Standing device and L-shaped strip superimposing device

Abstract

The invention discloses a lifting device, which comprises: a guide plate, a slider, a push block cylinder, a joint, a fixed plate, a transmission rod, and a ┙-shaped plate; the fixed part of the push block cylinder is rotatably connected to the fixed plate; The movable rod of the cylinder is fixedly connected; the joint is fixedly connected with the transmission rod; the guide plate is provided with an annular hole; the slider is set on the transmission rod, and the transmission rod rotates along the axis in the slider; the slider accommodates In the ring-shaped hole, the upper and lower surfaces of the slider are arc-shaped, the diameter of the upper and lower surfaces of the slider is equal to the diameter of the inner and outer edges of the ring-shaped hole, and the slider slides in the ring-shaped hole; the ┙-shaped plate is fixed to the transmission rod connect. The push block cylinder pushes the slider to slide along the ring-shaped hole. When the slider moves, the transmission rod also rotates. The transmission rod drives the ┙-shaped plate to rotate, and the ┙-shaped plate rotates while moving. The ┙-shaped plate supports the L-shaped bar so that L-shaped bar righting, realized L-shaped bar righting, without manual operation, easy to realize automatic production.

Description

technical field [0001] The invention relates to the technical field of self-use equipment, in particular to a lifting device and an L-shaped bar stacking device. Background technique [0002] At present, stacking is a commonly used method of operation. In production, two regular pieces of materials or workpieces are often stacked. However, when the existing device stacks L-shaped strip workpieces, it usually encounters The following problems, the mechanism structure is complex, the stacking efficiency is low, especially in the case of high stacking frequency, it cannot meet the high-speed operation, which will increase the production cost. [0003] The modern manufacturing industry has put forward higher requirements on the output and automation of processing and production. Therefore, in terms of improving the efficiency of production and processing, the existing stacking device cannot realize efficient processing of workpieces. [0004] It can be seen that there are still...

AI Technical Summary

Problems solved by technology

[0002] At present, stacking is a commonly used method of operation. In production, two regular pieces of materials or workpieces are often stacked. However, when the existing device stacks L-shaped strip workpieces, it usually encounters The following problems, the mechanism structure is complex, the stacking efficiency is low, especially in the case of high stacking frequency, it cannot meet the high-speed operation, which will increase the production cost

[0003] The modern manufacturing industry puts forward higher requirements on the output and degree of automation of processing and production. Therefore, in terms of improving the efficiency of production and processing, the existing stacking device cannot realize efficient processing of workpieces.

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