7results about How to "Improve cooling quality" patented technology

The utility model discloses a kind of feed additive granule cooling equipment, including bearing base and cooling roller, the top end both sides of bearing base are vertically installed with support seat, the opposite side wall of two support seat is installed with carousel;The side wall of one side carousel is installed with fixed disc a, the side wall of the other side carousel is installed with fixed disc b, the cooling roller is assembled between fixed disc a and fixed disc b;The setting of this feed additive granule cooling equipment, structure design is reasonable;By setting cooling fin on the inner wall of cooling roller upper and lower two sides, and setting ventilation hole and assembling fan assembly outside drum, good ventilation and heat dissipation structure is formed.Fan assembly forced ventilation, cooperate cooling fin to increase heat dissipation area, so that feed additive granule can be in contact with cold air in the process of drum rotation, greatly improve cooling efficiency.

The utility model discloses a kind of bean products spread cooling racks, including base, the bottom of the base is provided with sliding wheel, the top of the base is fixedly connected with support frame, the rear side of the support frame is provided with protective plate, the rear side of the protective plate is provided with connecting frame, one end of the connecting frame is equipped with driving motor, the output shaft of the driving motor is connected with screw rod, the screw rod is arranged in connecting frame, the screw rod is connected with moving block, the moving block is connected with spreading mechanism, fan is symmetrically arranged on the support frame, the inner side of the support frame is equidistantly provided with support block, drying mechanism is provided on the support block, when bean product is spread and cooled, driving motor drives screw rod to rotate, so that moving block drives mounting frame and sliding plate to move, when bean product is stacked, spreading plate is contacted with stacked bean product to open it, it is convenient to spread and cool bean product, improve the spread and cool quality of bean product.

The utility model relates to the technical fields of mould shrinkage pipe production especially relate to a mould shrinkage pipe production post -treatment device. Its technical scheme includes winding roller, processing box body and baffle, the processing box body lower surface welding has workstation, processing box body one side outer end surface is established with feeding hole, and processing box body both sides outer end surface all are established with air inlet, the fan that processing box body inside bottom end is installed, and the upper surface intercommunication of fan has the blow -off cover, the processing box body inner wall welding has the filter plate, the inside top of processing box body and the upper surface of filter plate all are fixed with outer rod, and the outer rod one side outer end surface swing plug -in has the inner rod, the inner rod one side outer end surface is fixed with the clamping plate, and the recess is established in the clamping plate inside, the inner wall rotation of processing box body is connected with winding roller, the winding roller one side outer end surface is fixed with baffle, and the winding roller upper surface establishes the fixed slot. The utility model is convenient for one side cooling one side winding, and the processing efficiency is high.

The invention discloses a special water cooling system for large carbon block production, which belongs to the technical field of carbon block production, and comprises a cooling water tank for water cooling of carbon blocks; the supporting frame assembly is arranged on the peripheral side of the upper portion of the cooling water pond in a crossing mode, and a hoisting component is arranged over the cooling water pond and located on the supporting frame assembly; the U-shaped lifting platform is hoisted above the cooling water tank in a horizontal state, and a bearing platform plate used for bearing carbon blocks is fixed to the inner bottom wall of the U-shaped lifting platform; and the bottom hoisting end of the hoisting part is fixedly connected with the top surface of the U-shaped lifting table to hoist the carbon block in the U-shaped lifting table, so that the carbon block in the U-shaped lifting table can be hoisted into cooling water in the cooling water tank, and water cooling is realized. According to the invention, the carbon block is ensured to be completely immersed in the cooling medium, uniform and sufficient heat exchange is realized, and the cooling quality and the product yield are obviously improved.

The utility model discloses a kind of self-cooling screw compressor, including compressor body and the liquid storage box of assembly compressor body back, the outer wall of the compressor body is wound with cooling pipe, one end of the cooling pipe is fixedly installed with water inlet pipe, the other side of the cooling pipe is fixedly installed with water outlet pipe, the outer fixed installation of the compressor body has protective cover, the utility model relates to screw compressor technical field.The self-cooling screw compressor, by the cooperation of liquid storage box and semiconductor refrigerator, the cooling liquid after use can be cooled by the cooling mode, the cooling mode can be cooled quickly to cooling liquid, by the cooperation of descaling tank and reverse osmosis membrane, cooling liquid can be descaled when using, by descaling, it can avoid scale adhering to the outer wall of cooling pipe when using for a long time, affecting the water-cooling heat dissipation of compressor.

The utility model discloses an air -cooled cooling structure of energy cyclic utilization, including conveying mechanism, and the upper and lower ends of conveying mechanism are fixedly connected with upper frame body and lower frame body respectively, and the both sides of upper frame body and the both sides of lower frame body are equipped with two first side cover plates and two second side cover plates respectively, which seal the both sides of conveying mechanism, and the inner chamber of upper frame body and lower frame body is connected with upper air -cooled part and lower air -cooled part respectively, and the side of conveying mechanism is equipped with the air compressor and dust remover of being connected with the air supply main pipe, and upper air -cooled part and lower air -cooled part are connected to air supply main pipe respectively, and the lower part of lower frame body is equipped with the negative pressure pipe of being connected with negative pressure port, and the negative pressure pipe is connected with the air -pumping pump, and the air -pumping pump is connected with the circulating water tank of being equipped with the air return pipe on one side, and the air return pipe is connected to air supply main pipe. The clean air of the utility model can be recycled, reduces the use of dust remover, and further reduces energy consumption, and the cold air after circulating water tank has certain humidity, can increase the cooling effect of cold air to board material.

This invention discloses a continuous cooling buffer conveying mechanism, including a vertical frame with a horizontal frame disposed on one side of the bottom of the vertical frame. The continuous cooling buffer conveying mechanism also includes a buffer conveying component disposed inside the vertical frame. This invention relates to the field of workpiece conveying technology. Through the cooperation of the vertical frame, horizontal frame, buffer conveying component, material transfer component, and air-cooling component, and by adopting a design combining vertical layered conveying and air-cooling, it achieves continuous conveying, efficient cooling, and dynamic buffering of high-temperature workpieces in vertical space. This significantly shortens the path length required for traditional horizontal conveying, effectively buffers the production rhythm differences between preceding and following processes, and improves the cooling efficiency and quality of high-temperature workpieces, thereby enhancing the continuity and stability of overall production and meeting the dual requirements of high-precision production for workpiece temperature and production rhythm.