33results about How to "Solve the problem of temperature difference" patented technology

The invention relates to a plate type loop heat pipe evaporator. The plate type loop heat pipe evaporator comprises an evaporator shell, a capillary core, a liquid guide pipe and a steam pipe. The evaporator is provided with a plate type structure, and an internal cavity is formed in the evaporator shell. The internal cavity comprises an air collecting cavity, an evaporation area, a buffering areaand a liquid storage cavity. The capillary core is arranged in the internal cavity and occupies the evaporation area and the buffering area. The air colleting cavity and the liquid storage cavity areseparated through the capillary core. The liquid guide pipe is used for guiding incoming flow liquid into the capillary core. Steam in the air collecting cavity flows out through the steam pipe. According to the plate type loop heat pipe evaporator, a slab structure is adopted, and the defects that a cylindrical evaporator is poorly attached to a wall face, and a saddle causes additional temperature differences and heat resistance are overcome.

The embodiment of the invention provides a water dispenser and a water outlet method and device thereof and a machine readable storage medium. The device comprises a water storage container used for storing water, heating equipment, a pump, a valve assembly, a first temperature sensor and a processor; the heating equipment is used for heating the water input from the water storage container; the pump is used for inputting water in the water storage container into the heating equipment; the valve assembly comprises a water inlet, a first water outlet and a second water outlet, the water inlet is communicated with the water outlet of the heating equipment, the first water outlet is communicated with a water outlet of a water dispenser, and the second water outlet is communicated with the water storage container through a water return pipeline; the first temperature sensor is used for detecting the outlet water temperature of water output from the water dispenser; and the processor is configured to: determine a target outlet water temperature of the water dispenser, determine that the deviation between the target outlet water temperature and the outlet water temperature exceeds a first threshold value, switch the first water outlet to a closed state, and switch the second water outlet to an open state.

A heat radiating structure for an electronic module and an electronic device having the same structure thereon. The heat radiating structure is formed at the bottom of the electronic module to release the generated heat from the electronic module, and includes an impact absorber, which absorbs impact transferred from the outside. A heat radiating sheet is formed with a plurality of the multi-layered heat conductive sheets and is in contact with the bottom of the electronic module by covering the outside of the impact absorber.

The invention discloses a gas leak monitor. The gas leakage monitor for medium and high voltage electrical equipment comprises an intelligent microprocessor, a pressure sensor, a temperature sensor, acommunication module and a memory, wherein the pressure sensor is in communication with a gas path of a gas density monitor; the intelligent microprocessor is respectively connected to the temperature sensor, the pressure sensor and the communication module; the intelligent microprocessor acquires a pressure signal through the pressure sensor according to a set sampling frequency, acquires a temperature signal through the temperature sensor, and obtains a corresponding density value P20 through arithmetic processing of the intelligent microprocessor; the intelligent microprocessor performs in-depth calculation processing on the obtained corresponding density value P20 to obtain an accurate density value P20, and notifies information for the leaked gas of the monitored medium and high voltage electrical equipment. The gas leak monitor provided by the invention can make accurate on-line monitoring and fault diagnosis of gas-insulated electrical equipment, and can more timely find out when gas leakage occurs in gas-insulated electrical equipment.

The invention relates to power equipment, and discloses an edge calculation based high-precision gas density monitor. The monitor comprises an intelligent microprocessor, a pressure sensor, a temperature sensor, a communication module and a memory; the pressure sensor is communicated with a gas circuit of the gas density monitor; the intelligent microprocessor is connected with the temperature sensor, the pressure sensor and the communication module and is used for acquiring a pressure signal and a temperature signal according to a set sampling frequency; a corresponding density value P20 is obtained by carrying out operation on gas pressure-temperature characteristics via the intelligent microprocessor; the intelligent microprocessor comprises an edge calculation unit, the edge calculation unit carries out deep calculation on the obtained corresponding density value P20, and an accurate density value P20 is obtained. According to the invention, accurate on-line monitoring and fault diagnosis can be carried out on the gas-insulated electrical equipment, gas leakage of the gas-insulated electrical equipment can be discovered more timely, and the safety of a power grid is guaranteed.

