Networking method of multi-system integrated machine and multi-system integrated machine

Abstract

The invention discloses a networking method for a multi-system all-in-one machine, comprising: a first system module in the all-in-one machine is connected to a network signal through an external network cable; after the first system module is connected to the network signal, it invokes its own wireless network sharing function to establish a wireless network, and send the configuration information of the wireless network to the second system module in the all-in-one machine; after receiving the configuration information, the second system module connects to the signal of the wireless network. In addition, a multi-system integrated machine is also disclosed. The invention can reduce the number of external network cables and automatically control the networking status of each system module of the all-in-one machine. Automatically create a wireless network through the all-in-one machine, which can meet the networking needs of multiple clients. The invention can solve the networking problem of the multi-system integrated machine when there is no external router.

Description

technical field [0001] The invention relates to the technical field of multi-system integrated machines, in particular to a networking method for multi-system integrated machines and a multi-system integrated machine. Background technique [0002] The multi-system all-in-one machine integrates multiple system modules, such as Android modules and Windows modules, and each module is independent of each other, and is generally connected through an MCU (Micro Control Unit, micro control unit). If a certain module needs networking, you need to connect an external network cable to its Ethernet port to connect the module to the router. If each module needs to be connected to the Internet, multiple network cables must be connected from the router to the corresponding modules. In many cases, the multi-system all-in-one machine occupies multiple network cables. At this time, if other terminals other than the all-in-one machine need to be connected to the Internet, it is often not sat...

AI Technical Summary

Problems solved by technology

In many cases, the multi-system all-in-one machine occupies multiple network cables. At this time, if other terminals other than the all-in-one machine need to be connected to the Internet, it often cannot meet the requirements.

Moreover, when the current multi-system all-in-one machine controls the networking of each module, it can only switch to a different module first, and then set the connection mode and status of the corresponding network card.

Not only the external network cables on the all-in-one machine are very messy, but also it is impossible to automatically control the networking of each module in the all-in-one machine, and it is also unable to meet the networking needs of other terminals other than the all-in-one machine

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