Checking device and method for continuous materials

Abstract

The invention discloses a method and device for detecting materials continuously, which is presented for solving the problem associated with prior technology that it is impossible to carry out accurate detection. The device comprises a sensing platform or a spot platform, a feeding assembly and an inspection assembly. The detecting method in the invention comprises the following: the feeding assembly feeds the material to be detected continuously; the inspection assembly looks for the coordinate of any defective point (Xn, Yn) by a triggering or scanning way; the defective point (Xn, Yn) is displayed in a computer, a defective-point table makes record; the records in the defective-point table are sent to different processing stations. The invention can accurately mark the defective point (Xn, Yn) in a fabric by a light pen, trigger or scanning rod in conjunction with a sensing platform or a spot platform, is good for processing in the downstream, and can reduce loss and processing procedure.

Description

technical field [0001] The invention relates to a continuous material inspection device and its method, especially the combination of the improved inspection device equipped with a feeding assembly, an induction platform (or point platform), and an inspection assembly, and connected to a computer for continuous inspection. The method of materials is beneficial to the subsequent processing to reduce the loss rate and improve the efficiency. Background technique [0002] The commonly used cloth inspection machine 1' is only equipped with a meter 12', as shown in Figure 1, the inspected cloth C is driven by a motor to record the cloth surface defects at the longitudinal length of the code table, and the inspected cloth C is working It is not possible to quantitatively send out the direction 0' for inspection on the table 13', and it is also impossible to mark the flaws in the horizontal position of the fabric surface 11', so we can only understand the flaws caused by the length...

AI Technical Summary

Problems solved by technology

[0002] The commonly used cloth inspection machine 1' is only equipped with a meter 12', as shown in Figure 1, the inspected cloth C is driven by a motor to record the cloth surface defects at the longitudinal length of the code table, and the inspected cloth C is working It is not possible to quantitatively send out the direction 0' for inspection on the table 13', and it is also impossible to mark the flaws in the horizontal position of the fabric surface 11', so we can only understand the flaws caused by the length (yardage) of the fabric surface, and there is another inspection machine with a traditional type The stopwatch (length meter) a and the horizontal mark b are shown in Figure 2, and the coordinates (Xn, Yn) of the defect can be determined, but manual recording of the table is required, and this device cannot make the inspection length quantitatively sent out for inspection, which will cause Accurate standards cannot be achieved, and according to the garment operation, several pieces of fabric need to be cut out within the horizontal width of the fabric surface for garment processing, so that the garment processing cannot accurately know the position of the 11' defective block fabric on the fabric surface, resulting in garment Processing increases loss rate

Images