Real-time online detection device and system for production of pull rod machine tool

Abstract

The invention discloses real-time online detection device and system for production of a pull rod machine tool. The device comprises a machine tool main body and a detection table, wherein a real-time detection control box is arranged on one side of the machine tool main body, the detection table comprises a detection host and a display, the detection host is connected with the real-time detection control box through an electric wire, a discharging support is arranged on one side of a discharging port of the machine tool main body, and a finished product conveying wheel and an inferior-quality product conveying belt are arranged on the discharging support side by side. Ultrasonic detection is carried out on pull rods conveyed on the discharging support through an ultrasonic detector, the inferior-quality product pull rods can be detected and sorted out in time, The situation that the inferior-quality product pull rods are discharged with finished product pull rods is avoided, and the yield of the whole batch of the pull rods is improved; the pull rod quality condition detected in real time and the counted number of finished products and inferior-quality products can be transmitted to the detection host and displayed through the display, so that a worker can know the pull rod production and processing conditions in time.

Description

technical field [0001] The invention relates to the technical field of tie rod production and processing equipment, in particular to a real-time on-line detection device and system for a tie rod machine tool. Background technique [0002] Tie rods are combined for pre-tightening. The structural form of the tie rods, the selection of pre-tightening force, and the arrangement of shoulders will have a great impact on the overall dynamic characteristics of the rotor. It is a structure that often appears in building materials At the same time, there are many building structures or materials that will be built into tie rods. During the production and processing of tie rods, it is usually necessary to use machine tools to perform side cutting, forging, punching and other operations on the tie rods. However, the existing ones are used for production. The machine tool for processing tie rods cannot detect the quality of the tie rods in real time and cannot sort out defective products...

AI Technical Summary

Problems solved by technology

[0002] Tie rods are combined for pre-tightening. The structural form of the tie rods, the selection of pre-tightening force, and the arrangement of shoulders will have a great impact on the overall dynamic characteristics of the rotor. It is a structure that often appears in building materials At the same time, there are many building structures or materials that will be built into tie rods. During the production and processing of tie rods, it is usually necessary to use machine tools to perform side cutting, forging, punching and other operations on the tie rods. However, the existing ones are used for production. The machine tool for processing tie rods cannot detect the quality of the tie rods in real time and cannot sort out defective products when the tie rods are processed and discharged. Because defects such as cracks and delamination of the tie rods may occur during the processing, if they cannot be detected in time The tie rods of defective products are mixed with the finished tie rods, which affects the yield of the whole batch of tie rods. Therefore, it is necessary to design a real-time online detection device and system for the production of tie rod machine tools to solve the existing technical problems.

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