Manufacturing method of dip switch

Abstract

The invention belongs to the field of switch manufacturing, and specifically relates to a manufacturing method of a dip switch. The method comprises the following steps: molding a switch body material strip, i.e., stamping the shape of body terminals and an auxiliary connecting line on an entire metal material strip, the auxiliary connecting line being disposed between two neighboring body terminals; molding a switch body on a body terminal material strip in an injection mode, embedding the auxiliary connecting line in the side surfaces of two neighboring switch bodies, cutting out the connection between the body terminals, the auxiliary connecting line and the body terminal material strip, a dip switch being still a continuous material strip by depending on the connection effect of the auxiliary connecting line, and forming a dip switch material strip. At the moment, automatic material strip type detection can be carried out on the dip switch material strip, i.e., material strip type automatic feeding is realized, manual placement of the dip switch is unnecessary, the automation degree is improved, the labor intensity of detection personnel is reduced, at the same time, the pin inequality defect caused by contact with terminal pins due to manual factors in a detection process is reduced at the same time, and the product production yield is improved.

Description

technical field [0001] The invention belongs to the field of switch manufacturing, and more specifically relates to a manufacturing method of a dip switch. Background technique [0002] In the Chinese invention with the patent number of 01115950.2 and the patent name "Manufacturing and molding method of the dial switch", a manufacturing and molding method of the dial switch is disclosed. The switch is cut into single grains, and the end pins of the body are stamped and formed at the same time, and then tested. Due to the method of manually placing the dial switch and single grain detection, the detection efficiency is low. [0003] In the Chinese utility model patent with the patent number of 200820076771.9 and the patent title of "A Quick Detection Device for an Intelligent DIP Switch", a detection device for a DIP switch is disclosed. The device uses a CPU to detect the DIP switch. The speed is fast and the work is reliable. It only takes about 5 seconds to detect a DIP s...

AI Technical Summary

Problems solved by technology

[0002] In the Chinese invention with the patent number of 01115950.2 and the patent name "Manufacturing and molding method of the dial switch", a manufacturing and molding method of the dial switch is disclosed. The switch is cut into single grains, and the end pins of the body are stamped and formed at the same time, and then tested. Due to the method of manually placing the dial switch and single grain detection, the detection efficiency is low

[0003] In the Chinese utility model patent with the patent number of 200820076771.9 and the patent title of "A Quick Detection Device for an Intelligent DIP Switch", a detection device for a DIP switch is disclosed. The device uses a CPU to detect the DIP switch. The speed is fast and the work is reliable. It only takes about 5 seconds to detect a DIP switch, and the work efficiency is increased by more than ten times. Effectively guarantee product quality, but in this device, manual placement of DIP switches and single-grain detection are still used. Although the detection efficiency has been improved, it is still impossible to realize the automatic detection of automatic feeding

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