An automatic detection and lettering system of a one-way device

Abstract

The invention discloses an automatic detection and engraving system for a one-way device, which comprises a frame and a workbench arranged on the frame. The frame is provided with a product pressing measuring mechanism, a first riveting pressing mechanism and a slip torque test. mechanism, lettering mechanism and second riveting mechanism, the product compression measuring mechanism and the first riveting mechanism are respectively arranged on the upper and lower sides of the workbench, and the slip torque testing mechanism is arranged between the product compression measuring mechanism and the first riveting mechanism. Between the lettering mechanisms, the second riveting mechanism is arranged on the other side of the lettering mechanism relative to the slip torque testing mechanism, and both sides of the worktable are symmetrically provided with a station conversion lifting platform and a defective product processing mechanism. The product pressing measuring mechanism and the slipping torque testing mechanism are detected through the transfer of the station conversion lifting platform. The mechanism has reasonable structure, small occupied space, high work efficiency, accurate and reliable detection and low cost.

Description

technical field [0001] The invention relates to the technical field of unidirectional device parts assembly, in particular to an automatic detection and engraving system for a unidirectional device. Background technique [0002] The one-way device is an important auto part, and the one-way device assembly is widely used in the automobile industry. The one-way device is a rotating mechanism in the starter motor, and the one-way device is installed in the starting device of the car. When starting the car, the starting device and the engine cooperate with each other to complete the entire starting process. In the initial stage, the starting device works, and the power is transmitted to the engine through the one-way device, thereby driving the engine to work. When the engine is started, its rotational speed is greater than the rotational speed of the starting device. At this time, the starting device has completed the task and automatically separates from the one-way device fr...

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Problems solved by technology

[0003] During the assembly process of the one-way device, it is necessary to assemble the full-circle gasket, tooth body, semi-circle gasket and cover on the prefabricated one-way device. The tooth body is fitted, and then the two semicircular pads are relatively clamped on the one-way device on the one-way device, and overlapped on the full-circle pad, and then the cover is sleeved on the one-way device from above the one-way device along the one-way device. Move the one-way device until the half-round pad and the full-round pad on the one-way device are covered to complete the simple assembly of the one-way device. Detect and detect the length and length of each component covered by the cover; it also includes a slip torque test to test whether the torque parameters meet the requirements; finally, it is necessary to engrave the cover on the cover and use it for identification; the traditional one-way device The automatic detection and lettering system is often very single. A single detection and testing system corresponds to a single set of equipment, and it is difficult to achieve systematic linkage. Moreover, the integration of multiple sets of detection and lettering devices is poor, with cumbersome procedures, large space occupation, and low efficiency. series of questions

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