WO2017084554A1 - 物联网信息系统 - Google Patents

物联网信息系统 Download PDF

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Publication number
WO2017084554A1
WO2017084554A1 PCT/CN2016/105863 CN2016105863W WO2017084554A1 WO 2017084554 A1 WO2017084554 A1 WO 2017084554A1 CN 2016105863 W CN2016105863 W CN 2016105863W WO 2017084554 A1 WO2017084554 A1 WO 2017084554A1
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Prior art keywords
information
platform
control
service
sensing
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PCT/CN2016/105863
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English (en)
French (fr)
Inventor
邵泽华
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成都秦川科技发展有限公司
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Application filed by 成都秦川科技发展有限公司 filed Critical 成都秦川科技发展有限公司
Priority to JP2018525593A priority Critical patent/JP2018537777A/ja
Priority to US15/776,389 priority patent/US10708364B2/en
Priority to EP16865731.0A priority patent/EP3379801A4/en
Publication of WO2017084554A1 publication Critical patent/WO2017084554A1/zh
Priority to US16/884,658 priority patent/US11146641B2/en
Priority to US17/474,507 priority patent/US11431806B2/en

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/01—Protocols
    • H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
    • H04L67/125—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks involving control of end-device applications over a network
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
    • H04L65/40—Support for services or applications
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/01—Protocols
    • H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks

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  • the present invention relates to the Internet of Things transmission technology, and more particularly to the Internet of Things information system.
  • the Internet of Things is an important part of the new generation of information technology and an important stage of development in the era of "informatization.” Its English name is: “Internet of things (IOT)". It is now widely believed that the Internet of Things is the Internet connected by objects and is an upgrade of Internet development. It has two meanings: First, the core and foundation of the Internet of Things is still the Internet, which is an extended and extended network based on the Internet; Second, its client extends and extends to any item and item for information. Exchange and communication, that is, things and things.
  • the most used one-tier three-tier architecture currently divides the Internet of Things into three levels: the sensing control layer, the network transport layer, and the application service layer.
  • IoT products are the functional structures of IoT products. Different functions will have different structures. Different countries, different industries, and different organizations may give different Structure.
  • the functional structure of IoT products is essentially a functional manifestation of IoT information, and does not present the common features of IoT information systems.
  • the implementation method includes the following steps: the user logs in from the Internet of Things browser to the Internet of Things system through the user account, inputs the registered domain name of a certain sensing component managed by the user in the address bar; and the domain name server resolves the registered domain name, the Internet of Things Browse Loading the object page of the corresponding sensing component; the Internet of Things browser loads the corresponding quantum object from the quantum component server according to the object page element of the corresponding object page; the sensing module implements the Internet of Things that acquires the sensing information and perceives the information to send the sensing information through the transmission layer.
  • the browser the Internet of Things browser processes the perceptual information through each layer of sub-objects; the Internet of Things browser implements the perceptual information processed by the quantum object.
  • the Internet of Things which is widely used in various fields, is mainly composed of the structure of the sensing layer, the transport layer and the application layer.
  • the information flow path of the existing Internet of Things structure is too single, limited, and secure. Insufficient, and it is not conducive to the user to control and manage the operating objects, so it is necessary to research and improve the existing IoT information circulation method.
  • the present invention provides an Internet of Things information system, and the object of the present invention is to solve the problem that the flow of information of the Internet of Things in the prior art is large, the flow path is single, and the information is Technical issues such as the effective management of sensory and control information are not available in all aspects of the flow.
  • the Internet of Things information system is characterized in that it comprises: an object platform, a sensor network platform and an operator management platform; the object platform establishes a communication protocol with the operator management platform through the sensor network platform; the object platform includes a perception information system and control information
  • the sensing information system acquires the sensing information of the object platform; the control information system controls the object by the control information; the sensing network platform includes the sensing information communication system and the control information communication system; and the operator management platform includes the sensing information management system And control information management systems.
