Electrical equipment detection line and detection method based on automatic guidance carrier vehicle

Abstract

The invention discloses an electrical equipment detection line and detection method based on an automatic guidance carrier vehicle. The electrical equipment detection line comprises a testing site and at least one automatic guidance carrier vehicle. A plurality of testing stations and a central control room are arranged inside the testing site. Different testing instruments are arranged at the testing stations. A center control computer is arranged inside the central control room. The testing instruments at the testing stations are connected with the center control computer in a communication mode. The automatic guidance carrier vehicle carries an electrical equipment sample used for tests and runs among the testing stations according to a certain test procedure under the control of the center control computer inside the central control room, all tests are conducted on the electrical equipment sample carried by the automatic guidance carrier vehicle, and test data obtained by the testing instruments at the testing stations are transmitted back to the center control computer inside the central control room in a communication mode to be collected. Compared with a traditional electrical equipment testing method, the electrical equipment detection line and detection method have the advantages that detection efficiency is higher, and labor intensity of test personnel is lower.

Description

technical field [0001] The invention relates to the technical field of electric equipment detection, in particular to an automatic guided transport vehicle-based electric equipment detection assembly line and detection method. Background technique [0002] see Figure 1 to Figure 8 , The automatic guided vehicle (AGV) used for handling on the production line has a large load capacity, and at the same time it can realize omnidirectional movement capabilities such as straight travel, horizontal travel, oblique travel, any curved movement, and zero-turn radius rotation under heavy loads. The automatic guided transport vehicle can adopt a variety of control methods, such as wired control, wireless remote control and industrial computer automatic control, etc., and can also choose a variety of positioning methods for positioning, such as video tracking positioning, IGPS positioning and magnetic nail tracking position. [0003] At present, the traditional test method of power equ...

AI Technical Summary

Problems solved by technology

In addition, in the case of limited space on site or in the warehouse, it is necessary to change the site or use lifting equipment to remove the test product and replace the next test product every time a test product is completed. Therefore, the traditional test mode not only requires a lot of equipment , connecting and changing lines repeatedly, instruments and equipment need manual and crane handling, the test process is labor-intensive and the test efficiency is slow

Moreover, the data obtained from each test project needs to be manually input into the computer, and the calculation and summary are performed by the computer. Not only will there be errors in the data entry method, but the efficiency is also slow.

[0004] In order to improve the test efficiency, some places currently use fixed track-type reprinted samples to carry out flow tests along the pre-laid track. Although it improves the test efficiency and reduces the labor intensity of the test personnel, it still has the following problems: 1. Track The laying workload is heavy and the construction period is long, which generally takes 2 to 3 months; 2. Once a fault point occurs, the entire test system will be paralyzed; 3. Once the track is laid, some newly added test items cannot be tested in the original test. Upgrade based on the system, and the cost of transformation is huge, and the transformation period is also long

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