Fully-automatic numerical control two-station marble hole drilling machine for lock case

Abstract

The invention discloses a fully-automatic numerical control two-station marble hole drilling machine for a lock case. A main body lathe bed comprises a base and a portal frame. A drilling mechanism comprises two drilling machines which are arranged in parallel. The two drilling machines are arranged on the portal frame through guide rails and guide pillars, which are matched with each other in a sliding way, and move along an X axis and a Z axis. A positioning clamping mechanism is arranged on the base below the two drilling machines, and a working tabletop is arranged below the positioning clamping mechanism, and moves along a Y axis through the guide rails and the guide pillars, which are matched with each other in the sliding way. A feeding mechanism is arranged above one end of the Y axis. A blanking mechanism is arranged below the positioning clamping mechanism corresponding to the feeding mechanism. A control system is connected with the drilling mechanism, the feeding mechanism, the positioning clamping mechanism and the blanking mechanism respectively. According to the machine, manual operation procedures are simplified, the efficiency is improved, the accuracy is greatly improved, the reject rate is lowered, and a plurality of machines can be operated by an operator.

Description

technical field [0001] The invention relates to a lock manufacturing equipment, in particular to a lock housing pinball hole processing equipment in the lock manufacturing. Background technique [0002] In the lock case pinball hole processing process in lock manufacturing, two pinball holes must be processed. At present, manually operated mortise lock shell pinball hole drilling machines are generally used in the market. That is, manually put the lock case to be processed into the machine fixture, the fixture clamps the lock case, and the drilling mechanism drills the pinball hole on one side. After processing, the fixture is released, and the processed lock case is manually removed. , put in the fixture after reversing, and after the fixture is clamped again, the drilling mechanism drills the pinball hole on the other side. After both sides are processed, the processed lock case is manually removed. This kind of operation is not only inefficient, but also labor-intensive,...

AI Technical Summary

Problems solved by technology

This kind of operation is not only inefficient, but also labor-intensive, and one person can only guard one such machine

However, there is a new automatic lock case drilling pinball hole machine on the market. The technology of moving through the middle slot is not yet mature. It can only process the lock case with the middle slot in the center, and the eccentric lock case with the center slot not on the center line. Unable to load and process (one side is heavy and the other is light), and the reference position positioning design is unreasonable, resulting in low yield

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