CN-116708512-B - Intelligent station sharing system and management method

CN116708512BCN 116708512 BCN116708512 BCN 116708512BCN-116708512-B

Abstract

The invention discloses an intelligent sharing station system and a management method thereof, wherein the intelligent sharing station system comprises Internet of things equipment, an Internet of things gateway and edge control equipment; the system comprises an Internet of things gateway, an Internet of things gateway upper connection edge control device, an Ethernet access device for accessing the sharing station, and an end-to-end VLAN channel arranged between the edge control device and the Internet of things gateway as well as between the edge control device and the Ethernet access device of the sharing station. The invention has the advantages that the sharing station and the intelligent equipment are organically combined through the technology of the Internet of things and the communication technology from the optical fiber to the desktop, the requirements and the preferences of different users are acquired and memorized, when the users enter the sharing station, the functional space of the station, the height, the illumination, the temperature, the computer, the network and the like of the station can be automatically adjusted according to the history preferences of the users, the differentiated requirements of the sharing station on the use of the sharing station are met, and the user experience and the operation efficiency of the sharing station are greatly improved.

Inventors

LI JIAJING
CHEN DAWEI
WU ZEBIN
HU YAJING
LUO YUANYUAN
WANG QIANG
YU YANFANG
LI YIQIANG
XIANG LEI
FENG XIAOPENG
Zhang Yezhuo
Che Weisong
ZHANG YUE
ZHANG GUO
SUN CHENGHU

Assignees

北京电信规划设计院有限公司
中讯邮电咨询设计院有限公司

Dates

Publication Date: 20260512
Application Date: 20230720

Claims (6)

1. The intelligent sharing station management method is characterized by comprising Internet of things equipment, an Internet of things gateway, edge control equipment, a light cat and an optical line terminal; The Internet of things equipment is arranged in the non-Ethernet access equipment of the sharing station, and is connected with the Internet of things gateway, and the Internet of things gateway is used for collecting the state of the office facilities of the sharing station and receiving and executing the instruction issued by the Internet of things gateway; the Internet of things gateway is arranged in a light cat and is used for transmitting Internet of things data through a light cat uplink edge control device; the edge control equipment is arranged in the optical line terminal, and is connected with the Ethernet through the optical line terminal, so that the automatic discovery, authentication and data access of the sensing equipment of the Internet of things and the Ethernet access equipment are realized; an end-to-end VLAN channel is arranged between the edge control equipment and the gateway of the Internet of things, the equipment of the Internet of things and the Ethernet access equipment of the sharing station; The system also comprises authentication and identification of the gateway of the Internet of things in the sharing station, authentication and identification of the equipment of the Internet of things, authentication and identification of the Ethernet access equipment and use management of the sharing station; the authentication and identification of the gateway of the Internet of things comprise: S1.1, after an Internet of things gateway is powered on for the first time and enters a network, establishing network connection to the edge control equipment; s1.2, initiating an authentication request to the edge control equipment; S1.3, after obtaining authentication success information, initiating a service identification number application to the edge control equipment; S1.4, after the service identification number is obtained, initiating a nano tube application to edge control equipment, reporting the specification and model of the gateway of the Internet of things, and establishing a one-to-one association relation with a sharing station; The authentication and identification of the Internet of things equipment comprises that the Internet of things equipment is firstly powered on to enter a network and then establishes network connection with the Internet of things gateway, the Internet of things gateway initiates an authentication request to the edge control equipment and acquires a service identification number, the service type, the model and the service identification of the Internet of things equipment are reported, and the attribution relation between the Internet of things equipment and a sharing station is established; The authentication and identification of the Ethernet access equipment comprises the steps that the Ethernet access equipment establishes communication connection with the edge control equipment through the optical modem, initiates authentication to the edge control equipment, reports the service type, the model, the IP address and the MAC address of the edge control equipment, and establishes a one-to-one association relation with a sharing station; The shared station use management comprises the steps that the edge control equipment displays the state of the shared station to a user, after a start request of the shared station is obtained, if the user is judged to be used for the first time, the user demand is obtained, an adjustment instruction is issued to the Ethernet access equipment and the non-Ethernet access equipment of the shared station according to the user demand, and feedback information is collected, otherwise, an adjustment instruction is issued to the Ethernet access equipment and the non-Ethernet access equipment of the shared station according to the characteristic habit of the user reserved in the edge control equipment, and the feedback information is collected.
2. The intelligent sharing station management method of claim 1, wherein the Internet of things gateway is connected with the Internet of things equipment in the non-Ethernet access equipment of the sharing station through wired or wireless communication.
3. The intelligent sharing station management method of claim 1, wherein the gateway of the Internet of things is used for converting signal encapsulation of the device of the Internet of things into Ethernet signals, uploading the Ethernet signals to the edge control device, issuing instructions to the device of the Internet of things according to requirements of the edge control device, and controlling the non-Ethernet access device.
4. The intelligent sharing station management method of claim 1, wherein the Internet of things gateway and the edge control device are built in the optical modem and the optical line terminal respectively by adopting an internal high-speed bus.
5. The intelligent sharing station management method of claim 1, wherein the edge control device can be accessed to a user side to realize management of sharing stations.
6. The intelligent sharing station management method of claim 1, wherein the edge control device issues a unique service identification number for the gateway port of the Internet of things as the unique service identification number of the Internet of things device according to the association relationship between the Internet of things device and the gateway port of the Internet of things.

