12results about How to "Increase cooling capacity" patented technology

The invention relates to the technical field of intelligent household appliances, and discloses a method for adjusting air outlet of an air conditioner, which comprises the following steps: in the process of rotating the air supply direction of an indoor unit from deflecting to a first wall to deflecting to a second wall, lowering the rotating speed of a fan; or in the process that the air supply direction of the indoor unit rotates from being deviated from the second wall to being deviated from the first wall, the rotating speed of the draught fan is increased. And the indoor unit is closer to the second wall, so that the required cold quantity or heat quantity is less. And when the air supply direction deviates to the second wall, the rotating speed of the fan is reduced. And the air output is reduced, and the refrigerating capacity or heating capacity is reduced. The indoor unit is farther away from the first wall, and the needed cooling capacity or heat is large. And when the air supply direction deviates to the first wall, the rotating speed of the fan is increased. The air outlet amount is increased, and the refrigerating capacity or heating capacity is increased. Therefore, the situation of uneven cold and heat on the two sides of the room is reduced. The invention further discloses a device for adjusting air outlet of the air conditioner, the air conditioner and a storage medium.

The utility model belongs to the technical field of centralized cooling of air conditioners, and provides a centralized cooling system which comprises a cooling water circulating pipeline, a chilled water circulating pipeline, a cooling tower set connected into the cooling water circulating pipeline, a cooling pump set, a chilled pump set connected into the chilled water circulating pipeline and a pressure difference adjusting pipeline. The refrigerating machine group is connected into the cooling water circulating pipeline and the chilled water circulating pipeline at the same time; two ends of the pressure difference adjusting pipeline are respectively communicated with the water inlet end and the water outlet end of the chilled water circulating pipeline; and the chilled water circulating pipeline is provided with a water quantity regulation and control assembly. The centralized cooling system provided by the utility model can monitor and adjust the circulating operation states of cooling water and chilled water in the circulating pipeline in real time in the cooling process so as to improve the cooling efficiency and the utilization rate of energy, so that the energy-saving effect is enhanced, and meanwhile, the pressure difference between the water supply and the water return can be effectively controlled, so that the cooling response of the system is rapid and efficient; and the stability and reliability of system cooling are improved.

The utility model belongs to the technical field of heat energy storage and heat supply control, provide a new type of variable interval serpentine plate type phase change cold accumulator structure, including the cold accumulator shell, the serpentine series connection pipe subassembly including the connecting sleeve subassembly between the two opposite side walls of cold accumulator shell and a plurality of setting in the mouth type pipe plate of cold accumulator shell, a plurality of mouth type pipe plates are in parallel, and the connecting sleeve subassembly is used for connecting a plurality of mouth type pipe plates in proper order to make a plurality of mouth type pipe plates form series intercommunication, and the connecting sleeve subassembly is communicated with fluid inlet and fluid outlet, and along the flow direction of fluid, the interval between two adjacent mouth type pipe plates gradually reduces, and the interval between two adjacent mouth type pipe plates is filled with phase change material, and the phase change material is used for carrying out heat exchange with the fluid in the mouth type pipe plate. The utility model discloses variable interval serpentine plate type phase change cold accumulator structure little flow resistance, high heat transfer efficiency, compact structure is applicable to the high power density demand scene.

The present application relates to a kind of methyl tetrahydrophthalic anhydride continuous production process and device, the present application adopts piperylene segmented feed, isoprene is first with a part of piperylene and maleic anhydride pre-synthesis reaction at low temperature, then continue to react with another part of piperylene at higher temperature, reduce isoprene self-polymerization, using column tube heat exchanger to improve synthesis efficiency, heater and mixer are set on external circulation pipeline to carry out temperature control to reactor, using the method that reactor synthesis product carries fresh raw material and circulates into reactor to prevent fresh carbon five and anhydride aggregation self-polymerization to reduce side reaction, no high polymer slag is generated.

