590results about How to "Uniform cooling effect" patented technology

The invention provides a control method for a vertical air conditioner. An indoor unit of the vertical air conditioner comprises an upper evaporator, an upper draught fan and at least one upper air supply port which are matched and further comprises a lower evaporator, a lower draught fan and at least one lower air supply port which are matched. The control method comprises the following steps that the indoor environment temperature Ta is detected; if Ta is higher than the preset refrigeration comfortable temperature zone in the refrigeration mode or is lower than the preset heating comfortable temperature zone in the heating mode, the upper draught fan and the lower draught fan run at the high rotating speed; if Ta is located in the refrigerating comfortable temperature zone in the refrigerating mode or is in the heating comfortable temperature zone in the heating mode, the upper draught fan runs at the high rotating speed, and the lower draught fan runs at the low rotating speed; and if Ta is lower than the refrigerating comfortable temperature zone in the refrigerating mode or is higher than the heating comfortable temperature zone in the heating mode, the upper draught fan runs at the low rotating speed, and the lower draught fan shuts down. According to the control method, air supply is more intelligent, air supply and soft air supply can be achieved according to needs, and the comfort degree of users is improved.

The invention discloses a plate heat tube type solar photovoltaic-photothermal composite heat collector and a production process thereof. The plate heat tube type solar photovoltaic-photothermal composite heat collector comprises a glass top cover plate (1), an air interlayer (5), a photovoltaic-photothermal composite component (10), a heat insulating layer (6) and a protective back plate (4), which are sequentially arranged from top to bottom, wherein the heat insulating layer (6) is in adhesive connection with the photovoltaic-photothermal composite component (10). The photovoltaic-photothermal composite component (10) is formed by highly integrating a plate heat tube evaporation section 1061 and a photovoltaic cell 103 by means of lamination process, a condensation section (1062) is connected with a heat collection heat exchanger (3) through a sleeve (7), all parts are fixed into a frame (2), and a circulating water inlet pipe (8) and a circulating water outlet pipe (9) which are respectively connected to the heat collection heat exchanger (3) are arranged on the lateral sides of the frame (2). By means of the plate heat tube type solar photovoltaic-photothermal composite heat collector, the temperature of the photovoltaic cell can be decreased greatly, the photovoltaic cell can be cooled more quickly and evenly, hot water can be outputted while electric energy is outputted, and comprehensive solar utilization efficiency is greatly improved. Further, the plate heat tube type solar photovoltaic-photothermal composite heat collector is simple in manufacturing process, efficient and feasible.

A water jacket spacer has a spacer body molded in conformity to the shape of the water jacket and a regulating member whose one side is fixed to the spacer body. The regulating member is composed of a first member which is not water-swellable and is elastically deformable and a second member made of water-swellable elastomer which is integrally fixed to the first member. The regulating member lies in a state not-contacting an opposed wall of the water jacket when inserted into the water jacket together with the spacer body, whereas it blocks a part of cooling water flowing through the water jacket by deforming such that a side of the regulating member not fixed to the spacer body faces toward the opposed wall of the water jacket when the second member swells by absorbing cooling water flown into the water jacket and thereby the first member is elastically deformed.

The invention discloses a method for manufacturing a high strength steel plate hot stamping die and belongs to the technical field of hot stamping forming. Aims at the manufacturing problem that shape follow-up cooling water channels are arranged in bent molded surfaces of male and female dies of the hot stamping die, the method is disclosed. The method comprises the following steps of: firstly, according to the shapes of the molded surfaces of the male and female dies of the die, bending the cooling water channels and connecting the cooling water channels into a pipeline system; then dividing the male and female dies into processing blocks according to the shape follow-up cooling water channels and processing grooves for placing the shape follow-up cooling water channels; and placing the shape follow-up cooling water channels into the grooves; and correspondingly combining and fixing the processing blocks to form a male and female die structure in which the shape follow-up cooling water channels are arranged. The method adopts the process scheme of manufacturing the cooling water channels, cutting the male and female dies, processing the grooves of the cooling water channels, placing the cooling water channels into the grooves and combining and fixing the male and female die processing blocks. According to the process scheme, the hot stamping die of which the cooling water channels follow up the shapes of the molded surfaces of the male and female dies and are at the equal distances with the molded surfaces of the male and female dies of the die can be manufactured; and a high strength steel plate hot stamping part with a uniform cooling effect can be processed by the die.

