A pressing mechanism used in an inner basket unloading device

Abstract

The invention discloses a compressing mechanism used inside an inner basket material pouring device. The inner basket material pouring device comprises a material hopper, an inner pot rotatably installed inside the material hopper and a rotating motor driving the inner pot the rotate, the compressing mechanism comprises an inflatable ring, an air compressor and an air pumping pump, wherein the aircompressor and the air pumping pump are connected with the inflatable ring through air pipes correspondingly, the air pipes are both provided with electronic control valves, the inner wall of the inner pot is provided with a first circular groove formed by concaving towards the outer side of the inner pot, the inflatable ring is fixed inside the first circular groove, the outer side of an inner basket is provided with a second circular groove, the second circular groove is matched with the first circular groove, the first circular groove and the second circular groove are combined to form a circular passage when the inner basket is placed into the inner pot, and the inflatable ring fills the annular passage after being inflated. According to the compressing mechanism used inside the innerbasket material pouring device, only very light weight of the compressing mechanism is placed into the inner pot, the inner basket and the inner pot are connected in a clamped manner through the inflatable ring, the inner basket will not slide, and the material pouring safety is improved.

Description

technical field [0001] The invention specifically relates to a pressing mechanism used in an inner basket unloading device. Background technique [0002] The inner basket is used to transfer and process the product during the surface treatment of metal processing parts. After the product is processed, the product needs to be poured out of the inner basket and put into a specific storage box for the next step of processing. Due to the large number and weight of metal processing parts, it is obviously time-consuming and laborious to use manual cutting. The applicant designed an inner basket unloading device, which drives the inner basket to rotate by rotating the inner pot, so that the products in the inner basket are dumped into the funnel to complete the unloading. In order to prevent the inner basket from falling from the inner pot during the overturning process, it is necessary to design a pressing device to keep the inner basket and the inner pot fixed. Using the cylinde...

AI Technical Summary

Problems solved by technology

In order to prevent the inner basket from falling from the inner pot during the overturning process, it is necessary to design a pressing device to keep the inner basket and the inner pot fixed. Using the cylinder to control the push rod is a pressing method, but the cylinder and the push rod The weight of the pressing device composed of other components is heavy, which increases the load of the rotary cylinder

The push rod presses the inner basket by friction, and there is a risk of the inner basket slipping

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