USB data transmission connector packaging device and method

Abstract

The invention relates to the field of USB data transmission connectors. A USB data transmission connector packaging device comprises a connector moving mechanism, a carrier tape feeding mechanism, a heat sealing film feeding mechanism, a carrier tape driving mechanism, a carrier tape conveying mechanism and a carrier tape collecting mechanism. The output end of the connector moving mechanism is connected with the output end of the assembling device and the input end of the carrier tape conveying mechanism. The output end of the carrier tape feeding mechanism and the output end of the heat sealing film feeding mechanism are connected with the input end of the carrier tape conveying mechanism. The output end of the carrier tape driving mechanism is connected with the carrier tape, and the carrier tape is matched with the assembled USB data transmission connector; the carrier tape conveying mechanism is matched with the carrier tape, and the output end of the carrier tape conveying mechanism is connected with the input end of the carrier tape collecting mechanism. According to the device, the carrier tape conveying position is prevented from changing by arranging the carrier tape driving mechanism, and accurate conveying of the carrier tape is guaranteed.

Description

technical field [0001] The invention relates to the field of USB data transmission connectors, in particular to a packaging device and method for USB data transmission connectors and assembly and packaging equipment. Background technique [0002] Universal Serial Bus (Universal Serial Bus, USB) is an emerging data communication method that gradually replaces other interface standards. It was jointly formulated by computer companies and communication companies such as Intel, Compaq, Digital, IBM, Microsoft, NEC and Northern Telecom in 1995. , and gradually formed an industry standard. As a high-speed serial bus, the USB bus has a very high transmission speed that can meet the application environment requirements of high-speed data transmission, and the bus also has the advantages of simple power supply (bus power supply), convenient installation and configuration (support plug and play and Hot-swappable), simple expansion port (up to 127 peripherals can be expanded through a...

AI Technical Summary

Problems solved by technology

[0004] The existing technology has the following deficiencies: 1. When bending and pressing the pressing part of the shell, a driving mechanism is used to drive the pressing head to bend and press the pressing part of the shell once to complete the bending and pressing process of the pressing part of the shell; The material of the pressing part of the shell has a certain degree of elasticity, and it has a certain elastic rebound after being bent, and the greater the degree of bending, the greater the elastic rebound of the pressing part of the shell; When the final angle is reached, the bending degree of the pressing part of the shell is relatively large, that is, the elastic rebound of the pressing part of the shell is relatively large after bending, which is not conducive to the precise bending and pressing of the pressing part of the shell

2. When loading the casing, the casing strip is first conveyed to the cutting station, and then the casing is cut from the casing strip and the empty casing strip is shredded using the casing cutting mechanism and the strip cutting mechanism respectively. ; while using the shell cutting mechanism and the tape cutting mechanism to cut separately, two sets of cutting mechanisms are required, and the two sets of cutting mechanisms need to be controlled respectively, which increases the number of cutting mechanisms and the complexity of the control system; When cutting the empty shell strip, two cutting steps are required: shell cutting and empty shell strip shredding, which increases the number of cutting steps and reduces the efficiency of shell cutting

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