Method for detecting address of coke oven vehicle

Abstract

The invention relates to a method for detecting the address of a coke oven vehicle. An address detection device comprises an address coarse detection device and an address fine detection device; the address rough detection device indirectly detects the rough address of the vehicle through distance detection and a trigonometric function relation algorithm. The address coarse detection device ensures that only one unique distance measurement value of the vehicle at different positions (carbonization chamber) of the coke oven corresponds to the absolute value address value of the (carbonization chamber furnace number), and a vehicle control system records the corresponding relations. The address fine detection device indirectly detects the precise address of a vehicle through distance detection and a trigonometric function relation algorithm, the precise address detection device is used for measurement needing precise address analysis, wherein the continuous and repeated detection device is installed in a vehicle operation area; and the vehicle control system calculates the corresponding length on each section of measuring device according to the measured value of the address fine detection device. Through superposition of the rough address value and the accurate address value, the absolute value of the address value of the coke oven area where the vehicle is located can be accurately calculated.

Description

technical field [0001] The invention relates to a detection method, in particular to a method for detecting the address of a coke oven vehicle, and belongs to the technical field of electrical equipment control. Background technique [0002] The four major coke oven vehicles work on the machine side, furnace top and coke side of the coke oven respectively, and are important equipment for coke oven production. During the production cooperation process of the four major vehicles, reliable address detection and furnace number identification are the key to coke oven production automation. important guarantees are provided. If laser or radar direct distance measurement is used for address detection, due to current technical limitations, the general detection range is about 100 meters, which cannot adapt to the precise detection of coke oven addresses over 300 meters or even longer. Among the commonly used technologies at present, there are mainly two technologies: continuous det...

AI Technical Summary

Problems solved by technology

If laser or radar direct distance measurement is used for address detection, due to current technical limitations, the general detection range is about 100 meters, which cannot adapt to the precise detection of coke oven addresses over 300 meters or even longer

Among the commonly used technologies at present, there are mainly two technologies: continuous detection of coded cable address and detection of coded furnace number. The address location of the car, and once one of the parts fails, it will cause the failure of the entire address recognition system

In the safety chain relying on address recognition, abnormal address recognition faults are not only difficult to quickly troubleshoot and repair, but also bring serious safety hazards to the production of the four major vehicles. Therefore, a new solution is urgently needed to solve the above technical problems

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