The present invention relates to a vehicle battery charging cooling system and method. The system includes a temperature detection unit which is configured to obtain ambient temperature and battery temperature during a battery charging process and obtain a battery temperature change rate according to the battery temperature; and a control unit for controlling on/off of a first cooling circuit and a second cooling circuit according to current ambient temperature and the battery temperature change rate; when in on state, the first cooling circuit can cool a battery on the basis of flow of a cooling liquid; when in on state, the second cooling circuit is configured to cool the cooling liquid in the first cooling circuit by an air-conditioning refrigerant of a vehicle, wherein the cooling condition is that the ambient temperature is greater than or equal to a set first temperature threshold, and the battery temperature change rate is greater than or equal to a set change rate. The vehicle battery charging cooling system can achieve different heat dissipation requirements during the vehicle battery charging process.

The invention discloses a battery pack with a cooling device and further discloses a cooling method of the battery pack. The cooling method comprises the following steps: when the temperature of a battery cell in a shell rises, cooling fluid around the battery cell is immediately boiling and evaporated, and latent heat absorbed during evaporation can realize the cooling of the battery cell; the produced cooling fluid vapor is distributed in the inner chamber of the shell, such that the internal pressure of the inner chamber of the shell rises, partial cooling fluid in the inner chamber of the shell is condensed, the internal temperature of the shell rises and temperature corresponding to new vapor pressure is formed in the shell; when the temperature of the battery cell or a cooling part in the shell drops, the cooling fluid vapor around the battery cell or the cooling part is condensed to release latent heat and the condensation of the cooling fluid causes the pressure of the inner chamber of the shell to drop, such that partial cooling fluid is evaporated, the internal temperature of the shell drops and temperature corresponding to new vapor pressure is formed in the shell.

The invention discloses a movable desorption device of activated coke. An inlet blocking valve, a heating chamber, a reaction chamber, a cooling chamber and an outlet blocking valve are sequentially connected from top to bottom in the reactor main body; the heating chamber is provided with a heating heat exchanger therein which is connected with a thermal source device; a cooling heat exchanger is arranged in the cooling chamber; a preheating chamber is arranged between the inlet blocking valve and heating chamber and provided with a preheating heat exchanger, which forms a heat circulating system with a circulating medium heat exchanger, a circulating pump and the cooling heat exchanger; a first cloth gas guide mechanism is arranged between the preheating chamber and heating chamber; a second cloth gas guide mechanism is arranged between the heating chamber and reaction chamber; and the first and second cloth gas guide mechanisms are respectively connected with a gas recovery suction pump for recycling desorption gas. The invention has higher utility ratio of heat energy by redesigning each part in the reactor, and has more complete air suction, higher desorption efficiency and less corrosion to devices by adding the cloth gas guide mechanisms.

The invention relates to a mold heating and cooling rod which comprises a heating and cooling rod body and a heating element, a cooling thermal insulation hole for introducing a cooling medium when a mold needs to be cooled and discharging the cooling medium when the mold needs to be heated and a heating element accommodating hole are arranged in the heating and cooling rod body along the axial direction, and the heating element is mounted in the heating element accommodating hole; the mold capable of realizing rapid cooling and rapid heating comprises a mold core and the heating and cooling rod, and the heating and cooling rod is in contact with the mold core; and one side of the heating and cooling rod which is provided with the heating element is near to a molding surface of the mold core. The advantages are that, as the molding surface can be rapidly and evenly heated and cooled and rapidly heated to the temperature which is near to or equal to that of melting materials, a molded product has the advantages of good quality, difficult production of weld marks, flow marks, surface bubbles and the like, even color and luster, even density of the product, small shrinkage and ability of reducing the injection pressure and the product deformation caused by residual stress after consolidating and molding the molten materials.

The invention provides a vacuum freeze dryer which comprises a material box, a water catching bin, a refrigerating unit, a heater, a vacuum pump and a control device. The material box is communicated with the water catching bin. The water catching bin is connected with the vacuum pump. The refrigerating unit and the heater are arranged outside the material box. The control device controls the refrigerating unit, the heater and the vacuum pump. The material box is internally provided with a refrigerating pipe and a heating pipe at the same time, and the refrigerating pipe and the heating pipe are used for freezing and drying materials respectively. The inner wall of a material frame and the inner wall of the material box are each provided with a temperature sensor, and the temperature sensors monitor the temperature of the material frame and the temperature of the material box. Materials inside a material bottle are frozen in advance to reach the eutectic point approximately, then the temperature is decreased rapidly, and the materials pass through the eutectic point within the short time as little as possible, so that the grain size of crystals is effectively controlled, the fine freeze-drying powder is obtained, and the freeze-dried powder product quality is improved. The freezing cavity and the drying cavity are integrated, the technological steps are simplified, the occupied space is small, and refrigerating and heating are uniform.

The invention discloses a battery pack. The battery pack comprises a plurality of cells and a temperature regulating module, wherein the temperature regulating module comprises a first flow channel, a second flow channel, and a third flow channel communicated with each other; and the third flow channel is vertically arranged between adjacent cells. The battery pack provided by the invention has the advantages of low energy consumption, good internal thermal balance, uniform overall heat dissipation, simple structure, and the like, and can be widely used in the related fields of electric vehicles, energy storage power stations and the like.

