A logistics transportation device

Abstract

The invention belongs to the field of forklifts, and in particular relates to a logistics transportation device, which comprises a vehicle body mounted with a gantry and a fork mechanism, wherein the fork mechanism slides vertically on the gantry at the front end of the vehicle body; The present invention can complete the unloading of the cargo to the side and front fixed position in a relatively narrow space; when the present invention unloads the cargo to the side and front in the narrow space with limited free turning, the electric drive module A or the electric drive module B drives through the A series of transmission drives the frame formed by the two square rods and the two telescopic plates to incline, and the goods quickly slide downward along the inclination direction of the telescopic plates to the position in front of the vehicle body, and then the workers can complete it with small movements. The work of unloading and stacking the cargo to the position in front of the vehicle body side.

Description

technical field [0001] The invention belongs to the field of forklifts, in particular to a logistics transportation device. Background technique [0002] Forklifts are widely used in the field of logistics as a tool for moving goods. When traditional forklifts fork and carry goods, if the two forks of the forklift do not fork the center of the bottom of the goods, the center of gravity of the goods will deviate from the center of the two forks. The center position of the goods makes the center of gravity of the goods deviate from the center of the two forks due to repeated bumps during transportation. At the same time, when the goods with relatively large mass are located on the two forks of the forklift, if it is found that the two forks of the forklift do not fork the center of the bottom of the goods, it is impossible to directly adjust the position of the goods in mid-air due to the high quality of the goods. At this time, the forklift can only be driven to land the goo...

AI Technical Summary

Problems solved by technology

[0002] Forklifts are widely used in the field of logistics as a tool for moving goods. When traditional forklifts pick up and carry goods, if the two forks of the forklift do not fork the center of the bottom of the goods, the center of gravity of the goods will deviate from the center of the two forks. The center position of the goods makes the center of gravity of the goods deviate from the center of the two forks due to repeated bumps during transportation.

At the same time, when the goods with relatively large mass are located on the two forks of the forklift, if it is found that the two forks of the forklift do not fork the center of the bottom of the goods, it is impossible to directly adjust the position of the goods in mid-air due to the high quality of the goods. At this time, the forklift can only be driven to land the goods on the ground stably and then adjust the position of the goods on the forklift. The efficiency of this position adjustment method is low, which affects the efficiency of cargo handling.

In addition, if the forklift that picks up the goods places the goods in front of the forklift in a narrow space, due to space constraints, the forklift cannot turn freely in the narrow space, so that the goods on the forklift cannot be placed on the forklift side smoothly. For the above-mentioned shortcomings of traditional forklifts, it is necessary to design a new type of forklift

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