Rolling outlet real-time monitoring rolling quality device

Abstract

The invention provides a device for real-time monitoring of the rolling quality at a rolling discharging port. The device comprises a device body and the rolling discharging port. The device body is arranged above the rolling discharging port. The outer portion of the device body is provided with a locator, a control switch and a detection window. Positioning clamps are arranged at the outer portion of the locator and are connected with the two sides of the rolling discharging port. A high-speed and high-definition camera, a warning signal device and a computer are arranged in the device body.The warning signal device is arranged at the outer portion of the high-speed and high-definition camera. A rolling switch is arranged at the outer portion of the rolling discharging port. The computer is connected with the control switch. The control switch is connected with the warning signal device and the rolling switch. The device effectively solves the problem that phosphor copper ball blanks with the disqualified rolling quality are continuously produced in an existing rolling discharging port while manufacturers cannot know in time; and the disqualification rate is reduced, accordingly, the machining waste is reduced, the production efficiency and the product checking rate are improved, and the device is conveniently installed outside rolling discharging ports different in type andsize.

Description

technical field [0001] The invention relates to the field of quality monitoring, in particular to a device for real-time monitoring of rolling quality at a rolling outlet. Background technique [0002] At present, in the rolling discharge port, it is necessary to cut the raw material phosphor bronze rod into a copper pier, then place it in a fixed mold cavity and roll it into a phosphor bronze ball billet, and then undergo subsequent grinding and polishing processes to obtain a direct use copper ball. [0003] However, if the mold cavity is worn, it will cause scratches, indentations, pull marks and irregular shapes on the surface of the rolled phosphor bronze ball billet, and the manufacturer fails to know it in time, or it can only be obtained in the next process. It is known that continuous production will continue to produce unqualified phosphor bronze spheres, which will result in a large number of unqualified products, resulting in waste of processing and the existing...

AI Technical Summary

Problems solved by technology

[0005] In order to solve the above-mentioned problems, the present invention effectively solves the situation that the existing rolling discharge port continues to produce unqualified phosphor bronze ball billets, and the manufacturer fails to know in time. Yield rate, while reducing the unqualified rate, thereby reducing processing waste and reducing manpower input, improving production efficiency and product inspection rate, and effectively facilitating the installation of different types of rolling outlets and easy disassembly and replacement

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