65results about How to "Even insulation" patented technology

A single-piece seamless construction container formed from a thermoformable material, the container including a vessel, at least one wing, and at least one hinge coupling the wing to the vessel. The wings comprise a patterned surface, although only the vessel, or the wings and the vessel may also be configured to include a patterned surface. The wings are configured to wrap about the container with the patterned surface serving to trap air between an outer surface of the vessel and an inner surface of the wing. The trapped air and the wing forms an insulative air gap between a surface of the container and the wing. The container may be nestably stacked in a wing open or wing closed position.

The invention provides manufacturing equipment of a laser additive. The manufacturing equipment comprises a frame, a work cavity, a laser system, an atmosphere protection system and a preheating system, wherein the work cavity is a sealed cavity defined by a heat insulation sandwich panel; a scanning galvanometer of a laser system is arranged at the top of the external part of the work cavity; the preheating system is a three-dimensional flexible heating system, and has a plurality of radiation heating layers with adjustable interlayer spaces arranged at the top inside the work cavity; an air feed pipe and an air return pipe of the atmosphere protection system are divided into a plurality of passages to be respectively connected with two sides of the work cavity through U-shaped tee joints, so that the circulation of inactive gas inside the work cavity is achieved. By adopting the manufacturing equipment of the laser additive, the space can be effectively saved, the heat loss is reduced, the heating efficiency is improved, the energy consumption is reduced, the temperature inside the work cavity is relatively even in distribution, the protective effect on the processing process caused by an internal atmosphere is obvious, different types of materials (metal, macromolecule and the like) can be molded, the processing deformation is reduced, and the excellent quality of molded spare parts is ensured.

The production method of biaxial oriented hard polyvinyl chloride pipe material includes: using 100 portions of polyvinyl chloride, 2-6 portions of stabilizing agent, 1-12 portions of toughening agent, 0.1-1.5 portions of lubricating agent, 5-15 portions of filling material and proper quantity of colouring matter and adding them into a high-speed mixing machine, mixing them at 100-120 deg.C for 20-40 min., discharging, sieving, removing block and viscous melt material to obtain hard polyvinyl chloride premixed powder material, adding said mixture material into extrude single screw or extruder twin screw to make continuous forming at 100-180 deg.C, then making the obtained material undergo the processes of extruding pipe blank, stretching orientation, heating to 100-120 deg.C to implement radial expansion, forming, cooling, drawing and cutting.

The invention belongs to the field of high-value recycling of waste polystyrene foam materials, and particularly relates to a water-phase suspension granulation method for preparing gradient flame-retardant foamable polystyrene beads on the basis of waste polystyrene materials and products of the water-phase suspension granulation method. The water-phase suspension granulation method includes forming oil phases by inorganic-organic gradient cooperative flame-retardant heat-insulation systems, organic solvents and the waste polystyrene materials; forming water-phase dispersion media by surfactants, inorganic-organic synergistic suspension agents and deionized water; stably suspending and dispersing oil-phase liquid drop in the water-phase media under the actions of mechanical stirring by means of water-phase suspension granulation; heating and steaming out the organic solvents to cure gradient flame-retardant polystyrene beads; acquiring gradient flame-retardant polystyrene heat-insulation plates by means of pentane filling and foaming molding. The waster-phase suspension granulation method and the products have the advantages that waste polystyrene is used as a raw material, is recycled by the aid of physical processes and is used for preparing the gradient flame-retardant foamable polystyrene beads, accordingly, waste can be utilized, and the gradient flame-retardant performance and heat-insulation effects of the gradient flame-retardant foamable polystyrene beads can be improved; the organic solvents can be recycled, accordingly, the water-phase suspension granulation method and the products are environmental friendly, and industrial production can be facilitated.

