Transversely-unloading type collapse wrecker

Abstract

The invention provides a transversely-unloading type collapse wrecker, and belongs to the technical field of obstacle removal machines. Two sets of front shovel blades are symmetrically arranged along the center line of a wreck body leftward and rightward, each front shovel blade comprises a main shovel, a telescopic shovel and a shovel blade support, wherein one end of the main shovel is hinged to the shovel blade support, and the other end of the main shovel is connected with the shovel blade support through a first drive oil cylinder. The shovel blade supports are hinged to a front height adjusting rocker arm through support rotating shafts, the telescopic shovels are arranged behind the corresponding main shovels, the telescopic shovels and the main shovels are in sliding fit, and second drive oil cylinders are connected between the telescopic shovels and the corresponding main shovels. The shovel blade face of each main shovel is a transition curved face, and each transition curved face is formed through smooth transition of a vertical straight line and an inclined arc. Fine adjustment oil cylinders are installed between the shovel blade supports and the front height adjusting rocker arm. The main shovels and the telescopic shovels are matched, and the work stations the front shovel blades are adjusted in good time, so that the transversely-unloading type collapse wrecker can adapt to different terrains and roads to the maximum degree, the front shovel blades and rear shovel blades are matched for obstacle removal according to different collapse objects on the roads, and obstacle removal efficiency can be greatly improved.

Description

technical field [0001] The invention belongs to the technical field of obstacle removal machinery, and in particular relates to a cross-dismounting landslide obstacle removal vehicle. Background technique [0002] When natural disasters such as mudslides or earthquakes occur, landslides or collapses are often caused, resulting in road blockage, cutting off the transportation lines leading to the disaster area, and the disaster relief personnel and materials cannot reach the disaster area in time. Quickly clear the landslides on the road to ensure the smooth flow of the road in the fastest time. [0003] But the existing large-scale engineering machinery is also particularly obvious when it is used as an obstacle-clearing machinery. Because the volume of large-scale engineering machinery is often very large, the moving speed is relatively slow, and it is impossible to quickly reach the obstacle-clearing site. For some narrow areas or On mountainous roads, large-scale constru...

AI Technical Summary

Problems solved by technology

[0003] But the existing large-scale engineering machinery is also particularly obvious when it is used as an obstacle-clearing machinery. Because the volume of large-scale engineering machinery is often very large, the moving speed is relatively slow, and it is impossible to quickly reach the obstacle-clearing site. For some narrow areas or On mountainous roads, large-scale construction machinery cannot enter and pass through at all, making it impossible to carry out obstacle-clearing operations

At this time, it is only possible to clear the obstacles manually, but the efficiency of manual obstacle removal is low, and it is easy to delay the best rescue time, and the clearing personnel must always face possible secondary disasters

Images