A torso part (2) and a backpack part (6) of a humanoid robot are commonly formed by a shell that defines an inner space that accommodates a heat generating component such as a control computer (31) and a power module (32, 33). The shell comprises an air vent hole (45, 46) provided on one lateral side of the shell, an air inlet hole (47, 48) provided on the other lateral side of the shell and a powered fan (49) provided immediately inside the air vent hole. Because the cooling air can flow laterally across the inner space, the entire part of the heat generating component can contact the air flow, and a uniform cooling effect can be achieved with a minimum power consumption and a minimum noise generation.

The invention discloses a liquid molten slag dry-type centrifugal granulation and afterheat recycle system having molten slag buffer-storage and flow control functions. The system comprises a molten slag buffer-storage and flow control unit, a granulation unit, a mobile bed unit and an afterheat utilization unit; the molten slag buffer-storage and flow control unit is arranged at the upper part ofthe granulation unit and is used for buffer-storage of the liquid molten slag and controlling the flow rate and speed of the liquid molten slag falling to the granulation unit; the granulation unit is used for granulating the falling liquid molten slag; the mobile bed unit is arranged at the lower part of the granulation unit and is used for cooling and temporarily storing the granulated molten slag; hot air inside the granulation unit and the mobile bed unit communicates with the afterheat utilization unit; and the afterheat utilization unit comprises a hot air flue, a primary dust collector, an afterheat boiler, a secondary dust collector, an exhaust fan and a chimney which are arranged in sequence. The system disclosed by the invention does not use water resources, is free of environmental pollution, can effectively recycle high-quality afterheat resources contained in the high-temperature liquid molten slag, and can meet the urgent requirements of energy conservation and emissionreduction of the present steel and iron industry.

It is an object to provide a cooling device with an increased leeward cooling capacity without increasing the number of heat radiation fins to be installed and the amount of cooling air.

The cooling device comprises a heat-receiving block thermally connected to a heat-generating element and heat radiation fin groups having a plurality of fins thermally connected to the heat-receiving block. A flow of cooling air is set in the direction parallel to the heat-receiving block. The plurality of heat radiation fin groups are arranged in tandem along the flow direction of the cooling air. Of the plurality of the heat radiation fin groups, the fin pitch of the heat radiation fin group arranged on the windward side of the cooling air is larger than the fin pitch of the heat radiation fin group arranged on the leeward side of the cooling air.

The invention provides a cooling roller device for preparing a lithium-ion battery separator with three cellular structures. The cooling roller device comprises a first casting piece roller, a second casting piece roller and a third casting piece roller; a cast film flowed from an extruding die head is fallen on the surface of the second casting piece roller to cool, and forms a storage film between the first casting piece roller and the second casting piece roller; the first casting piece roller and the second casting piece roller are mutually cooperated to cool two surfaces of the storage film at the same time; a space between the first casting piece roller and the second casting piece roller is adjusted through the adjusting device on the first casting piece roller, so as to form a casting piece with uniform thickness; besides, the casting piece is further cooled by the third casting piece roller, so as to carry out the subsequent technique. The cooling device in the production of the lithium-ion battery separator is featured by fast cooling, stable temperature control, and is able to control cellular structures on the prepared lithium-ion battery separator.

The invention provides an air conditioner and a control method and system thereof. The control method includes allowing an ultrasonic sensor to detect a distance from an obstacle to the air conditioner; according to the distance detected, determining operating parameters of the air conditioner to allow the air conditioner to operate according to the operating parameters determined. According to the technical scheme, measures such as longer air supply time and bigger wind force are taken for the obstacle farther away from the air conditioner so that ensured is that hot air or cold air supplied by swing blades of the air conditioner is more evenly distributed to a whole room; the problem that the prior air conditioner has uneven refrigerating and heating action on multiple areas of the room is solved; comfort level is increased for users.

The invention relates to an inner-cooling bonded abrasive grinding disc, belongs to the field of bonded abrasive grinding and processing, and particularly relates to an inner-cooling bonded abrasive grinding disc used for single-side grinding or double-side grinding materials of silicon, sapphire, ceramic, glass and the like. Cooling liquid circulating channels are arranged inside the grinding disc. The grinding disc comprises multi-hole grinding blocks, a base plate and a spreader plate. The multi-hole grinding blocks are provided with abrasives, the base plate is provided with a plurality of hole channels, and a central hole and a groove are reserved on the spreader plate. Each multi-hole grinding block is fixed at one end of the hole channel of the base plate through bonding agents, and the large air holes in the multi-hole grinding blocks are communicated with one another. The cooling liquid circulating channels are formed by the central hole of the spreader plate, the grooves of the spreader plate, the radial grooves of the spreader plate, the hole channels of the base plate and the large air holes of the multi-hole grinding blocks. Since the grinding disc is provided with inner-cooling circulating channels, cooling effect can be improved, the grinding disc and workpieces can be prevented from being burnt off, size accuracy of the processing workpiece is high, and surface roughness is good.

