns in quality; the breaking strength is 3.7cN/dt, and the elongation at break is 21 percent.

The invention discloses an energy-saving environment-friendly type multi-functional handrail style vehicle-mounted cold and hot box, which comprises a handrail box body and a cooling and heating device. The energy-saving environment-friendly type multi-functional handrail style vehicle-mounted cold and hot box is suitable for being mounted and used in the existing all types of SUVs, cars, commercial vehicles, passenger cars and other vehicles, fully utilizes the limited space in vehicles, improves the configuration level in vehicles, and life of people in vehicles is more comfortable and full of humanization.

Systems and methods for producing product gas fuel and solid char fuel from a carbon-containing feedstock are described. Feedstock is introduced into and transported through at least one substantially horizontal sublimation reaction chamber. An initial and final sublimation temperature is maintained within less than ±10° C. in an atmosphere free from external oxygen and externally supplied catalyst. The system is configured to not have any product gas leak out of the reaction chamber or oxygen leak into a hot box configured to heat the reaction chamber.

The present invention relates to a nickel-base Gamma/Gamma' superalloy with a unique blend of at most moderate cost, high oxidation resistance, high hot corrosion resistance, moderate strengthening, adequate alloy stability, and comparatively good weldability. The said alloy comprises: Up to 20 wt% of the sum of Co and Fe, between 17 and 21 wt% Cr, between 0.5 and 3 wt% of the sum of Mo and W, at most 2 wt% Mo, between 4.8 and 6 wt% Al, between 1.5 and 5 wt% Ta, between 0.01 and 0.2 wt% of the sum of C and B, between 0.01 and 0.2 wt% Zr, between 0.05 and 1.5 wt% Hf, between 0.05 and 1.0 wt% Si, and between 0.01 and 0.5 wt% of the sum of rare earths such as Sc, Y, the actinides and the lanthanides, such that at least two of these rare earths are present in the alloy, and no more than 0.3 wt% of any of these rare earths. It further relates to its use in hot components such as, but not restricted to, blades, vanes, heat shields, sealings and combustor parts in gas turbines. It further relates to its use as filler alloy for repair welding and/or cladding of such hot components. It further relates to its use as protective coating and/or bond coat in a TBC system on such hot components. It further relates to its dual use as coating and/or bond coat, and, for repair and/or cladding on such hot components. It further relates to its use as intermediate layer between the base alloy and another coating and/or bond coat on such hot components. It further relates to its use in polycrystalline, directionally solidified or single crystal form in such components. It further relates to its production by processes such as, but not restricted to, precision casting, laser welding/cladding, hot box welding, laser sintering, cold spraying, explosion welding and vacuum plasma spraying. It further relates to its production by low S processing. It further relates to its use as part of material systems as exemplified above produced by low S processing.

The invention relates a to false-twist texturing machine high temperature box. It is made up of box body, heat rail, heat transmitter, and heat insulating material. Electrical bar and heat rail is in heat transmitter and fixed in box body. The heat rail is formed by two parallel long and short heat rails. The box body is set thermal detector. The invention has the advantages of short preheating time, fast heating, safe, reliable, and the 625 centigrade degree maximum working temperature; small box body size; short yarn waling length; and good quality and performance stretch yarn.

The invention discloses a device and method for detecting heat insulating properties of building doors and windows, and solves the problem that the mounting efficiency of test pieces of doors and windows at the present stage is low. The main points of the technical scheme are that the device for detecting the heat insulating properties of the building doors and windows comprises a test room, and ahot box and a cold box which are mounted in the test room and adhered to each other; a detecting opening is formed between the hot box and the cold box, and a test piece frame is mounted at the detecting opening; the device for detecting the heat insulating properties of the building doors and windows is also provided with a test piece pre-assembled assembly; the test piece pre-assembled assemblycomprises a pre-assembled outer frame which is adhered to the test piece frame, a pre-assembled inner frame which is adhered to the test pieces of the doors and windows, a supporting piece which is supported between the pre-assembled outer frame and the pre-assembled inner frame, and a filling piece which fills between the pre-assembled inner frame and the pre-assembled outer frame; after the adoption of the device for detecting the heat insulating properties of the building doors and windows, the mounting efficiency of the test pieces of the doors and windows can be improved, so that the detecting efficiency of the heat insulating properties of the overall test pieces of the doors and the windows can be improved.

The invention relates to a deformation hot box. The deformation hot box comprises a box body, a heating track, a liquid-filling tube, a condensing tube, an electrical bar and a liquid return tube, wherein the heating track, the liquid-filling tube, the condensing tube, the electrical bar and the liquid return tube are installed in the box body; the box body comprises an upper shield plate combination piece, a lower shield plate combination piece, a left shield plate combination piece, a right shield plate combination piece, a front cover plate combination piece, a back cover plate combination piece and a heating track door combination piece, the internal side of the heating track door combination piece is provided with a plurality of heating tracks, the external side of the heating tracks is provided with an insulating block, the insulating block is used for preventing the heat generated by the heating tracks from dissipating so as to reduce the heat dissipation speed of the deformation hot box and generate the heat preservation effect, thereby the energy consumption cost is reduced and the quality of filamentization is improved.