Lock cylinder post-machining device

Abstract

The invention discloses a lock cylinder post-machining device, which comprises a main body bracket, a blocking setting device, a finishing device and tool aprons, wherein the finishing device comprises a vibrating tray, a vibrating motor and a guide rod; the vibrating motor is respectively fixedly connected with the vibrating tray and a base bracket, and the guide rod is arranged below a discharge hole of the vibrating tray; the blocking setting device comprises a limit discharging mechanism, a sliding table, a feeding mechanism and a control electric plate; and the sliding table is connected with the base bracket through a guide rail in a sliding mode, a workpiece enters the sliding table from the guide rod through the limit discharging mechanism, and the feeding mechanism is arranged on the main body bracket, so that the workpiece on the sliding table is machined close to a cutter. According to the device, full-automatic machining of a lock cylinder is realized through the finishing mechanism, the limit discharging mechanism, the blocking setting device and the cutter; by matching the control electric plate, efficient and high-precision machining of the lock cylinder is realized; due to reasonable structural design of parts, the whole device is simple in structure; through a control system of the control electric plate, the device is convenient to operate; and through an adjusting system of the tool aprons, the machining precision of the lock cylinder is ensured.

Description

technical field [0001] The invention relates to the field of lock cylinder processing, in particular to a high-efficiency lock cylinder post-processing equipment which realizes mechanical properties through a cylinder. Background technique [0002] Now locks play an indispensable role in daily life, and the quality of the locks determines whether our lives and property can be guaranteed. One of the important factors is that people's dependence on locks continues to increase, and their The demand for quantity is also increasing day by day, and the material of the lock cylinder is copper, and its material cost is very high. Therefore, the amount of material determines its cost and quality. Excess copper material is cut off on the core to reduce the cost of the lock core. In the industry, it is called the material stealing process, that is, the post-processing process of the lock core. The current process is post-processing through the manual lock core, but manual The processi...

AI Technical Summary

Problems solved by technology

[0002] Now locks play an indispensable role in daily life, and the quality of the locks determines whether our lives and property can be guaranteed. One of the important factors is that people's dependence on locks continues to increase, and their The demand for quantity is also increasing day by day, and the material of the lock cylinder is copper, and its material cost is very high. Therefore, the amount of material determines its cost and quality. Excess copper material is cut off on the core to reduce the cost of the lock core. In the industry, it is called the material stealing process, that is, the post-processing process of the lock core. The current process is post-processing through the manual lock core, but manual The processing accuracy is low. When the amount of stolen material is too much, the rigidity of the lock cylinder will decrease or even be scrapped. At the same time, the place where the material is stolen is asymmetrical, which also affects the rigidity of the lock cylinder, and manual operation is required. Low efficiency, operators are easily injured, etc.

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