90results about How to "Achieve continuous cooling" patented technology

The invention discloses a battery module with flat heat pipes and a cooling method. The battery module comprises a shell and a plurality of single batteries, wherein the plurality of single batteries are arranged in the shell in a lamination way, the battery module also comprises a tab fixing device, a packing belt, a bottom fixing device and a plurality of flat heat pipes, one of the flat heat pipes is arranged between each two single batteries, the packing belt is hooped in a gap of the tab fixing device and a gap of the bottom fixing device, and sealing edges of the single batteries are fixed in a through groove of the tab fixing device and a through groove of the bottom fixing device. According to the method, a low-boiling point liquid is heated to be vaporized, is condensed on the side walls inside fins and flows to a phase change generation region, liquid supply required for liquid evaporation is met, thus, complete circulation is formed, the battery is continuously cooled, and the soaking performance the cooling performance of a battery pack are further improved.

The invention relates to equipment for continuous vacuum distillation and separation of a high arsenic alloy. The equipment comprises a continuous feeding kit, a vacuum distillation and separation kitand a continuous arsenic collection kit. After materials are heated and melted in a melting and feeding system, the materials are continuously fed into the vacuum distillation and separation kit through a feeding pipe and heated by a heating element, and the materials are continuously volatilized and purified in a volatilization stack; residues finally are discharged at openings in a bottom evaporation tray through a residue discharging pipe; arsenic and other volatile elements volatilize simultaneously, and mixed metal vapor is formed; after the volatilized mixed vapor is condensed by a condensation cover, by controlling the condensation temperature of the condensation cover, the metal vapor with the high melting point is condensed into a liquid state by the condensation cover and is drained from the openings in a confluence plate through a volatile discharging pipe; arsenic vapor with the low melting point is guided to the continuous arsenic collection kit through an arsenic vapor guide cylinder; and a scraper continuously scrapes away the crude arsenic alloy condensed on the surface of the scraper while a condensing drum rotates so as to realize the purpose of continuously collecting the crude arsenic alloy.

The invention provides a metal hydride refrigeration system. The metal hydride refrigeration system comprises a first reactor, a second reactor, an electrochemical compression device and a secondary refrigerant circulating device, wherein the first reactor is filled with a metal hydride for heat release or heat absorption by using hydrogen absorbing and hydrogen removing reactions of the metal hydride; the second reactor is also filled with the metal hydride for heat release or heat absorption by using the hydrogen absorbing and hydrogen removing reactions of the metal hydride; the electrochemical compression device is arranged between the first reactor and the second reactor, and is configured to adjust the hydrogen flowing direction and the pressure according to operation states of the first reactor and / or the second reactor, so that the first reactor and the second reactor alternately perform heat release and heat absorption; the secondary refrigerant circulating device is providedwith a secondary refrigerant pipeline and at least one heat exchanger, wherein the secondary refrigerant pipeline respectively communicates with the first reactor, the second reactor and the heat exchangers; and a secondary refrigerant therein is used for transmitting heat of the first reactor and / or the second reactor to the heat exchangers so as to realize continuous refrigeration.

The invention discloses a large jacquard loom electric control cabinet convenient for temperature control. The large jacquard loom electric control cabinet comprises a cabinet body, wherein a plurality of refrigeration sheets which are connected in series are mounted on the two side faces of the cabinet body; a heat dissipating panel which is in contact with the surfaces of the refrigeration sheets is also fixedly arranged on the cabinet body; and a temperature sensor which is electrically connected with power supply switches of the refrigeration sheets are arranged in the cabinet body. The refrigeration sheets and the heating panel are arranged on the side face of the cabinet body, and the power supply switches of the refrigeration sheets are triggered to be turned on when the temperature sensor detects that the temperature in the cabinet body is over high, so that the refrigeration sheets starts working. Meanwhile, heat generated in the working processes of the refrigeration sheets is taken away through the heat dissipating panel, so that continuous cooling of the cabinet body is realized till the temperature sensor detects that the temperature in the cabinet body returns to a normal value.

