Automatic welding device for optical cable longitudinally wrapped steel belt or aluminum belt connection

Abstract

The invention discloses an automatic welding device for optical cable longitudinally wrapped steel belt or aluminum belt connection. The automatic welding device is characterized by comprising an operation platform, a belt tail positioning device, a belt head positioning and clamping device, an oblique moving device, a shearing device, a tailing recycling device a welding device body and a control system. According to the automatic welding device, through control and combination of a pre-shearing profiling mold, an air cylinder and an electric cylinder, positioning and clamping of belt ends (the belt head and the belt tail) are achieved, the effect that oblique overlapped joints stably pass through an embossing and longitudinal wrapping device is guaranteed in the 45-degree belt end shearing and welding mode, control over the belt stacking width and the number of rows of weld spots is achieved through the oblique moving device, and a quality guarantee is provided for automatic belt stacking welding. Through the automatic welding device, the automation degree of the sheath production line is improved, the problem that the labor cost is high can be effectively solved, production can be conducted incessantly for 24 hours, the dependence on number of workers is eliminated fundamentally, labor cost is reduced, and the enterprise competitiveness is improved.

Description

technical field [0001] The invention relates to an automatic welding device for connecting longitudinally wrapped steel strips or aluminum strips of optical cables. Composed of devices and control systems, it automatically completes the cutting, stacking, and welding operations of steel / aluminum strip connection, and realizes the automation of steel / aluminum strip connection at the longitudinal wrapping station, which improves production efficiency and reduces raw material costs. Cable quality and equipment capacity. Background technique [0002] In the production process of the outer sheath of the optical cable, the splicing of the steel strip or the aluminum strip at the longitudinal wrapping station is manually operated. The shearing angle, width of stacked tape, number of solder joints and welding current are all controlled by the operator based on experience; after adopting the high-speed automatic tape storage equipment, the production capacity of the equipment is imp...

AI Technical Summary

Problems solved by technology

The shearing angle, width of stacked tape, number of solder joints and welding current are all controlled by the operator based on experience; after adopting the high-speed automatic tape storage equipment, the production capacity of the equipment is improved, and the welding frequency is increased. The whole process must be tracked to prevent the tail section from entering the tape storage box to affect production and splicing operations, and the production efficiency will not be improved; in the case of two machines storing tapes at the same time, it is necessary to complete the tape storage and splicing of one of the machines in advance, and at the same time The remaining length of tailings is controlled according to the feeling of the operator, and there is a phenomenon of wasting raw materials

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