Automatic shoveling and transporting equipment

Abstract

The invention discloses automatic shoveling and transporting equipment structurally comprising a small shovel, a small shovel connecting rod, a vehicle body, a cockpit, a connecting frame, wheels anda fork shovel; and the small shovel is mechanically connected with the small shovel connecting rod, the small shovel connecting rod is connected with the vehicle body, the vehicle body is provided with the cockpit, the cockpit is connected with the connecting frame, the connecting frame is mechanically connected with the fork shovel, and the fork shovel and the small shovel are oppositely arranged. The automatic shoveling and transporting equipment has the following advantages that a pushing board is arranged in a shovel groove for changing the size of the space in the shovel groove, thereby pushing out the sandy soil in the shovel groove; the sandy soil inside the shovel groove can be poured out without the need of rotating the whole fork shovel until the opening of the whole fork shovelfaces downward; and arc boards are arranged on a shovel head, so that arcs are formed among shovel teeth for guiding the sandy soil, the sandy soil can be output more conveniently, further, wear of arotating part of the fork shovel can be reduced, and the service life of the automatic shoveling and transporting equipment is prolonged.

Description

technical field [0001] The invention relates to the field of earth-shoveling machinery, in particular to automatic earth-shoveling equipment. Background technique [0002] In the process of building construction, sand is needed, and the mixing and preparation of concrete requires sand as one of the raw materials. Traditional manual sand shoveling and replenishment cannot meet the construction needs, so the demand for shoveling and transportation equipment is necessary. The current Earth-moving equipment has the following drawbacks: [0003] The existing automatic shovel equipment puts the sand shovel on the conveyor belt, and then uses the bending device to allow the sand shovel to load sand better, and the sand along with the conveyor belt to realize assembly line operation. In order to shovel more sand, the sand shovel The shovel groove of the sand shovel is deeply concave, and the angle of rotation is relatively large when the sand is dumped. The rotation of the large we...

AI Technical Summary

Problems solved by technology

[0002] In the process of building construction, sand is needed, and the mixing and preparation of concrete requires sand as one of the raw materials. Traditional manual sand shoveling and replenishment cannot meet the construction needs, so the demand for shoveling and transportation equipment is necessary. The current Earth-moving equipment has the following drawbacks:

[0003] The existing automatic shovel equipment puts the sand shovel on the conveyor belt, and then uses the bending device to allow the sand shovel to load sand better, and the sand along with the conveyor belt to realize assembly line operation. In order to shovel more sand, the sand shovel The shovel groove of the sand shovel is deeply concave, and the angle of rotation is relatively large when dumping the sand, and the rotation of the large weight and large angle will cause serious wear and tear on the rotating frame of the sand shovel.

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