Continuous machining machine for shearing edges of pincers

Abstract

The invention relates to a continuous machining machine for shearing edges of pincers. A feeding shaft in a front-back walking direction is arranged at the left and right ends of a rack, and is sleeved with a feeding chain barrel; the feeding chain barrel is matched with two feeding chains which are arranged side by side in the front-back direction; the feeding chains are uniformly provided with feeding blocks which are matched with machining carriers; the pincers with pincer blocks exceeding the left sides of the machining carriers are arranged in the machining carriers; a machining frame isarranged on the rack, and is provided with a shearing edge machining device matched with the pincer blocks on the machining carriers and a machining material pressing device matched with the machiningcarriers; and the rack is provided with machining supporting plates matched with the lower portions of the machining carriers in the machining state. According to the continuous machining machine forthe shearing edges of the pincers, the machining carriers are used for performing material carrying on the pincers, and in cooperation with the two feeding chains, moving of the machining carriers isachieved; and in cooperation with the shearing edge machining device, continuous machining is performed on the pincers on the machining carriers in continuous feeding and conveying, and the utilizingrate of the shearing edge machining device is increased; and then the overall machining efficiency of the pincers is improved.

Description

technical field [0001] The invention relates to the field of processing equipment, in particular to a continuous processing machine for pliers notches. Background technique [0002] Pliers are a commonly used hand tool with a wide range of applications, and there are various types according to specific needs, such as figure 1 As shown, it is the most conventional pliers, which includes two halves consisting of a handle 1, a rotating part and a pincer block 2, and a centering shaft 3 is sleeved in the center of the rotating part of the two halves. Parts are provided with notches and bayonets. In the processing engineering, the two halves must first be cast, and then the notches are formed by milling or grinding machines, and then the two halves are assembled. The notch processing of the pliers is inefficient, and the utilization rate of the notch processing device is poor, and a large part of the time is spent in the stages of retrieving, loading and positioning, which in tu...

AI Technical Summary

Problems solved by technology

[0002] Pliers are a commonly used hand tool with a wide range of applications, and there are various types according to specific needs, such as figure 1 As shown, it is the most conventional pliers, which includes two halves consisting of a handle 1, a rotating part and a pincer block 2, and a centering shaft 3 is sleeved in the center of the rotating part of the two halves. Parts are provided with notches and bayonets. In the processing engineering, the two halves must first be cast, and then the notches are formed by milling or grinding machines, and then the two halves are assembled. The notch processing of the pliers is inefficient, and the utilization rate of the notch processing device is poor. Most of the time is in the stage of picking, loading and positioning, which affects the overall processing efficiency of the pliers.

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