The invention belongs to the technical field of medical care, and discloses circulation-type cold compress apparatus and method for orthopedic nursing. The circulation-type cold compress apparatus fororthopedic nursing comprises a central processing and control module, a cooling liquid storage module, a refrigeration module, a circulation module, a wrapping module, a temperature detection module,a pressure detection module, a voice control module, a display module and a heat dissipation module. After a wound part of a patient is wrapped by a wrapping water bag in the wrapping module, a cooling liquid in the refrigeration module can be driven by a circulating water pump in the circulation module to circularly flow, so that the continuous cold compress of the diseased part is realized, theoperation is convenient, and the nursing effect is improved. The voice control module can be used for performing control through voice commands, so that a patient who is inconvenient to move can perform self adjustment conveniently, and requirements of the patient can be met at any time. The overall temperature of the apparatus can be detected through the heat dissipation module, the temperatureadjustment is performed through a heat dissipation fan, and thereby the normal operation of the equipment is guaranteed.

The invention discloses insulation pipe type busbar three-layer coextrusion continuous vulcanization production equipment and a production process. The equipment comprises a conductor pipe connecting auxiliary pushing car, a conductor pipe connecting platform, conductor pipe connecting pins, an air-pressure track pusher, a three-layer coextrusion machine head, an upper closer, a vulcanization pipe, a cooler, a lower closer, an air-pressure pressing device, an insulation stripping cutter and a stripping cutting platform positioned on the same inclined surface from high to low in sequence. The production process comprises the following steps: single conductor pipes are connected continuously by the connecting pins to satisfy the continuous extrusion and continuous vulcanization technical requirements; a production line is aslant arranged to eliminate the gravity dropping influence of the conductor pipes for free insulation vulcanization; the pressing device is used for eliminating aslant downward sliding force of the conductor pipes and improving the extrusion stability; and the scheme satisfies the continuous extrusion and continuous vulcanization production requirements of high-voltage-grade insulation pipe type busbars.

The invention discloses a safety protection fire-fighting garment, and aims to solve the problems of heat stress and high-altitude falling of fire-fighting garments. A flame-retardant elastic telescopic deformation pipeline which can be used for cooling liquid water flow flowing and anti-falling inflation dual intelligent regulation and control functions is embedded between a comfortable layer and a heat insulation layer of the fire-fighting garment. According to the implementation principle, in the fire fighting and rescue process, when the temperature of an air layer below the clothes is higher than the comfortable temperature of a human body, a pipeline is used for flowing of cooling water, heat sensing of the fire fighting clothes is achieved, the temperature of the air layer below the clothes is intelligently regulated, and the constant and comfortable microenvironment temperature is guaranteed; when the firefighter falls accidentally, the soft, elastic and telescopic pipeline can serve as a safety air bag to absorb and buffer external force to form a protection effect, so that the firefighter is prevented from being injured by accidental falling. According to the safety fire protection suit, the problems that firefighters are prone to being damaged and dead due to accidental high-altitude falling in the rescue process and heat stress is caused can be solved, the personal safety of rescue workers is ensured, the purpose of double protection of heat stress and high-altitude falling is achieved through the telescopic pipeline, and the overall cost is low.

The invention discloses a motor device with a double-sealing structure, relates to the technical field of motor assembly, and solves the problems that a currently used motor device is insufficient inprotective function and does not have a function of providing cooling by utilizing transmission assistance of a motor. According to the invention, the motor device comprises a base, four sets of assembling holes are formed in the bottom of the base, and the two sides of the base are bent upwards. The base further comprises a guide rod, a lead screw A and a hand rubbing shaft; two sets of guide rods are fixedly arranged on the inner side of the top of the base, an L-shaped seat shell is arranged outside the guide rods in a sliding mode, the adjustable telescopic transmission function is provided for the motor device through a connecting shaft and a hexagonal stretching shaft, and the hexagonal stretching shaft telescopically slides in the middle of the front end of the connecting shaft andis fixed through a locking pin matched with a ball groove. The connecting shaft and the sliding ring are propped open through the bolts, locking of the locking pin can be achieved, adjustment is convenient, and the locking device can be applied to different types of equipment.

