Novel multi-angle bulldozing plate

Abstract

The invention discloses a novel multi-angle bulldozing plate. The novel multi-angle bulldozing plate comprises a shoveling plate, a rocker arm support, a support arm, a base and an oil cylinder. The novel multi-angle bulldozing plate is simple in structure, reasonable in overall layout and stress, wide in operation selection range, flexible and reliable. When the novel multi-angle bulldozing plate encounters with a large rock during working on a rock land, as the shoveling plate is rotatable, hardness to hardness between the shoveling plate and the rock can be effectively prevented, and the occurrence of the bent and damage situations of the bulldozing plate is avoided. When the novel multi-angle bulldozing plate works on a slope land, as a push-in plate can rotate by multiple angles, the bulldozing plate can carry out operation leveling according to the ground situation.

Description

technical field [0001] The invention relates to a bulldozing blade, in particular to a novel multi-angle bulldozing blade. Background technique [0002] When constructing large-scale engineering projects such as roads, railways, airport runways, and dams, the project area is large and the engineering geology is complex. When the bulldozer hangs the traditional bulldozer to organize the land, when the following situations are encountered, the traditional bulldozer is used. The soil plate is extremely inconvenient; first, when the bulldozer is pushed against a large rock, because the traditional bulldozer has no buffering effect, the bulldozer will be damaged due to collision and bending; second, when the land on a slope needs to be sorted , because the bulldozing blade cannot move, it can only bulldoze in one plane, and the slope ground cannot be leveled with a traditional bulldozing blade. Contents of the invention [0003] The invention provides a novel multi-angle bulld...

AI Technical Summary

Problems solved by technology

[0002] When constructing large-scale engineering projects such as roads, railways, airport runways, and dams, the project area is large and the engineering geology is complex. When the bulldozer hangs the traditional bulldozer to organize the land, when the following situations are encountered, the traditional bulldozer is used. The soil plate is extremely inconvenient; first, when the bulldozer is pushed against a large rock, because the traditional bulldozer has no buffering effect, the bulldozer will be damaged due to collision and bending; second, when the land on a slope needs to be sorted , because the bulldozing blade cannot move, it can only bulldoze in one plane, and the slope ground cannot be leveled with a traditional bulldozing blade

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