WO2025118012 - ELECTRONIC DEVICES, WIRELESS HIGH-BANDWIDTH IOT NETWORKING SYSTEMS, DEVICES, AND THEIR CONTROL METHODS AND STORAGE INSTALLATIONS

National phase entry is expected:
Publication Number WO/2025/118012
Publication Date 12.06.2025
International Application No. PCT/AU2024/050051
International Filing Date 30.01.2024
Title **
[English] ELECTRONIC DEVICES, WIRELESS HIGH-BANDWIDTH IOT NETWORKING SYSTEMS, DEVICES, AND THEIR CONTROL METHODS AND STORAGE INSTALLATIONS
[French] DISPOSITIFS ÉLECTRONIQUES, SYSTÈMES DE MISE EN RÉSEAU IDO À GRANDE BANDE PASSANTE SANS FIL, DISPOSITIFS, ET LEURS PROCÉDÉS DE COMMANDE ET INSTALLATIONS DE STOCKAGE
Applicants **
SMART CONSTRUCTION LABORATORY LIMITED
Inventors
LI, Heng
HAN, Dongliang
Priority Data
PCT/AU2023/202312   04.12.2023   AU
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Quotation for National Phase entry

Country StagesTotal
China Filing, Examination, Granting2042
EPO Filing, Examination, Granting12041
Japan Filing, Examination, Granting1915
South Korea Filing, Examination, Granting1504
USA Filing, Examination, Granting5940
MasterCard Visa
Total: 23,442
Abstract[English] This invention pertains to a cutting-edge wireless high-bandwidth Internet of Things (IoT) networking system and device. It encompasses Layer 1 (L1) and Layer 2 (L2) processing modules, with the L1 module overseeing the operational modes of the L2 modules, namely, Host or Client modes. When operating in Host mode, L2 delivers wireless access services, whereas in Client mode, it establishes wireless connections with other devices. This configuration facilitates direct, high-bandwidth wireless IoT communication among multiple devices. The ingenious design obviates the necessity for L2 modules to toggle between Host and Client modes, thereby elevating the efficiency and effectiveness of wireless networking. Furthermore, this innovation can be flexibly applied across various industrial contexts, including Smart Cities, Industrial Automation, Healthcare, Smart Homes and Agriculture.[French] La présente invention concerne un système et un dispositif de mise en réseau Internet des objets (IdO) à grande bande passante sans fil de pointe. Elle englobe des modules de traitement de couche 1 (L1) et de couche 2 (L2), le module L1 contrôlant les modes de fonctionnement des modules L2, à savoir, des modes hôte ou client. Lors du fonctionnement en mode hôte, L2 délivre des services d'accès sans fil, tandis qu'en mode client, il établit des connexions sans fil avec d'autres dispositifs. Cette configuration facilite une communication IdO sans fil directe à grande bande passante entre de multiples dispositifs. La conception ingénieuse évite la nécessité pour des modules L2 de basculer entre les modes hôte et client, ce qui permet d'élever l'efficience et l'efficacité de mise en réseau sans fil. En outre, cette innovation peut être appliquée de manière flexible à divers contextes industriels, y compris les villes intelligentes, l'automatisation industrielle, les soins de santé, les maisons intelligentes et l'agriculture.

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