43results about How to "Realize water cooling" patented technology

The high-power microwave plasma diamond film deposition device in the TM021 mode of the present invention is composed of upper and lower cylinders, an adjustable upper chamber, a microwave reflection plate, a deposition platform, a microwave coaxial excitation port, a microwave quartz window, an air inlet and an outlet, and a measuring chamber. Composed of temperature holes and observation windows. This device has the electric field distribution of TM021 mode, which has the characteristics of concentrated electric field distribution in the microwave resonator cavity and stable excited plasma position. The device can optimize the distribution of plasma in the device in real time through its adjustment mechanism. A ring-shaped microwave quartz window placed under the deposition table prevents overheating, contamination and etching by the plasma. The inner wall of the resonant cavity is far away from the high-temperature plasma area, which weakens the heat radiation to the inner wall of the cavity and avoids the deposition of foreign matter. The main components of the device can be directly water-cooled. The above advantages enable this device to be applied to higher power microwave input to achieve high-efficiency deposition of large-area high-quality diamond films.

The invention relates to a vortex-disc movable-static connector and a water-cooling non-oil scroll compressor. The connector comprises a movable sealing block, a static sealing block, a supporting part, a spring and an internal water pipe; the movable sealing block can move horizontally along with a vortex disc, the static sealing block is connected with the end face of the movable sealing block,the static sealing block, the supporting part and the spring sleeves the internal water pipe in sequence, one end of the spring is fixed, the pressure of the other end of the spring is applied to thestatic sealing block through the supporting part, and the static sealing block and the movable sealing block are pressed; cooling water is introduced to a movable vortex-disc cooling water channel ona movable vortex disc through the internal water pipe, and the outer wall of the internal water pipe is sealed. The movable vortex-disc cooling water channel of the water-cooling non-oil scroll compressor is communicated with a static vortex-disc cooling water channel through the vortex-disc movable-static connector, or water inlet and outlet are conducted by the internal water pipe separately, after the vortex-disc movable-static connector is adopted, when the non-oil scroll compressor is designed, the structural form and part distribution of the scroll compressor can be considered to selectdifferent water circulation modes, and the application range is wide.

The invention discloses a mine-used large-flow high-pressure pump and a method thereof. The pump includes a pump body and a base. 1. The crushing chamber is set up sequentially from top to bottom; the impeller is set in the pressurized water chamber; the cutting mechanism is set inside the crushing chamber; the working method of the pump completes the sewage discharge work of the pump through multiple steps. The large-flow high-pressure pump for mining of the present invention has a reasonable structure and a large flow rate. The setting of the crushing chamber in the pump can crush the impurities in the sewage twice, and the debris crushing effect is better, and large pieces of debris in the sewage can be avoided. Damage the impeller, protect the impeller from wear, and improve the service life of the pump; and all the sewage entering from the suction port of the pump base passes through the cavity between the winding casing and the motor casing to achieve full flow and flow The water cools the shell surface of all heat-generating parts of the motor, which greatly improves the service life of the pump.

The invention relates to the technical field of battery pack equipment, in particular to a cooling structure of a new energy power battery. The cooling structure comprises an installation support anda battery pack, wherein the battery pack is arranged at an inner side of the installation support, two groups of interface sealing grooves are symmetrically formed in a top side of the installation rack, cooling clamping grooves, water pipe clamping grooves and drying clamping grooves are sequentially and symmetrically formed in the two sides of the installation support from outside to inside, cooling devices are inserted to inner sides of the cooling clamping grooves, cooling pipes are inserted to inner sides of the water pipe clamping grooves, drying plates are inserted to inner sides of thedrying clamping grooves, and ventilation holes are formed in partition plates among the cooling clamping grooves, the water pipe clamping grooves and the drying clamping grooves. By the cooling structure, a joint effect of air cooling and water cooling of the battery pack is favorably achieved, the a relatively comprehensive and stable cooling protection effect is achieved, the temperature in a battery pack system is favorably reduced, and the problem of internal damage to the battery pack caused by excessively large temperature difference among batteries is prevented.

Disclosed is an ultra-high-temperature butterfly valve with a water-cooling structure. Abrasion-resistant and heat-insulation linings are arranged on an inner flow channel of a valve body and the outer surface of a butterfly plate correspondingly, and a valve body cooling water flow channel formed in the valve body and a butterfly plate water-cooling mechanism are used in cooperation, wherein water feeding and water discharging of the butterfly plate water cooling mechanism are conducted through a valve rod, so that water cooling inside the valve body and the butterfly plate is achieved, a valve plate is not likely to be jammed inside the cooled valve body due to high-temperature expansion, a product is protected, and the durability of the product is improved.