The present invention belongs to the technical field of cooling and water supply, and proposes a system and method for realizing water-cooling joint supply by utilizing temperature-stratified reservoir source water. In the present invention, water supply is realized by multiple water inlet pipes at different depths of the reservoir, and the bottom water of the reservoir can be used as a cold source to realize efficient operation of the refrigeration unit, thereby greatly reducing the energy consumption of air-conditioning operation; the water inlet end pipeline of the water treatment system passes through the cold end of an energy recovery device, and the water outlet end pipeline passes through the hot end of the energy recovery device, and the residual pressure energy of water transmission can be used to drive the circulation water to flow, thereby saving electric energy. At the same time, the water inlet pipe and the water outlet pipe of the water treatment system pass through the energy recovery device, thereby improving the utilization rate of the source water cooling energy; the water outlet end pipeline of the water treatment system passes through the energy recovery device and then passes through the cold end of a plate heat exchanger, and the circulation pipe of the refrigeration unit passes through the hot end of the plate heat exchanger, thereby realizing the cold energy supply to the refrigeration unit, without the need to install a cooling tower, thereby improving the urban heat island effect and saving water resources.

The invention discloses highly branched polyethylene and a solution polymerization method and application thereof, and belongs to the technical field of polyolefin products and olefin polymerization, in a catalytic system containing a late transition metal complex catalyst, under the conditions that an inert solvent is lacked and the polymerization temperature Tp is greater than or equal to Tm-50 DEG C (Tm represents the melting point of the highly branched polyethylene), the polymerization temperature Tp is greater than or equal to Tm-50 DEG C; according to the present invention, one or more C2-C30 olefins are polymerized or copolymerized in the medium (the C2-C30 olefins at least comprise one or more C4-C30 olefins, and the C4-C30 olefins are concurrently used as polymerization solvents) according to the chain walking mechanism to form the target polymer highly branched polyethylene, such that the branching degree is improved, the branched chain distribution is improved, and the excellent physical property and the excellent processing property are provided; meanwhile, the preparation process is simplified, the gas-phase heat removal capability can be remarkably improved, liquid-liquid phase separation is realized at relatively low temperature and pressure, the energy consumption of post-treatment is further reduced, and industrial production is facilitated.

This invention relates to the field of battery pack technology and discloses a battery pack comprising: a housing including a bottom cooling plate, an end plate structure, and side beams; a plurality of battery cells arranged in a row; the end plate structure having a main liquid inlet and a main liquid outlet, a first sub-liquid inlet and a first sub-liquid outlet, a second sub-liquid inlet, and a second sub-liquid outlet; a first liquid inlet channel and a plurality of first liquid outlet channels formed within the bottom cooling plate, wherein, along a third direction, the plurality of first liquid inlet channels are located close to the centerline of the bottom cooling plate along the third direction and are located on opposite sides of the centerline, and the plurality of first liquid outlet channels are located on opposite sides of the plurality of first liquid inlet channels away from the centerline; a second liquid inlet channel and a second liquid outlet channel are formed within the side beams, the second sub-liquid inlet being connected to the second liquid inlet channel, and the second sub-liquid outlet being connected to the second liquid outlet channel. This invention significantly reduces the number of pipe joints, significantly reduces the probability of leakage at pipe connections, and improves the temperature consistency of individual battery cells at different locations.

The invention relates to the technical field of semiconductor air conditioners, in particular to a semiconductor refrigeration device and an operation method thereof. The semiconductor refrigeration device comprises a semiconductor assembly which comprises a single-stage semiconductor and a multi-stage semiconductor, and the single-stage semiconductor and the multi-stage semiconductor are arranged in parallel; the cold storage assembly is used for containing a cold storage piece, and the cold end of the semiconductor assembly is connected with the cold storage assembly in a matched mode; when the user side does not need to use cold, the semiconductor assembly operates so that the cold energy generated by the cold end of the semiconductor assembly can be stored in the cold storage assembly; when the user side needs to use cold, the cold storage assembly is used for outputting cold energy to the outside so as to cool the user side. In the cold accumulation period of the semiconductor refrigeration device, the single-stage semiconductor is made to work firstly, after the refrigeration effect of the single-stage semiconductor is weakened, the multi-stage semiconductor starts to work, the defect that the refrigeration capacity of the single-stage semiconductor is insufficient is overcome, the refrigeration capacity of the semiconductor assembly within a certain time can be improved, and the cold capacity stored in the cold accumulation assembly within a certain time is increased.

