An automatic feeding machine for round bar parts

Abstract

The invention discloses an automatic feeding machine for round bar parts. A rubber pad is fixed on the lower side of the lower side of the rubber pad, and a gasket is fixed on the lower side of the rubber pad to increase the supporting area and improve the stability. A material frame is fixed on the upper side, and the material frame includes an outer material frame support and a bottom plate. The present invention completely completes the feeding action of the bar, with small footprint, stable feeding and small movement range of the product, so it is a bar part. The high-efficiency operating mechanism for feeding and processing adopts pure mechanism action, so that the product is in an irregular position at different time periods on a moving path, so as to achieve stable feeding of the product.

Description

technical field [0001] The invention relates to the technical field of feeding round bar parts, in particular to an automatic feeding machine for round bar parts. Background technique [0002] The round bar is the main raw material of the shaft parts. After the design of the shaft parts is completed, a variety of processing is carried out on the round bar, such as outer circle processing, milling, slotting, etc., so as to meet the design requirements. When the existing round bar is slotting , mostly through manual material distribution, feeding, positioning, and its work efficiency is low. [0003] The traditional round bar feeding machine can be divided into several types: step feeding, jacking feeding, and vibrating screening feeding. The advantage of step feeding is that it has high stability, but the size is large and the transmission path is long; the advantage of jacking feeding is that the volume is small and the transmission path is short, but the stability is not h...

AI Technical Summary

Problems solved by technology

The advantage of step feeding is that it has high stability, but the size is large and the transmission path is long; the advantage of jacking feeding is that the volume is small and the transmission path is short, but the stability is not high, and the interference between round bars is large. The product keeps falling, and the protection of the product surface is insufficient; the main working area of ​​screening and feeding is on the screening plate, and the posture of the product placed after the screening plate vibrates changes, and the posture that meets the requirements flows out of the sieve body, and the material is loaded by the feeding mechanism, which is generally suitable for small Screening and discharging of large pieces; of course, it can also be done for large pieces, but large-scale screening, vibration, noise, and space are also the largest, and an independent workshop must be set up for operations

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