Novel road ice-breaking device

Abstract

The invention relates to a novel road ice-breaking device. The device includes a handheld support, a case body and a motor; a cylindrical bevel pressing shaft is taken as a main body; the handheld support is formed by a T-shaped square cylinder rod and a Y-shaped square cylinder rod through the welding at an included angle of 120 degrees; two roller arms are movably connected to the shaft hole that the T-shaped square cylinder rod and the Y-shaped square cylinder rod of the handheld support are in connection in an inverted V-shaped manner through a shaft; the case body is formed by welding twocylindrical case bodies and in fixation with the top end of the Y-shaped square cylinder rod; vibrating needle holes for placing vibrating needles are arranged in the two sides at the lower part outside each cylindrical case body; and a supporting rod is fixed on a Y-shaped cylinder cross rod of the handheld support. Through the two roller arms connected by a spring, convenient conveying when potholed channels are passed can be achieved; the ice surface-striking frequencies of striking needles can be high when the pressing shaft rotates; and therefore, the device is simple in operation, convenient in usage and small in damage to roadbeds and ground.

Description

technical field [0001] The invention relates to the technical field of road ice-breaking devices, in particular to a novel road ice-breaking device. Background technique [0002] Some existing large-scale deicing equipment adopt devices such as rollers and milling discs, which can clean spacious roads, but cannot clean many complicated and narrow roads, and the operation is difficult. There are also some ice-breaking devices that use air pressure to push the parts to hit the ground to break the ice. In the way of impacting the ice-breaking, the impact of the ice-breaking parts and the ground will cause vibrations; and some devices will have a large impact on the ice-breaking mechanism itself during the ice-breaking process due to structural design problems. Vibration, these a large number of impact vibrations have caused high damage to the road. [0003] Existing equipment generally performs uniform and indiscriminate snow removal and ice breaking work on the working road s...

AI Technical Summary

Problems solved by technology

[0002] There are some large-scale deicing equipment that use rollers, milling discs and other devices to clean spacious roads, but they cannot clean many complicated and narrow roads, and the operation is difficult

There are also some ice-breaking devices that use air pressure to push the parts to hit the ground to break the ice. In the way of impacting the ice-breaking, the impact of the ice-breaking parts and the ground will cause vibrations; and some devices will have a large impact on the ice-breaking mechanism itself during the ice-breaking process due to structural design problems. Vibration, these large amounts of impact vibrations have caused high damage to the road

[0003] Existing equipment generally performs uniform and indiscriminate snow removal and ice breaking work on the working road surface. When there is no ice and snow area on the ground, it will cause waste of energy and lead to low road cleaning efficiency and poor cleaning effect

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