The invention discloses a method for preparing phosphoric acid by adding reaction promoters; salt or nitrogen-containing organic compound reaction promoters are added in rock phosphate powder, silica powder, carbonaceous reducing agents (silica process), or in rock phosphate powder, limestone powder and carbonaceous reducing agents (calcium process) and are molded by mixing; the mixture is sent into a kiln and is heated up to reaction temperature by pre-heating and heating-up; the produced phosphorus steam is made into high-concentration phosphoric acid after air oxidation and hydration adsorption. By adopting the method, P2O5 content is high, the reaction temperature is reduced by 100 DEG C, the reaction time is shortened, and high reduction ratio of phosphorite is kept within a wider temperature range. The method solves the problem of temperature difference in an industrial reactor, and greatly reduces the energy consumption, solves the softening and melting problem of molding material and lays a foundation for the large-scale industrial production. In addition, the production efficiency is high, the energy consumption is low and the equipment investment is low.

The invention relates to the technical field of printing ink printing, in particular to a drying device of a printing ink machine. The drying device comprises a housing, brackets and a power distribution box; the brackets are arranged at the four corners of the bottom end of the housing and are fixedly connected with the housing; the power distribution box is arranged at the lower end of the housing; the power distribution box is tightly connected with the housing; the upper end of the housing is fixedly connected with a support; and the right end of the support is tightly connected with a current distribution box. The drying device for the printing ink machine is improved on a traditional printing ink machine drying structure, a hot air current guide structure formed by the current distribution box and current distribution air pipe is additionally adopted on the drying structure, hot air current can communicate with a guide groove through a runner and enter hot air circulation of thedrying structure during actual work, in the process, through the rotation of a rotating wheel shaft in a connection column, axial flow blades can rotate along a wheel disk and generate downward air pressure, and thus the passing air speed of the hot air current is raised by the air pressure.

The invention relates to an air conditioner internal unit capable of achieving temperature self-adjusting. The air conditioner internal unit comprises a unit body and a shunt device, wherein an air inlet and an air outlet are formed in the unit body; and the shunt device communicates with the air outlet. The shunt device communicates with a plurality of air outlet pipelines. Each air outlet pipeline is provided with a plurality of valves which self-adjust the air outlet speed according to the temperature. Each valve comprises a thermosensitive strip block, an amplifying mechanism and a follow-up opening. One end of each amplifying mechanism is connected with the corresponding thermosensitive strip block. The other end of each amplifying mechanism is connected with the corresponding follow-up opening. The air conditioner internal unit capable of achieving temperature self-adjusting can solve the problem of local temperature difference in an air conditioner room.

The invention discloses a solvent distillation condenser. The solvent distillation condenser comprises a distillation box, a pipeline and a condensation box. The upper part of the condensation box isa condensation part, and the lower part of the condensation box is a constant-temperature part. A plurality of concentric condensation cylinders are arranged in the condensation part. The lower end ofeach condensation cylinder is provided with an opening, and the inner wall of each condensation cylinder is provided with a liquid cavity. A guiding plate is fixedly connected to the end, provided with the opening, of each condensation cylinder. A connecting cavity communicating with the liquid cavities is formed in the guiding plate. A slot opening is formed in one end of the guiding plate. Theparts, inside and outside the condensation cylinders, of the condensation part are both condensation cavities, and the condensation cavities inside and outside the condensation cylinders are communicated with the slot opening through the openings. A honeycomb duct communicating with the condensation cavities is arranged in the constant-temperature part, and the honeycomb duct is S-shaped. The partlocated between the inside of the constant-temperature part and the outside of the honeycomb duct is a constant-temperature cavity communicating with the liquid cavities and the connecting cavity. Compared with the prior art, when the solvent distillation condenser is used for distillation and condensation recovery of a solvent, the solvent can be sufficiently condensed to reach a relatively lowtemperature, and temperature difference for the condensed solvent can be avoided.

