Automatic winding device

Abstract

The invention relates to the technical field of coil winding devices for metal brackets, in particular to an automatic winding device. Four stations are also arranged on a rack on the peripheral edge of a turn table; a loading device, a coil winding device, a dispensing machine and an unloading device are arranged on the four stations respectively; the loading device is used for mounting a to-be-wound metal bracket on a turn plate workpiece support device; the coil winding device is used for winding a wire on the metal bracket; the dispensing machine is used for coating the coil on the metal bracket with glue; the unloading device is used for taking out the metal bracket; the loading device comprises a loading manipulator; the coil winding device comprises a winding device and a wire cutting device; and the unloading device comprises an unloading manipulator, so that the automatic winding device saves manpower, increases the production capacity, completely eradicates manual operation and avoids pre-damage to an enamelled wire.

Description

technical field [0001] The invention relates to the technical field of metal stent coil winding devices, in particular to an automatic winding device. Background technique [0002] In microelectronics products, coils need to be wound on metal supports; at present, manual winding is generally used when winding coils on metal supports. This winding method has limitations. In the process of manual winding, operators need to Manually place the bracket on the winding machine, then manually hang the thread on the winding tooling, and then step on the foot switch, and then manually cut off the thread after the machine stops to complete the winding of the coil. Contact the enameled wire of about 0.05mm, and this series of operations requires very high technical proficiency and sense of responsibility of the operator. A little improper operation will cause damage to the enameled wire, which will easily cause damage to the enameled wire, resulting in failure of the finished product. ...

AI Technical Summary

Problems solved by technology

[0002] In microelectronics products, coils need to be wound on metal supports; at present, manual winding is generally used when winding coils on metal supports. This winding method has limitations. In the process of manual winding, operators need to Manually place the bracket on the winding machine, then manually hang the thread on the winding tooling, and then step on the foot switch, and then manually cut off the thread after the machine stops to complete the winding of the coil. Contact the enameled wire of about 0.05mm, and this series of operations requires very high technical proficiency and sense of responsibility of the operator. A little improper operation will cause damage to the enameled wire, which will easily cause damage to the enameled wire, resulting in failure of the finished product. Since only the coils that have been broken will be discarded, the pre-damaged coils are likely to be made into finished products, and will be found to be invalid after the product is put into use. The hidden danger is very large; and the existing manual winding, a A person can only operate a machine

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