The invention discloses a manufacturing method of a shale sintered composite plate for a prefabricated building. A plurality of thermal insulation holes are formed in a hollow brick body. One or morepenetrating reinforcing steel bar holes for reinforcing steel bars to penetrate through are formed in the direction perpendicular to the direction of the thermal insulation holes. A viscose for connection is sprayed or painted quantitatively between ends of every two adjacent hollow brick bodies, and a reinforcing steel bar penetrates into each overall reinforcing steel bar hole; the viscose fulfills gaps between every two adjacent hollow brick bodies under extrusion; and the ends of the hollow brick bodies are provided with connecting blocks correspondingly, each connecting block is at leastprovided with two connecting holes, one connecting hole is connected with one end of the corresponding reinforcing steel bar, other holes serve as bolt connecting holes for fixing bolts, and the sintered composite plate is formed. Platy wall board structures of various areas are prefabricated in a factory and then transported to a construction site to be overall installed on site, so that construction efficiency is greatly improved, operators for on-site bricklaying construction are greatly reduced, a construction period is shortened, and construction cost is reduced.

The invention discloses a heating and heat insulating feeder sleeve. The heating and heat insulating feeder sleeve is used for feeding in a casting mold. The heating and heat insulating feeder sleevecomprises a matrix, a heating layer, a heat insulating layer and a protecting layer. A feeding cavity is formed in the matrix and communicated with the interior of the casting mold, the heating layeris arranged on the inner wall of the feeding cavity, the matrix is coated with the heat insulating layer, and the heat insulating layer is coated with the protecting layer. The heat insulating layer is prepared from a polystyrene composite. The polystyrene composite is prepared from, by weight, 50-80 parts of expandable polystyrene, 40-60 parts of polyurethane plastic, 40-50 parts of nitrile silicone rubber, 1-2 parts of physical foaming agent, 1.5-2.5 parts of sodium lignosulphonate, 2-4 parts of disproportionated rosin, 10-20 parts of heat insulating vermiculite, 2-4 parts of polyacrylonitrile-based carbon fibers, 10-18 parts of diatomite, 2-4 parts of insulating glass beads, 8-16 parts of sepiolite powder, 1.5-2.5 parts of p-methylsulfonic acid, 2-4 parts of phosphoric acid and 40-60 parts of water.

The invention discloses a sampling device of a chromatographic on-line analysis system and a method for processing samples by using the same. The device includes a sampling pipeline, a tubular passage connecting the sample to be tested and a chromatograph, and the device is used during the process of transporting the sample to be tested. It is directly heated and/or cooled to realize the processing of the sample to be tested; the thermocouple is connected with the sampling pipeline and the controller, and is used to measure the temperature of the sampling pipeline; the controller, according to the substance of the sample to be tested The transmission requirement and the measured temperature value of the sample injection pipeline control the temperature adjustment of the sample injection pipeline. The device ensures the enrichment and rapid release of substances with different molecular weights, and at the same time, the heat preservation of the pipeline is uniform, which avoids the residue of the substance to be tested before entering the chromatograph, and improves the detection accuracy.

The invention discloses a thermal-insulation adhesive for die-forging of forge pieces, which is used for forming die forging pieces and especially suitable for thermal-insulation forming of high-temperature alloy, titanium alloy and aluminum alloy die-forging pieces. The adhesive for thermal-insulation materials can form a continuous, uniform and compact film for thermal insulation and lubrication on the surface of a forge piece. The adhesive disclosed by the invention is prepared from the following components in percentage by weight: 20-40% of organosilicon heat-resistant resin or organic titanium epoxy resin, 20-40% of glass powder, 0-5% of trisodium phosphate, 2-6% of anhydrous borax, 0-5% of graphite, 1-3% of leafing aluminum paste, 1-5% of magnesium aluminum silicate suspending agent and 10-40% of xylene. The invention can accurately control the forging temperature, reduce the number of times of blank returning, prolong the forgeable time each time, lower the cost of the used coating materials, widen the optional range of the thermal-insulation coating materials, and the like. Meanwhile, the invention also provides a preparation method of the thermal-insulation adhesive.

