Method and device of electromagnetism movement stacking

A mobile device, electromagnetic force technology, applied in the stack receiving device, transportation and packaging, sending objects, etc., can solve the problem of poor movement stability of the wide-width platen, scratches of the wide-width platen, and uneven stacking, etc. problems, to avoid hydraulic oil leakage pollution, good self-locking, strong tensile and compressive ability

Active Publication Date: 2013-06-19
NORTH CHINA UNIVERSITY OF TECHNOLOGY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0006] In order to overcome the above-mentioned problems in the prior art, the present invention aims to provide an electromagnetic mobile stacking method and its device

Method used

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  • Method and device of electromagnetism movement stacking
  • Method and device of electromagnetism movement stacking
  • Method and device of electromagnetism movement stacking

Examples

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[0027] Implementation case:

[0028] The parameters of the wide profiled plate grabbed by the electromagnetic mobile stacking device are: plate width 992mm, plate length 10000mm, plate thickness 0.48mm, production line profile production speed v = 1m / s, and each work cycle of the pickup device is obtained. For 10s. The height of the designed profile to be lifted away from the conveyor line is 50mm, that is, the lifting displacement of the picking device is 50mm, and the lifting speed of the screw is 0.1m / s, that is, the nut speed is about 1500~2000r / min; from the conveyor line to the stacking platform With a distance of 1200mm, the maximum translation speed is about 0.7m / s, and the device needs to achieve each action in one cycle and the time required: the pickup device is lowered to the conveying line, and the suction electromagnet is energized to suck the profile. 1.5s; the pick-up device rises to a certain height, it takes 1s; the pick-up device grabs the profile and moves to...

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Abstract

The invention relates to an electromagnetism movement stacking method and a device of electromagnetism movement stacking and belongs to the technical field of devices special for plate material stacking. The electromagnetism movement stacking method and the device of the electromagnetism movement stacking solves the problem of stacking of fetching and movement of contour plates. The electromagnetism movement stacking method is characterized by including the steps of picking up proximate matter by adopting a suction electromagnet, moving the contour plates on a transmission line to a stacking platform, and stacking the contour plates in order. The invention further provides the electromagnetism movement stacking device according to the electromagnetism movement stacking method. The electromagnetism movement stacking device comprises a pick device provided with the suction electromagnet and a movement device connected with a sliding block. The electromagnetism movement stacking device is capable of moving and stacking the contour plates. Horizontal reciprocation of the movement device is achieved through change of corotation and reversal of a motor. The electromagnetism movement stacking method and the electromagnetism movement stacking device has the advantages of being capable of moving the contour plates on the transmission line to the stacking platform and stacking in order, flexible and simple in an adjustment mode, and capable of reducing labor force needed by stacking plates, and effectively improving production efficiency.

Description

technical field [0001] It relates to the technical field of special equipment for stacking plates combined with a wide-width profiled plate production line, and specifically relates to an electromagnetic mobile stacking method and a device thereof. Background technique [0002] Cold-formed steel is an economical and efficient steel that plays an important role in the field of engineering and construction. At present, the cold-formed steel used in the foreign construction industry accounts for about 25% to 30% of the total cold-formed steel, and the cold-formed steel used in the construction industry in my country needs about 800,000 tons, which fully shows that the cold-formed steel used in construction has great potential. Cold-formed steel can produce various complex sections. Compared with hot-rolled steel, it has the advantages of reasonable cross-section shape, light weight and high strength. Steel is 10% to 50%. The product has good quality, smooth surface, high dimen...

Claims

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Application Information

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IPC IPC(8): B65H29/10B65H31/10
Inventor 韩飞李茜农棉庚
Owner NORTH CHINA UNIVERSITY OF TECHNOLOGY
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