72results about How to "Reduce external temperature" patented technology

The invention discloses a high flame retardant polyurethane rigid foam outer wall thermal insulation system. From a basic unit wall provided with a keel and connecting pieces, a prime coat thickening layer, a polyurethane rigid foam layer, an interface layer, and soft tiles, light tiles or a reflective coating are arranged in turn. In the system, the prime coat thickening layer has high adhesion and good wet bonding strength for the basic unit wall and the polyurethane rigid foam; and the high flame retardant polyurethane rigid foam outer wall thermal insulation system is foamed by pure water, and is halogen-free, flame retardant, safe and environment-friendly. The vertical face of the wall is successfully foamed on site, and the polyurethane rigid foam can be directly sprayed and foamed on the basic unit wall which is treated by the prime coat thickening layer, can reach high adhesion to the basic unit wall after 24 to 48 hours, and has the coefficient of thermal conductivity of less than 0.03W/(m.K), the vertical burning reaching V-0 level, and the water absorption of less than 2.5 percent.

The invention relates to an energy-saving instant heating electric-heat device, comprising a non-metal water pipe, an electric-heat wire twisted on the non-metal water pipe and a water leg could absorb heat. When the device is operated, the normal temperature water firstly flows inside the water leg, the water is gradually preheated by the heat leaked via the electric-heat wire, the water preheated go to the water pipe, the water is gradually reheated by the electrical-heat wire when the water is flowing, when the water flows to the outlet of the heat device, the water temperature reaches the needed temperature. The distinctive character is that the heat speed is high, energy-saving, and safe and deposition would not be easy to form. The device is mainly applied in the instant heating drinking machine, to heat the water flows inside. The invention can be used in the devices that need to instantaneously heat the flowing liquids.

A temperature-stable portable device includes equipment enclosed in a portable case that seals the equipment from its surroundings, and a heat exchanger distinct from the case and attached to the exterior of the case by removable fasteners. The heat exchanger extends across at least most of a major surface of the case and is positioned to receive heat from the major surface by conduction. A sheet of material having good thermal conductivity is interposed between, and in contact with, the heat exchanger and the major surface of the case. The heat exchanger defines a chamber that is open to the atmosphere and has parallel flow passages and an arrangement for moving a heat exchange fluid through the chamber and out to the atmosphere in order to remove heat from the heat exchanger by convection.

A thermally insulated component comprising a structure having a heated interior and an exterior, and a thermal insulating structure for thermally insulating at least a portion of the exterior of the component structure. The thermal insulating structure comprises an aqueous mixture comprising an inorganic binder and inorganic filler particles, and a fabric comprising inorganic fibers. The fabric is impregnated with the aqueous mixture so as to form a pliable binder structure. The pliable binder structure is disposed completely around at least a portion of the component structure. It can be desirable for the component to further comprise at least one thermal insulator comprising inorganic fibers, where the thermal insulator is disposed between the pliable binder structure and the exterior of the component structure.

An air conditioner for a vehicle includes: a compressor that compresses a heat exchange medium; an internal heat exchanger that performs heat exchange between the heat exchange medium expelled from the compressor and air for air conditioning introduced inside a vehicle compartment; and an external heat exchanger that performs heat exchange between the heat exchange medium expelled from the internal heat exchanger and external air, wherein the air conditioner for a vehicle calculates a temperature difference between an external air temperature and a discharge port temperature of the external heat exchanger, calculates an average value of the temperature difference, and performs a defrosting operation which melts frost adhered to the external heat exchanger when an amount of change of the average value is equal to or greater than a first predetermined value.

Process for heating titanium-oblique rolling punch rod blank adopts horizontal step-by-step medium-frequency induction heating finance as tool. The heating furnace consists of automatic skip mechanism, core-watch temperature differential monitoring system and fast-extraction discharge mechanism. The process is carried out by hoisting titanium rod onto bedding rack by overhead traveling crane, arranging on movable bedding rack paralleled, lifting titanium-rod onto charge rack on slop by production beat, entering into horizontal step-by-step medium-frequency induction heating furnace successively, moving titanium-rod forwardly by step-by-step mode, raising temperature while homogeneous heating, discharging, entering into blow tank of oblique-rolling punch, nipping and punching to raw pipe. It's simple, safe and cheap and has no environmental pollution.

