Can-drawing-type swinging and rotating wire guide machine for bus puncture wire clamp of light-guide fibers

Abstract

The invention discloses a can-drawing type swinging and rotating wire guiding machine for a bus puncture wire clamp of light-guide fibers. The wire guiding machine structurally comprises a plug pulling rod cap, an optical fiber guide wire swing tank, a reed pipe sliding seat, a base block, a vertical plate block, a clamp spring bottom lining plate and a handle traction wheel. According to the invention, the cooperation of the plug-pulling rod cap and the optical fiber wire swinging tank is realized; a folding surface concentrated focusing lighting collection effect is formed; the light-guide fiber reverse puncture wire clamp operation of the puncture wire clamp operation is also formed; it is guaranteed that the fiber inner optical core directly pulls the butt joint bus slot through the traction slip ring of the balloon bundle cylinder base to form lossless clamping type butt joint wire operation; the placing-in angle of the bus can be better switched in by lifting and rotating the tank cylinder shell; the length of the bus does not need to be stretched, the clamping base of the device is efficient, upper and lower alignment lines can be found conveniently for puncture wire clamp guide bridge connection, rapid wire leading-in and self end cap protection of the light guide fiber are efficient, the phenomenon of power-on and power-off instability after wiring is also reduced, andit is guaranteed that the functionality of the light guide is improved.

Description

Technical field [0001] The invention is an optical fiber bus bar piercing wire clamp can draw type swing wire machine, which belongs to the field of optical fiber. Background technique [0002] Optical fiber is a commonly used cable for photoelectric transmission equipment. It has a wide range of coverage and collection effects for the construction of broadband networks and the collection of TV signals. The overall hardness of optical fiber is relatively average, so it is necessary to fix and protect the wire. Comprehensively in place, the shortcomings of current technology common to be optimized are: [0003] The flexibility of the optical fiber and the tight torsion of the fiber density are extremely fragile, so a plastic shell is required for protection, and the built-in optical core tube with tight fiber tends to cause the end of the wire to be exposed and stained with dust during the wire insertion process. , Insufficient resistance to the spring assembly force of the wire cl...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the object of the present invention is to provide a wire machine for the busbar puncture line of the optical fiber to clamp the canister and draw and swing, so as to solve the problem that the flexibility of the optical fiber and the tightness of the fiber density are extremely fragile, so it is necessary to The plastic shell is used for protection, and the built-in optical core tube with tight fiber bundles will often cause pollution and corrosion of the exposed and dusty ends during the wire insertion process. The flattening of the plastic shell leads to deformation, which causes both the optical core tube and the fiber bundle tube to be deformed under pressure, the refractive index of the light guide becomes lower, and the cross-section of the power supply decreases. Unstable, it is a huge functional consumption problem for the interface pin electrode sheet and the optical fiber tube

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