  • It also includes a service platform; the operator management platform establishes a communication protocol with the service platform through the public network.
  • the service platform includes an operator-aware service system, an operator control service system, a government-aware service system, and a social public-sensing service system.
  • the user platform includes a user system.
  • a communication protocol is established between the sensing information system of the target platform and the control information system, the sensing information system acquires information, and the information is directly transmitted to the control information system, and the object platform realizes automatic processing and response of the information.
  • the sensing information system of the target platform acquires information, and transmits the information to the sensing information management system of the operator management platform through the sensing information communication system of the sensing network platform, and the sensing information management system transmits the information to the control information management system.
  • the control information management system transmits the information to the control information system of the object platform through the control information communication system of the sensor network platform to realize the control of the object.
  • the sensing information system of the target platform acquires information, and transmits the information to the sensing information management system of the operator management platform through the sensing information communication system of the sensing network platform, and the sensing information management system transmits the information to the service platform.
  • Operator-aware service system
  • the operator perceives the service system to transmit the information to the user system of the user platform, and the user system transmits the information to the user system of the user platform of the service platform, and the user system transmits the information to the operator control service system of the service platform, and operates Business control service system transmits information to control
  • the control information management system transmits the information to the control information system of the target platform through the control information communication system of the sensor network platform, thereby realizing the control of the object.
  • the government-aware service system and/or the social public-sensing service system in the service platform acquires public information and transmits the public information to the user system of the user platform; the user system analyzes and processes the public information and converts it into control information, and The control information is transmitted to the operator control service system of the service platform, and the operator control service system transmits the control information to the control information management system, and the control information management system transmits the control information to the control information communication system of the sensor network platform to In the control information system of the object platform, the control of the object is realized.
  • the operator perceives the service system to transmit information to the government perception service system and/or the social public awareness service system, and the government perception service system and/or the social public awareness service system transmits the information to the user system of the user platform, the user system
  • the information is transmitted to the public operator control service system of the service platform, and the public operator control service system transmits the information to the operator control service system, and the operator controls the service system to transmit the information to the control information management system, and the control information management
  • the system transmits the information to the control information system of the target platform through the control information communication system of the sensor network platform to realize the control of the object.
  • the sensing information system of the target platform acquires information, and transmits the information to the sensing information management system of the operator management platform through the sensing information communication system of the sensing network platform, and the sensing information management system transmits the information to the service platform.
  • the operator-aware service system transmits information to the user system of the user platform, the user system transmits the information to the public operator control service system of the service platform, and the public operator controls the service system to transmit the information to the operation.
  • the business control service system the operator controls the service system to transmit information to the control letter.
  • the control information management system transmits the information to the control information system of the object platform through the control information communication system of the sensor network platform, thereby realizing the control of the object.
  • the sensing information system of the target platform acquires information, and transmits the information to the sensing information management system of the operator management platform through the sensing information communication system of the sensing network platform, and the sensing information management system transmits the information to the service platform.
  • the operator perceives the service system; the operator perceives the service system to transmit information to the user system of the user platform, and the user system transmits the information to the operator control service system of the service platform, and the operator controls the service system to transmit the information to the control information management
  • the control information management system transmits the information to the control information system of the object platform through the control information communication system of the sensor network platform, thereby realizing the control of the object.
  • the government-aware service system and/or the social public-sensing service system in the service platform acquires public information and transmits the public information to the user system of the user platform; the user system transmits the public information to the public operator control service of the service platform.
  • the public operator control service system transmits the public information to the operator control service system, and the operator controls the service system to transmit the public information to the control information management system, and the control information management system passes the public information through the sensor network platform.
  • the control information communication system transmits to the control information system of the object platform to realize control of the object.
  • the government-aware service system and/or the social public-sensing service system in the service platform acquires public information and transmits the public information to the public operator control service system, and the public operator controls the service system to transmit the public information to the operator.
  • the operator controls the service system to transmit the public information to the control information management system, and the control information management system transmits the public information to the control information system of the target platform through the control information communication system of the sensor network platform, thereby realizing Object control.
