2results about How to "Avoid maintenance difficulties" patented technology

The utility model discloses a modularization coal slime high -efficient separation system, it includes base frame, support platform, fixed plate, mounting bracket, separation subassembly and adjusting mechanism. Through the rotation operation handle drive transmission cover rotation, cooperation drive arm and locking pin realize the quick assembly disassembly of fixed plate and base frame, and adjusting mechanism utilizes hydraulic transmission to realize the height adjustment of separation subassembly, and buffer spring reduces the operation impact. The shunt plate optimizes coal slime flow path, and the guide cylinder and support column enhance stability. The present application can realize modularization design, improve equipment maintenance convenience and operating efficiency, have higher practical value and popularization prospect.

The utility model relates to battery cell processing technical field, concretely discloses a kind of battery cell conveying devices, including bottom plate, the upper end surface of bottom plate is fixedly connected with multiple stand columns, the top of multiple stand columns is fixedly connected with two parallelly arranged and front and back distribution fixed bearing rods, the inside of two fixed bearing rods is provided with two front and back distribution movable bearing rods, by the alternate jacking and translation of fixed bearing rod and movable bearing rod, the complex mechanical structure of traditional step-in conveying is simplified, manufacturing cost and maintenance difficulty are reduced, the V type design of support groove and rubber pad effectively disperse battery cell contact stress, reduce surface damage risk.The overall structure of device is compact, step distance is accurately controlled by support groove spacing, and the flexible production needs of different specifications of battery cell are adapted.In addition, battery cell is carried by support groove throughout, without additional clamping mechanism, action is coherent and reliable, significantly improves process linking efficiency and production yield.