Intelligent general-purpose automatic stamping detection device for Lamp LEDs

Abstract

The invention discloses an intelligent general-purpose automatic stamping detection device for Lamp LEDs. The intelligent general-purpose automatic stamping detection device for Lamp LEDs comprises a movable intelligent manipulator system, a multilayer material hanger charge system, a synchronous double-automatic stamping system, an automatic detection system, an automatic defective product elimination system and an automatic shearing and packaging system. According to the device, the limit of the existing operation and hidden dangers to products are comprehensively removed; the secret worry of low efficiency and insecurity of a manual stamping manner is solved; and in addition, an attractive operation mode for procedure integration and optimization is given, and one-stop comprehensive procedure completion for a plurality of procedures of stamping, computer detection (detecting electrical property, appearance bubbles, foreign matters, poor adhesive sealing and the like in a manual operation manner, complementing the number of defective products by a computer, and the like), and shearing and packaging in the original process is realized, thus lean production is embodied, production efficiency is improved, production cycle is shortened, production cost is reduced, production space is saved, the reliability of quality control on products is comprehensively improved, and the outflow of abnormal products due to human errors and the errors of product quantity are reduced.

Description

technical field [0001] The invention relates to a fully automatic punch detection device, in particular to a LampLED intelligent universal automatic punch detection device. Background technique [0002] At present, there is a process in the packaging process of LampLED that requires 20 conjoined or 30 conjoined support pins, and the special mold is punched in parallel by manual punching or automatic punching by vibrating plate blanking. The row-type combination of in-line lamp body LEDs is beneficial to the electrical inspection and appearance inspection of the row-type computer inspection machine in the next process, while the automatic flushing of the vibrating plate blanking method can only be used for some LampLEDs (such as ?3 in-line LEDs) ,? 5 in-line LED) can implement automatic stamping operations, and the tube body will also be made into a hidden danger of scratches on the surface of the tube body when the vibrating plate pushes the material into the stamping die. ...

AI Technical Summary

Problems solved by technology

[0002] At present, there is a process in the packaging process of LampLED that requires 20 conjoined or 30 conjoined support pins, and the special mold is punched in parallel by manual punching or automatic punching by vibrating plate blanking. The row-type combination of in-line lamp body LEDs is beneficial to the electrical inspection and appearance inspection of the row-type computer inspection machine in the next process, while the automatic flushing of the vibrating plate blanking method can only be used for some LampLEDs (such as ?3 in-line LEDs) , ?5 in-line LED) can implement automatic stamping operations, and the tube body will also cause hidden dangers of scratches on the surface of the tube body when the vibrating plate pushes the material into the stamping die

In addition, there are some square small tubes (such as 1×3 in-line LED, 2×3 in-line LED, 2×5 in-line LED, etc.) and large tubes (such as ?8 in-line LED, ?10 in-line LED ,? 12 in-line LED, etc.) can not achieve automatic stamping operations

Although manual stamping is fully compatible with various shapes of in-line LEDs, it is inefficient and has potential safety hazards, which is not suitable for the requirements of today's society.

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