  • the sensory information management system stores, identifies, and parses the transmitted information.
  • the control information management system stores, identifies, and parses the transmitted information.
  • the public carrier control service system stores, identifies, and resolves the transmitted information.
  • the public operator control service system stores, identifies, and resolves the transmitted public information.
  • the user system stores and analyzes the received information or public information.
  • the information includes the sensing information and the control information, and the sensing information is converted into the control information during the transmission of the sensing information system to the control information system.
  • the public information includes public sensing information, and the public sensing information is converted into control information during transmission to the control information system of the target platform in the government aware service system of the service platform and/or the social public awareness service system.
  • the sensing information includes at least one or more of sensor collection information, tag information, audio information, video information, location information, and smart device interface information.
  • the public sensing information includes at least one or more of sensor collection information, tag information, audio information, video information, location information, and smart device interface information.
  • Today's Internet is essentially an electronic information transmission network.
  • the existing Internet of Things related products are things + Internet, which is a form of expression of the Internet of Things.
  • the inventor broke the thinking mode currently limited by the function of the Internet of Things products, and first proposed the Internet of Things information system based on the Internet of Things as an objective world view.
  • the process of sensing information and control information in the whole system forms a closed-loop system.
  • the information flow process in the Internet of Things is made clearer, and the transmission of multiple nodes further reduces the risk of information being tampered with; and the sensing information and control information are respectively separated by two different transmission lines on the object platform and the user platform.
  • the Internet of Things information transmission system provided by the invention has a simple structure and a diversified transmission process, and can be applied to various Internet of Things application systems, and has a wide application range.
  • the present invention also includes a service platform.
  • the purpose of the service platform of the present invention is to combine with a public network to obtain public information from a public network.
  • the service platform can obtain public information in the public network, control the object according to the public information, and open and share information of some operators in the Internet of Things through the service platform to realize effective use of resources.
  • the present invention includes an operator management platform, which can implement operator control of the target platform, realize information interaction between the operator and the object, and enhance security and reliability in the information transmission process.
  • FIG. 1 is a system structural diagram of an Internet of Things information system according to the present invention.
  • a communication protocol is established between the sensing information system of the object platform and the control information system, the sensing information system acquires information, and the information is directly transmitted to the control information system, and the object platform realizes automatic processing of information and response.
  • the sensing information system acquires the sensing information, and stores, identifies, and parses the sensing information, and then transmits the processed sensing information to the control information system of the target platform, and the control information system converts the transmitted sensing information into control information.
  • the object realizes the control of the control information and completes the control of the object; the object platform can complete the automatic control of itself by this way.
  • the sensing information system of the target platform acquires the information of the object, and transmits the information to the sensing information management system of the operator management platform through the sensing information communication system of the sensing network platform, and the sensing information management system
  • the information is stored, identified and parsed, and the processed information is transmitted to the control information management system.
  • the processed information is converted into control information in the control information management system, and the control information management system passes through the sensing network.
  • the control information communication system of the platform transmits the converted control information to the control information system of the target platform, and the control information system completes the control of the object through the received control information instruction.
  • the sensing information may be location information, label information, audio information, smart device interface information, or a combination of the foregoing various types of information.
  • the Internet of Things information system further includes a user platform, and the user platform includes a user system.
  • the sensing information system of the object platform senses the object to obtain the sensing information, and transmits the sensing information to the operation through the sensing information communication system.
  • the sensing information management system of the commerce management platform stores, identifies, and parses the transmitted sensing information, and transmits the processed sensing information to the operator-aware service system in the service platform, and the operator senses the service.
  • the system transmits the sensing information to the user system of the user platform, and the user system analyzes the transmitted sensing information, and then converts the corresponding information into corresponding control information, and the user system transmits the converted control information to the public operator control service system.
  • the operator control service system transmits the control information to the control information management system, and the control information management system stores, identifies, and parses the control information, and then transmits the control information to the control information system of the object platform to implement control of the object.
