Moveable clamping mechanism

Abstract

The invention relates to a moveable clamping mechanism. The moveable clamping mechanism comprises a power source, a sliding mechanism, a clamping block a, a clamping block b and a supporting mechanism; the sliding mechanism is fixed on the supporting mechanism, and the power source is placed at the upper part of the sliding mechanism; the clamping block a and the clamping block b are located at the same side and cooperatively connected with the sliding mechanism; one end of the power source is connected with the clamping block a and drives the clamping block a to move towards the outside along the sliding mechanism, and the other end thereof is connected with the clamping block b and drives the clamping block b to move towards the inside along the sliding mechanism; the insides of the clamping block a and the clamping block b are respectively provided with copying slots used for fitting and clamping products. Through movement of a power source, the moveable clamping mechanism drives the clamping blocks at both sides to move towards the center of the product at the same time, and realizes bilateral clamping of products, avoids damage to products, and improves the running stability of the mechanism; insides of two clamping blocks are mutually meshed sawtooth sides, so that products can be clamped and fixed, and buffer allowance can be provided for its rapid clamping; the moveable clamping mechanism is simple in mechanism and convenient to operate.

Description

Technical field: [0001] The invention relates to the field of mechanical processing, and more specifically relates to a movable clamping mechanism. Background technique: [0002] Recently, in the automatic processing process in the field of mechanical processing, more and more cylinders are used to realize the quick clamping of product parts and other actions, which greatly improves the production efficiency, but the existing clamping of product parts The mechanism is to use the one-way cylinder to drive the push block to clamp the product in one direction. As we all know, the cylinder moves quickly and has a large impact. When clamping, there is a gap between the push block and the positioning block due to vibration, resulting in improper clamping of parts. At the same time, since the cylinder drives the push block to clamp the part in one direction, the rigid contact between the part, the push block and the positioning block will easily lead to damage to the part and unsta...

AI Technical Summary

Problems solved by technology

[0002] Recently, in the automatic processing process in the field of mechanical processing, more and more cylinders are used to realize the quick clamping of product parts and other actions, which greatly improves the production efficiency, but the existing clamping of product parts The mechanism is to use the one-way cylinder to drive the push block to clamp the product in one direction. As we all know, the cylinder moves quickly and has a large impact. When clamping, there is a gap between the push block and the positioning block due to vibration, resulting in improper clamping of parts. At the same time, since the cylinder drives the push block to clamp the part in one direction, the rigid contact between the part, the push block and the positioning block will easily lead to damage to the part and unstable operation of the mechanism, which will affect the firmness and accuracy of the clamping. Therefore, Now it is necessary to design a movable clamping mechanism that can not only ensure the stable operation of the mechanism, firm clamping and work efficiency, but also avoid damage to product parts due to one-way impact.

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