Implementation method of radar type confluence branch intelligent alarming

Abstract

The invention provides an implementation method of radar type confluence branch intelligent alarming. The method comprises four steps of observation point setting, system networking, alarming setting and confluence alarming. On one hand, the system is simple in structure and good in universality, the requirements for monitoring and safety alarming of the positions of confluence nodes under different media, devices and environments can be effectively met, collision and mixing between conveying media during confluence operation are prevented, and the safety of medium conveying is improved; and on the other hand, when of medium conveying of the confluence nodes is monitored and alarmed, the data processing capacity is high, the operation automation degree and the intelligent degree are high, the working efficiency and precision of confluence position equipment operation control and alarming operation can be effectively improved, and the system operation cost and difficulty can be effectively reduced.

Description

technical field [0001] The invention relates to a method for realizing a radar-type confluence branch intelligent alarm, belonging to the technical field of security monitoring and electromechanical technology. Background technique [0002] At present, in the fields of industrial and agricultural production, transportation and other fields, it is often necessary to conduct confluence operations on two or more conveying equipment, materials, equipment or vehicles on roads and routes to meet the needs of transportation operations, material transportation and other operations. However, in actual work, there is currently no effective equipment or method for accurately monitoring the running status of the confluence point, which often needs to be controlled by vehicle drivers and mechanical equipment operators on the spot, although it can also meet the needs of multi-way confluence operations. It is necessary, but the control accuracy and control flexibility during the confluence...

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Problems solved by technology

[0002] At present, in the fields of industrial and agricultural production, transportation, etc., it is often necessary to carry out confluence operations on two or more conveying equipment, roads and routes on materials, equipment or vehicles to meet the needs of transportation operations, material transportation, etc. However, in actual work, there is currently no effective equipment or method for accurately monitoring the operating status of confluence points. It often needs to be controlled by vehicle drivers and mechanical equipment operators on site, although it can also meet the needs of multi-channel confluence operations. It is necessary, but the control accuracy and control flexibility are relatively poor during the confluence operation, which can easily lead to poor control accuracy of the material confluence mixing ratio, and the collision between materials in each confluence direction during confluence is easy to cause damage or accidents. In addition, it is also very easy Due to the unreasonable arrangement of the passage sequence between materials and vehicles in each return direction, congestion and other phenomena are caused, which seriously affects the reliability and safety of the confluence operation

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