Line end host detecting table

Abstract

The invention discloses a line end host detecting table, which comprises a first control unit, a second control unit and a compressor control circuit. The first control unit is used for setting detecting parameters, transmitting detecting instruction according to the set detecting parameters and processing detection information from the second control unit; the second control unit is connected with the first control unit, detects a line end host according to the received detecting instructions so as to obtain the detection information of the line end host, and transmits the obtained detection information to the first control unit; and the compressor control circuit is connected with the second control unit and is controlled by the second control unit according to the received detecting instructions. By the aid of the first control unit, various functions of the line end host can be automatically detected according to the detecting parameters set in the first control unit, items required to be detected can be set according to needs of customers, customization is omitted, and time is saved.

Description

technical field [0001] The invention relates to a detection device, in particular to a detection station for a main engine at the end of a column. Background technique [0002] As an auxiliary equipment, the end-of-row host test station (hereinafter referred to as the test station) can provide power and wind source for the end-of-row host, and simulate the end-of-row control box of the vehicle-mounted integrated radio station to test the functions and indicators of the end-of-row host. The main function of the detection station is to confirm the working status of the end of the row before the host is removed and hung up, so as to prevent the failure of the end of the row host; during the use of the end of the row host, the detection station is used to assist in analyzing the fault when the end of the row host fails. The detection tasks of the main engine at the end of the column are relatively large and labor-intensive. The development of an intelligent detection platform is...

AI Technical Summary

Problems solved by technology

[0006] (1) The detection process of the existing detection station is fixed, and it needs to be re-customized when changing, adding or deleting the detection process according to the needs of users, which wastes a lot of time and is not convenient enough

[0007] (2) Existing end-of-row host testing station mainly uses a control compressor circuit to control two air compressors to provide air source for the end-of-row main engine in time-period control, and when the compressor is damaged or fails, the entire end-of-row The main engine detection station cannot provide wind source for the main engine at the end of the column, so the main engine at the end of the column cannot be detected normally

[0008] (3) Existing end-of-row main engine inspection platform adopts air compressor with relatively loud noise

[0009] (4) Existing end-of-line host detection station cannot conveniently realize record query and printing, and downloading is still through the serial port line, which requires a computer and special software, which is not convenient enough

[0010] (5) The display unit used to display the air pressure value of the main engine at the end of the column in the existing detection platform of the main engine at the end of the column is a mechanical pressure gauge. The correct reading method or human subjective factors lead to errors in the read values

[0011] (6) The existing end-of-row main engine testing platform can only be incorporated into the information management system by means of an external processing control machine, which will cause problems of increased cost and increased complexity

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