Hand-push type power drive steel brush de-icing machine

Abstract

The invention belongs to the technology of icy surface removing in the design and manufacturing field of road surface snow cleaning and de-icing machines, and relates to a hand-push type power drive steel brush de-icing machine. A flexible disc steel brush is composed of a plurality of sections of steel wire ropes, and a minitype internal-combustion engine or a motor or a hydraulic motor is used as a power source. The output power drives a clutch input shaft through a speed reducer, a centrifugal weight is driven to press a clutch driven disc through a clutch driving disc which is integrally connected with the clutch input shaft and a drive pin arranged on the clutch driving disc, and the power is transmitted to a clutch output shaft which is integrally connected with the clutch driven disc. The clutch output shaft drives the disc steel brush to rotate, and an icy road surface is removed in a milling mode by the end faces of the steel wire ropes; an adjusting mechanism composed of a push rod, a wheel support, a supporting shaft and a floating spring can achieve up-down floating of the disc steel brush, so that the hand-push type power drive steel brush de-icing machine is adaptive to the variation of road surface irregularities and de-icing resistance; the problems that the road surface thin ice removing effect in winter is poor, and the removing efficiency is low are solved.

Description

technical field [0001] The invention belongs to the road surface deicing technology in the design and manufacture field of road surface snow and deicing equipment, and relates to a hand-push power-driven steel brush deicing machine. Background technique [0002] Among the existing methods and technologies for snow removal and deicing on road surfaces, the chemical removal method has some negative impacts on the environment, so its use is limited to a certain extent; the thermal deicing method also has certain limitations in its popularization and application due to its large energy consumption; The mechanical removal method is not only flexible, less environmental pollution, relatively high work efficiency, but also easy to realize one machine with multiple functions. When the pavement freezes to form a thin ice layer, it is time-consuming and laborious to remove it by manual shoveling, planing, chopping and other deicing methods, and the removal effect is not good, and it m...

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Problems solved by technology

[0002] Among the existing methods and technologies for snow removal and deicing on road surfaces, the chemical removal method has some negative impacts on the environment, so its use is limited to a certain extent; the thermal deicing method also has certain limitations in its popularization and application due to its large energy consumption; The mechanical cleaning method is not only flexible, less environmental pollution, relatively high work efficiency, but also easy to realize one machine with multiple functions, etc.

When the pavement freezes and forms a thin layer of ice, it is time-consuming and laborious to remove it by manpower shoveling, planing, chopping and other deicing methods, and the removal effect is not good, and may cause a certain degree of damage to the pavement

[0003] The main disadvantages of the method for removing the thin ice layer on the road surface are: poor deicing effect, low operating efficiency and damage to the road surface

For example, planing deicing is to apply force to the icing on the road surface in the form of impact force, causing the ice surface to partially break and separate the icing from the road surface. However, this method does more damage to the road surface, and the removal effect is poor and the efficiency is low. ; The deicing force of the shovel deicing is large, and there are also problems such as poor cleaning effect and low efficiency

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