Detection and adjustment device for positive and negative orientation of guide tube

Abstract

The invention discloses a device for detecting and adjusting the front and back directions of a guide tube, which comprises a platform with a blanking port, and a device arranged on the platform for accommodating the guide tube transported by a guide tube feeding device and detecting the front and back directions of the guide tube. The detection mechanism, and the push cylinder that pushes the detection mechanism to or away from the top of the blanking port, also includes a guide tube located below the blanking port for accommodating the guide tube falling from the detection mechanism and rotating the guide tube to be turned by 180° ° steering mechanism, and the push cylinder that pushes the guide tube out of the steering mechanism; the guide tube is accommodated by the detection mechanism and the position and positive and negative directions of the guide tube are detected. After the orientation detection is completed, the guide tube can be pushed into the platform by pushing the cylinder On the steering mechanism below the blanking port, if the direction of the guide tube is reversed, the steering mechanism is controlled to rotate the guide tube by 180°. After adjustment, the pusher cylinder pushes the guide tube out of the platform, which improves the automatic stamping efficiency of the guide tube.

Description

technical field [0001] The invention relates to the technical field of punching, and more specifically relates to a device for detecting and adjusting the front and back directions of a guide tube before the guide tube assembly is stamped. Background technique [0002] The guide tube assembly includes a guide tube and a guide tube joint. When preparing the guide tube assembly, it is necessary to insert the connecting end of the guide tube into the hole of the guide tube joint, and then stamp the guide tube joint with a die, so that the guide tube joint embedded in the guide tube The inner guide pipe part is connected and fixed with the guide pipe joint. [0003] At present, when the guide tube is transported to the feeding table via the vibrating plate, the guide tube delivered at the outlet of the vibrating plate is directly pushed into the groove below the blanking port for detection and adjustment, and the guide tube coming from the feeding table is not in place. The fee...

AI Technical Summary

Problems solved by technology

[0003] At present, when the guide tube is transported to the feeding table via the vibrating plate, the guide tube delivered at the outlet of the vibrating plate is directly pushed into the groove below the blanking port for detection and adjustment, and the guide tube coming from the feeding table is not in place. The feeding table is well accommodated and fixed first, and it is easier to partially slide out of the groove during continuous operation to affect the subsequent direction adjustment. Therefore, a device that can accurately detect and stably adjust the positive and negative orientation of the guide tube is urgently needed to improve Stamping efficiency

Images