14results about How to "Avoid uneven temperature distribution" patented technology

The invention discloses a jet flow spray cooling heat dissipation device, and relates to the technical field of spray cooling, the jet flow spray cooling heat dissipation device comprises a liquid inlet part and a heat dissipation part used for being attached to an electronic device for cooling, a closed atomization cavity is formed between the liquid inlet part and the heat dissipation part, and a spraying part facing the atomization cavity is detachably installed on the liquid inlet part; a first rotating part is rotatably mounted in the atomization cavity, a second rotating part is slidably mounted on the first rotating part, and cleaning parts used for cleaning water drops are arranged on the sides, facing the liquid inlet part and the heat dissipation part, of the first rotating part and the second rotating part correspondingly; limiting parts for limiting stable rotation of the first rotating part and the second rotating part are arranged in the atomization cavity, when spraying is stopped every time, liquid drops at the heat dissipation part and the spraying part can be collected and discharged synchronously through cooperation of the limiting parts and the rotating parts and through the first guide plate and the second guide plate, and it is avoided that after chip heat is transmitted to the surface of the heat dissipation part, the heat dissipation part is not damaged. And the temperature distribution of the liquid and the heat dissipation part is not uniform.

This invention discloses a compact prefabricated metal enclosed ring main unit, relating to the field of ring main unit technology. It solves the problems of existing technologies, such as difficulty in balancing heat dissipation and protection, inconvenient disassembly and maintenance, and high maintenance costs. The invention includes an outer protective cover; a ring main unit housed within the outer protective cover; an electric lifting cylinder fixedly mounted on the top surface of the outer protective cover, with its piston rod connected to the top surface of the ring main unit for driving the ring main unit to extend or retract into the outer protective cover; and a heat dissipation device comprising a curved heat dissipation pipe fixed within the outer protective cover and movably embedded in the bottom surface of the outer protective cover. Through the coordinated design of the lifting structure and the heat dissipation device, this invention achieves automatic heat dissipation during operation and protection during non-operational states. It features a compact structure, high heat dissipation efficiency, and good protective performance, making it suitable for compact outdoor power distribution scenarios.

The invention discloses a coating device for producing and processing a lithium ion battery diaphragm, which comprises a concentric-square-shaped drying oven, a first coating assembly is arranged on one side of the concentric-square-shaped drying oven, a second coating assembly is arranged in the middle of the concentric-square-shaped drying oven, an unwinder is arranged on one side of the first coating assembly, and a winder is arranged on one side of the second coating assembly. A film is sequentially fed into the first coating assembly and the second coating assembly through the unwinding device so that the surfaces of the two sides can be continuously coated, a plurality of first guide rollers and a plurality of second guide rollers are arranged in the concentric-square-shaped drying oven, and the first guide rollers and the second guide rollers are spirally distributed. The first guide roller and the second guide roller are symmetrically distributed in a double-helix mode, bidirectional spiral winding and multi-layer winding of the film in the concentric-square-shaped drying oven are achieved through turning of the guide rollers, the air temperature in all positions in the concentric-square-shaped drying oven is evenly distributed through the heaters evenly distributed in a double-helix mode, and the consistency and uniformity of the drying effect are guaranteed. The drying quality is improved.

The invention relates to the technical field of spiral preheating devices, in particular to a spiral preheating device for pyrazolone raw material liquid. According to the technical scheme, the heat exchanger comprises a tank body, a plurality of sets of spiral heat exchange pipes are installed in the tank body, a hot water inlet and a hot water outlet which are communicated with the spiral heat exchange pipes are formed in the tank body, a liquid inlet and a liquid outlet are formed in the tank body, and the heat exchanger further comprises an exhaust component installed on the tank body. Through mutual cooperation of the detection assembly and the blocking mechanism, it can be guaranteed that the liquid outlet is opened after gas in the tank body is completely exhausted, then bubbles can be effectively prevented from appearing in pyrazolone raw material liquid, and the situation that the bubbles hinder heat transfer, and consequently the heating efficiency is reduced can be effectively prevented. And non-uniform temperature distribution in the liquid due to the existence of bubbles is avoided. The liquid heating device is suitable for heating liquid, and is particularly suitable for heating pyrazolone raw material liquid.

