Main feeder jumper manufacturing tooling and working method

Abstract

The invention provides a manufacturing tooling device of a main feeder jumper and a working method of the manufacturing tooling device. The manufacturing tooling device comprises a clamping device, a putting and pressing device, at least one welding machine electrode opening and closing device and a welding automatic shift device, wherein the clamping device comprises a housing; a cable and a center conductor penetrate into the housing; the putting and pressing device supports the center conductor and presses the center conductor into the housing; the welding machine electrode opening and closing device is provided with an electrode bar clamp for clamping the center conductor and makes the center conductor emit heat; and the welding automatic shift device drives an induction welding head to weld an outer conductor of the cable and the housing. By the manufacturing tooling device of the main feeder jumper, the technical problems of low production efficiency, an overlong production line, high labor intensity, a large product quality control difficulty and the like are solved. The welding machine electrode opening and closing device 5 utilizes a third air cylinder to act, and is combined with a center conductor fixing device, so that the position at which the electrode rod clamp clamps the center conductor is fixed, the pressure is uniform and stable and the product quality is reliably ensured.

Description

Technical field [0001] The invention relates to a product automated manufacturing machine system, in particular to a manufacturing tooling device for a main feeder jumper and a working method thereof. Background technique [0002] The main feeder jumper for mobile communication antennas is a key component in the microwave communication antenna equipment, and the connection between the internal components of the antenna and the external signal equipment plays a vital role. With the application of 4G mobile communication technology in China and the world, the increase in communication frequency has put forward higher requirements on the main feeder jumper for mobile communication antennas. On the one hand, the performance and quality do not need to be continuously improved, on the other hand, the manufacturing needs to be reduced. cost. In order to meet the market demand for a wide frequency band, the main feeder jumper must meet extremely low voltage standing wave ratio (VSWR) an...

AI Technical Summary

Problems solved by technology

The above three-process production method not only has low production efficiency, long production line, and high labor intensity; moreover, the product is frequently transferred, and the product appearance is more likely to be damaged.

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