Material pushing device capable of moving bi-directionally and simultaneously

Abstract

The invention provides a material pushing device capable of moving bi-directionally and simultaneously, and belongs to the field of card packaging equipment. The material pushing device comprises a bottom frame, a horizontal moving assembly and an up-down moving assembly. The horizontal moving assembly further comprises a lower swing arm, an upper swing arm and a pushing assembly. A driving grooveis formed in the side face of a horizontal cam, a guiding wheel is arranged in the driving groove, the guiding wheel is fixedly locked at one end of the lower swing arm, the middle of the lower swingarm is hinged to a first fixed seat, the end, away from the guiding wheel, of the lower swing arm is hinged to the lower end of the upper swing arm through a large connection rod, the middle of the upper swing arm is hinged to a second fixed seat, the second fixed seat is arranged above the horizontal cam, the upper end of the upper swing arm is hinged to the lower end of the pushing assembly through a hinged small connection rod, and a guiding linear rail which is horizontally arranged is arranged on the side face of the pushing assembly. The material pushing device is driven by adopting thehorizontal cam and a vertical cam, moving in the horizontal direction and vertical direction can be achieved simultaneously, and moving is stable and reliable.

Description

technical field [0001] The invention belongs to the field of card packaging equipment and relates to a material pushing device capable of bidirectional and simultaneous movement. Background technique [0002] Cards are widely used in daily life, such as word recognition cards commonly used in children's time, card readers for teaching, etc., as well as commonly used cards such as playing cards. After production, these cards need to be packaged and sealed in multiple pieces, and then For sales, it is beneficial to ensure waterproof, moisture-proof and long-distance transportation after plastic packaging. At present, the common card packaging machines are mostly aimed at multiple cards with a small thickness, generally under 20mm. transfer and push, but for cards with a larger thickness, if the cylinder is used for clamping, the clamping will not be in place, the clamping will not be firm, and the chuck will fall. If the specification of the cylinder is increased, the correspo...

AI Technical Summary

Problems solved by technology

[0002] Cards are widely used in daily life, such as word recognition cards commonly used in children's time, card readers for teaching, etc., as well as commonly used cards such as playing cards. After production, these cards need to be packaged and sealed in multiple pieces, and then For sales, it is beneficial to ensure waterproof, moisture-proof and long-distance transportation after plastic packaging. At present, the common card packaging machines are mostly aimed at multiple cards with a small thickness, generally under 20mm. transfer and push, but for cards with a larger thickness, if the cylinder is used for clamping, the clamping will not be in place, the clamping will not be firm, and the chuck will fall. If the specification of the cylinder is increased, the corresponding air source will Just need to increase, increase cost, and the clamping speed of cylinder should be reduced appropriately, has just reduced work efficiency greatly like this

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