Automatic terminal processing equipment and method

Abstract

The invention discloses automatic terminal processing equipment. The automatic terminal processing equipment and method includes a terminal bending and cutting device, a terminal tail belt and water gap cutting device and a terminal plugging device according to the terminal processing sequence, wherein correspondingly, the terminal bending and cutting device and the terminal tail belt and water gap cutting device are provided with a conveying robot, correspondingly, the terminal tail belt and water gap cutting device and the terminal plugging device are provided with a conveying mechanism, oneside of an output end of the terminal plugging device is provided with a detection positioning seat for disposing terminals, and the detection positioning seat is correspondingly provided with a metal probe used for detecting terminal plugging. The automatic terminal processing equipment is advantaged in that structural design is reasonable and ingenious, automatic processing of the terminals isachieved, terminal plugging and length of wiring terminals are detected, cost is saved, common bad properties in market can be avoided, the yield of output products is effectively improved, moreover,break of the terminals is avoided through continuous dies for terminal bending, and the product defect rate is reduced.

Description

technical field [0001] The invention relates to the technical field of terminal processing, in particular to an automatic terminal processing equipment and method. Background technique [0002] The terminal refers to the part that connects the battery to the external conductor. In electrical engineering, the terminal refers to the terminal, also known as the terminal. Zinc, copper, aluminum, iron, etc., are mainly used to transmit electrical signals or conduct electricity; in engineering, it is the interface reserved for the project in front of the station for the project behind the station, and is the pre-embedded facility for the interface project behind the station. [0003] The manufacturing process of the terminal generally includes feeding tape, bending, tape cutting, injection molding, water cutting, terminal tail tape cutting, and pin hole insertion in the above process, due to the injection molding of the terminal, through The injection molding machine is formed at...

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Problems solved by technology

[0003] The manufacturing process of the terminal generally includes feeding tape, bending, tape cutting, injection molding, water cutting, terminal tail tape cutting, and pin hole insertion in the above process, due to the injection molding of the terminal, through The injection molding machine is molded at one time, and the injection molding machine itself has a corresponding control on the yield of the output product, and generally does not need to be inspected; the defective terminals are often caused by the cutting of the tail tape of the terminal and the insertion of the pin hole.

[0004] The traditional terminal machine does not have the detection function of pin insertion, so it is difficult to reduce the defective rate of the output product; or after the output product is detected by special detection equipment such as machine vision, but its cost is expensive and the cost is too high, it is difficult for many small manufacturers. bear

[0005] In addition, the current terminal bending operation mostly uses manual bending or rotary cylinders with bending knives, and due to the characteristics of manual and rotary cylinders, the accuracy of their control torque cannot be well guaranteed, so , the bending angle of the terminal cannot be accurately controlled, resulting in a high rate of defective products of the bent terminal, which not only affects the production efficiency, but also increases the production cost

[0006] Although the terminal production line of some manufacturers performs one-time pressing and bending of the terminals through the pressing machine, the same batch of terminals with the same bending angle can be obtained, which reduces the defective rate of the product; but one-time bending is harmful to the terminals. The toughness requirements of the terminal are relatively high. If the material toughness of the terminal is not enough, the terminal is easy to break when the bending angle is slightly too large.

In addition, before the terminal is put into the injection molding machine, it still needs to be cut and other operations, and the existing terminal production line is not highly automated, and it is difficult to achieve better control of the efficiency and defective rate of the equipment at the same time.

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