Material positioning moving rod detection mechanism

Abstract

The invention provides a material positioning moving rod detection mechanism. The material positioning moving rod detection mechanism comprises a base, a detector mounting base and a detection movingrod, wherein a moving rod mounting base is arranged at the left end of the base; the moving rod mounting base comprises a vertical plate and a guide plate; the left side surfaces of the guide plate and the vertical plate are used as guide induction surfaces, and the area of the guide induction surfaces is larger than that of the moving rod, so that the contact area is increased, the shaking amountis reduced, the detection precision is improved, the number of times of detecting by a person entering a stamping machine is reduced, and the safety is improved. A through groove has a guide limitingfunction on the detection moving rod, and the shaking amount of the detection moving rod is limited by the width of the through groove. When the detection moving rod is in a natural state, the bottomend of the detection moving rod extends out of the left end surface of the moving rod mounting base from the through groove, so that when the detection moving rod is put into a mold, a detection device senses a detection induction piece, namely, the material is detected in the mold, and after the material is taken away, the detection moving rod is automatically reset.

Description

technical field [0001] The invention relates to the field of mechanical detection equipment, in particular to a material positioning movable rod detection mechanism. Background technique [0002] In the field of mechanical equipment, since the material is put into the mold in the automatic stamping production line, a positioning detector that can locate and detect is required. The detection positioner currently used is detected by the movable rod next to it. The contact surface of the movable rod is relatively small, and the maximum contact area is only the end face of the movable rod. The material is easy to shake when it is put into the mold, and the amount of shaking is large, which reduces the contact area between the material and the movable rod, resulting in poor detection accuracy and often causing failures on the stamping line. It is detected that there is material in the mold, and it needs personnel to enter the stamping machine for manual operation to detect it, re...

AI Technical Summary

Problems solved by technology

[0002] In the field of mechanical equipment, since the material is put into the mold in the automatic stamping production line, a positioning detector that can locate and detect is required. The detection positioner currently used is detected by the movable rod next to it. The contact surface of the movable rod is relatively small, and the maximum contact area is only the end face of the movable rod. The material is easy to shake when it is put into the mold, and the amount of shaking is large, which reduces the contact area between the material and the movable rod, resulting in poor detection accuracy and often causing failures on the stamping line. It is detected that there is material in the mold, and personnel need to enter the stamping machine for manual operation to detect it, resulting in low efficiency of the automated production line, and there are also potential safety hazards for personnel entering the stamping machine

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