A deicing device for tunnel drainage pipes supervised by the Internet

Abstract

A tunnel drainage pipe deicing device utilizing Internet supervising comprises an Internet supervising system, a vehicle body, an ice-rotating mechanism and an crushed ice conveying mechanism. Travelwheels and servo electric cylinders are arranged on the vehicle body, the two sets of traveling wheels are arranged on the front portion and the rear portion of the vehicle body correspondingly, wheelaxles of the traveling wheels are connected with transmissions through universal shafts, high-speed shafts of the transmissions are connected with a second motor through a chain so as to drive the vehicle body to move; a main shaft is mounted in the vehicle body, the ice-rotating mechanism is fixed to the front end of the main shaft, and a large belt pulley is arranged on the main shaft and connected with a first motor through a belt; and the crushed ice conveying mechanism is further arranged on the lower half portion of the vehicle body. According to the tunnel drainage pipe deicing deviceutilizing Internet supervising, an ice crusher only needs to enter a drainage pipe, the ice crusher is started, then deicing of the tunnel drainage pipe can be automatically completed, operation is easy, and the deicing effect is good; and in addition, the Internet supervising system is utilized to supervise the tunnel drainage pipe, the icing hidden danger can be found in time, and deicing is conducted in time so as to eliminate the traffic potential safety hazards.

Description

technical field [0001] The invention relates to the technical field of tunnel drainage, in particular to equipment for crushing ice layers in tunnel drainage pipes. Background technique [0002] With the development of railways and highways, according to the changes of terrain and landform, in order to shorten the distance and avoid detours on large slopes, the laid railways or highways need to pass through tunnels under mountains or hills. In the north and high-altitude severe cold regions, tunnel drainage pipes must be built in these tunnels to provide drainage channels for rainwater. However, in winter, the water flow in the drainage pipe is very easy to freeze into ice and block the drainage pipe. The frozen ice will affect the lining structure in the tunnel and even endanger the driving safety. [0003] The tunnel drainage pipe is generally a cement pipe with a diameter of about tens of centimeters. In order to solve the freezing problem, some heating elements are emb...

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Problems solved by technology

[0004] On the other hand, since most of the tunnels are located in remote mountainous areas with few people and inconvenient transportation, it is an extremely difficult task to check whether the tunnel drainage pipes are frozen along the way

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