a feeding mechanism

Abstract

The invention discloses a feeding mechanism, which includes a rack, a discharging group, an adjusting group and a shaping group for adjusting the position of a copper shell on a material belt. The material belt sent out by the discharging group is connected with the shaping group through the adjusting group, the shaping group is provided with a toggle head and a positioning component, and when thematerial belt passes between the toggle head and the positioning component, the toggle head can be inserted into the copper shell in a reciprocating mode and matched with the positioning component tolever and regulate the angle of the copper shell on the material belt; and the toggle head on the shaping group is used for being matched with the positioning component, the copper shell passing through the material belt between the toggle head and the positioning component can be subjected to position adjustment through mutual cooperation of the toggle head and the positioning component, the toggle head is used for being matched with the positioning component to lever the angle of the copper shell, the joint between the copper shell and the material belt is exposed, a copper shell body doesnot resist the joint, the shaping effect is achieved, and the copper shell is conveniently stripped through stripping equipment in the later stage. According to the feeding mechanism, the position ofthe copper shell can be effectively adjusted, the copper shell is conveniently stripped from the material belt in the later stage, the structure is simple, and operation is convenient.

Description

technical field [0001] The invention relates to the technical field of transformer production equipment, in particular to a feeding mechanism. Background technique [0002] At present, when the transformer is assembled in the later stage, the coil is wound on the skeleton first, then the magnetic core is installed to form the terminal, and finally the copper shell and the terminal are assembled. At present, most of the copper shells are directly stamped on the copper foil strip, and there are generally two types of copper shells on the market: one is an independent copper shell, that is, the copper shell is pre-made from the copper foil strip. Peel off, and then package and sell. Since the copper shell has been stripped from the copper foil strip, it is very convenient for customers to use it in the later stage. It can be used directly, but the production cost is relatively increased, and it is easy to be crushed during transportation. The copper shell is crushed; the other...

AI Technical Summary

Problems solved by technology

At present, most of the copper shells are directly stamped on the copper foil strip, and there are generally two types of copper shells on the market: one is an independent copper shell, that is, the copper shell is pre-made from the copper foil strip. Peel off, and then package and sell. Since the copper shell has been stripped from the copper foil strip, it is very convenient for customers to use it in the later stage. It can be used directly, but the production cost is relatively increased, and it is easy to be crushed during transportation. The copper shell is crushed; the other is that the manufacturer simply punches out the copper shell on the copper foil strip, and the copper shell has part of the structure connected to the copper foil strip. This method is compared with the previous independent copper foil strip. Shell, the processing method is simple. The manufacturer only needs to stamp the copper shell without punching it, and then roll it together with the material tape into a bundle, which is convenient for later storage and transportation. However, since the copper shell is not removed from the material Stripping on the strip requires stripping the copper shell from the strip before assembling, so the production cost of the assembled transformer manufacturer increases

[0003] For the latter type of copper shell, most manufacturers currently use manual or other stripping equipment to peel the copper shell from the strip before assembling the terminals. Manual stripping is used, which results in low work efficiency and poor overall quality; Peeling with stripping equipment usually works together with the feeding equipment. The feeding mechanism feeds the coiled strip, and then the stripping equipment strips the copper shell from the strip. The work efficiency is high, but the production cost is high, and due to the copper shell It is directly stamped on the material strip, so it needs to be peeled off from the material strip. First, the positional relationship between the copper shell and the material strip needs to be adjusted to expose the connection and place between the copper shell and the material strip, and the peeling equipment Only then can the connection between the two be printed, which is convenient for later twisting and peeling off the copper shell from the strip

At present, this process is mostly manually adjusted or the copper shell is peeled off without adjustment. If the feeding mechanism is not adjusted directly, the next step of peeling the copper shell will be carried out, which will affect the quality of the copper shell stripped out later. Poor, low yield, directly affects the quality of later transformer assembly

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