This invention discloses a cooling capacity equalization distribution device for multi-coil superconducting magnets, relating to the field of superconducting magnet technology. The device includes a chiller cold head and at least two cooling conduction components. By setting up a single chiller cold head and multiple independently arranged cooling conduction components, one end of each component is connected to the same chiller cold head, and the other end is connected to the corresponding superconducting coil. Based on the differences in the actual heat load Q of each coil, a complete design chain is constructed from the principle of inverse thermal resistance to the differentiated configuration of cross-sectional areas, with a unified ΔT as the design objective. This solves the problem of uneven cooling capacity distribution and asynchronous cooling caused by uneven heat loads of each coil. It provides a clear quantitative design criterion for thermal resistance matching for multi-coil conductive cooling systems, enabling a single cold head to achieve the engineering goal of synchronous temperature drop of all coils even under multi-output conditions. Simultaneously, it avoids system redundancy in multi-cold head schemes and uneven temperature distribution in single-cold head series-parallel schemes.

The high-power air conditioner comprises a compressor, a four-way valve, an indoor heat exchanger, an outdoor heat exchanger, a throttling capillary tube, a main electronic expansion valve and the like, the outdoor heat exchanger comprises fins and a heat exchange tube set, and the heat exchange tube set comprises a first branch, a second branch, a third branch and a fourth branch; the heat exchange pipes of the first branch and the fourth branch are arranged on the upper portion and the lower portion of the outdoor heat exchanger respectively, and the heat exchange pipes of the second branch and the third branch are arranged in the middle of the outdoor heat exchanger. The total length of the heat exchange tubes of the first branch and the total length of the heat exchange tubes of the fourth branch are both larger than the total length of the heat exchange tubes of the second branch and the total length of the heat exchange tubes of the third branch. Through reasonable arrangement of the heat exchange pipes in the outdoor heat exchanger, temperature distribution of the outdoor heat exchanger caused by wind speed difference between the center and the edge of the axial flow fan is avoided, ice blockage of the heat exchange pipes is prevented, and the machine is more suitable for cold areas in winter.

The invention relates to the technical field of boiler heat energy recovery and energy conservation, in particular to energy-saving equipment for boiler heat recovery, which is applied to a previous process of animal fat extraction and preheating equipment and is used for preheating animal fat raw materials in advance. The equipment disclosed by the invention is named as a raw material preheating pot and is animal fat preheating equipment. The device comprises an extraction barrel, the upper surface of the extraction barrel is fixedly communicated with a feeding pipe, and the lower surface of the extraction barrel is fixedly communicated with a discharging port. The temperature of a boiler smoke outlet is higher than that of a heat conduction oil boiler outlet, high-temperature smoke exhausted by a boiler chimney is used as a heat source to preheat animal fat, serious thermal pollution caused by the fact that high-temperature gas is directly exhausted into air is avoided, recycling of resources is achieved, and negative effects on the environment are reduced. And heat transfer is performed through a single-line communication channel formed by the heat exchange channel and the heat exchange pipe, so that the problem of non-uniform temperature distribution is effectively avoided, and animal fat can be uniformly preheated.

The invention discloses a brake pad drying device, and relates to the technical field of brake pad drying, the device comprises a bottom box, a drying box is fixed at the upper end of the bottom box, a fixing frame is fixed in an inner cavity of the drying box, the fixing frame comprises a bottom plate fixed at the bottom of the inner cavity of the drying box, and the bottom plate is fixedly connected with a top plate through a connecting rod; a plurality of fixing plates are fixed to the outer wall of the connecting rod at equal intervals, and a lifting plate is arranged above the fixing plates and slidably connected with the connecting rod. The device further comprises a clamping structure, and the clamping structure is installed in the bottom box, connected with the lifting plate and used for applying pressing force to the brake pad. The drying structure is mounted in the drying box and used for drying the brake pad; according to the brake pad drying device, through cooperation of the drying structure and the stirring structure, a heating pipe can evenly heat and dry a brake pad, air in the drying box is stirred through the stirring structure, the air flows, uneven temperature distribution in the drying box is avoided, and therefore the drying quality of the brake pad is ensured.

