Pebble falling preventing compartment of building gravel carrier vehicle

Abstract

The invention discloses a pebble falling preventing compartment of a building gravel carrier vehicle. The pebble falling preventing compartment of the building gravel carrier vehicle comprises a bottom plate; the two sides of the bottom plate are each provided with a rotational driving rotation wheel; the driving rotation wheels are correspondingly connected with tires on the two sides; compartment side plates on the two sides are each provided with a U-shaped compartment top groove; each compartment top groove is internally provided with a rotational first conveying disk; the end portions of sixth rotating shafts are each connected with a sixth bevel gear; the compartment side plates on the two sides are each provided with a conveying groove correspondingly communicated with the corresponding compartment top groove; a rotational second conveying disk is arranged in each conveying groove, and the rotational second conveying disks can be correspondingly connected with the tires by means of the driving rotation wheels in the rotating process of the tires, and therefore the first conveying disks can be further driven to rotate, gravel falling into the compartment top grooves can be further conveyed, and can be further conveyed into the conveying grooves, and it is further prevented that the gravel falls onto the driving vehicle, and consequently threats on the life safety of a driver are caused.

Description

Technical field [0001] The present invention relates to a carriage, in particular to a gravel-preventing carriage of a construction sand and gravel transport vehicle, in particular to a carriage that can prevent sand and gravel from falling onto a traveling vehicle, and can further recover the gravel Stone transport vehicle prevents stones from falling into the carriage. Background technique [0002] With the continuous improvement of living standards, it has also further promoted the continuous development of the construction industry. In the current process of continuous development of the construction industry, it has also further promoted the continuous increase in the production capacity of construction vehicles, so that the construction vehicles can be used for the construction industry. Equipment and raw materials are transported. Among them, sand and stone are one of the essential building materials in the construction industry. Among them, the transportation vehicle is o...

AI Technical Summary

Problems solved by technology

[0002] With the continuous improvement of living standards, it also further promotes the continuous development of the construction industry. In the process of continuous development of the construction industry, it also further promotes the continuous increase in the production capacity of engineering vehicles, so that the construction industry can use engineering cars. Equipment and raw materials are transported, among which sand and gravel are one of the essential building materials in the construction industry, and transport vehicles are one of the essential equipment in the process of transporting sand and gravel, so that the transport vehicles can be used to complete the sand For the long-distance transportation of stones, in the process of transporting sand and stones, most of them will set a canvas on the top of the carriage to prevent the sand and stones from falling out of the carriage. Although the current engineering vehicles can complete the transportation of sand and stones, And can prevent the falling of sand and gravel by canvas, but also there is following problem: wherein because the jolt of road has just further caused sand and gravel to drop on the ground from compartment side plate during driving of sand and gravel transport vehicle, so canvas prevents The effect of falling sand and gravel is poor. When the vehicle is running at high speed, in the process of sand and gravel falling from the side panel of the compartment to the ground, due to the certain inertia of the sand and gravel with the movement of the compartment, it will continue to Fly until it falls to the ground. When there is a vehicle passing by on the opposite side, the speed of the vehicle is also in the process of high-speed driving. When the vehicle encounters a stone flying by inertia, the speed of the stone is the speed of the driving vehicle. Coupled with the flying speed of the stone itself, when the stone flies to the moving vehicle, it can pass through the glass, thereby causing life danger to the driver, and even if the sand and stone fly to the ground, it will also cause certain damage to the driving compartment. risk, but also increased the workload of sanitation workers

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