The invention discloses a structure for independently controlling smoke exhaust of a kiln. The structure comprises a kiln body and a smoke exhaust fan, wherein a product upper channel and a product lower channel are formed in the kiln body; an upper smoke exhaust main pipe is arranged at the top of the kiln body; a plurality of upper branch smoke pipes are arranged on the upper smoke exhaust mainpipe; the upper branch smoke pipes communicate with the product upper channel; a lower smoke exhaust main pipe is arranged at the bottom of the kiln body; a plurality of lower branch smoke pipes are arranged on the lower smoke exhaust main pipe; the lower branch smoke pipes communicate with the product lower channel; and the upper smoke exhaust main pipe and the lower smoke exhaust main pipe communicate with the air inlet end of the smoke exhaust fan. According to the structure, the smoke exhaust amount can be increased or decreased according to the temperature conditions of the upper part, the lower part and the section of a product in the kiln body, so that the airflow and the temperature field are changed, the temperature difference problem is solved, and the product defect rate is effectively reduced.

The invention relates to an air conditioner indoor unit with air outlet pipes capable of ascending and descending. The air conditioner indoor unit comprises a unit body, a flow distribution device andtemperature meters, wherein the unit body is provided with an air inlet and an air outlet; the flow distribution device communicates with the air outlet and is connected with the multiple air outletpipes which are vertically arranged and can extend and retract; one end of each air outlet pipe is provided with a control valve, and the other end of each air outlet pipe is provided with an extending-and-retracting pipe joint; the control valves and the extending-and-retracting pipe joints are all electrically connected with a controller; and the temperature meters are arranged on the air outletpipes and electrically connected with the controller. By means of the air conditioner indoor unit, the problem of the local temperature difference generated inside an air-conditioned room can be solved.

The invention relates to an air conditioner indoor unit with bidirectional air outlet pipelines. The air conditioner indoor unit comprises a machine body, a flow division device and thermometers, wherein an air inlet and an air outlet are formed in the machine body; the flow division device communicates with the air outlet; the flow division device communicates with the bidirectional air outlet pipelines; the bidirectional air outlet pipelines comprise first pipelines and second pipelines; the second pipelines are U-shaped folded pipes; control valves are arranged at the ends, which communicate with the flow division device, of the first pipelines and the second pipelines; the control valves are electrically connected with a controller; the thermometers are arranged on the bidirectional air outlet pipelines; and the thermometers are electrically connected with the controller. According to the air conditioner indoor unit, the problem of local temperature difference in an air-conditionedroom can be solved.

The invention provides a water kettle capable of preventing steam from being escaped. The water kettle mainly comprises a device main body, a steam circulating mechanism and a rapid mixing mechanism; the water kettle mainly is internally provided with an inner barrel, a steam channel, a steam drainage valve, a through hole and a steam outlet hole; a steam channel structure is additionally arranged in the water kettle and the problem of a previous water kettle that the power consumption amount is great, caused by the fact that water leaks from a kettle nozzle of a kettle cover, is solved; the water kettle is provided with a micro-motor, a connecting rod, a screen mesh, a forward switch, a reverse switch and a storage battery; the water at the bottom and top part of the water kettle is rapidly fused and the problem that the water at the bottom and top part of the previous water kettle has temperature difference is solved.

The invention relates to an automatic clamping system. The automatic clamping system comprises a main frame, a driving assembly used for driving the main frame to move is arranged on the main frame, a first arm and a second arm are arranged on the main frame, a first lifting assembly is arranged between the first arm and the main frame, a second lifting assembly is arranged between the second arm and the main frame, a clamping assembly is arranged on the first arm, a spraying assembly is arranged on the second arm, the spraying assembly comprises a plurality of spraying units, and each spraying unit corresponds to one and merely one die-casting die local area. The automatic clamping system and a detection method thereof have the effects that a controller obtains the temperature, detected by each spraying unit, of the corresponding die-casting mold local area and compares the temperature with the preset temperature of the current material, so that spraying of cooling liquid to the die-casting mold local area corresponding to the current spraying unit or stopping of spraying of the cooling liquid is controlled, the temperature of each die-casting die local area will not be too high or too low, and the problem in the related technology that temperature difference exsists among local portions since integral spraying is performed on the die-casting die is solved.

A fluid cooled series/parallel battery pack is provided with a fluid flow system. A plurality of prismatic battery cells are arranged in parallel in two or more rows. Fluid flows in a series flow configuration from an upstream row of batteries to a downstream row of batteries. A bypass passageway provides additional fluid flow to an inner plenum located between the rows of batteries to reduce pressure drop and provide more uniform temperatures within the rows of battery cells.