The invention relates to a treatment method for removing nitrogen oxides by virtue of an ozone function. The method comprises the following steps: (1) flue gas containing the nitrogen oxides is introduced into a flue and an ozone adding distributor is additionally arranged; (2) a gas source is introduced into an ozone generator, ozone is generated and diluted and then is mixed in a mixer to obtain ozone diluted uniformly, and the ozone diluted uniformly enters the ozone adding distributor; (3) the ozone diluted uniformly and the flue gas containing the nitrogen oxides are mixed in the ozone adding distributor and are subjected to oxidation reaction, NO in waste gas is converted into high-valent nitrogen oxides and then the high-valent nitrogen oxides enter an absorption tower; and (4) the flue gas is absorbed by the absorption tower and absorption liquid and is purified to obtain tail gas, and the tail gas is exhausted from a chimney. The treatment method for removing the nitrogen oxides has the high efficiency, the low energy consumption and the convenience in use.

The invention provides a wind driven generator, comprising a rotor and a stator frame which are mutually matched, wherein a communicated circular air gap is formed between the rotor and the stator frame; the external circumference surface of the stator frame is provided with a circle of annular groove; the two sides of the annular groove are respectively provided with a baffle; the interior of the annular groove is axially provided with vertical rib plates along a stator; the vertical rib plates divide the annular groove into a plurality of ventilating cavities; the ventilating cavities are cold air cavities or hot air cavities; the cold air cavities and the hot air cavities are alternately arranged on the external circumference surface of the stator frame; and the bottoms of each cold air cavity and each hot air cavity are respectively connected with a cold air inputting channel and a hot air outputting channel. According to the wind driven generator provided by the invention, each cold air area channel and each hot air area channel are distributed crosswise, have clear and definite functions and do not interfere with each other; the cooling effect is good, the needed cooling airquantity is greatly reduced, and the work efficiency of the generator is improved; and the wind driven generator has a compact structure, is convenient to structurally design, and has good promotion value.

The invention provides a uniform-cooling cooling roller device for amorphous strip preparing. The device comprises a supporting shaft, a roller core and a roller sleeve. The roller core is connected to the circumferential outer side of the supporting shaft in a sleeving manner, and the roller core is driven through rotation of the supporting shaft to rotate. The roller sleeve is connected to the circumferential outer side of the roller core in a sleeving manner, and the roller sleeve is driven by rotation of the roller core to rotate. A first cooling liquid channel and a second cooling liquid channel are formed between the outer side face of the roller core and the inner side face of the roller sleeve. The flowing direction of cooling liquid in the first cooling liquid channel is opposite to the flowing direction of cooling liquid in the second cooling liquid channel. First liquid inlet holes of the first cooling liquid channel and second liquid outlet holes of the second cooling liquid channel are all located in one side of the roller core in the radial direction, and first liquid outlet holes of the first cooling liquid channel and second liquid inlet holes of the second cooling liquid channel are all located in the other side of the roller core in the radial direction. The invention further provides a uniform-cooling method for a cooling roller for amorphous strip preparing. By means of the above scheme, the temperature field of the inner surface of the roller sleeve is made to be uniform, and therefore the effect of uniformly cooling the roller sleeve is achieved.

The invention belongs to the technical field of composite fibers and specifically relates to a preparation method of a graphene-polyester nanometer composite fiber. A spinning box used in the preparation method of the graphene-polyester nanometer composite fiber is provided with a box body, a rotating disc and an air guide rod; a spinneret plate is arranged in a position, close to the upper surface of the box body, in the box body; a conduit is fixedly connected to the lower surface of the spinneret plate; a cold plate is fixedly connected to the position, close to the lower end surface of theconduit, in the box body; the air guide rod is connected to the interior of the cold plate to slide from left to right; and the rotating disc is rotationally connected to the interior of the conduit.Through adoption of the preparation method of the graphene-polyester nanometer composite fiber, parallel airflow cooling of spun fibers is effectively realized, the wind direction and the fibers areprevented from being in a vertical state, uneven air speed is very easy to cause air turbulence to cause a filament drifting problem, and meanwhile, the cooling effect on the spun fibers is more uniform so that the cooling time of the spun fibers and the drawing ratio are kept consistent with each other; and therefore, the qualities of the prepared spun silks are higher.