Conveying device with 360-degree steering function

Abstract

The invention relates to a conveying device with the 360-degree steering function. The conveying device comprises a frame, a plurality of moving mechanisms, a plurality of steering mechanisms, dampingmechanisms, clamping mechanisms, an operation handle and a controller, wherein the moving mechanisms, the steering mechanisms, the damping mechanisms, the clamping mechanisms, the operation handle and the controller are arranged on the frame; and the controller is electrically connected to the multiple moving mechanisms, the multiple steering mechanisms, the clamping mechanisms and the operationhandle. According to the conveying device, by means of the moving mechanisms and the steering mechanisms, the 360-degree steering function of the conveying device can be achieved, in addition, back-and-forth movement, oblique-direction translation, oblique-direction steering and in-situ spinning motion of the conveying device can be realized, and therefore the flexibility of movement can be greatly improved; the conveying device is further provided with the damping mechanisms so that a conveying trolley can move stably, and therefore the impact caused by bad road conditions can be reduced, thediversity of goods by conveyed by the conveying device can be greatly increased, and the application range of the device can be further improved; and in addition, moving and steering of the conveyingdevice can be accurately controlled through the operation handle, and therefore the operation performance of the conveying device can be further improved, the conveying efficiency can be further improved, and the conveying cost can be lowered.

Description

technical field [0001] The invention relates to the technical field of a conveying device, in particular to a conveying device capable of turning 360°. Background technique [0002] At present, common wheeled warehouse logistics handling devices, mainly four-wheel forklifts, two-wheel forklifts, four-wheel trucks, etc., do not have the function of in-situ rotation or translation in any direction. Therefore, the movement flexibility of general warehouse logistics handling equipment is limited to a certain extent. In addition, common wheeled handling devices need to use hands and feet to control their steering and speed. This control method limits the activities of people during driving to a certain extent, and the operation method is complicated; in addition, the existing warehouse logistics Handling equipment and mobile platforms cannot be combined with auxiliary wheels to set the position and number of wheels according to actual needs. A single design cannot meet the mobil...

AI Technical Summary

Problems solved by technology

Therefore, the movement flexibility of general warehouse logistics handling equipment is limited to a certain extent.

In addition, common wheeled handling devices need to use hands and feet to control their steering and speed. This control method limits the activities of people during driving to a certain extent, and the operation method is complicated; in addition, the existing warehouse logistics Handling equipment and mobile platforms cannot be combined with auxiliary wheels to set the position and number of wheels according to actual needs. A single design cannot meet the mobile needs of different fields, so a new type of logistics handling device is urgently needed

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