The utility model discloses a coal-to-olefin propylene refrigeration system and belongs to the technical field of propylene refrigeration. The coal-to-olefin propylene refrigerating system comprises a first propylene compressor unit and a second propylene compressor unit, and each of the first propylene compressor unit and the second propylene compressor unit comprises an inlet separator and a propylene subcooler. A first series pipeline is additionally arranged between a pipeline in front of an inlet separator stop valve of the first propylene compressor unit and a pipeline in front of an inlet separator stop valve of the second propylene compressor unit; a second series pipeline is additionally arranged between the pipeline behind the propylene subcooler outlet valve of the first propylene compressor unit and the pipeline behind the propylene subcooler outlet valve of the second propylene compressor unit; and valves are also arranged on the first series pipeline and the second series pipeline. The coal-to-olefin propylene refrigerating system provided by the utility model provides efficient cooling capacity for a tank area VOCs (Volatile Organic Compounds) device, improves the absorption efficiency, reduces the operation pressure of the refrigerating system, and reduces the potential safety hazard of the operation of the device.

The present application provides a heat exchange component and a control method thereof and an air conditioner, comprising a heat exchange tube, an inlet tube and a regulating part, wherein at least two inlets are arranged on the tube wall of the inlet tube, each inlet is connected to a flow supply tube; the flow supply tube is connected to the heat exchange tube; the flow supply tube is used to guide the heat exchange medium in the inlet tube to flow into the heat exchange tube for heat exchange; the regulating part is arranged on the inlet tube, and the regulating part is movable to adjust the opening number of the inlet. According to the heat exchange component and the control method thereof and the air conditioner of the present application, the cooling capacity or heating capacity regulation range of the fan unit is improved without increasing the production and maintenance costs.

The invention relates to the technical field of air separation, in particular to a conversion system for product liquid oxygen and product liquid nitrogen and an air separation device. The conversion system for the product liquid oxygen and the product liquid nitrogen comprises a storage tank for storing the product liquid oxygen or the product liquid nitrogen, and the storage tank can feed the product liquid nitrogen into the top of the upper tower through a liquid nitrogen conveying pipeline to serve as reflux liquid, so that the quantity of the reflux liquid of the upper tower is increased, more cooling capacity is provided for the upper tower, separation of oxygen components in the upper tower is facilitated, and the production efficiency is improved. And liquid oxygen is produced at the bottom of the upper tower. Meanwhile, the storage tank can feed the product liquid oxygen into the main condensation evaporator through the first liquid oxygen conveying pipeline to serve as a cold source, so that the cold capacity of the main condensation evaporator is improved, nitrogen flowing through the condensation side of the main condensation evaporator is condensed into liquid nitrogen, and the liquid nitrogen yield is improved. Therefore, by means of the conversion system for the product liquid oxygen and the product liquid nitrogen, the liquid oxygen product yield and the liquid nitrogen yield of the air separation device can be adjusted according to market requirements.

The utility model provides a kind of battery pack and the electric device with it, the battery pack includes battery box, multiple upper battery groups and multiple lower battery groups, battery box includes upper battery compartment and lower battery compartment;Wherein, the bottom of upper battery compartment is provided with first cold plate, the bottom of lower battery compartment is provided with second cold plate, battery box has total water inlet and total water outlet, the water inlet of first cold plate is connected with total water inlet by first water inlet pipe, the water inlet of second cold plate is connected with total water inlet by second water inlet pipe, the water outlet of first cold plate is connected with total water outlet by first water outlet pipe, the water outlet of second cold plate is connected with total water outlet by second water outlet pipe, the total flow passage cross-sectional area of first cold plate is greater than the total flow passage cross-sectional area of second cold plate. Through the technical scheme provided in the present application, the problem of poor heat dissipation effect of the upper battery compartment in the related art can be solved.