A Multi-position Transformer Skeleton Transmission Structure

Abstract

The invention relates to a multistation transformer framework transferring structure which is mainly applied to the demand in different stations in a pin tin soldering process of a transformer framework. The transferring structure comprises a base, a clamp body and a framework, a sensor and firmware, a guiding assembly, a positioning assembly, a contact assembly, a transmission assembly, a lifting assembly and a separating assembly. A power piece of the transferring structure is driven by an air cylinder, and is fast to respond and high in work efficiency; the accuracy of the transfer position of the clamp body can be ensured due to a multistation design, so that the implementing reliability is met; a guiding and positioning key part is made from a wear-resistant material and is treated on the surface, so that the service life of the structure is prolonged. The transferring structure is simple and compact integrally, and can lower the production cost while realizes functional requirements. By designing a special clamp, the structure can be suitable for transferring the frameworks of different types and series or some small products.

Description

technical field [0001] The invention relates to a transformer skeleton transmission structure, which is mainly used for the transmission requirement of multi-station implementation in the transformer skeleton soldering process. Through the design of special fixtures, different types of series of skeletons or the transfer of some small parts can be applied to this structure. Background technique [0002] There are many domestic transformer skeleton manufacturers, and their products are mainly supplied to the electrical and electronic industries. All kinds of winding machines, pin insertion machines, packaging machines and other automation equipment are available. The automatic soldering machine developed for the skeleton pin soldering process is also one of the key equipment. The pin soldering process mainly includes processes such as pre-soldering inspection, dust blowing, dehumidification, soldering, and cleaning, and all these processes require a corresponding skeleton t...

AI Technical Summary

Problems solved by technology

At present, the vast majority of enterprises have adopted automated production equipment instead of manual soldering, but the design complexity of some equipment is relatively high, and the initial investment cost of generally small enterprises is relatively high. In addition, many transmission systems often appear during short-term use. Inaccurate positioning, damage to the skeleton structure, etc.

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