The invention discloses a magnesium-silicide spiral cooling device. The magnesium-silicide spiral cooling device comprises a motor, a cooler and a spiral propeller arranged in the cooler, wherein the spiral propeller mainly comprises a hollow shaft and spiral blades arranged on the hollow shaft; a cooling water introduction pipe is arranged in the hollow shaft; a cooling water return channel is formed in a gap between the inner wall of the hollow shaft and the outer wall of the cooling water introduction pipe; the first end of the cooling water return channel is connected with a cooling waterdelivery pipe; and a front end cylinder, a multi-level cooling water jacket and a tail end cylinder are arranged outside the cooler from the second end to the first end of the cooler in turn. The magnesium-silicide spiral cooling device has the advantages that: due to the combination of the spiral propeller and the cooler, continuous cooling of high-temperature magnesium silicide powder can be realized, and continuous synthesis of magnesium silicide is facilitated; and the high-temperature magnesium silicide powder moves forward with the turnover of the spiral propeller, and therefore the heat transfer is enhanced, the cooling of the magnesium silicide powder is uniform, the cooling rate is stable and a mild expansion condition is provided so as to ensure the reaction activity of the magnesium silicide and prevent the cooled magnesium silicide from caking.

The invention belongs to the technical field of surgical cutting aids, and discloses a medical burn eschar device, which includes a casing, a rotating shaft penetrating through the casing and connected in rotation with the casing, and a driving member for driving the rotating shaft to rotate, and the rotating shaft is located outside the casing One end of the grinding crust head is coaxially fixed, the rotating shaft is hollow, the grinding crust head is provided with a cavity connected with the hollow rotating shaft, and the working surface of the grinding crust head is provided with an air outlet connected with the cavity; the shell An air supply part communicating with the hollow rotating shaft is also provided inside. The invention solves the problem that the scrubbing head of the existing scrubbing device rotates rapidly under the drive of the motor and rubs against the scab on the wound surface to generate a large amount of heat, which makes the patient's experience poor.

The invention discloses air conditioners, an air conditioning system and a control method thereof. The air conditioning system comprises the first air conditioner and the second air conditioner. Whenthe first air conditioner is in a refrigeration operation mode, an evaporator end of the first air conditioner absorbs heat, and a condenser end of the first air conditioner releases heat. If the temperature of a heat storage agent is higher than a first preset value, it is represented that the heat storage agent absorbs enough heat from the condenser, the first air conditioner sends a first signal to the second air conditioner, and moves to a preset position to dissipate heat after receiving a second signal, responding to the first signal, sent by the second air conditioner if it is determined that the second air condition is in a ready state, the first preset position is the position where the second air conditioner is located, the second air conditioner moves to the original position ofthe first air conditioner to replace the first air conditioner to continue to carry out refrigeration, and therefore the cold capacity is continuously supplied.

The invention relates to a gas automobile and a cooling system thereof. The cooling system comprises a first radiator, a second radiator and an intercooler. The first radiator comprises a first liquid inlet and a first liquid outlet which are used for correspondingly communicating with an outlet of an engine cooling channel and an inlet of the engine cooling channel. The second radiator comprises a second liquid inlet and a second liquid outlet which are used for communicating with a liquid outlet of a cooling channel of a waste gas circulating system. The intercooler comprises an air flow channel and a heat dissipation channel capable of conducting heat with the air flow channel. The airflow channel comprises an air inlet and an air outlet. The air inlet communicates with an exhaust port of the waste gas circulating system. The air outlet communicates with an air inlet of an engine. The heat dissipation channel comprises a third liquid inlet communicating with the second liquid outlet and a third liquid outlet used for communicating with the liquid inlet of the cooling channel of the waste gas circulating system. Therefore, the first radiator and the second radiator are simultaneously applied, so that the cooling efficiency of the cooling system and the cooling efficiency of the gas automobile are both higher.