The invention discloses a gradient composite technology ceramic tile in the field of glass kilns, which is prepared by the following steps of on the basis of taking zirconium dioxide as a base material, compounding with other components to form a first-layer material with the mass percentage of 100%, gradually changing the content of the material by sections in a gradient manner and gradually increasing the content of other materials until a trace amount of zirconium dioxide exists, progressively increasing two or more than two other materials in a gradient manner and changing different components to form a plurality of layers of components in percentage by mass of 100 for implementing material distribution, so that gradual change from one side to the other side in a continuous gradient manner is realized. The ceramic tile comprises the following components: zirconium dioxide Zr02, silicon dioxide SiO2, yttrium oxide Y203, calcium zirconate eutectic CaZrO3, barium zirconate eutectic BaZrO3, magnesium-zirconium eutectic MgZrO3, corundum alpha-Al2O3, alumina powder alpha-Al2O3, alumina fiber whisker alpha-Al2O3, silicon carbide SiC, silicon nitride Si3N4 and magnesium oxide MgO. Thepreparation method is convenient to operate and comprises the following steps of 1, preparing raw material components, 2, carrying out process treatment on each layer of components, and d, sintering amolded product.

The invention belongs to a novel heat insulation paper cup. The novel heat insulation paper cup comprises an internal cup body and an external heat insulation layer. The heat insulation layer is made of an aerogel heat insulation material, and outward bent corners are formed on the bottom of the external heat insulation layer. The internal cup body and the external heat insulation layer are combined in a hot-pressing mode. The novel heat insulation paper cup has the advantages that due to the heat insulation layer outside the cup body, the external temperature is greatly lowered, and users can hold the cup conveniently without being scalded; the heat insulation layer has certain strength, the phenomenon that after being poured into the paper cup, hot water spills due to heat deformation of the paper cup can be avoided; the outward bent corners are arranged on the bottom of the heat insulation layer, so that the stressing surface of the bottom is increased, and the whole cup body is stable.

The invention provides a motorcycle sound eliminator which is provided with a sound eliminator cylinder body (1) and an inner connecting pipe (2), wherein an inner cavity of the sound eliminator cylinder body (1) is divided into a first sound eliminating cavity (3), a second sound eliminating cavity (4), a third sound eliminating cavity (5) and a fourth sound eliminating cavity (6); the pipe wall of the rear end of the inner connecting pipe (2) is provided with a radial exhaust small hole (11); a lining cylinder (12) is arranged in the second sound eliminating cavity (4) near the inside wall of the sound eliminator cylinder body (1); and the rear end of the inner connecting pipe (2) extends into the second sound eliminating cavity (4) after penetrating through a porous plate (7) between the first sound eliminating cavity (3) and the second sound eliminating cavity (4) and is provided with a cover (14) with an airflow through hole (13). The technical scheme of the invention reduces the appearance temperature of the sound eliminator cylinder body of the motorcycle, eliminates tail gas noise and improves the intermediate and low speed performance of an engine, and people feel strong for acceleration during riding.

The invention discloses a fireproof door. The fireproof door comprises a door frame, wherein a hollow through cavity is formed in the middle of the door frame, and a more than one group of symmetricalfirst shaft hole are separately formed in the upper surface and the lower surface of the hollow cavity, and more than one flexible fireproof rod is arranged in the hollow cavity side by side; the fireproof rods are in sealing contact with each other, and the whole hollow cavity is sealed by the more than one fireproof rod; first rotating shafts are vertically disposed on the upper side and the lower side of the fireproof rods separately, and the first rotating shafts are rotatably mounted into the first rotating shaft holes formed in the upper surface and the lower surface of the hollow cavity; and an escape gap cavity is formed between the every two adjacent fireproof rods. The novel new fireproof door is adopted, the smoke can be effectively blocked from entering an escape space duringescape, and the heat on an escaper can be effectively reduced, the fireproof time of the fireproof door is further prolonged, and the function of safety protection is achieved.

The invention discloses an intelligent cooling atomizer, and belongs to the technical field of human body input media equipment. The intelligent cooling atomizer comprises a compressor and a compressing drive motor, and further comprises a radiating rack and an intelligent cooling system for forcing the radiating rack to cool, wherein the radiating rack comprises a motor top fixing plate, a motor bottom fixing plate and fixing plate supporting columns; the motor top fixing plate and the motor bottom fixing plate are made of a heat conduction material; the intelligent cooling system comprises bypass cooling channels which are arranged in the motor top fixing plate and the motor bottom fixing plate, a condenser communicated with the bypass cooling channels, a PLC connected with the condenser by a wire, and a plurality of temperature sensors. The intelligent cooling atomizer disclosed by the invention uses the radiating rack and the intelligent cooling system to force the atomizer to cool, in order to reach the set value and enable the surface to keep proper temperature to achieve the purpose of intelligently controlling temperature.