The invention belongs to the technical field of composite thermal insulation materials, and particularly relates to a carbon fiber thermal insulation material and a preparation method thereof. The carbon fiber thermal insulation material is formed by uniformly distributing carbon fibers and phenolic resin fibers, wherein the carbon fibers and the phenolic resin fibers are connected through a graphitization process after being subjected to spinning, pressurizing, curing and forming. The technical problems that an existing carbon fiber thermal insulation material is complex in component, poor inthermal insulation effect, tedious in production process and serious in process pollution are solved. The carbon fiber thermal insulation material provided by the invention is simple in component, lower in cost, better in heat preservation effect, higher in compression strength, controllable in shrinkage, simplified in technological process and stable in structure, and a felt body formed by blending and spinning the fiber carbon fibers and the phenolic fibers is formed at a time.

The invention discloses a two-section type tee joint heat-preserving bend accessory. The two-section type tee joint heat-preserving bend accessory is used for being connected among three to-be-connected heat-preserving pipes, and comprises an upper tee joint pipe shell, a lower tee joint pipe shell, an inner tee joint pipe and a foaming agent. Outer pipes and the foaming agent are removed throughthe connecting ends of the three to-be-connected heat-preserving pipes, inner pipes are exposed, the inner tee joint pipe is arranged on the three inner pipes in a communicated manner, connecting bases shaped like a Chinese character 'hui' are symmetrically arranged at the positions of three-end connection ports of the upper tee joint pipe shell and the lower tee joint pipe shell, the lower tee joint pipe shell and the upper tee joint pipe shell are cooperatively connected and arranged on the outer pipes, an injection hole is formed in the middle position of the upper tee joint pipe shell, theupper tee joint pipe shell and the lower tee joint pipe shell are connected together in the manner that screws penetrate through the connecting bases shaped like the Chinese character 'hui', and theportions among the inner straight pipes, the upper tee joint pipe shell and the lower tee joint pipe shell are filled with the foaming agent through the injection hole. The structure is simple, and the two-section type tee joint heat-preserving bend accessory can be used for connection among the heat-preserving pipes, and can protect water pipes at the turning joints just like the heat-preservingpipes.

The invention discloses a novel insulation barrel, comprising an outer shell, an insulation barrel body, a water inlet pipe, a water outlet pipe, a controller, a cover plate and a heating plate; a water suction pump is arranged on an upper end face of a supporting plate inside the outer shell; the insulation barrel body is arranged over the supporting plate and a supporting rod is connected between a bottom surface of the insulation barrel body and the supporting plate; a bottom surface hot water pipe is arranged on the bottom surface of the insulation barrel body; a cylindrical hot water pipe is arranged on an outer cylindrical surface of the insulation barrel body; the water inlet pipe is connected with a drain pipe, while the water outlet pipe is arranged in an inner hole of a second sealing ring; the heating plate is arranged on a bottom surface of the outer shell; a temperature sensor is arranged on an inner sidewall of the outer shell; the controller is arranged on an outer sidewall of the outer shell; and the cover plate is arranged on an upper side of the outer shell; according to the novel insulation barrel, the bottom surface hot water pipe and the cylindrical hot water pipe are arranged on the bottom surface and the side surface of the insulation barrel, respectively, to implement uniform heating to articles in the barrel; further, the novel insulation barrel is simple in structure, good in thermal insulation effect, and convenient to operate, and can be widely popularized and applied.

The invention discloses novel slippers. The novel slippers consist of vamps, soles and welts, wherein the soles are made of a material with good heat transfer effect; heels of the soles are provided with attaching plug holes and temperature control devices; and resistance wires are laid in the middles of the soles. The novel slippers have the advantages of uniform heat-preserving effect and long-time heat preservation.

The invention relates to a box type heat preservation annealing method for a fused zircon corundum brick, and belongs to the technical field of refractory materials. The method comprises the following steps of: placing a casting mold in a heat preservation box before casting; filling the bottom and the surrounding part of the heat preservation box with aluminum silicon hollow balls; and directly and continuously covering the aluminum silicon hollow balls on the top of the casting mold to perform heat preservation annealing after the casting. The method has the advantages of guaranteeing product quality and improving product yield, along with low labor intensity, good working environment and uniform heat preservation and is easy and convenient to operate.

