Hardware plug foot bending mechanism and bending method

Abstract

The invention relates to the technical field of hardware plug foot bending, in particular to a hardware plug foot bending mechanism and a bending method. The bending mechanism comprises a fixing jig, a driving mechanism and a bending plunger chip connected with the driving mechanism in a driving mode. The plunger chip end face of the bending plunger chip is provided with slope structures protruding outwards. Each slope structure comprises a half-bending slope for laterally bending plug feet and a pressing slope for pressing the plug feet, wherein the half-bending slope is connected with the pressing slope, and the slope structures correspond to the hardware plug feet in a one-to-one mode. According to the method, the bending plunger chip pushes and presses the hardware plug feet, the half-bending slopes abut against the hardware plug feet, the hardware plug feet are bent to be the angle of the half-bending slopes, and finally, the pressing slopes abut against the hardware plug feet until the hardware plug feet abut against the bending angle of the pressing slopes. The hardware plug foot bending mechanism and the bending method are low in cost and high in bending efficiency.

Description

technical field [0001] The present application relates to the technical field of hardware pin bending, in particular to a hardware pin bending mechanism and a bending method. Background technique [0002] Many products are assembled with hardware such as figure 1 As shown, the hardware 1 includes pins 11 for fastening to the product. In order to fasten the hardware 1 to the product, the pins 11 of the hardware 1 need to be bent to be horizontal or quasi-horizontal. First fix the product with the hardware 1 on the fixing fixture, and then bend the pin 11 of the hardware 1, and the bending process of the pin 11 is completed through two operating mechanisms and two processes. The first The first process is a half-bending process, which is that the half-bending mechanism applies force from the side of the pin 11 to bend the side of the pin 11 to 45°, and then the second process is a flattening process, which is a flattening mechanism for the pin 11. Apply downward pressure to ...

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Problems solved by technology

[0003] The completion process of the hardware 1 in the above-mentioned prior art requires two operating mechanisms and two processes to complete. Firstly, the two operating mechanisms lead to high cost of machinery and equipment. Secondly, there are two processes, which take a long time to bend, and the bending The efficiency is low, and the flattening mechanism in the second process needs to reposition the pin 11 accurately before applying force, which is more complicated

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