The invention discloses a small and light cryogenic high-pressure hydrogen storage device. The small and light cryogenic high-pressure hydrogen storage device comprises an inner container and an outerbarrel, wherein the inner container is located in the outer barrel and wrapped by carbon fibers in a full winding mode; the outer side of a carbon fiber layer is further wrapped by a reflection heatinsulation layer; a hydrogen introducing pipe is arranged in an interlayer between the inner container and the outer barrel; one end of the hydrogen introducing pipe is communicated with the inner container from the head of the inner container; then the hydrogen introducing pipe is arranged around the inner container for a circle from the head of the inner container to the tail of the inner container and then towards the head of the inner container; then the other end of the hydrogen introducing pipe penetrates through the head of the outer barrel to be communicated with one end of a hydrogensupply pipe on the outer side of the head of the outer barrel; a first stop valve is arranged on the hydrogen supply pipe; a filling pipe is communicated to the hydrogen supply pipe between the firststop valve and the outer barrel; a second stop valve is arranged on the filling pipe; and the interlayer between the inner container and the outer barrel is further filled with aerogel and vacuumized.The device can improve the cruising ability of a small machine, and is light in weight, low in cost, safe, reliable and long in hydrogen storage maintaining time.

The invention discloses a small and light cryogenic high-pressure hydrogen storage power supply system. The system comprises a hydrogen fuel cell, and also comprises a cryogenic high-pressure hydrogenstorage device for storing supercritical hydrogen, a heater, a pressure reducing valve and a storage battery, a hydrogen supply pipe of the cryogenic high-pressure hydrogen storage device is connected with an inlet of the heater through a pipeline, an outlet of the heater is connected with an inlet of the pressure reducing valve through a pipeline, an outlet of the pressure reducing valve is connected with a hydrogenation port of the hydrogen fuel cell through a pipeline, the hydrogen fuel cell is connected with the storage battery through a circuit, the hydrogen fuel cell can charge the storage battery, the storage battery is connected with the heater through a circuit, and the storage battery can supply power to the heater. The small and light cryogenic high-pressure hydrogen storage power supply system is long in cruising ability, light in weight, low in cost, safe, reliable and long in hydrogen storage maintaining time.

The present invention relates to an automatic rotary multi-stage mixed flow combustor. It includes the following several portions: a shell body with bottom plate, on the bottom plate a centre pipe shaft is set, on the bottom plate around the centre pipe shaft several air-feeding holes are set, the top portion of said pipe shaft is equipped with a nozzle, and the shaft body of said pipe shaft is equipped with a bearing; and said bearing is connected with a rotary vane conduct pipe. Besides, said invention also provides the working principle of said mixed flow combustor and its concrete operation method.

The invention relates to a blast furnace air supply pipeline, in particular to an energy-saving environment-friendly air supply branch pipe. The energy-saving environment-friendly air supply branch pipe comprises a gooseneck, a compensator, a middle segment, a lower segment, and a straight blow pipe, wherein a piezometric pipe used for measuring temperature, pressure and volume of hot wind in the air supply branch pipe and a flow control valve used for adjusting the pressure of the wind in the air supply branch pipe are mounted in the middle segment; a multiple heat-insulating thermal insulation structure is arranged on the inner side of the metal steel shell of the air supply branch pipe. Due to flow rate and wind pressure adjustment, hot wind parameters of all air supply branch pipes can be consistent, so that smelting efficiency and molten iron quality of a blast furnace can be improved greatly, and energy consumption can be reduced; due to the multiple heat-insulating thermal insulation structure, temperature on the outer surface of each air supply branch pipe can be lowered effectively, temperature of hot wind sent into the blast furnace is raised, the operation environment is improved, and non-renewable energy is saved.

The invention belongs to refractory materials and production methods thereof, and particularly relates to a low-thermal-conductivity brick for a rotary cement kiln and a production and manufacturing method of the low-thermal-conductivity brick. The production method of the low-thermal-conductivity brick comprises the following steps that magnesia particles, magnesium aluminate spinel particles, spinel fine powder and magnesia fine powder are mixed, then a binding agent is added to prepare pug, the pug is pressed into a green body, the green body is dried and fired in a high-temperature tunnelkiln to obtain a main body refractory brick, the main body brick is placed on an operating platform, and is clamped by a grinding tool, a steel mesh meshes with the main body brick, the binding agentis added into a heat insulator raw material for mixing, then a castable is poured into the grinding tool according to a specified amount, vibrating and molding is conducted, demolding is conducted after 24 hours, then drying is conducted to 350 DEG C, and then packaging is conducted after cooling. The low-thermal-conductivity brick for the rotary cement kiln and the production and manufacturing method of the low-thermal-conductivity brick have the advantages that the problem of Cr < 6 + > public nuisance pollution of the magnesite-chrome brick of the rotary cement kiln is solved, meanwhile, the temperature of a cylinder of the rotary cement kiln is reduced, the service life of the brick for a transition zone of the rotary cement kiln, which is utilized in multiple aspects, is prolonged, and meanwhile, the energy and equipment consumption is reduced.