Round bar machining device and feeding device thereof

Abstract

The invention provides a round bar machining device and a feeding device thereof. The feeding device comprises a loading box, multiple pushing rods, an adjusting mechanism and a power mechanism; the loading box is of a box structure with an opening in the upper and is used for bearing round bars, multiple vertically through grooves are formed in the inner surface of one side wall of the loading box, multiple pushing stop faces are formed by the non-groove position of the inner surface of the side wall of the loading box, the multiple pushing rods stretch into the loading box from the lower portion of the loading box, and the pushing rods are opposite and close to the grooves; the adjusting mechanism is connected with the pushing rods and can drive the pushing rods to move in the direction facing or away from the grooves, the pushing rods are partly embedded in or moved out of the grooves, the top faces of the pushing rods partly or completely exceed the pushing stop faces, and the exceeding faces form pushing faces suitable for a single round bar; and the power mechanism is connected with the pushing rods so as to drive the pushing rods to vertically move.

Description

technical field [0001] The invention relates to the field of cutting processing equipment, in particular to a round bar material processing equipment and a feeding device thereof. Background technique [0002] The general raw material of the cutting tool used in the drilling and milling process is a slender round bar, which needs to be cut into the required length according to the required length. Most of the existing cutting processing equipment uses semi-automatic or rolls the bar in the inclined groove to load the material. In the case of semi-automatic, it is necessary to equip a special station and a manual during the processing to continuously replenish the round bar; while the previous fully automatic feeding relies on the rolling of the bar to load the material, which often causes sticking between the bars due to water or dust. There is an abnormality in the rolling blockage of the feed inlet, so it is also necessary to be equipped with manual monitoring of the proce...

AI Technical Summary

Problems solved by technology

[0002] The general raw material of the cutting tool used in the drilling and milling process is a slender round bar, which needs to be cut into the required length according to the required length. Most of the existing cutting processing equipment uses semi-automatic or rolls the bar in the inclined groove to load the material. In the case of semi-automatic, a special station needs to be equipped with a manual during the processing to continuously replenish the round bar; while the previous fully automatic feeding relies on the rolling of the bar to load the material, which often causes sticking between the bars due to water or dust. There is an abnormality in the rolling blockage of the feed inlet, so it is also necessary to be equipped with manual monitoring of the processing status, which increases labor costs and processing abnormalities

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