A Locking Mechanism for Double Doors of Machining Center

Abstract

The invention discloses a locking mechanism for double doors of a machining center. The locking mechanism for the double doors of the machining center comprises a left moving door, a right moving door and a locking mechanism body, wherein the locking mechanism is arranged in middle inner cavities of the left moving door and the right moving door; a contact sensor is arranged in a left inner cavity of the right moving door; the bottom of a solenoid valve is connected with the contact sensor through a data connecting line. According to the locking mechanism for the double doors of the machining center, a locking function can be achieved when the double doors of a machine tool of the machining center is closed by means of the locking mechanism body arranged in the inner cavities of the left moving door and the right moving door. When the locking mechanism is not opened, the left moving door and the right moving door cannot be opened. By virtue of the structural design of the mechanism, the locking mechanism is simple and effective to operate, and the situation that an operator opens the doors mistakenly is also avoided.

Description

technical field [0001] The invention belongs to the technical field of machining center machine tools, and relates to a locking mechanism for double doors of a machining center. Background technique [0002] At present, the machining center needs manual monitoring and operation in the actual use process. The existing machining center machine tool usually adopts a double-door structure. After the workers complete the parts installation, tool setting and other processes, they close the double doors and then carry out the parts inspection. Processing, the double doors cannot be opened easily during the processing, otherwise there will be iron filings flying out or coolant splashing, etc., but usually there is no locking mechanism in the double door structure, and because the double door is usually used between the machine tool The sliding connection structure makes it easy for employees to accidentally open the door by mistake. Contents of the invention [0003] In view of t...

AI Technical Summary

Problems solved by technology

[0002] At present, the machining center needs manual monitoring and operation in the actual use process. The existing machining center machine tool usually adopts a double-door structure. After the workers complete the parts installation, tool setting and other processes, they close the double doors and then carry out the parts inspection. During processing, the double doors cannot be opened easily, otherwise iron filings will fly out or coolant will splash out, etc., but usually there is no locking mechanism in the double door structure, and because the double door is usually used between the machine tool Sliding connection structure, it is easy for employees to open by mistake inadvertently

Images