Waste chip card automatic recovery device

Abstract

The invention discloses an automatic restoring device for a waste chip card. The automatic restoring device comprises a conveying mechanism, a positioning base, a working chamber, an air blowing nozzle and a suction pipe, wherein the conveying mechanism is used for supporting and horizontally conveying a card body, the positioning base is connected with a lifting mechanism and can lock the card body at a certain position of the conveying mechanism, the working chamber is formed in the positioning base and is provided with an opening facing the card body, the air blowing nozzle extends into theworking chamber and faces a waste conductive column on the card body, the suction pipe extends into the working chamber and faces the waste conductive column on the card body, and the radial size ofthe suction pipe is larger than the radial size of the waste conductive column. When the conveying mechanism conveys the card body to the lower side of the positioning base, the positioning base can press down and lock the card body at a certain position of the conveying mechanism, the air blowing nozzle faces the waste conductive column on the card body, glue attached to the waste conductive column and the card body is not solidified yet, the air blowing nozzle blows air towards the waste conductive column to make the waste conductive column separated and disengaged from the card body, then the disengaged waste conductive column is sucked away through the suction cup, then the effect of rapidly removing the waste conductive column is realized, and the card body cannot be damaged by the whole operation.

Description

technical field [0001] The invention relates to chip card manufacturing equipment, in particular to an automatic recovery device for waste chip cards. Background technique [0002] In the production process of the chip card, there is a process of pasting the conductive pillars. The sheet-shaped conductive pillars are pasted into the corresponding installation slots on the card body, and then the quality of the card body is inspected by the visual inspection device. If the conductive pillars If there is a deviation in the pasting position of the chip card or the quality of the conductive column is unqualified, the card body is judged as a waste chip card and needs to be transported to the waste card station. After the production of other normal chip cards is completed, it needs to be removed. The waste conductive pillars are used to reuse the recovered card body. However, since a period of time has passed, the glue pasted on the waste conductive pillars and the card body has ...

AI Technical Summary

Problems solved by technology

[0002] In the production process of the chip card, there is a process of pasting the conductive pillars. The sheet-shaped conductive pillars are pasted into the corresponding installation slots on the card body, and then the quality of the card body is inspected by the visual inspection device. If the conductive pillars If there is a deviation in the pasting position of the chip card or the quality of the conductive column is unqualified, the card body is judged as a waste chip card and needs to be transported to the waste card station. After the production of other normal chip cards is completed, it needs to be removed. The waste conductive pillars are used to reuse the recovered card body. However, since a period of time has passed, the glue pasted on the waste conductive pillars and the card body has solidified and it is difficult to remove it. It takes a long time to manually remove the waste conductive pillars. Posts and glue, not only the efficiency is very low, but also easily lead to scratches on the card body, unable to restore the waste chip card, resulting in the scrapping of the entire card body

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