a splitter

Abstract

The invention discloses a novel divider which comprises a machine base, a rotary disk arranged on the machine base and a power input end. Positions are distributed on the outer edge of the rotary disk. A push block capable of stretching and retracting forwards and backwards is arranged behind the rotary disk. The end, facing the rotary disk, of the push block is provided with a clamping block. The machine base is also provided with a driving spindle connected with the power input end. A cam is mounted in the middle of the driving spindle in a sleeving mode. An index plate is arranged beside the cam. Indexing rollers capable of clamping a straight flange and an oblique flange are distributed along the circumference of the index plate. The index plate is connected with the rotary disk through an indexing shaft. A movable lever shaft is arranged behind the driving spindle. A lever block facing the rear side of the movable lever shaft is arranged in the middle of the movable lever shaft. The lever block is connected with a push block lever shaft in a rotatable mode. According to the divider, through a reasonable structural improvement and especially through the design of simultaneous linkage of the index plate and the push block, the effect that stepping indexing and stretch and retraction of the push block are controlled simultaneously through one divider is achieved.

Description

technical field [0001] The invention relates to the field of mechanical technology, in particular to a divider that can simultaneously link telescoping mechanisms. Background technique [0002] At present, with the continuous improvement of the social and economic level and the continuous development of science and technology, in the field of mechanical production and processing, the assembly process of tooling has basically realized mechanical automation, especially various automated production and processing equipment, which greatly improves production. efficiency. In the automated production process, such as the drilling and tapping steps of small parts, it is necessary to accurately position the intermittent divider and position it within a suitable time, and then cooperate with the push block to clamp the parts to be processed to achieve precise processing. However, since the push block and the turntable of this automatic tooling assembly device in the prior art are dr...

AI Technical Summary

Problems solved by technology

However, since the push block and the turntable of this automatic tooling assembly device in the prior art are driven separately: the push block is generally controlled by a piston rod or a mechanical structure in conjunction with an intelligent operating platform, and the turntable uses a motor as a power source, which not only increases the intelligence The cost of the operating platform and the labor cost for operating the intelligent operating platform are high, so the cost is relatively high; in addition, the extrapolation block and the turntable are installed separately, and installation errors easily affect the processing effect

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