Follow-up ground gripping type road surface ice and snow removing machine

Abstract

The invention relates to a road surface ice removing device and particularly relates to a follow-up ground gripping type road surface ice and snow removing machine. The follow-up ground gripping type road surface ice and snow removing machine comprises a frame body, a driving plate, a driving plate connection piece, a driving device, a transmission mechanism, an ice removing roller and a suspension device, wherein the driving plate connection piece is rotatably mounted on a bracket in the frame body; the driving plate is mounted on the driving plate connection piece in a swinging manner; the driving device is arranged on the driving plate; the ice removing roller is arranged at the free end of the driving plate; the ice removing roller is driven by the driving device to rotate; the driving device is used for transmitting a torque through the transmission mechanism; the free end of the driving plate is suspended by the suspension device; and the frame body is internally further provided with a sweeping mechanism. The ice removing roller provided by the invention can move up and down along a road surface so as to remove ice, and the sweeping mechanism arranged in the frame body can be used for sweeping crushed ice blocks out of the frame body and also can be used for removing snow; and with the adoption of the follow-up ground gripping type road surface ice and snow removing machine, the ice removing efficiency is guaranteed and the working space is greatly saved at the same time.

Description

technical field [0001] The invention relates to a road surface deicing equipment, in particular to a follow-up grip type road surface deicing machine. Background technique [0002] There are two main methods of snow removal and deicing in the prior art. One is the traditional artificial snow removal and deicing, which not only consumes a lot of manpower and material resources, but also has low efficiency. The other is to use chemical agents to remove snow and deicing. Since the chemical removal method will have a series of negative impacts on the environment, its use is greatly limited. With the development of science and technology, machinery for clearing snow and deicing has emerged as the times require. The use of machinery to remove ice and snow is not only flexible, but also less environmental pollution, and has a good removal effect and high operating efficiency. However, for deicing operations, due to the road surface The hardness of the ice is much greater than the ...

AI Technical Summary

Problems solved by technology

[0002] There are two main methods of snow removal and deicing in the prior art. One is the traditional artificial snow removal and deicing, which not only consumes a lot of manpower and material resources, but also has low efficiency. The other is to use chemical agents to remove snow and deicing. Due to a series of negative impacts on the environment, the chemical removal method is very limited in use

With the development of science and technology, machinery for clearing snow and deicing has emerged as the times require. The use of machinery to remove ice and snow is not only flexible, but also less environmental pollution, and has a good removal effect and high operating efficiency. However, for deicing operations, due to the road surface The hardness of the ice is much greater than the hardness of the road snow, and the icy road surface is uneven. When the mechanical device in the prior art is used for deicing operations, it mainly uses fixed knives to break the ice and separate it from the road surface by planing, shoveling, etc., but in this way It is easy to cause damage to the road surface and cutting tools, and the structure of the ice and snow removal mechanism in the prior art is complex, the volume is large, and it needs to occupy a lot of work space

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