Damped stacking baffle

Abstract

The invention discloses a damped stacking baffle and relates to a stacker. The damped stacking baffle is provided with a fixed bracket, a movable bracket, a damping cylinder and a baffle, wherein the movable bracket is movably connected with the fixed bracket through a guide rail; the damping cylinder is fixed on the fixed bracket; a piston rod of the damping cylinder is contacted with the movable bracket; and the baffle is connected with the movable bracket. The damped stacking baffle can automatically adjust damping force, adapts to impact force of plates in different specifications, prevents edges of the plates from being deformed or damaged, and makes the plates stacked regularly. A piston rod of the double-cylinder damping cylinder can be rapidly pushed out, so the stacking work efficiency is obviously improved, and the high-speed and high-quality continuous stacking work is realized. A titanium alloy plate of the clamping groove baffle has high strength and is hardly deformed or damaged; and a rubber plate can play a role in buffering when steel plates instantaneously impact on the stacking baffle, prevent a surface layer from being damaged, and guarantee that the edges of the stacked steel plates are hardly bent.

Description

technical field [0001] The invention relates to a stacker, in particular to a damping stacking baffle mainly used on the stacker of a continuous high-speed steel plate cross-cutting unit. Background technique [0002] The stacking baffle of the cross-cutting unit is one of the key equipment of the stacker. The current stacking baffle has various structures, including a fixed bracket type composed of a cylinder and a spring, a hinged bracket type stacking baffle and a simple anti-collision type. Baffles, etc., but most of the stackers use fixed-structure stacking baffles for production. During the production of fixed bracket type stacking baffles, due to the impact of steel plates (stacked plates), the damage rate of stacking baffles is high, the stacking of steel plates is uneven, and the edge of the steel plate body is often damaged. With the development needs of modern shearing lines, the above-mentioned stacking baffle method can only be used in occasions that generally ...

AI Technical Summary

Problems solved by technology

During the production of the fixed bracket type stacking baffle, due to the impact of the steel plate (the stacked plate), the damage rate of the stacking baffle is high, the stacking of the steel plates is uneven, and the edge of the steel plate body is often damaged.

With the development needs of modern shearing lines, the above-mentioned stacking baffle method can only be used in occasions that generally require stacking quality and low speed

However, when continuous high-speed shearing and stacking of high-precision and high-quality plates (such as automobile "O5" plates and high-surface-quality home appliance plates) are required, high stacking speed, neat stacking, no edge damage, and no surface scratches are required. Injury and other quality requirements, the existing stacker equipment is difficult to meet

The main reason is that the stacking baffle of the stacker is not enough to absorb the impact force of the plate, the reverse thrust speed of the stacking baffle is slow, and the thrust control is not good.

At the same time, the cylinders used in the existing stacking baffles (components of the stacker) are ordinary cylinders. Although the thrust is large and the response speed is high during work, the compression displacement is small, and the impact load absorption and buffering capacity are very limited; although it has Certain damping and buffering effect, but no damping force adjustment function, can not achieve rapid release, low operating efficiency

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