Plate anti-tilting arrangement packing device

Abstract

The invention discloses a plate anti-tilting arrangement packing device. The plate anti-tilting arrangement packing device comprises a base, sliding seats, a motor, a controller and flexible baffles,wherein a fixed baffle is vertically arranged at one end of the base; the two sliding seats are arranged on the base in a spaced mode and point to the fixed baffle; a linear driving device for drivingthe sliding seats to move intermittently is arranged on the base in the length direction; the motor is vertically arranged on the sliding seats; a hollow pipe extending upwards is arranged on a rotary shaft of the motor; the flexible baffles are distributed on the outer circle of the hollow pipe in an annular array mode; and the controller is linearly connected with the motor and the linear driving device and controls the motor and the linear driving device to operate. In the abovementioned way, according to the plate anti-tilting arrangement packing device, the hollow pipe rotates to drive the flexible baffles to rotate, plates are shifted to the front and attached to original plates, the tightness and stability after attachment are ensured, the problem of backward tilting is avoided, and the working efficiency is improved.

Description

technical field [0001] The invention relates to the field of electromechanical equipment, in particular to an anti-tilt arrangement and packaging device for plates. Background technique [0002] Plates occupy a large area, and often need to be arranged and packaged for storage and transportation. Some boards are packaged by stacking up and down, which requires horizontal handling of the boards, such as wooden boards, but the way of stacking up and down requires a high degree of overlapping of the boards, which is easy to deflect and reduces the stability of the stack , Therefore, the structure of the stacking equipment is also more complicated. [0003] Some panels are relatively fragile and have poor shock resistance in a horizontal state, so they are not suitable for stacking up and down, such as glass panels and tiles, which are usually arranged vertically. In the prior art, the vertical abutment of the boards is usually carried out manually, and the work efficiency is ...

AI Technical Summary

Problems solved by technology

In the prior art, the vertical abutment of the boards is usually carried out manually, and the work efficiency is low. However, during the vertical abutment process of the boards, the problem of sliding and toppling at the bottom of the boards often occurs, which affects the progress of the packing work, and the boards topple over The back is easily damaged, difficult to repair, and needs improvement

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