Internet-of-Things transferring system used for spherical cargo carrier

Abstract

The invention relates to an Internet-of-Things transferring system used for a spherical cargo carrier. The Internet-of-Things transferring system is composed of a lifting mechanism, a distributing mechanism and transferring tracks used for the lifting mechanism and the distributing mechanism. In the system, the advantages of spherical transportation are reused, a spherical body is relatively static and can vertically move along the center axis under the action of the spiral lifting tracks, a centre shaft and a limit pillar during the lifting process, steps required in lifting the spherical body transferred through the Internet of Things are simplified, and energy consumption is thereby reduced; besides, automatic distributing can be achieved according to needs of users, so that the spherical body can return to the designated input tracks; automatic separation of multiple channels for the cargo carrier is satisfied through the mechanical structure capable of automatically switching circuits, and extra drive equipment is not needed during separation; the Internet-of-Things transferring system can be connected end to end when plenty of targeted cargos need to be transferred, so that the Internet-of-Things is applicable to large logistic network pipeline transmission, and transferring tasks can be completed accurately and stably.

Description

[0001] technical field [0002] The invention relates to an IoT transmission system for a spherical object carrier. Background technique [0003] At present, most of the object carriers widely used in the Internet of Things use spherical object carriers as carriers. The sphere has the advantages of convenient steering and energy saving during transportation, because it only needs to be lifted to a high point during transportation to complete the accumulation of potential energy to support long-term distance transportation, but raising the spherical load carrier to a high-end requires a lot of equipment and serious energy loss. A single line transportation can no longer meet the diverse needs of customers, but if a large number of electrical switches such as solenoid valves are used to control the load carrier The travel cost is too expensive, and the environment of the underground pipeline may not be able to meet the relevant construction requirements. Contents of the inve...

AI Technical Summary

Problems solved by technology

[0003] At present, most of the object carriers widely used in the Internet of Things use spherical object carriers as carriers. The sphere has the advantages of convenient steering and energy saving during transportation, because it only needs to be lifted to a high point during transportation to complete the accumulation of potential energy to support long-term distance transportation, but raising the spherical load carrier to a high end requires a lot of equipment and serious energy loss. A single line of transportation obviously cannot meet the diverse needs of customers, but if a large number of electrical switches such as solenoid valves are used to control the load carrier The travel cost is too expensive, and the environment of the underground pipeline may not be able to meet the relevant construction requirements

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