Multifunctional logistics tray and adjusting and assembling method thereof

Abstract

The invention provides a multifunctional logistics tray and an adjusting and assembling method thereof, and belongs to the technical field of logistics equipment. The multifunctional logistics tray solves the problem that a bottom structure of an existing logistics tray cannot be adjusted. The multifunctional logistics tray comprises a support plate, two roller mechanisms are arranged on the bottom face of the support plate and comprise universal wheels fixed to the bottom face of the support plate and supporting bases, and each supporting base comprises a supporting plate, a lower baffle andan upper baffle, wherein a shaft pipe is fixed to the connecting position of the upper baffle and the supporting plate, and a front rotating shaft and a back rotating shaft are fixed to the front andback ends of the shaft pipe; a front shaft sleeve and a back shaft sleeve which are fixed to the bottom face of the support plate are further included, and an outer connecting sleeve is arranged at the front end of the front shaft sleeve; a holding handle is included, an inner connecting sleeve is fixed to the top end of the holding handle, an outer connecting sleeve is arranged on the outer sideof the inner connecting sleeve in a matched and sleeving manner, an adjusting rod penetrates an adjusting hole, the front end of the front rotating shaft penetrates the back end of the adjusting holein a matched manner, and meshed sawteeth are arranged between the hole wall of the adjusting hole and the rod wall of the adjusting rod and between the hole wall of the adjusting hole and the rod wallof the front end of the front rotating shaft. The tray facilitates adjustment on the supporting base structure.

Description

technical field [0001] The invention belongs to the technical field of logistics equipment, and relates to a multifunctional logistics tray and its adjustment and assembly method. Background technique [0002] Enterprises usually place standard parts in turnover boxes at the production site or warehouse. Several turnover boxes are usually stacked and placed. The bottom of the turnover box is usually supported by a logistics board, which is also convenient for forklifts to move. In most scenarios, forklifts can be used. However, in some scenarios, it is not possible to use a forklift to move, so it is necessary to move the turnover boxes one by one. If rollers are added under the logistics board, the efficiency of moving the logistics board through the rollers must be higher than that of moving the turnover boxes alone. However, if you set The rollers will affect the bottom structure of the logistics board, which in turn will affect the transfer of the forklift. At the same t...

AI Technical Summary

Problems solved by technology

[0002] Enterprises usually place standard parts in turnover boxes at the production site or warehouse. Several turnover boxes are usually stacked and placed. The bottom of the turnover box is usually supported by a logistics board, which is also convenient for forklifts to move. In most scenarios, forklifts can be used. However, in some scenarios, it is not possible to use a forklift to move, so it is necessary to move the turnover boxes one by one. If rollers are added under the logistics board, the efficiency of moving the logistics board through the rollers must be higher than that of moving the turnover boxes alone. However, if you set The rollers will affect the bottom structure of the logistics board, which in turn will affect the transfer of the forklift. At the same time, the forklift cannot be placed stably after being transferred, so it is necessary to improve

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