Tray cabinet provided with clamping jaw side driving mechanism

Abstract

The invention belongs to the technical field of tray automatic processing, and particularly provides a tray cabinet provided with a clamping jaw side driving mechanism. The tray cabinet mainly comprises a clamping jaw side driving mechanism, a cabinet body, a speed reducer, a rack, a motor, a linear bearing, a guide shaft, a sliding rail, a drawing tray, a pushing handle, a clamping jaw mechanism and a clamping jaw connecting shaft. Wherein the clamping jaw side driving mechanism mainly comprises an air cylinder, an air cylinder jig, a clamping jaw rotating block and a rolling bearing; the clamping jaw side driving mechanism can be assembled on the left side and the right side of the cabinet body, the space of the rear side of the cabinet body is saved, and the transmission effect is better and more stable; the cabinet body front door, the sliding rails and the drawing trays are combined, the horizontal drawing material taking scheme is achieved, and the discharging efficiency of the tray cabinet is improved; the 45-degree end faces of the clamping jaws can effectively resolve the impact, and the tremor feeling generated when the clamping jaws make contact with the pushing handle is reduced; the drawing and lifting structure of the drawing tray and the pushing handle occupies less space, and meanwhile, the reciprocating period of receiving the material tray is shortened.

Description

technical field [0001] The invention belongs to the technical field of pallet automatic processing, and in particular provides a tray cabinet equipped with a claw side drive mechanism. Background technique [0002] The tray is a commonly used material container in the industrial field. After the tray is full, it is usually stacked in the cabinet, and it is transferred as a whole after stacking to a certain amount. [0003] Most of the existing tray cabinets are cylindrical structures with simple structure, feeding from the upper end, and discharging from the lower end after being stacked to full; the lifting components of most tray cabinets are directly docked with the tray handling hand, and the tray stacking process is easy There are positional deviations and poor stability; a small number of tray cabinets are equipped with tray claws as a transfer structure, but the claw side drive mechanism is assembled at the rear end of the claw connection shaft, which takes up extra s...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing tray cabinets are cylindrical structures with simple structure, feeding from the upper end, and discharging from the lower end after being stacked to full; the lifting components of most tray cabinets are directly docked with the tray handling hand, and the tray stacking process is easy There are positional deviations and poor stability; a small number of tray cabinets are equipped with tray claws as a transfer structure, but the claw side drive mechanism is assembled at the rear end of the claw connection shaft, which takes up extra space and affects the versatility and performance of the cabinet. Practicality

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