Automobile water pump housing storage device

Abstract

The invention relates to an automobile water pump housing storage device, comprising a bottom plate and a U-shaped frame welded to the bottom plate, wherein the rear portion of the U-shaped frame is provided with a vertical groove; carrier plates are vertically and slidably mounted on the vertical groove and are arranged at equal intervals in a vertical direction; a self-locking device is arrangedon the U-shaped frame in the vertical direction; each L-shaped linkage rod is welded to the corresponding carrier plate; the lower portion of each linkage rod is provided with a bump; a driving rod is hinged to the bottom plate; sliding slots for slidably mounting the bumps are disposed on the driving rod; and the front portions of the sliding slots are slidably hinged to a hydraulic cylinder. The automobile water pump housing storage device is convenient to use, ensures equal increased distances between all adjacent pairs of carrier plates while automatically lifting all the carrier plates,not only facilitate the storage of the water pump housing, but also is easy to control and adjust.

Description

technical field [0001] The invention relates to an environmental protection engineering equipment, in particular to an automobile water pump housing storage device. Background technique [0002] Nowadays, with the popularization and development of mechanization and intelligent processing, the speed of processing the bearing holes of the pump housing will gradually increase. In order to adapt to this fast processing speed, storage racks are usually set next to the processing equipment, so that workers can temporarily store each processed water pump shell. The layers store the pump shell in layers. When the height of the pump shell to be stored becomes larger, the distance between each adjacent two storage boards needs to be increased, that is, each storage board should be upward one by one. Raising different heights upwards is undoubtedly complicated. SUMMARY OF THE INVENTION [0003] Now, in order to facilitate the adjustment of the distance between all two adjacent stor...

AI Technical Summary

Problems solved by technology

In order to adapt to this faster processing speed, storage racks are usually set up next to the processing equipment, so that workers can temporarily store each processed water pump casing, but in practice, most of the storage racks are used. Laminates store the water pump casing in layers. When the height of the pump casing to be stored becomes larger, the distance between every two adjacent storage boards needs to be increased, that is, each storage board must be moved upward one by one. Raise up to different heights, this adjustment method is undoubtedly more complicated

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