CN220866290U - 360-Degree cargo conveying platform - Google Patents

Abstract

The 360-degree cargo conveying platform is formed by mutually staggering a plurality of X-axis small wheel shafts and Y-axis large wheel shafts, wherein a plurality of X-axis conveying small wheels are fixed on each X-axis small wheel shaft, each X-axis small wheel shaft is connected with an X-axis motor, a plurality of Y-axis conveying large wheels are fixed on each Y-axis large wheel shaft, and each Y-axis large wheel shaft is connected with a Y-axis motor; each X wheel axle motor and each Y wheel axle motor are independently controlled by a computer; and a cargo information identification module is arranged above the platform. Each layer of storage area is composed of 21 motors which are fixed on the periphery and can be controlled to run independently, 21 wheel shafts, 120X-axis conveying small wheels and 117Y-axis conveying large wheels which are mutually staggered. Compared with a common conveying platform, the intelligent conveying platform can be more intelligent and unmanned, so that the conveying and sorting efficiency of cargoes is higher.

Description

360-Degree cargo conveying platform

Technical Field

The utility model relates to the field of logistics transfer storage.

Background

At present, goods are conveyed by a single line of a conveyor belt, and can only be conveyed in two directions, and the single shaft moves left and right, so that inconvenience is brought to multi-direction conveying operation or manual movement is required.

Disclosure of Invention

The 360-degree cargo conveying platform provided by the utility model can realize 360-degree conveying, is more intelligent and is unmanned.

The utility model is realized by the following technical scheme: the 360-degree cargo conveying platform is mainly technically characterized by being formed by mutually staggering a plurality of X-axis small wheel shafts and Y-axis large wheel shafts, wherein a plurality of X-axis conveying small wheels are fixed on each X-axis small wheel shaft, each X-axis small wheel shaft is connected with an X-axis motor, a plurality of Y-axis conveying large wheels are fixed on each Y-axis large wheel shaft, and each Y-axis large wheel shaft is connected with a Y-axis motor; each X wheel axle motor and each Y wheel axle motor are independently controlled by a computer; and a cargo information identification module is arranged above the platform.

Each layer of storage area is composed of 21 motors which are fixed on the periphery and can be controlled to run independently, 21 wheel shafts, 120X-axis conveying small wheels and 117Y-axis conveying large wheels which are mutually staggered.

Compared with a common conveying platform, the intelligent conveying platform can be more intelligent and unmanned, so that the conveying and sorting efficiency of cargoes is higher.

Drawings

FIG. 1 is a schematic diagram of the structure of the present utility model;

FIG. 2 is a schematic diagram of a cargo conveyance platform;

FIG. 3 is a schematic view of a partial structure of a cargo conveyance platform;

FIG. 4 is a front side view of the cargo conveyance platform;

FIG. 5 is a side view of the cargo conveyance platform;

Detailed Description

An X wheel shaft motor;

6.Y axle motor;

x-axis transport small wheels;

3.Y shafts convey large wheels;

x-axis small wheel axle;

5.Y axle large wheel axle 5;

7. goods;

8. A cargo information identification module;

As shown in fig. 1-5, each layer of storage area is composed of 21 motors, 21 wheel shafts, 120 small X-axis conveying wheels and 117 large Y-axis conveying wheels which are fixed on the periphery and can be controlled to run independently. Each of the X-axis motor 1 and the Y-axis motor 6 is independently controlled by a computer to be independently operated so as to control the corresponding wheel shaft and the corresponding transfer wheel.

When the goods 7 are conveyed to the X-axis small wheel 2 and the Y-axis large wheel 3 of the 360-degree follow-up conveyor belt, corresponding wheel shafts are driven by the X-axis motor 1 and the Y-axis motor 6, and then the X-axis small wheel shaft 4 and the Y-axis large wheel shaft 5 respectively drive the X-axis small wheel 2 and the Y-axis large wheel 3 to rotate, and the X-axis small wheel and the Y-axis large wheel can drive the goods 7 to move. The goods information identification module 8 identifies the goods information and the position information of the goods through the camera, then sends the goods information and the position information of the goods to the computer, the computer distributes the goods conveying position and the sorting position through calculation, and then controls the corresponding X-axis conveying small wheel and Y-axis conveying large wheel to rotate through respectively controlling the forward rotation and the reverse rotation of each wheel shaft motor through the computer so as to realize that the goods 7 can move at will on the conveying platform surface, thereby achieving the purpose of automatically sorting, sorting and conveying different goods.

Claims (2)

1. The 360-degree cargo conveying platform is characterized by being formed by mutually staggering a plurality of X-axis small wheel shafts and Y-axis large wheel shafts, wherein a plurality of X-axis conveying small wheels are fixed on each X-axis small wheel shaft, each X-axis small wheel shaft is connected with an X-axis motor, a plurality of Y-axis conveying large wheels are fixed on each Y-axis large wheel shaft, and each Y-axis large wheel shaft is connected with a Y-axis motor; each X wheel axle motor and each Y wheel axle motor are independently controlled by a computer; and a cargo information identification module is arranged above the platform.

2. A 360 degree cargo conveyor platform as claimed in claim 1 wherein each storage area is comprised of 21 individually controllable motors and 21 axles secured to the periphery and 120X-axis transfer wheels interleaved with 117Y-axis transfer wheels.