Adaptive surface identifying device for optical fiber cable

Abstract

The invention discloses an adaptive surface identifying device for an optical fiber cable. Two guide shafts which are arranged at the left and right sides are fixed to the upper surface of a pedestalof the adaptive surface identifying device; a fixed base is fixed to the middle parts of the two guide shafts; the front side surface of the fixed base is provided with a plurality of supporting and fixing wheels in the horizontal direction; ink ribbon mounting discs are installed at the front surface of a lifting plate; guide wheels fixed to the lifting plate and a translational plate are arranged between the ink ribbon mounting discs and a hot stamping wheel; the translational plate is positioned in front of the lifting plate; two linear rails which move in the front-and-back direction are arranged in parallel at the upper surface of a base plate of the lifting plate; a tension adjusting cylinder is vertically installed on the pedestal; a cylinder barrel of the tension adjusting cylinderis fixed to the pedestal; and the tail end of a piston rod of the tension adjusting cylinder is connected to the base plate of the lifting plate. The adaptive surface identifying device disclosed bythe invention prevents bruising of the surface of an optical fiber cable protective sleeve, guarantees the product quality and can obtain clear and durable printed word content by means of stamping, and the printed word content is intact, durable and clear.

Description

technical field [0001] The invention relates to the field of thermal embossing devices, in particular to an adaptive surface marking device for optical fiber cables. Background technique [0002] At present, the method for marking the surface of the wire and cable sheath in the domestic market is generally through two methods of inkjet printer printing or single-line embossing of the printing wheel. The disadvantage of using spray printing is that the printed marking content is easily wiped off after the wires and cables are rubbed by transportation bumps, laying dragging and other links, and the printing content has poor adhesion. The disadvantages of using the single-line embossing form of the printing wheel are: (1) Restricted by factors such as the roundness of the wire and cable and the positioning stability during the production of the wire and cable, it is easy to appear unclear printing; (2) Due to the unilateral impact of the wire and cable sheath The force will ca...

AI Technical Summary

Problems solved by technology

The disadvantage of using spray printing is that the printed identification content is easily wiped off after the wires and cables are rubbed by transportation bumps, laying and dragging, and the printing content has poor adhesion

The disadvantages of using the single-line embossing form of the printing wheel are: (1) Restricted by factors such as the roundness of the wire and cable and the positioning stability during the production of the wire and cable, it is easy to appear unclear printing; (2) Due to the unilateral impact of the wire and cable sheath The force will cause the thickness of the sheath at the embossed part to become thinner, or even crushed, resulting in product quality accidents; (3) After the actual laying of the wire and cable, if the printed content is laid below, it is easy to cause the phenomenon that the wire and cable model specification is not convenient to check

The above two marking forms have adverse effects on the manufacture, laying-out construction and later maintenance of wires and cables.

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