5results about How to "Does not affect cooling effect" patented technology

The utility model discloses a kind of high-efficiency new energy battery cooling system frame, including frame, the equidistant fixed connection of the inner side of frame has crossbeam, frame and crossbeam form cooling plate installation groove, wherein, bracket is fixedly connected in cooling plate installation groove inner wall, bracket is equidistantly provided with first mounting screw hole.The utility model, through frame and crossbeam form multiple cooling plate installation groove, so that the existing whole piece cooling plate can be divided into multiple small parts, after cooling plate is installed in cooling plate installation groove, the cooling flow passage both ends of cooling plate are connected with liquid inlet hole, liquid outlet hole respectively, and sealed by sealing ring, through the liquid inlet channel, liquid outlet channel of being set simultaneously make cooling liquid pass through the inside of the cooling flow passage of multiple cooling plate, while not affecting cooling effect, through frame and crossbeam can effectively enhance the overall rigidity of cooling system frame, effectively improve the support effect to cooling plate, and then improve the support effect to battery pack.

The present application belongs to the technical field of mechanical ventilation cooling tower, and proposes a noise reduction structure, a cooling tower group and a method of the mechanical ventilation cooling tower group, wherein a flow guide plate is arranged between the noise reduction wall and the cooling tower group, and an arc-shaped wind guide is arranged at the edge of the cooling tower group; the height of the noise reduction wall is less than the height of the air inlet of the cooling tower group, and a plurality of air inlets are formed in the noise reduction wall, so that the wind passes through the upper part of the noise reduction wall and the air inlets and then reaches the tower group through the flow guide plate, thereby solving the problem that the noise reduction wall is too close to the cooling tower and the height of the noise reduction wall is too high, which greatly reduces the air inlet of the cooling tower; by optimizing the structure of the noise reduction wall, improving the air flow of the air inlet of the cooling tower and controlling the transverse vortex of the four cooling towers in the corners of the tower group, the noise reduction requirement is met, and the cooling effect of the cooling tower is not affected.

This utility model discloses a rapid cooling device for a horizontal sand mill used in seed coating agent production, relating to the field of horizontal sand mill cooling technology. It includes a shell and a cooling unit. The shell has a conveying pipe fixed to its top surface, a connecting flange on its right side, and a protective unit on its outer side. The cooling unit includes a semiconductor cooler, an annular cooling pipe, a liquid tank, a liquid pump, and a tank cover. The annular cooling pipe is fitted onto the outer side of the shell, and the inlet of the annular cooling pipe is installed corresponding to the outlet pipe of the liquid pump. The liquid pump is fixed to the left side of the liquid tank, and the inlet pipe of the liquid tank is installed corresponding to the outlet of the annular cooling pipe. This rapid cooling device for a horizontal sand mill used in seed coating agent production utilizes water cooling of the annular cooling pipe combined with air cooling inside the protective shell to quickly remove heat from the interior of the horizontal sand mill. The expansion and heat absorption of liquid nitrogen supplied to the interior of the horizontal sand mill further achieves instantaneous cooling.

The application relates to the technical field of energy storage devices, and discloses a small industrial and commercial energy storage device, which comprises a cabinet body, two symmetrical partition racks fixed in the cabinet body, a placing area arranged between the two partition racks, an air inlet area arranged between the partition racks and the inner wall of the cabinet body, a placing rack, a heat dissipation assembly and an air inlet control assembly, the placing rack is arranged in the placing area, two groups of object placing racks are symmetrically arranged in the placing rack, a plurality of object placing racks are equidistantly arranged in each group of object placing racks, an energy storage assembly is arranged between every two object placing racks, the heat dissipation assembly is arranged in each object placing rack, the air inlet control assembly is arranged in the partition rack, and an air supply assembly is arranged in the air inlet area. Through the technical scheme, the problem that, in the prior art, the unified heat dissipation structure cannot guarantee the effective heat dissipation of part of battery packs due to the long heat dissipation path of the part of battery packs in a group of batteries, thereby affecting the normal use of the whole device, is solved.

This utility model belongs to the field of environmental protection equipment technology, and particularly relates to a multi-stage gradient quench tower, comprising: a cooling tower, the cooling tower including a tower body and a tower base, a cooling chamber provided in the tower body, and the tower base connected to the bottom of the tower body; a circulation device, the circulation device including a storage water tank and a circulation pipeline, the circulation pipeline connecting the storage water tank and the tower body; an auxiliary filter screen, the auxiliary filter screen being disposed in the tower body, the auxiliary filter screen being broken through the smoke bubbles; wherein, multiple cooling towers are provided, the circulation pipeline connecting the multiple cooling towers together, and air passages connecting the multiple cooling towers.