A cantilever rod screen threading machine

Abstract

The invention belongs to a cantilever bar screen threading machine; it includes a frame, the frame is provided with an automatic operation unit for the wire frame for conveying the wire frame, and the upper left of the automatic operation unit for the wire frame is provided with a The feeding manipulator is placed on the automatic running unit of the wire rack. The right side of the feeding manipulator is equipped with the lower cantilever rod piercing unit and the upper cantilever rod piercing unit for threading the wire rack. The upper cantilever The right side of the bar piercing unit is equipped with a welding manipulator, and the right side of the welding manipulator is equipped with a discharge manipulator; it has the advantages of reasonable structural design, improving the efficiency of cantilever bar threading, saving labor and reducing labor intensity.

Description

technical field [0001] The invention belongs to the technical field of automatic rod threading of cantilever rod screens for vibrating screens, and in particular relates to a rod threading machine for cantilever rod screens. Background technique [0002] Cantilever bar sieve plate is a sieve plate structure often used in vibrating screen equipment. The bar is made of 65Mn2Si commonly known as "spring steel", and a hole 0-10μm larger than the diameter of the bar is drilled on the square tube. Penetrate into the hole, and weld the rear end to form a cantilever bar sieve plate. Because this structure can form secondary vibration on the vibrating equipment, which has the advantage of preventing the clogging of the screen hole, it is currently used in various screening occasions such as sand and gravel, coal preparation, metallurgy, blast furnace tank, lump ore, garbage sorting, etc. Available. [0003] The rod gap of the cantilever rod sieve plate is the screening aperture. Du...

AI Technical Summary

Problems solved by technology

[0005] The existing cantilever bar screen threading rods, regardless of single-layer or double-layer, are hammered into the holes of the wire frame one by one by workers. The disadvantages are: (1) more labor is required; (2) labor intensity is high ; (3) low efficiency

The above problems have always plagued the delivery date of the cantilever rod screen. Because of manual work, overtime is often used to complete the task on schedule.

Because the task production cycle is long, it affects the competitiveness of the market and causes a lot of losses to the enterprise

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