Anti-rollover transportation forklift

Abstract

The anti-rollover transportation forklift comprises a forklift body, the forklift body is provided with an abutting piece and a first driving device used for driving the abutting piece to stretch out and retract in the lateral direction, and the head of the abutting piece is used for being connected with an external vertical supporting face in an abutting mode after stretching out in the lateral direction. According to the transportation forklift, when a carried object needs to be lifted or laterally moved, the first driving device can drive the abutting piece to laterally stretch out to abut against external vertical supporting faces such as a wall face and a goods shelf, so that stable supporting can be formed for the transportation forklift, the transportation forklift is effectively prevented from inclining and turning over, and the transportation forklift is safer and more reliable; and the transportation forklift can adapt to a narrow moving road and a higher storage position, so that the storage density can be improved, the structure of a storage system can be simplified, and the storage cost can be reduced.

Description

technical field [0001] The invention relates to the technical field of transportation vehicles, in particular to a transportation forklift. Background technique [0002] Transport forklifts are often used for the handling of heavy objects. During use, it is often necessary for the transport forklift to lift the load through the fork and place the load in a high storage position. For heavy loads, the lifting of the load will be slow As a result, the overall center of gravity of the transport forklift and the cargo is raised, and it is prone to rollover accidents of the transport forklift. When going out, the overall center of gravity will be further shifted sideways, making rollover accidents more likely to occur. For this reason, the current transport forklifts can only lift and lower the forks within a small height range. For higher storage locations, it is necessary to transfer the cargo to the crane for transportation, which makes the storage system more complicated and ...

AI Technical Summary

Problems solved by technology

[0002] Transport forklifts are often used for the handling of heavy objects. During use, it is often necessary for the transport forklift to lift the load through the fork and place the load in a high storage position. For heavy loads, the lifting of the load will be slow As a result, the overall center of gravity of the transport forklift and the cargo is raised, and it is prone to rollover accidents of the transport forklift. When going out, the overall center of gravity will be further shifted sideways, making it more prone to rollover accidents

For this reason, the current transport forklifts can only lift and lower the forks within a small height range. For higher storage locations, it is necessary to transfer the cargo to the crane for transportation, which makes the storage system more complicated and costly. Higher, some transport forklifts will increase the width or feet, and resist the shift of the center of gravity by increasing the distribution area with the ground support point. However, this method has limited improvement in the lifting height and lateral expansion range of the fork. On the other hand, it also makes the transport forklifts need to adapt to wider moving roads, and correspondingly requires a larger space between the shelves for the transport of forklifts to pass through, which will reduce the storage density, affect the utilization rate of storage space, and increase storage cost

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