  • the sensing information may be sensor collection information, label information, audio information, video information, or a combination of the foregoing.
  • the government aware service system and/or the social public awareness service system in the service platform obtain public information from the public network, and transmit the public information to the user system, and the user system analyzes the acquired public information. And converted into corresponding control information, the control information is transmitted to the operator control service system of the service platform, the operator controls the service system to store the control information, and then transmits the control information to the control information management system, and the control information management system.
  • the control information is stored, identified, and parsed, and then the control information is transmitted to the control information system of the object platform to implement control of the object.
  • the public information may be price information, label information, location information, or the like.
  • the government perception service system and/or the social public awareness service system obtains price information from the public network, and feeds the price information to the user system, and the user system stores and records the price information, and the price is The information is converted into a price adjustment instruction of the control object, and then the price adjustment instruction is sent to the operator control service system, and the operator control service system stores and identifies the price adjustment instruction, and then transmits the information to the control information management system, and the operator management platform The price adjustment instruction information is obtained, and the price adjustment instruction information is recorded, stored, and transmitted to the control information system of the target platform to realize price adjustment of the object.
  • the control information is control instruction information corresponding to the public sensing information or the sensing information.

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Abstract

本发明公开了物联网信息系统，涉及物联网传输技术领域。本发明包括对象平台、传感网络平台和运营商管理平台；对象平台通过传感网络平台与运营商管理平台建立通信协议；所述对象平台包括感知信息系统和控制信息系统；感知信息系统获取对象平台的感知信息；控制信息系统是通过控制信息对对象实行控制；所述传感网络平台包括感知信息通信系统和控制信息通信系统；运营商管理平台包括感知信息管理系统和控制信息管理系统。本发明所提供的物联网信息系统，结构简单，传输过程多样化，可适用于各类物联网应用系统中，应用范围广泛。

Description

物联网信息系统 技术领域
本发明涉及物联网传输技术，更进一步地说，本发明涉及物联网信息系统。
背景技术
物联网是新一代信息技术的重要组成部分，也是“信息化”时代的重要发展阶段。其英文名称是：“Internet of things(IOT)”。现在普遍认为物联网就是物物相连的互联网，是互联网发展的升级。其包含两层含义：其一，物联网的核心和基础仍然是互联网，是在互联网基础上的延伸和扩展的网络；其二，其用户端延伸和扩展到了任何物品与物品之间，进行信息交换和通信，也就是物物相息。
对于物联网体系结构，目前使用的最多的一个结构三层体系结构，将物联网分为感知控制层、网络传输层、应用服务层三个层次。
经过分析，我们发现这些参考架构包含的体系结构都是物联网产品的功能结构，对功能进行不同的分类就会有不同的结构，不同的国家、不同的行业、不同的组织都可能给出不同的结构。物联网产品的功能结构实质上是物联网信息的功能体现，并没有提出物联网信息系统的共同特征。
国家知识产权局于2012年11月07日，公开了一件公开号为CN102769635A，名称为“一种物联网系统及其实现方法”的发明专利，该发明专利包括感控层，传输层和应用层，其实现方法包括以下步骤：用户通过用户账号从一个物联网浏览器登陆到物联网系统，在地址栏输入其管理的某一感控组件的注册域名；域名服务器解析上述注册域名，物联网浏览 器加载相应感控组件的物页；物联网浏览器根据相应物页的物页元素从量子件服务器上加载相应量子对象；感知模块实施获取感知信息，感知信息通过传输层发送感知信息之物联网浏览器；物联网浏览器通过各层子对象对所述感知信息进行处理；物联网浏览器实施显示经量子对象处理后的感知信息。
由上述可知，目前广泛应用于各领域的物联网主要由感知层、传输层和应用层的结构组成，在信息流转上，现有物联网结构的信息流转路径过于单一，局限性大，安全性不足，并且不利于用户对操作对象进行控制及管理，因而有必要针对现有的物联网信息流转方法进行研究和改进。
发明内容
为了克服上述现有技术中存在的缺陷和不足，本发明提供了物联网信息系统，本发明的发明目的旨在于解决现有技术中物联网信息流转局限性较大，流转路径单一，且在信息流转的各个环节无法对感知信息和控制信息进行有效的管理等技术问题。
为了解决上述现有技术中存在的缺陷和问题，本发明是通过下述技术方案实现的：
物联网信息系统，其特征在于：包括对象平台、传感网络平台和运营商管理平台；对象平台通过传感网络平台与运营商管理平台建立通信协议；所述对象平台包括感知信息系统和控制信息系统；感知信息系统获取对象平台的感知信息；控制信息系统是通过控制信息对对象实行控制；所述传感网络平台包括感知信息通信系统和控制信息通信系统；运营商管理平台包括感知信息管理系统和控制信息管理系统。
还包括服务平台；运营商管理平台通过公共网络与服务平台建立通信协议。
所述服务平台包括运营商感知服务系统、运营商控制服务系统、政府感知服务系统、社会公共感知服务系统。
还包括用户平台，所述服务平台与用户平台建立通信协议。
所述用户平台包括用户系统。
以下为物联网信息系统的几种信息流转方式：
(1)对象平台的感知信息系统和控制信息系统之间建立通信协议，感知信息系统获取信息，将信息直接传输至控制信息系统，对象平台实现对信息的自动处理和响应。
