Tool cabinet with anti-theft function

Abstract

The invention relates to a tool cabinet with an anti-theft function. The tool cabinet comprises a front panel, a material hopper, a dragging mechanism, feeding tray assemblies and an anti-theft mechanism, wherein the front panel is provided with a material taking port, the feeding tray assemblies are arranged in an array in an up-down direction, and the material hopper conveys tools pushed out bythe feeding tray assemblies to the material taking port under the action of the dragging mechanism; the anti-theft mechanism comprises a material taking plate, a turnover piece and a spring hinge, wherein the material taking plate is hinged to the inner side of the front panel so as to realize opening / closing of the material taking port, the spring hinge is arranged between the turnover piece andthe material hopper, and is used for realizing the hinging of the turnover piece and the material hopper, the turnover piece is a triangular bending sheet metal part. Therefore, when the material taking plate is pushed to pick up the tools in the material hopper, the turnover piece is correspondingly rotated as well relative to the material hopper under the action of ejecting force of the materialtaking plate, then an operator is prevented from being in contact with the tools which are still placed in the feeding tray assemblies, so that the phenomenon that the tools are lost is effectively prevented.

Description

technical field [0001] The invention relates to the technical field of tool cabinet manufacturing, in particular to a tool cabinet with an anti-theft function. Background technique [0002] Usually, CNC machining machine tools need to be equipped with a variety of processing tools with different functions or specifications. These tools are heavy, miscellaneous, and large in quantity. How to place a large number and variety of knives has become a very difficult problem. Therefore, there are various types and specifications of knife cabinets on the market. Generally, a hopper drag mechanism is installed in the tool cabinet to drive the hopper to move in the up and down direction to correspond to different push boxes respectively, so as to realize the small-distance blanking of the tool, and then the hopper moves downward to the feeding port. However, in the prior art, the tool cabinet is not equipped with a tool anti-theft mechanism. In actual use, the front panel is pushed a...

AI Technical Summary

Problems solved by technology

However, in the prior art, the tool cabinet is not equipped with a tool anti-theft mechanism. In actual use, the front panel is pushed away, and the tool that is placed in the push box that is directly opposite to the pick-up port can be reached by reaching out. Tool, in this way, the phenomenon that the tool is lost or the operator bypasses the intelligent reclaiming system forcibly takes it out often occurs, which is not conducive to the control of the tool, and thus affects the smooth progress of the processing process

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