Feeder for conveying short sheared strip in lateral side

Abstract

The invention discloses a feeder for conveying a short sheared strip in the lateral side. The feeder comprises a first frame, a first material clamping device and a second material clamping device; the first material clamping device is arranged on the first frame and used to clamp a material; and the second material clamping device is cooperated with the first material clamping device, and moves backwards when the first material clamping device clamps the material and moves forwards when the first material clamping device looses the material. The feeder is further provided with a support structure so that first and second feeding devices can convey the material to position under a punching machine; and vibration in the first and second feeding devices can be absorbed, the conveying stability is high, wearing between the material and first and second devices is reduced, and the service life of the whole feeder is prolonged.

Description

technical field [0001] The invention belongs to the technical field of workpiece processing, and in particular relates to a feeder for conveying short strips from the side. Background technique [0002] At present, in my country's iron and steel industry, the steel produced can be roughly divided into ordinary steel and high-quality steel according to the carbon content in the steel. General steel is a large steel that is common in our daily life, such as steel used in construction materials. Frames, etc., while high-quality steel has the advantages of low carbon content, high hardness, and light weight. It is mostly used for blades, chains, etc.; currently, the high-quality steel produced by steel mills is limited due to the process, and the general width of high-quality steel is limited to 350mm. Inside, its width is relatively narrow. During the use of high-quality steel, it punches high-quality steel through punching equipment. The stamping process is to press the punch to...

AI Technical Summary

Problems solved by technology

[0003] When feeding steel, most of them use manual feeding, but there are also feeding methods through mechanical equipment. Feeding through mechanical equipment has the advantages of high feeding efficiency and low cost, and the working time of the equipment is long. , so it can feed the material for a long time to maintain the stability of the entire feeding process; however, the existing equipment has the defect of large vibration when feeding, which will cause the material to shift during the feeding process, resulting in The stamping effect of the stamping equipment is affected, and because the material is steel, if the vibration is large, the steel will collide with the entire equipment at a high frequency, which will cause greater wear between the material and the equipment, and will seriously affect the use of the entire equipment life

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