The invention discloses a heat-insulating riser bush for casting. The heat-insulating riser bush for casting is used for feeding in a casting mold. The heat-insulating riser bush for casting comprisesa base body, a heating layer and a protective layer. A feeding cavity is formed in the base body. A feeding outlet is formed in the bottom of the base body. The feeding cavity communicates with the interior of the casting mold through the feeding outlet. The radial sectional area of the end, away from the feeding cavity, of the feeding outlet is smaller than the radial sectional area of the end,close to the feeding cavity, of the feeding outlet. The heating layer is arranged on the inner wall of the feeding cavity. The base body is wrapped with the protective layer. The base body is made from a heat-insulating material. The heat-insulating material comprises, by weight, 40-50 parts of heat-insulating vermiculite, 10-20 parts of expanded perlite, 20-30 parts of hollow micro-beads, 8-16 parts of silica powder, 20-30 parts of graphite powder, 10-18 parts of boraxes, 10-18 parts of steel slag powder, 8-16 parts of tailing sand, and 10-20 parts of bentonite.

The invention discloses a liner structure, and an aluminum electrolysis bath with the liner structure. The liner structure is arranged on the inner wall of a bath shell of the aluminum electrolysis bath and comprises a bath chamber side part and a bath chamber bottom part, wherein the bottom surface of the bath chamber bottom part is inclined toward one side; an aluminum collecting ditch sunken relative to the bath chamber bottom surface is arranged on one lower side; the bath chamber side part is formed by splicing side part inner side carbon blocks and side part special-shaped carbon blockswhich are constructed and fixed through high-alumina bricks and high-strength castables; the side part inner side carbon blocks are located on the upper part; the side part special-shaped carbon blocks are located on the lower part and cover a melt area of the aluminum electrolysis bath side part in the perpendicular direction; and heat insulation boar layers are arranged on the bath chamber bottom part and the bath chamber side part close to an electricity feeding side of the aluminum electrolysis bath. The liner structure is particularly applied to a continuously running multi-chamber aluminum electrolysis bath, an inclined bottom hearth structure is arranged according to a molten aluminum flowing rule in the bath, and meanwhile, non-uniform heat insulation structures are built on the electricity feeding side and an electricity discharging side at the same time, so that the maximum heat insulation and the temperature field distribution uniformity of the electrolysis bath, and the automatic collection of molten aluminum are realized.

The invention relates to a constant-temperature system of a portable relative gravimeter. The constant-temperature system is characterized in that a first-path constant-temperature structure comprises a gravity sensor shell, a first-path heating film belt, a first-path aerogel heat insulation layer and two first thermistors, wherein the first-path heating film belt is tightly adhered to the outside of the shell, and the first-path aerogel heat insulation layer tightly wraps the periphery of the first-path heating film belt; the third constant temperature structure comprises a third heating film belt tightly attached to the periphery of the circuit board mounting shell, a third aerogel heat insulation layer tightly wrapping the periphery of the third heating film belt and a third thermistor; the second constant-temperature structure comprises an aluminum shielding cylindrical thin barrel tightly attached to the first aerogel heat insulation layer and the second aerogel heat insulation layer, a second heating film belt tightly attached to the periphery of the aluminum shielding cylindrical thin barrel, a second aerogel heat insulation layer tightly wrapping the periphery of the second heating film belt and a second thermistor; the upper end, the lower end and the periphery of the outer side of the gravity sensor shell are connected with the gravimeter outer frame through light shock absorbers. The system has the advantages of low power consumption and good constant temperature effect.

The invention provides a modular vacuum casting machine. The modular vacuum casting machine comprises a main material module, an auxiliary material module and a casting module, the main material module is used for containing and pretreating epoxy resin; the auxiliary material module is used for containing and pretreating auxiliary materials; the pouring module is connected with the main material module and the auxiliary material module, and epoxy resin and auxiliary materials are instantly mixed in the pouring module. The modular vacuum casting machine has the characteristics that the size of each module is small, the modules can pass through narrow entrances and exits in a ship body, and the modules are convenient to connect and can be mixed instantly.