(2)对象平台的感知信息系统获取信息，并将信息通过传感网络平台的感知信息通信系统传输至运营商管理平台的感知信息管理系统，感知信息管理系统将信息传输至控制信息管理系统，控制信息管理系统将信息通过传感网络平台的控制信息通信系统传输至对象平台的控制信息系统中，实现对对象的控制。
(3)对象平台的感知信息系统获取信息，并将信息通过传感网络平台的感知信息通信系统传输至运营商管理平台的感知信息管理系统中，感知信息管理系统将信息传输至服务平台中的运营商感知服务系统中。
(4)运营商感知服务系统将信息传输至用户平台的用户系统，用户系统将信息传输至服务平台的用户平台的用户系统，用户系统将信息传输至服务平台的运营商控制服务系统中，运营商控制服务系统将信息传输至控 制信息管理系统中，控制信息管理系统将信息通过传感网络平台的控制信息通信系统传输至对象平台的控制信息系统中，实现对对象的控制。
(5)服务平台中的政府感知服务系统和/或社会公共感知服务系统获取公共信息，并将公共信息传输给用户平台的用户系统；用户系统将公共信息进行分析处理，转换为控制信息，并将控制信息传输至服务平台的运营商控制服务系统中，运营商控制服务系统将控制信息传输至控制信息管理系统中，控制信息管理系统将控制信息通过传感网络平台的控制信息通信系统传输至对象平台的控制信息系统中，实现对对象的控制。
(6)运营商感知服务系统将信息传输至政府感知服务系统和/或社会公共感知服务系统，政府感知服务系统和/或社会公共感知服务系统将信息传输至用户平台的用户系统中，用户系统将信息传输至服务平台的公共运营商控制服务系统中，公共运营商控制服务系统将信息传输至运营商控制服务系统中，运营商控制服务系统将信息传输至控制信息管理系统中，控制信息管理系统将信息通过传感网络平台的控制信息通信系统传输至对象平台的控制信息系统中，实现对对象的控制。
(7)对象平台的感知信息系统获取信息，并将信息通过传感网络平台的感知信息通信系统传输至运营商管理平台的感知信息管理系统中，感知信息管理系统将信息传输至服务平台中的运营商感知服务系统中；运营商感知服务系统将信息传输至用户平台的用户系统，用户系统将信息传输至服务平台的公共运营商控制服务系统中，公共运营商控制服务系统将信息传输至运营商控制服务系统中，运营商控制服务系统将信息传输至控制信 息管理系统中，控制信息管理系统将信息通过传感网络平台的控制信息通信系统传输至对象平台的控制信息系统中，实现对对象的控制。
(8)对象平台的感知信息系统获取信息，并将信息通过传感网络平台的感知信息通信系统传输至运营商管理平台的感知信息管理系统中，感知信息管理系统将信息传输至服务平台中的运营商感知服务系统中；运营商感知服务系统将信息传输至用户平台的用户系统，用户系统将信息传输至服务平台的运营商控制服务系统中，运营商控制服务系统将信息传输至控制信息管理系统中，控制信息管理系统将信息通过传感网络平台的控制信息通信系统传输至对象平台的控制信息系统中，实现对对象的控制。
(9)服务平台中的政府感知服务系统和/或社会公共感知服务系统获取公共信息，并将公共信息传输给用户平台的用户系统；用户系统将公共信息传输至服务平台的公共运营商控制服务系统中，公共运营商控制服务系统将公共信息传输至运营商控制服务系统中，运营商控制服务系统将公共信息传输至控制信息管理系统中，控制信息管理系统将公共信息通过传感网络平台的控制信息通信系统传输至对象平台的控制信息系统中，实现对对象的控制。
(10)服务平台中的政府感知服务系统和/或社会公共感知服务系统获取公共信息，并将公共信息传输至公共运营商控制服务系统中，公共运营商控制服务系统将公共信息传输至运营商控制服务系统中，运营商控制服务系统将公共信息传输至控制信息管理系统中，控制信息管理系统将公共信息通过传感网络平台的控制信息通信系统传输至对象平台的控制信息系统中，实现对对象的控制。
感知信息管理系统对传输过来的信息进行存储、标识及解析。
控制信息管理系统对传输来的信息进行存储、标识及解析。
公共运营商控制服务系统对传输来的信息进行存储、标识及解析。
公共运营商控制服务系统对传输来的公共信息进行存储、标识及解析。
用户系统对接收到的信息或公共信息进行存储及分析。
所述信息包括感知信息和控制信息，在感知信息系统向控制信息系统的传输过程中，感知信息转换为控制信息。
所述公共信息包括公共感知信息，在服务平台的政府感知服务系统和/或社会公共感知服务系统中向对象平台的控制信息系统传输的过程中，公共感知信息转换为控制信息。
感知信息至少包括传感器采集信息、标签信息、音频信息、视频信息、位置信息、智能设备接口信息中的任意一种或多种。
