11results about How to "Reduce water temperature" patented technology

The utility model relates to water treatment technical field provides a kind of water treatment system.The utility model provides a water treatment system including refrigeration device, filter core subassembly and water outlet faucet, the refrigeration device includes refrigeration cavity and refrigeration piece, the refrigeration piece has cold end and hot end, the cold end is set with the refrigeration cavity heat conduction, the hot end is set at the outside of the refrigeration cavity, the filter core subassembly is equipped with filter cavity, the filter cavity is connected with heat exchange pipeline, the heat exchange pipeline flows through the hot end and is set with the hot end heat conduction, the water outlet of the heat exchange pipeline is connected with the water outlet faucet setting.The technical scheme of the application is that the filter core subassembly is connected with the heat exchange pipeline, which flows through the hot end of the refrigeration device and is set with the hot end heat conduction, so as to heat the water by using the heat released by the hot end, which can reduce the dependence on traditional energy and realize efficient use of energy.

The utility model relates to water purification technical field, concretely provides a kind of pure drinking equipment, to solve the problem of the use experience of user of current pure drinking equipment because of the inability to provide larger water volume, lower temperature's cool boiled water and influence, this application pure drinking equipment includes cold water tank, heating component, cool boiled water tank, refrigerating plant and water outlet component, the water inlet end of cool boiled water tank is communicated with heating chamber, so that hot water in heating chamber flows into cool boiled water tank, cool boiled water tank is located in cold water tank, so that the heat exchange of hot water in cool boiled water tank and cold water in cold water tank is generated to prepare cool boiled water, refrigerating plant is used to refrigerate cold water in cold water tank, the water outlet end of cold water tank, cool boiled water tank can be communicated with water outlet component, so as to output cold water, cool boiled water for user drinking.This application can more quickly prepare a large amount of cool boiled water, so that pure drinking equipment can provide cool boiled water of different temperature, cold water, improve the use experience of user.

This application relates to the field of air conditioning technology, and more particularly to an air conditioner. The device includes a refrigerant circuit and a water circulation system. Through the coordinated control of a refrigerant circuit switching device and a water circuit switching device, it integrates hot water production, air conditioning cooling, and heating functions. In hot water production mode, hot water and cold water can be prepared and stored separately simultaneously. In air conditioning cooling mode, the stored cold water can be used to assist in condensation and heat dissipation to improve energy efficiency. The controller monitors the water temperature of the cold and hot water tanks and can switch between various sub-modes such as cold and hot water separation / mixing and internal / external water circulation. This ensures both domestic hot water supply and comfortable air conditioning effects while solving the problem of water waste in ordinary water-cooled products and achieving overall optimization of system energy efficiency.

The utility model relates to a rapid cooling device for a polyaryletherketone prepared product, and belongs to the technical field of cooling of the polyaryletherketone prepared product. Comprising a cooling tank, a cold water tank and a net plate, the cold water tank is fixedly connected to the lower end of the cooling tank through a connecting column, the cold water tank and the cold water tank are communicated through a connecting pipe, an air cylinder is arranged on one side of the cooling tank, the telescopic end of the air cylinder penetrates through the cooling tank and is fixedly connected with a pushing plate, and a slope plate is arranged on the side, opposite to the pushing plate, of the cooling tank. And the screen plate is fixedly connected to one side of the cooling tank and is fixedly connected with the slope plate. By arranging the cold water tank communicated with the cooling tank, the water temperature in the cooling tank can be rapidly reduced, the cooling efficiency is guaranteed, meanwhile, by arranging the pushing plate and the slope plate to be matched, products can be pushed to the net plate to be aired, the trouble of manual airing is avoided, the product cooling steps are optimized, and the cooling time is saved.

The utility model relates to cooling equipment technical field discloses a kind of spiral foaming water-drenching packing devices of cooling tower, including foaming liquid generator, the top outer wall of foaming liquid generator is fixedly installed with foaming control system, the right side outer wall of foaming liquid generator is fixedly installed with motor, the right side outer wall of foaming liquid generator is fixedly installed with pre-foaming machine, the right side outer wall of pre-foaming machine is fixedly installed with heating system, the front side inner wall of heating system is fixedly installed with heating control system, the right side outer wall of heating system is fixedly installed with infusion pipeline.In the utility model, by product once forming through foaming, product specification can be designed, only need to change template or a small amount of cutting, standard product and special-shaped product that can meet engineering needs can be obtained, the large aperture foaming water-drenching packing of the utility model, its vent is spiral, the feasibility of spiral hole forming is considered when mold is designed.

The application relates to the technical field of water treatment equipment, and relates to a water treatment equipment which comprises a water storage device and a temperature adjusting device; the water storage device is used for conveying water bodies; the temperature adjusting device is thermally coupled to the water storage device, and the temperature adjusting device is used for preparing a cold body which comprises cold water and / or ice; the water bodies in the water storage device are used for flowing through the cold body or the cold body is thermally coupled to the water bodies in the water storage device. The water treatment equipment of the embodiment prepares the cold body through the temperature adjusting device, utilizes a large amount of latent heat released and absorbed in the process that the water bodies change from a liquid state into a solid state, and realizes efficient refrigeration of the water bodies in the water storage device.

