Conveying device for conveying goods

Abstract

The invention discloses a conveying device for conveying goods. The conveying device comprises a base and a conveying vehicle. Conveying rails are arranged on the two sides of the base. The conveyingvehicle is slidably arranged on the conveying rails through rollers. A driving motor is arranged at one end of the base, and a connecting seat is arranged at the other end of the base. A driving chainwheel is arranged at the output end of the driving motor. A transmission chain wheel is rotationally arranged on the connecting seat. The driving chain wheel is connected with the transmission chainwheel through a chain belt. Connecting buckles are arranged on the bottom face of the conveying vehicle. Each connecting buckle comprises a hinge seat and a buckle plate rotationally arranged on the hinge seat. Each buckle plate comprises a smooth portion and an embedded protrusion. The smooth portions are close to the chain belt. Releasing grooves are formed between the embedded protrusions and the smooth portions. The releasing grooves are matched with the arc of a rolling ring on the chain belt. An abutting torsional spring is arranged on the hinge seat. By the adoption of the conveying device for conveying goods, the situation that the conveying vehicle runs conversely can be effectively prevented, the danger is avoided, meanwhile, the structure is simple, and the conveying device canbe implemented easily.

Description

technical field [0001] The invention relates to a conveying device for conveying goods. Background technique [0002] In the warehouse, it is usually necessary to transport the goods. The current transportation method is mainly through mechanized transportation, such as forklifts or rail cars for transportation. Rail cars usually include rails and conveyor vehicles. The track is equipped with a sprocket assembly for pulling the transport vehicle, but the goods in the warehouse usually have a large quality and volume, and it is difficult to ensure that the warehouse floor is completely flat, and there is a certain slope, which leads to problems encountered during the transportation process. When the slope is high, the transport vehicle will slip or even go backwards, which will easily cause the goods to fall and even cause danger. At present, a positioning mechanism is mainly installed between the transport vehicle and the transmission component to avoid sliding or retrograde...

AI Technical Summary

Problems solved by technology

[0002] In the warehouse, it is usually necessary to transport the goods. The current transportation method is mainly through mechanized transportation, such as forklifts or rail cars for transportation. Rail cars usually include rails and conveyor vehicles. The track is equipped with a sprocket assembly for pulling the transport vehicle, but the goods in the warehouse usually have a large quality and volume, and it is difficult to ensure that the warehouse floor is completely flat, and there is a certain slope, which leads to problems encountered during the transportation process. When the slope is high, the transport vehicle will slip or even go backwards, which will easily cause the goods to fall and even cause danger. At present, a positioning mechanism is mainly installed between the transport vehicle and the transmission component to avoid sliding or retrograde. During the transfer process, the sprocket will also reverse. In this case, when the operator forgets to disconnect the connection between the conveying vehicle and the sprocket or other transmission components, it is easy to drive the conveying vehicle backwards, which should cause accidents. unnecessary danger

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