Novel board transport device

Abstract

The invention discloses a novel board transport device. A transport rack is fixed on the ground, a gear is driven by the rotation of a translation motor on a swaging rack to transplant along a rack, to achieve the translation of a material stop idler wheel and prevent a board from shifting in a transport process; when the translation motor is adjusted to the same width with the board, the rotation motion of a compressing servo motor is converted into the up-and-down motion of the swaging rack in a lead screw seat guide block by a bevel gear pair to compress the board and supply enough contact surface; when in a chain transmission manner, a transport servo motor drives a driving transport idler wheel and a driven wheel to rotate, so as to achieve the transport of the board; meanwhile, a rolling converting device is arranged between a driving transport idler wheel and a rolling support wheel, for converting a rolling signal of the idler wheel on the rolling converting device into the transport displacement of the board, and feeding the signal back to the transport servo motor to achieve the accurate control of the board transport. The novel board transport device achieves the automatic transport of the board, and is wide in application range, improved in transport accuracy and reduced in errors.

Description

technical field [0001] The invention belongs to the technical field of mechanical manufacturing, and in particular relates to a novel plate material feeding device used for plate shearing machines and bending machines. Background technique [0002] Shearing machines and bending machines are widely used in the mechanical processing industry. The feeding of existing shearing machines and bending machines usually adopts manual feeding mode and is equipped with a rear stop material device, so as to realize the shearing and folding of a certain length of the plate. This feeding method has the following disadvantages: [0003] 1. Disadvantages such as low degree of automation, large errors caused by manual intervention, and low production efficiency; [0004] 2. For long plates (up to tens of meters in length or coiled plates), the strokes of the front support and back gauge of ordinary shearing machines and bending machines cannot meet the demand; [0005] 3. The back gauge dev...

AI Technical Summary

Problems solved by technology

[0003] 1. Disadvantages such as low degree of automation, large errors caused by manual intervention, and low production efficiency;

[0004] 2. For long plates (up to tens of meters in length or coiled plates), the strokes of the front support and back gauge of ordinary shearing machines and bending machines cannot meet the demand;

[0005] 3. The back gauge device of the shearing machine and bending machine makes a lot of noise during operation

[0006] The existence of the above shortcomings makes the feeding methods of the existing shearing machines and bending machines more and more unable to meet the needs of modern industrial processing.

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