Auto parts stocker

Abstract

The invention relates to a storage vehicle for automobile parts. The storage vehicle comprises a vehicle frame, a material receiving box is fixedly arranged on the vehicle frame, a cover sealing plateused for sealing a feeding opening of the material receiving box is slidably connected to the interior of the material receiving box, and a buffering material receiving plate is slidably connected tothe position, located below the cover sealing plate, of the interior of the material receiving box; and a second spring is connected to the position between the buffering material receiving plate andthe wall of the material receiving box, a filter hole used for filtering projectiles is formed in the buffering material receiving plate, a material conveying tube is formed in the bottom of the material receiving box, and the vehicle frame is further provided with a driving mechanism used for reciprocating movement of the cover sealing plate. Compared with the prior art, according to the schemeof the storage vehicle for the automobile parts, by arranging the buffering material receiving plate, the cover sealing plate, the driving mechanism and the like, after the automobile parts can be subjected to first-time buffering on the cover sealing plate, the automobile parts enter the buffering material receiving plate for second-time buffering in a reciprocating mode, parabola-type falling ofthe automobile parts is prevented, impact of the automobile parts on the material receiving box is avoided, and damage of the automobile parts is further prevented.

Description

technical field [0001] The invention relates to the field of parts conveying devices, in particular to an automobile parts storage vehicle. Background technique [0002] The auto parts after shot blasting need to be unloaded, and most of the existing shot blasting equipment is unloaded by dumping, and a receiving box is placed below, so that the dumped auto parts enter the receiving box, Then, the receiving box is transported away by a forklift; the existing material receiving device has certain defects, and the auto parts poured out through the shot blasting equipment do parabolic motion into the receiving box, which has a large kinetic energy, so There will be a relatively large collision with the receiving box, which will cause certain losses to the parts. At the same time, the receiving box will be displaced, causing the auto parts to overflow the receiving box; at the same time, a forklift is required for transportation, which is time-consuming and laborious. [0003] ...

AI Technical Summary

Problems solved by technology

[0004] The above scheme solves the deficiencies in the prior art by setting a buffer plate in the material receiving trolley, but the above scheme also has the following problems: the inclined buffer plate can make the auto parts slide down along the buffer plate, but from the inclined buffer plate After the buffer plate slides down, when the parts enter the receiving box, the parts still enter the receiving box in a parabolic motion, and still have relatively large kinetic energy, and the parts will also have a relatively large collision with the receiving box. Will also cause some damage to parts

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