公共感知信息至少包括传感器采集信息、标签信息、音频信息、视频信息、位置信息、智能设备接口信息中的任意一种或多种。
与现有技术相比，本发明所带来的有益的技术效果表现在：
1、当今的互联网，实质上是一个电子信息传输网，现有的物联网相关产品是物+互联网，是物联网一种表现形式。本发明人打破了目前受限于物联网产品功能的思维模式，首次提出以物联网为客观存在的世界观为基础的物联网信息系统，感知信息与控制信息在整个系统中传输的过程形成闭环体系，使得物联网中的信息流转过程更为清晰，且多个节点的传输也进一步降低了信息被篡改的风险；并且感知信息与控制信息分别由两条不同的传输线路在对象平台与用户平台之间反向传输，避免了传输过程中感知 信息与控制信息相互干扰；同时本发明所提供的一种物联网信息传输系统，结构简单，传输过程多样化，可适用于各类物联网应用系统中，应用范围广泛。
2、本发明还包括服务平台，本发明设置服务平台的目的是与公共网络进行结合，从公共网络中获取公共信息。服务平台可以获取公共网络中的公共信息，根据公共信息实现对对象的控制，并将物联网中的一些运营商信息通过服务平台实现信息对外开放和共享，实现资源的有效利用。
3、本发明包括运营商管理平台，可以实现运营商对对象平台的控制，实现运营商与对象之间的信息交互，增强信息传输过程中的安全性和可靠性。
附图说明
为了更清楚地说明本发明实施例的技术方案，下面将对实施例中所需要使用的附图作简单地介绍，应当理解，以下附图仅示出了本发明的某些实施例，因此不应被看作是对范围的限定，对于本领域普通技术人员来讲，在不付出创造性劳动的前提下，还可以根据该附图获得其他相关的附图。
图1为本发明物联网信息系统的系统结构图。
具体实施方式
为使本发明实施例的目的、技术方案和优点更加清楚，下面将结合附图，对本发明实施例中的技术方案进行清楚、完整的描述。显然，所描述的实施例是本发明的一部分实施例，而不是全部的实施例。
实施例1
作为本发明一较佳实施例，参照说明书附图1，本实施例公开了：
本实施例中的物联网信息系统，对象平台的感知信息系统和控制信息系统之间建立通信协议，感知信息系统获取信息，将信息直接传输至控制信息系统，对象平台实现对信息的自动处理和响应。感知信息系统获取感知信息，并对感知信息进行存储、标识及解析等处理，然后将处理后的感知信息传输至对象平台的控制信息系统，控制信息系统将传输来的感知信息转换为控制信息，对象实现控制信息的控制，完成对对象的控制；对象平台可以通过这种方式，完成对自身的自动控制。
实施例2
作为本发明又一较佳实施例，参照说明书附图1，本实施例公开了：
本实施例中的物联网信息系统，对象平台的感知信息系统获取对象的信息，将该信息通过传感网络平台的感知信息通信系统传输至运营商管理平台的感知信息管理系统，感知信息管理系统对该信息进行存储、标识和解析等处理，并将处理后的信息传输至控制信息管理系统中，处理后的信息在控制信息管理系统中被转换为控制信息，控制信息管理系统通过传感网络平台的控制信息通信系统将转换后的控制信息传输至对象平台的控制信息系统中，控制信息系统通过接收到的控制信息指令，完成对对象的控制。
在本实施例中，感知信息可以是位置信息，也可以是标签信息，也可以是音频信息，也可以是智能设备接口信息，也可以是上述多种信息的组合。
实施例3
在本实施例中，物联网信息系统还包括用户平台，用户平台包括用户系统，在本实施例中，对象平台的感知信息系统感知对象得到感知信息，将感知信息通过感知信息通信系统传输至运营商管理平台的感知信息管理系统，感知信息管理系统对传输来的感知信息进行存储、标识及解析等处理，将处理后的感知信息传输至服务平台中的运营商感知服务系统，运营商感知服务系统将感知信息传输至用户平台的用户系统中，用户系统对传输来的感知信息进行分析，然后转换成相应的控制信息，用户系统将转换后的控制信息传输至公共运营商控制服务系统中，运营商控制服务系统将控制信息传输至控制信息管理系统中，控制信息管理系统对控制信息进行存储、标识及解析，然后将控制信息传输至对象平台的控制信息系统中，实现对对象的控制。
在本实施例中，感知信息可以是传感器采集信息，也可以是标签信息，也可以是音频信息，也可以是视频信息，也可以是上述多种信息的组合。
实施例4
在本实施例中，服务平台中的政府感知服务系统和/或社会公共感知服务系统从公共网络中获取得到公共信息，并将公共信息传输给用户系统，用户系统对获取的公共信息进行分析，并转换为相应的控制信息，将控制信息传输至服务平台的运营商控制服务系统，运营商控制服务系统对控制信息进行存储，然后将控制信息传输至控制信息管理系统中，控制信息管理系统对控制信息进行存储、标识及解析，然后将控制信息传输至对象平台的控制信息系统中，实现对对象的控制。
