Intelligent flood prevention baffle system and working method thereof

Abstract

The invention discloses an intelligent flood prevention baffle system and a working method thereof, and relates to intelligent flood prevention systems. The intelligent flood prevention baffle system is good in sealing and capable of rapidly conducting intelligent flood prevention in time, and comprises a baffle system body, a sensing testing system, a remote information processing and information transmitting system, an information issuing system, a real-time monitoring system and an operation command system. The intelligent flood prevention baffle system has the beneficial effects that the overall size is small; during the flood period, baffles can be automatically and rapidly unfolded accurately, and therefore a protected object can be free of water entering; the sealing performance between the baffles and the wall is good; during the non-flood period, the baffles can be folded without influencing other kinds of work; the intelligent flood prevention baffle system can achieve automatic water draining, automatic alarming and real-time monitoring, emergency responses can be rapider accordingly, information transmission can be more accurate and rapider, and the flood defending capacity is improved; and a wireless transmission system and a wired transmission system are adopted, the stability of the transmission system is improved, and the emergency defending capacity is improved.

Description

technical field [0001] The invention relates to a flood control system and a working method thereof, in particular to an intelligent flood control system and a working method of a power system substation and a power distribution room. Background technique [0002] At present, some protected objects such as substations and power distribution rooms that have been built for many years underground and on low terrain use bricks or concrete to build fixed water-retaining barriers. The big disadvantage is that it is extremely inconvenient for large-scale equipment to enter and exit ; Some places also use manual insertion of baffles to retain water, which is laborious and time-consuming, and there is also the problem of untimely response; and in many unattended substations or power distribution rooms, abnormal situations cannot be detected and eliminated in time, resulting in production accidents. [0003] A utility model patent (application number CN2014208135267) disclosed by the ...

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Problems solved by technology

[0002] At present, some protected objects such as substations and power distribution rooms that have been built for many years underground and on low terrain use bricks or concrete to build fixed water-retaining barriers. The big disadvantage is that it is extremely inconvenient for large-scale equipment to enter and exit ; In some places, artificial baffles are used to retain water, which is laborious and time-consuming, and there are still problems of untimely response; and in many unattended substations or power distribution rooms, abnormal situations cannot be detected and eliminated in time, resulting in production accidents

[0003] A utility model patent (application number CN2014208135267) disclosed by the State Intellectual Property Office on 2015-07-01 discloses an intelligent flood control all-in-one machine, which uses an intelligent system to monitor the water level and a wireless transmission system. A flood control system with a monitoring system that does not automatically operate according to the water situation requires manual insertion of water barriers to retain water, which greatly wastes human resources, and it uses a single wireless transmission system without a backup transmission system. Once the wireless transmission system appears failure, the entire system cannot function

[0004] A utility model patent (application number CN2015200624170) disclosed by the State Intellectual Property Office on 2015-07-01 discloses an intelligent flood control baffle system, which uses an intelligent system to monitor the water regime and automatically control the opening and closing of the baffle door , the disadvantage is that the intelligent flood control baffle system mentioned above cannot be completely sealed under working conditions, the flood control effect is poor and the overall volume of the flood control baffle is large, which is not suitable for waterproofing of small facilities such as substations or power distribution rooms.

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