Linear guide shaft type anti-sway suction cup movement mechanism

Abstract

A linear guide shaft type anti-swing suction cup movement mechanism comprises a rack in a cuboid vertical frame shape and a suction cup assembly used for adsorbing plates. The suction cup assembly is arranged in the rack. The linear guide shaft type anti-swing suction cup movement mechanism is characterized in that a Y-axis power assembly, an X-axis power assembly, a Z-axis power assembly and a P-axis rotation power assembly are further included; the Y-axis power assembly is used for providing power for movement, in the width direction of the rack, of the suction cup assembly in the rack; the X-axis power assembly is used for providing power for movement, in the length direction of the rack, of the suction cup assembly in the rack; the Z-axis power assembly is used for providing power for ascending and descending, in the height direction of the rack, of the suction cup assembly in the rack; the P-axis rotation power assembly is used for providing power for horizontal rotation of the suction cup assembly; and the running states of the Y-axis power assembly, the X-axis power assembly, the Z-axis power assembly, the P-axis rotation power assembly and the suction cup assembly are uniformly controlled by a control system. According to the linear guide shaft type anti-swing suction cup movement mechanism, the plates are stacked rapidly and orderly, the automation level and efficiency of stacking the plates are improved, and the storage space utilization rate of the plates is increased.

Description

technical field [0001] The invention relates to a movement mechanism, mainly a linear guide shaft type anti-sway suction cup movement mechanism, which is used for automatically stacking sheets. Background technique [0002] Sheet metal is widely used in industry and life, such as automobiles, refrigerators, washing machines, high-end furniture, cabinet equipment, industrial and civil buildings, etc. In recent years, in the furniture production industry, the use of PCM color-coated sheets has gradually emerged as the molding material for its side panels and panels. Therefore, the requirements for the appearance are gradually increasing, and the storage and transportation of the sheet should avoid scratching the surface of the sheet as much as possible to ensure that the appearance of the sheet will not be affected. The effective stacking of sheets is the basis for the storage and transportation of sheets. [0003] The main defects of sheet material stacking in the prior art...

AI Technical Summary

Problems solved by technology

[0004] 1. The boards are not neatly stacked. After the boards are stacked, the boards are not in a straight line along the vertical direction, which is easy to cause inverted stacking, that is, damage to the boards also brings safety hazards

[0005] 2. The stacking space of the sheets is not fully utilized, the intervals between the stacks are different, and the utilization rate of the storage space for the sheets is low

[0006] 3. The magnification of sheet metal often requires manual handling and counting, and the level of automation is not high

[0007] 4. The stacking of sheets through automatic grabbing equipment or belt transmission equipment may easily cause scratches on the surface of the sheet and affect the quality of the sheet

[0008] 5. The efficiency of sheet stacking is low, which cannot meet the requirements of fast storage and logistics

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