Onboard transformer winding rapid feeding and shearing device

Abstract

The invention relates to the technical field of transformer winding, feeding and shearing, in particular to an onboard transformer winding rapid feeding and shearing device which comprises a placement table. A feeding mechanism is mounted on the placement table, a limiting mechanism is connected to the feeding mechanism, a wire guiding mechanism is fixedly connected to the placement table, a transmission mechanism is connected to the wire guiding mechanism, a winding mechanism is installed on the wire guiding mechanism, a shearing mechanism is installed on the wire guiding mechanism, and a treading mechanism is connected to the wire guiding mechanism; under the cooperation of the limiting mechanism, the feeding mechanism can be adjusted, feeding is facilitated, subsequent winding through the winding mechanism is facilitated, a copper wire can be guided and cleaned conveniently under the action of the wire guiding mechanism, the transmission mechanism enables the feeding mechanism to drive the wire guiding mechanism, and therefore the copper wire can penetrate conveniently; under the cooperation of thetreading mechanism and the shearing mechanism, the copper wire can be conveniently sheared, the copper wire is prevented from rebounding, and workers can conveniently and rapidly take the copper wire.

Description

technical field [0001] The invention relates to the technical field of transformer winding feeding and shearing, in particular to a board-mounted transformer winding fast feeding and shearing device. Background technique [0002] The on-board transformer is an indispensable part of the electronic integrated circuit. It has the function of stepping down the input power. The transformer performs voltage transformation through the number of turns of the internal winding coil. The more coils, the greater the voltage change. In the production of transformers In the process, the coils of large rolls are distributed and wound on the wire barrels for transformers, and then through subsequent production and processing, it is convenient for testing and use. [0003] However, when winding transformers, generally when loading large coils, the coils are manually lifted and suspended on the support frame. Due to the large volume and certain weight of the coils, it is very inconvenient to ...

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Problems solved by technology

[0003] However, when winding transformers, generally when loading large coils, the coils are manually lifted and suspended on the support frame. Due to the large volume and certain weight of the coils, it is very inconvenient to install. A little carelessness can easily cause the coil to fall and cause personal injury. At the same time, dust and lint will adhere to the copper wire. If it is not cleaned in time, it will easily affect the quality of subsequent products. After feeding, it is necessary to intersperse the copper wire and the internal guide wheel. , because the copper wire is small, it is very inconvenient to operate, and when cutting the copper wire, it is inconvenient to cut the copper wire manually, and it is easy to make the copper wire rebound and shrink, which is inconvenient for subsequent access, which affects the overall winding of the transformer. efficiency

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