Communication iron tower inclination online monitoring and prediction system and method
A prediction system and iron tower technology, applied in surveying and navigation, measuring inclination, measuring devices, etc., can solve the problems of cumbersome connection, difficult operation, and high manpower and material resources, and achieve novel and reasonable design, convenient and quick use, and saving The effect of human cost
Pending Publication Date: 2019-05-03
甘文泉
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Problems solved by technology
Moreover, loose screws, resonance, and aging of the communication tower itself can easily cause the tower to collapse. This situation is very easy to occur and is not easy to be detected
For example, the outdoor tower body has been exposed to wind, sun, rain and snow for a long time, which makes the tower body shake, and then causes the bolts to loosen. In severe cases, the tower body will collapse, causing serious damage to the surrounding environment and residents.
Since most of the communication towers are distributed in the wild, it will consume a lot of manpower and material resources if the method of personnel inspection is adopted for monitoring. Field surveys and leveling observation points in the tilt monitoring area of communication towers are affected and restricted by terrain and climate conditions, and cannot be measured in time, and the implementation is reliable. The degree is difficult to guarantee; secondly, the existing communication tower tilt monitors are accurate in data collection, but the price is relatively expensive, the amount of detected data is large, the control is complicated, the connection is cumbersome, and it is not easy to operate; in addition, the existing communication tower tilt monitoring systems are mostly A low-power system is used to collect data using battery power, but in the long-term unattended state in the field, due to the large number of communication towers, wide distribution areas, and complex environments, it will be a lot of work to replace the batteries one by one. Field power transmission lines supply power, the power supply hardware equipment is complicated and the cost is high
Method used
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[0060] Such as figure 1 As shown, the communication tower inclination online monitoring and prediction system of the present invention includes a monitoring center computer 1, a plurality of monitoring terminals 3 that are wirelessly connected and communicated with the monitoring center computer 1 through a wireless communication base station 2 and correspond to the wireless communication base station 2 respectively. Multiple monitoring terminals 3 wirelessly connect and communicate with a plurality of management staff mobile phones 4, and multiple monitoring terminals 3 are respectively installed on multiple communication iron towers. Powered by a solar power supply system5; such as figure 2 , image 3 , Figure 4 and Figure 5 As shown, the monitoring terminal 3 includes a monitoring box 3-1 and a circuit board box 3-2 arranged on the top of the monitoring box 3-1, and the middle position of the top of the monitoring box 3-1 is fixedly connected with a mounting seat 3- ...
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The invention discloses a communication iron tower inclination online monitoring and prediction system and method. The system comprises a monitoring center computer, a plurality of monitoring terminals and a plurality of management personnel mobile phones. The plurality of monitoring terminals are correspondingly installed on a plurality of c. Each plurality of monitoring terminal is installed with a solar power supply system. Each monitoring terminal comprises a monitoring box, a circuit board box, a vertical self-adjusting mechanism, a laser emitter, a positioning plate, a grid scale line and a camera. A circuit board is installed in the circuit board box. The circuit board is integrated with a data acquisition transmission circuit. The method comprises: 1, collecting and transmitting communication iron tower inclination state data; 2, processing the communication iron tower inclination state data and acquiring a communication iron tower inclination degree; and 3, predicting a communication iron tower inclination development trend. The system and the method can be conveniently and rapidly used, cost is low, an automation degree is high, the real-time performance of monitoring isgood, a prediction function is possessed, the stability and the reliability of communication iron tower work are increased, and a popularization application value is high.
Description
technical field [0001] The invention belongs to the technical field of communication iron tower safety, and in particular relates to an online monitoring and prediction system and method for the inclination of a communication iron tower. Background technique [0002] In recent years, the coverage area of the communication network has become wider and wider, and a large number of iron towers have been used in communication lines. Due to some natural phenomena (such as rain and snow, strong winds, etc.) Situations happen from time to time. Moreover, loose screws, resonance, and aging of the communication tower itself can easily cause the tower to collapse. This situation is very easy to occur and is not easy to be detected. For example, the tower body in the field has been exposed to wind, sun, rain and snow for a long time, which makes the tower body shake, and then causes the bolts to loosen. In severe cases, the tower body will collapse, causing serious damage to the sur...
Claims
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Login to View More IPC IPC(8): G01C9/00G01C9/06G06T5/00G06T7/12G06T7/13G06T7/66
Inventor 甘文泉
Owner 甘文泉