The utility model discloses an ecological energy -conserving canopy, concretely relates to canopy technical field, including support mechanism, and support mechanism includes stand, is provided with canopy on stand, and the canopy includes the sunshade board of V -shaped arrangement, is provided with the sound -absorbing cotton in the sunshade board, and the sunshade board fixed mounting is at the top end of stand, is provided with circulating mechanism on stand, and circulating mechanism includes the water collecting tank of setting at stand bottom, and the recess of sunshade board is provided with water collecting groove. The utility model discloses through setting the V -shaped canopy of shape similar airfoil, thereby can make this flow -guiding shape with the high temperature air of ground in the ascending process is guided to the above -mentioned area of canopy, and then avoids the high temperature air accumulation in the space under the canopy, so that the generation of heat island effect is effectively solved.

This invention discloses a production mold for military heavy-duty truck parts that can improve production efficiency. The mold includes a base, with supports fixedly connected to both the left and right sides of the base's top. Connecting blocks are fixedly connected to the top of the supports, and hydraulic cylinders are bolted to the top of the connecting blocks. Connecting components are mounted on the top of the connecting blocks, and a lower mold is mounted on one side of each connecting component. An upper mold is positioned on top of the lower mold. This invention utilizes a water tank, a transmission component, and a semiconductor cooling chip to achieve elastic contact between the heat-conducting component and various lower molds. The semiconductor cooling chip rapidly reduces water temperature, ensuring efficient heat exchange. Through the combined use of the connecting blocks, connecting components, and hydraulic cylinders, the lower mold can automatically move upwards after cooling with the assistance of a torsion spring. This causes relative sliding between the material and the lower mold due to static inertia, significantly reducing adhesion between the material and the lower mold.

This utility model relates to the field of granulators, specifically disclosing an antibacterial masterbatch granulation device, including a screw feeder. An extruder head is installed at one end of the screw feeder, and a cooling mechanism is located below and outside the extruder head. A central cooling chamber is located in the middle of the cooling mechanism, a first spare chamber is located on one side of the central cooling chamber, and a second spare chamber is located on the other side. A limiting slot is established between the second spare chamber, the first spare chamber, and the central cooling chamber. A partition is installed inside the limiting slot. Mounting brackets are installed on the upper surfaces of both the first and second spare chambers, and fans are arrayed inside the mounting brackets. By pulling the partition between the central cooling chamber and the first spare chamber upwards from inside the limiting slot, the water in the first and second spare chambers can be alternately mixed with the water in the central cooling chamber, lowering the water temperature for cooling and reducing water waste.

The invention relates to a self-cooling slagging-off robot. The self-cooling slagging-off robot can drive cooling liquid to circularly flow through the pitching action of a mechanical arm so as to achieve self-cooling. An upper cooling channel and a lower cooling channel are arranged in the mechanical arm in the axis direction of the mechanical arm, the front ends of the upper cooling channel and the lower cooling channel are communicated through a large hole, the rear ends of the upper cooling channel and the lower cooling channel are communicated into the same water tank, the water tank is fixed to the rear end of the mechanical arm, and an upper one-way valve only allowing fluid to be conducted from the front end to the rear end in a one-way mode is arranged in the upper cooling channel. The lower cooling channel is internally provided with a lower one-way valve which only allows fluid to be conducted to the front end from the rear end to the front end in a one-way mode, and the upper cooling channel, the lower cooling channel, the large hole and the water tank form a one-way communicated circulating cooling channel; when the front end of the mechanical arm swings downwards, water in the water tank passes through the lower cooling channel, penetrates through the lower one-way valve and then flows to the front end of the mechanical arm so as to cool the front end of the mechanical arm. When the mechanical arm swings upwards, water in the front end of the mechanical arm passes through the large hole and the upper cooling channel, penetrates through the upper one-way valve and then flows into the water tank.

The invention discloses an automobile thermal management system control method which comprises the following steps: receiving a signal for turning on a back-row air conditioner, determining that the back-row air conditioner meets a refrigeration requirement, and turning on a valve piece communicated with a back-row evaporator; receiving a battery quick-charging signal, and adjusting the rotating speed of a compressor to control the inlet water temperature of a battery heat exchanger; after the valve communicating with the rear-row evaporator is opened for a preset time, when the water temperature of the inlet of the battery heat exchanger is smaller than or equal to the target water temperature, the valve communicating with the rear-row evaporator is kept opened; and when the feedback rotating speed of the compressor is equal to the rated highest rotating speed of the compressor, closing a valve communicated with the rear-row evaporator. According to the control method and device, the valve communicating with the rear-row evaporator is controlled according to the water temperature of the inlet of the battery heat exchanger and the feedback rotating speed of the compressor, and it can be guaranteed that the compressor operates at the rated highest rotating speed all the time under the condition that the water temperature of the inlet of the battery heat exchanger does not reach the standard; the valve communicated with the rear-row evaporator is allowed to be closed, the refrigeration requirements of the battery side and the front-row air conditioner are preferentially guaranteed, more refrigerants flow into the battery side and the front-row evaporator, and therefore the water temperature of the battery side and the temperature of the front-row evaporator are reduced, the comfort of passengers in a passenger compartment is improved, and the battery is rapidly cooled. The invention further provides a method, a device, equipment and a medium.