High-salt-mist corrosion-resistant light woven wave-proof sleeve and preparation process thereof

Abstract

The invention relates to the field of manufacturing of wave-proof sleeves, in particular to a high-salt-mist corrosion-resistant light-weight woven wave-proof sleeve and a preparation process thereof.The high-salt-mist corrosion-resistant light-weight woven wave-proof sleeve comprises a wave-proof sleeve body, the wave-proof sleeve body is formed by weaving a plurality of copper wires through winding equipment, the preparation process is executed through the winding equipment, and the winding equipment comprises a rack, a wire winding column, a rotary disc and a power module. The mounting blocks are mounted on the rotating disc, and the mounting modules with the same number as the copper wires are mounted according to the number of the copper wires needing to be wound, so that the device can adapt to the weaving process of wave-proof sleeves with different densities; then, an elastic piece is arranged between every two adjacent mounting modules, so that the mounting modules can be uniformly distributed in a first sliding groove, and the situation that the weaving effect is affected by the position relation of the spindles is prevented; and then, one end of a copper wire is connected with a wire winding column, so that the copper wire is woven on the wire winding column. Meanwhile, the power module enables the turntable and the wire winding column rotating shaft to reversely rotate to accelerate the weaving speed.

Description

technical field [0001] The invention relates to the field of anti-wave sheath manufacturing, in particular to a high-salt-spray corrosion-resistant lightweight braided anti-wave sheath and a preparation process for a high-salt-spray corrosion-resistant light-duty braided anti-wave sheath. Background technique [0002] With the rapid and rapid development of today's science and technology and the urgent need for the modernization of national defense in our country, the military industry is developing in the direction of high technology and high speed. Due to its special deployment location, the shipboard airborne equipment is subjected to very different environmental conditions from the land-based environment during its lifespan. Due to the limitation of hangar capacity and combat missions, carrier-based aircraft need to be parked on the flight deck most of the time (over 90%), which will be seriously affected by the marine climate environment. The measured data show that th...

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Problems solved by technology

[0003] The existing anti-wave sleeve and its manufacturing method, a cable braiding machine disclosed in Patent No. CN201821755774.5, is provided with a chute on the loading plate, and a plurality of card slots are arranged inside the chute to make it easy to install Multiple spindles prevent the breakage of the thread, but it cannot increase the number of spindles beyond the number of slots, and cannot increase the weaving speed

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