在本实施例中，公共信息可以是价格信息，也可以是标签信息、也可以是位置信息等。
在本实施例中，政府感知服务系统和/或社会公共感知服务系统从公共网络中获取得到价格信息，并将价格信息反馈给用户系统，用户系统对价格信息进行存储和记录，并将该价格信息转换成控制对象的调价指令，然后将调价的指令发送到运营商控制服务系统，运营商控制服务系统对调价指令进行存储、标识，然后将该信息传输至控制信息管理系统，运营商管理平台得到该调价指令信息，对调价指令信息进行记录，存储之后再传输给对象平台的控制信息系统中，实现对对象的价格调整。在本实施例中，控制信息是与公共感知信息或感知信息相对应的控制指令信息。
上述实施例为本发明较佳的实施方式，但本发明的实施方式并不受上述实施例的限制，其他的任何未背离本发明的精神实质与原理下所作的改变、修饰、替代、组合、简化，均应为等效的置换方式，都包含在本发明的保护范围之内。

Claims (12)

  1. 物联网信息系统，其特征在于：包括对象平台、传感网络平台和运营商管理平台；对象平台通过传感网络平台与运营商管理平台建立通信协议；所述对象平台包括感知信息系统和控制信息系统；感知信息系统获取对象平台的感知信息；控制信息系统通过控制信息对对象实行控制；所述传感网络平台包括感知信息通信系统和控制信息通信系统；运营商管理平台包括感知信息管理系统和控制信息管理系统。
  2. 如权利要求1所述的物联网信息系统，其特征在于：还包括服务平台；运营商管理平台通过公共网络与服务平台建立通信协议。
  3. 如权利要求2所述的物联网信息系统，其特征在于：所述服务平台包括运营商感知服务系统、运营商控制服务系统、政府感知服务系统、社会公共感知服务系统。
  4. 如权利要求2或3所述的物联网信息系统，其特征在于：还包括用户平台，所述服务平台与用户平台建立通信协议。
  5. 如权利要求4所述的物联网信息系统，其特征在于：所述用户平台包括用户系统。
  6. 如权利要求1所述的物联网信息系统，其特征在于：对象平台的感知信息系统和控制信息系统之间建立通信协议，感知信息系统获取信息，将信息直接传输至控制信息系统，对象平台实现对信息的自动处理和响应。
  7. 如权利要求1所述的物联网信息系统，其特征在于：对象平台的感知信息系统获取信息，并将信息通过传感网络平台的感知信息通信系统传输至运营商管理平台的感知信息管理系统，感知信息管理系统将信息传输 至控制信息管理系统，控制信息管理系统将信息通过传感网络平台的控制信息通信系统传输至对象平台的控制信息系统中，实现对对象的控制。
  8. 如权利要求5所述的物联网信息系统，其特征在于：对象平台的感知信息系统获取信息，并将信息通过传感网络平台的感知信息通信系统传输至运营商管理平台的感知信息管理系统中，感知信息管理系统将信息传输至服务平台中的运营商感知服务系统中。
  9. 如权利要求8所述的物联网信息系统，其特征在于：运营商感知服务系统将信息传输至用户平台的用户系统，用户系统将信息传输至服务平台的运营商控制服务系统中，运营商控制服务系统将信息传输至控制信息管理系统中，控制信息管理系统将信息通过传感网络平台的控制信息通信系统传输至对象平台的控制信息系统中，实现对对象的控制。
  10. 如权利要求5所述的物联网信息系统，其特征在于：服务平台中的政府感知服务系统和/或社会公共感知服务系统获取公共信息，并将公共信息传输给用户平台的用户系统；用户系统将公共信息进行分析处理，转换为控制信息，并将控制信息传输至服务平台的运营商控制服务系统中，运营商控制服务系统将控制信息传输至控制信息管理系统中，控制信息管理系统将控制信息通过传感网络平台的控制信息通信系统传输至对象平台的控制信息系统中，实现对对象的控制。
  11. 如权利要求5至9的任意一项所述的物联网信息系统，其特征在于：所述信息包括感知信息和控制信息，在感知信息系统向控制信息系统的传输过程中，感知信息转换为控制信息。
  12. 如权利要求10所述的物联网信息系统，其特征在于：所述公共信息包括公共感知信息，在服务平台的政府感知服务系统和/或社会公共感知服务系统中向对象平台的控制信息系统传输的过程中，公共感知信息转换为控制信息。
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US10708364B2 (en) 2020-07-07
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