Locating device of stamped plug panel

Abstract

The invention discloses a locating device of a stamped plug panel. The locating device is characterized by comprising at least two locating mechanisms; the locating mechanisms comprise mounting brackets, locating plates and adjusting parts used for driving the locating plates to move in the radial direction; and the adjusting parts are mounted on the mounting brackets. According to the locating device, the at least two locating mechanisms are mounted on a mold, the locating plates of the locating mechanisms locate the circular panel, when the circular panel is placed on the mold and leans against the locating plates, the circular panel and the circular mold are right concentrically arranged, the operation is quite convenient, quick and safe, the concentricity precision is high, and a stamped plug is guaranteed to reach the standard.

Description

Technical field [0001] The invention relates to a positioning device, in particular to a positioning device for stamping head plates. Background technique [0002] When the stamping head is processed, the plate must be placed on the mold and the position must be accurate, so that the mold will not be out of position or unevenness of the corners of the head after stamping. In the mold processing of the existing stamping head, the circular plate is usually placed on the mold by crane lifting and manual auxiliary handling. However, the circular plate and the mold are still not concentric. The positions of the two are roughly concentric. However, this knocking method is easy to damage the plate, and the processed object or the head has defects before being processed, which affects the subsequent work; and this knocking method still cannot make the concentric accuracy of the two reach high standards. For heads with high precision requirements, if the concentric accuracy of the two i...

AI Technical Summary

Problems solved by technology

When the existing stamping head is processed in the mold, the circular plate is generally placed on the mold by crane lifting and manual auxiliary handling, but the circular plate and the mold are still not concentric, and the staff needs to knock the circular plate to make it The positions of the two are roughly concentric

However, this knocking method is easy to damage the plate, and the processed object or the head has defects before processing, which will affect the follow-up work; and this knocking method still cannot make the concentric accuracy of the two reach a high standard. For heads with high precision requirements, if the concentric accuracy of the two is not enough, the head will be scrapped or the roundness will exceed the standard, resulting in unqualified products; this knocking method requires many processing personnel, high production costs, and processing time long, low productivity

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