The utility model discloses an intercolumniation air conditioner, this intercolumniation air conditioner includes: rack, be equipped with the evaporimeter for preparing cold air in the rack, fan module group, including a plurality of axial flow fan module, all axial flow fan module vertical arrangement set up in the horizontal direction of rack one side and with evaporimeter adjacent, be equipped with the air port on the axial flow fan module, and axial flow fan module is used for through the air port with the cold air of evaporimeter preparation is transported to the outside of rack, plugging mechanism, be equipped with on each axial flow fan module, and plugging mechanism is used for plugging the air port on the axial flow fan module when the abnormal stop of axial flow fan module, this application's intercolumniation air conditioner can solve the problem that the axial flow fan module of breakdown stop is influenced and reverses to cause the air current short circuit of surrounding air current, avoid the temperature distribution of machine room to be uneven, and the temperature control effect of machine room is more stable and reliable.

A wood-fired griddle oven relates to the field of outdoor stoves, and more particularly to a wood-fired griddle oven. It includes a griddle assembly, a combustion chamber assembly, and a reflector assembly mounted on the oven body. The griddle assembly is positioned above the oven body and is fixedly connected to the oven body via the reflector assembly. The combustion chamber assembly is located inside the oven body and includes a combustion chamber cavity, an outer combustion chamber panel, an outer combustion chamber bottom plate, and combustion channels. The combustion chamber cavity has multiple first ventilation holes. The outer combustion chamber panel encloses the combustion chamber cavity, and the side walls of the outer combustion chamber panel are connected to the combustion channels. The outer combustion chamber panel and the outer combustion chamber bottom plate are fixedly connected. This application provides a compact, lightweight, and convenient wood-fired griddle oven to meet the needs of users seeking the ultimate flavor and high-temperature grilling experience.

This utility model discloses a high-power microwave generator for MPCVD, including a microwave pipeline. A mounting base is fixedly installed on the upper surface of the microwave pipeline, and a connecting base is fixedly installed on the upper surface of the mounting base. A pin is provided inside the connecting base, and a retaining ring is provided on the outside of the pin. An inlet pipe is fixedly installed on one side of the retaining ring, and an accelerated cooling component is provided at one end of the inlet pipe. This utility model, by setting up an accelerated cooling component, introduces a cooling medium into the connecting pipe. The cooling medium flows from the connecting pipe into the accelerating head, and is sprayed through multiple nozzles to form a vortex. The cooling medium in the vortex state is accelerated and then flows into the flow tank. The conical flow tank further accelerates the cooling medium. The cooling medium, subjected to secondary acceleration, flows from the inlet pipe to the retaining ring, and then from one of the sealed cavities of the retaining ring to the cooling channel, cooling the pin and preventing uneven temperature distribution inside the pin.

The invention relates to a performance-controllable efficient self-generating foam fluid generating device which is composed of a heating and stirring system, a liquid discharging mechanism, a pump inlet pipe, a centrifugal pump, a pump outlet pipe, a mixing mechanism and a foam generator. According to the device, water added with a foaming agent, a foam stabilizer and a blowing agent is heated through a heating mechanism of the heating and stirring system, stirring is conducted through a stirring mechanism of the heating and stirring system till the foaming agent, the foam stabilizer and the blowing agent are completely dissolved, and self-generated foam fluid base fluid is pumped to a mixing mechanism through a liquid discharging mechanism and a centrifugal pump to be rapidly mixed with gas; the foam gas-liquid ratio is adjusted through the flow adjusting function of the mixing mechanism, meanwhile, the foam generation condition can be checked through a visual window of the mixing mechanism, and the mixture of the self-generated foam fluid base fluid and the gas is introduced into the foam generator to generate the foam fluid which is uniform in mass distribution and is soft and dense; and the device can be cleaned through a cleaning mechanism of the heating and stirring system, so that a good cleaning effect is achieved.