Optical cable connection structure for human body bionics signal monitoring and conversion system

Abstract

The invention relates to the field of optical cable connection, in particular to an optical cable connection structure for a human body bionics signal monitoring and conversion system. The optical cable connection structure comprises an optical transceiver shell, a layer-stranded optical cable, a connecting piece, a limiting piece, a clamping piece, a fastening nut, an outer sleeve A, a rubber tube, an outer sleeve B, a sealing ring A, a sealing ring B, an anti-disassembly piece A and an anti-disassembly piece B; the connecting piece sequentially comprises a mounting section, a fixing section,a threaded section and a frustum section from front to back; and the section of the connecting piece mounting section is square, the sections of the connecting piece fixing section, the threaded section and the frustum section are round, and the side length of the section of the connecting piece mounting section is larger than the diameter length of the section of the connecting piece fixing section, and the diameter length of the section of the connecting piece fixing section is greater than that of the connecting piece threaded section. By respectively clamping the layer-stranded optical cable reinforcing core, the fiber layer and the outer sheath, the optical fiber in the layer-stranded optical cable is ensured not to be stressed, and the requirement of tensile resistance of the layer-stranded optical cable is also met.

Description

technical field [0001] The invention relates to the technical field of optical fiber transmission and connection, in particular to an optical cable connection structure for a human body bionics signal monitoring conversion system. Background technique [0002] The human bionics signal monitoring conversion system needs to convert the electrical signal collected from the human body into an optical signal through a high-speed signal processing circuit and an electro-optical conversion circuit for high-speed transmission, so that it can replace the cable transmission mode between the original connection device and the device communication network. The optical signal transmission based on the human bionics signal monitoring and conversion system between the interconnected devices is completed by using the optical cable. [0003] The connection between the existing layer-stranded optical cable and the optical transceiver is generally connected through a connector. The common conn...

AI Technical Summary

Problems solved by technology

The existing connection method has the following disadvantages: 1. The socket is connected to the optical transceiver, and the plug is connected to the optical cable, which makes the connection process of the socket and the plug complicated, and the volume of the socket and the plug is large and takes up space; 2. The insertion of the socket and the plug increases. 3. The socket and plug are detachable. For non-equipment maintenance personnel, it is easy to disassemble and easily cause equipment failure and affect signal transmission.

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