Description

Intelligent station sharing system and management method Technical Field The invention relates to the technical field of sharing, in particular to an intelligent sharing station system and a management method thereof. Background Passive Optical Networks (PON) are the dominant technology in optical access networks in recent years. The PON system is composed of OLT, ONU and ODN. The OLT (Optical LINE TERMINAL ) is located at the local side, is a core component of the whole PON system, provides a high-speed interface between the access network and the core network/metropolitan area network upwards, provides a point-to-multipoint PON interface facing the passive Optical network downwards, and sends data to each ONU in a broadcast manner. The ODN (Optical Distribution Network, fiber distribution network) is a fiber distribution network composed of POS (Passive OpticalSplitter, passive fiber splitters), so that the optical transmission bandwidth of one PON interface can be shared by multiple ONUs. The ONU (Optical Network Unit ) is positioned at the user end, and realizes the access of multiple services such as data, voice and the like. As an application mode of the PON, the optical fiber to the desktop (Fiber To The Desktop-FTTD) is to replace the traditional 5-class line to extend the optical fiber to the user terminal computer, so that the user terminal realizes network access through the optical fiber in the whole process, and has the advantages of ultra-high stable communication bandwidth, ultra-long distance transmission, strong electromagnetic interference resistance, better confidentiality, long service life and easiness in upgrading. Based on the optical fiber to desktop technology, cloud desktop is also called desktop virtualization and cloud computer, and components such as a CPU, a memory, a hard disk and the like are virtualized on a cloud server to replace a traditional computer, so that experience effects consistent with that of a physical computer are achieved, and mobile office demands are met. Under the cloud desktop application scene, the sharing station can be further developed. The sharing station provides a flexible office base for small-sized companies, new-creation companies, free occupations, personal workers and travelers who need to work in travel, so that the expense of enterprises can be reduced, the working efficiency is improved, the sharing station users can adjust the station demands at any time, and the users can plan the office space better without wasting financial resources on extra office areas which cannot be used. However, the functions of the sharing stations are uniformly distributed, and the complete reputation considers the different requirements of different use. Disclosure of Invention The invention aims to provide an intelligent sharing station system, and another aim of the invention is to provide an intelligent sharing station management method, which enables sharing stations to set functional space, height, illumination, temperature, computers, networks and the like of stations according to requirements and preferences of users, provides office space conforming to the use habit and planning of the users, and remarkably reduces office cost of small-sized companies, new creation companies, free occupations, personal workers and travelers who need to work in traveling. In order to achieve the above purpose, the invention adopts the following technical scheme: The intelligent sharing station system comprises Internet of things equipment, an Internet of things gateway, edge control equipment, a light cat and an optical line terminal; The Internet of things equipment is arranged in the non-Ethernet access equipment of the sharing station, and is connected with the Internet of things gateway, and the Internet of things gateway is used for collecting the state of the office facilities of the sharing station and receiving and executing the instruction issued by the Internet of things gateway; The Internet of things gateway is arranged in the optical modem and is used for transmitting Internet of things data through the optical modem uplink edge control equipment; the optical cat is responsible for accessing Ethernet access equipment of the sharing station; the edge control equipment is arranged in the optical line terminal, and is connected with the Ethernet through the optical line terminal, so that the automatic discovery, authentication and data access of the sensing equipment of the Internet of things and the Ethernet access equipment are realized; And an end-to-end VLAN channel is arranged between the edge control equipment and the Ethernet access equipment of the gateway, the equipment and the sharing station of the Internet of things. Further, the internet of things gateway is connected with the internet of things device in the non-ethernet access device of the shared station through wired or wireless communication. Further, the gateway of the internet of things is