Suspended wire clamping and clipping mechanism

Abstract

The invention discloses a suspended thread clipping and cutting mechanism, which comprises a frame, a front and rear moving motor, a front and rear moving frame, a left and right moving motor, a left and right moving frame, a hook cylinder and a thread cutting arm; the front and rear moving motor is arranged on the frame Above, the front and rear moving frame cooperates with the front and rear moving motors through the screw slide rail structure, the left and right moving motors are set on the front and rear moving frames, the left and right moving frames cooperate with the left and right moving motors through the screw slide rail structure, and the wire hook cylinder is set on the left and right moving frames Above, the thread-cutting arm is slidably arranged on the left and right moving frames through the vertical slide rail structure, and is connected with the thread hooking cylinder; in the suspension-type thread-clamping and thread-cutting mechanism of the present invention, the thread-cutting arm moves forward and backward controlled by the front and rear moving motor, and is controlled by the left and right The mobile motor controls the lateral movement, and cooperates with the hook cylinder to carry out the clamping and cutting action, which meets the requirements of the winding mechanism of the winding and embedding machine for the clamping and cutting function. The overall suspension structure is formed to facilitate the machine of the winding and embedding machine. frame structure, saving space.

Description

technical field [0001] The invention relates to a thread-cutting mechanism, in particular to a hanging-type clamping-cutting mechanism for a multi-station winding and embedding machine. Background technique [0002] The processing of the motor stator needs to go through the steps of winding and embedding. The traditional process of winding and embedding is usually completed by independent winding machines and embedding machines. The two processes of winding and embedding are not integrated together. , leading to slow processing speed and low production efficiency; our company designed a winding and embedding machine before, but it only has two winding stations, the main and the auxiliary, and can only wind the main and auxiliary coils, and there is no function of placing phase-separated paper ; Now design a multi-station winding and embedding machine for the above situation, and design its clamping and cutting wire mechanism. Contents of the invention [0003] In view of ...

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Problems solved by technology

[0002] The processing of the motor stator needs to go through the steps of winding and embedding. The traditional process of winding and embedding is usually completed by independent winding machines and embedding machines. The two processes of winding and embedding are not integrated together. , leading to slow processing speed and low production efficiency; our company designed a winding and embedding machine before, but it only has two winding stations, the main and the auxiliary, and can only wind the main and auxiliary coils, and there is no function of placing phase-separated paper ;Aiming at the above situation, a multi-station winding and embedding machine is now designed, and its clipping and cutting mechanism is designed.

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