10results about How to "Solve temperature problems" patented technology

The embodiment of the utility model discloses a refrigerant heater. The refrigerant heater comprises a snakelike flat pipe, the snakelike flat pipe comprises a plurality of U-shaped bent parts and a plurality of flat pipe sections arranged in parallel in the first direction, and the flat pipe sections are connected through the U-shaped bent parts to form a continuous flow channel; at least two flat tube runners are arranged in the snakelike flat tube; the flat pipe flow channels are arranged in parallel in the second direction and are used for refrigerant circulation; wherein the first direction is perpendicular to the second direction; and the at least one heating sheet is arranged between the adjacent flat pipe sections. According to the embodiment of the utility model, the problem that the existing energy storage battery pack lacks a small refrigerant heater which is not in direct contact with a refrigerant is solved, and meanwhile, the problem of dry burning caused by non-uniform refrigerant distribution is avoided.

The utility model discloses the reaction kettle of environmental protection type prevention and treatment auxiliary agent's deployment device relates to reaction kettle technical field. The utility model discloses the reaction kettle of environmental protection type prevention and treatment auxiliary agent's deployment device includes support frame, and the upper portion of support frame is provided with the reaction mechanism for mixing raw materials, and the reaction mechanism includes: the storage component is provided in the upper portion of support frame and provides the container for the reaction in production process, the stirring component includes the top cap of setting in the top of storage component, the upper portion of top cap is inserted and is installed with the connecting bolt, the upper portion of top cap is inserted and is installed with the connecting pipe, the upper portion of top cap is provided with pressure -relief valve and feed valve, when motor drives driving shaft rotation, and the arc plate on driving shaft will actively push the material of lower center temperature of material cylinder to the edge, near the high temperature area of mica heating ring, and the auger will turn over the material below material cylinder upward, make all areas's raw materials in material cylinder can cyclic contact to the evenly heated inner wall of material cylinder.

The utility model relates to the field of automobile, concretely relates to a hybrid car front end cooling module. Specifically include big low temperature radiator, small low temperature radiator, connecting hose, condenser, high temperature radiator and electronic fan, big low temperature radiator is arranged in the first row of cooling module, and is in the front of condenser, small low temperature radiator is arranged in the front of condenser, and small low temperature radiator and big low temperature radiator are connected through connecting hose and are connected in series with two radiators, and low temperature radiating loop cooling liquid first flows through small low temperature radiator and then flows through big low temperature radiator, and high temperature radiator is arranged in the third row position, and the electronic fan arranged in the last end provides the air intake power for whole cooling module. The utility model can effectively solve the problem that hybrid car is under high temperature environment, and the water temperature of electric drive system is high and the temperature of engine intake is high, and the performance and energy consumption of air conditioning system are considered simultaneously.

The application relates to the technical field of powder coating, in particular to a powder coating suitable for laser curing and a preparation method and application thereof. The powder coating for laser curing comprises the following components in parts by weight: resin, curing agent and heat-conducting agent, and other components; the mass ratio of the resin, the curing agent and the heat-conducting agent is 50-90:510:510; the heat-conducting agent is selected from two or more of graphene oxide, nano-aluminum oxide, carbon nanotubes, aluminum nitride and hexagonal boron nitride. The powder coating for laser curing of the application has excellent surface gloss, flatness and substrate adhesion after laser curing, and has good chemical corrosion resistance, and can realize a curing effect equivalent to that of current conventional thermal curing, and has significant application value in the fields of decoration and protection.

The invention relates to a mass concrete multi-stage anti-crack construction method, and belongs to the technical field of concrete construction.The mass concrete to-be-poured area is divided into a first peripheral anti-crack area, a second transition slow-release area and a third central heat storage area by establishing a quantifiable partition criterion based on an inner side line of a formwork and the shortest horizontal distance d; anti-cracking reinforced concrete B, transition concrete C and low-hydration-heat concrete A are prepared in a targeted mode, a lap joint transition zone is arranged during pouring to achieve continuous transition of material performance, and meanwhile partition differentiation heat preservation and moisture preservation covering and staged form removal and maintenance in the sequence from the center to the periphery are matched; the temperature reduction rate, shrinkage development and constraint release of different areas form gradient synergy, the problems of temperature cracks and shrinkage cracks caused by fuzzy partition boundaries and space mismatch of materials and maintenance measures in traditional construction are effectively solved, and the stability of crack control, the consistency of construction quality and the structural durability are remarkably improved.

The utility model relates to a kind of 500kV intelligent on-line monitoring intermediate joint.The joint includes 500kV cable intermediate joint and on-line monitoring device;The 500kV cable intermediate joint includes epoxy resin body and stress cone;The on-line monitoring device includes on-line partial discharge signal monitoring device, on-line temperature signal monitoring device and monitoring terminal.The utility model 500kV intelligent on-line monitoring intermediate joint, the application combination of intelligent on-line partial discharge and temperature monitoring system and 500kV intermediate joint, can early warning to the insulation defect possibly existing of cable and accessory product, find the insulation hidden danger of high-voltage cable and cable joint in advance;Solve the traditional line partial discharge and temperature signal " cannot measure" problem, guarantee cable safe operation.

The utility model discloses a hot -blast circulation vacuum drying equipment, including drying box, heating assembly, sealing door, flat car, drying box is located in factory building and is equipped with hot -blast drying assembly in drying box top, heating assembly is located in drying box, and heating assembly includes circulating row pipe, first heating box, circulating row pipe is equipped with several groups and is equipped with in drying box respectively in several groups circulating row pipe, and sealing door is located in one end of drying box, and flat car is located in one side of drying box, is used for sending the material of waiting dry to in drying box, improves the convenience and continuity of material loading and unloading, adopts the mode of circulating row pipe and high temperature medium heat exchange, compares traditional electric heating pipe or single hot -blast heating, and the heat source evenly releases from the all around of drying box, solves the problem of local overheating and uneven temperature distribution, makes material drying quality more stable, simultaneously, medium circulation heat exchange reduces heat loss, and cooperates hot -blast secondary heating, and the temperature rising speed is greatly improved, and drying period is shortened.

This utility model discloses a temperature and humidity control device for intelligent start-stop of heating and cooling in edible fungus cultivation facilities, including a control panel, a temperature control mechanism, and a humidity control mechanism. The temperature control mechanism includes a temperature sensor, an air blowing assembly, and a temperature control component. The air blowing assembly includes a main pipe, branch pipes, and an air blowing pipe. The temperature control component includes a cool air blower and a heating unit. The humidity control mechanism includes a humidity sensor, an atomizing assembly, and a humidity control component. The atomizing assembly includes a water supply pipe, an atomizing pipe, and an atomizing nozzle. By combining the control panel, temperature control mechanism, and humidity control mechanism with the cultivation room, this utility model can monitor the humidity and temperature inside the cultivation room in real time and control the temperature and humidity according to the conditions inside the room, effectively improving the yield of edible fungi and reducing management costs.

This application proposes a method and system for controlling the disassembly of mobile phone surface mount components, relating to the field of mobile phone surface mount component disassembly control technology. The method includes acquiring surface thermal radiation characteristic parameters of a target surface mount component; heating the target surface mount component according to a preset initial heating strategy, and monitoring the surface temperature of the target surface mount component during the heating process to obtain a monitored surface temperature; monitoring the acoustic and electrical characteristic changes of the target surface mount component caused by solder phase transition during the heating process to obtain monitored acoustic and electrical characteristic changes; correcting the monitored surface temperature based on the surface thermal radiation characteristic parameters to obtain a corrected surface temperature; analyzing the corrected surface temperature, monitored acoustic characteristic changes, and monitored electrical characteristic changes to obtain the melting state of the target surface mount component; and peeling off the target surface mount component when it is fully melted. This application can improve the success rate and non-destructive nature of disassembly.