WO2012163134A1 - Temperature measurement system and method based on family gateway - Google Patents
Temperature measurement system and method based on family gateway Download PDFInfo
- Publication number
- WO2012163134A1 WO2012163134A1 PCT/CN2012/072389 CN2012072389W WO2012163134A1 WO 2012163134 A1 WO2012163134 A1 WO 2012163134A1 CN 2012072389 W CN2012072389 W CN 2012072389W WO 2012163134 A1 WO2012163134 A1 WO 2012163134A1
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- WIPO (PCT)
- Prior art keywords
- temperature
- temperature data
- home
- home gateway
- user
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
- H04L12/2803—Home automation networks
- H04L12/2823—Reporting information sensed by appliance or service execution status of appliance services in a home automation network
- H04L12/2825—Reporting to a device located outside the home and the home network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/66—Arrangements for connecting between networks having differing types of switching systems, e.g. gateways
Definitions
- the present invention relates to the field of communications, and in particular to a home gateway based temperature measurement system and method.
- BACKGROUND OF THE INVENTION At present, the family property communication business based on the actual home-based gateway is still limited, including: home automation, family medical services, etc.
- the business is still basically in a pilot state, and there is no large-scale deployment.
- the general business development idea is to transmit the temperature data on the thermometer to the short-range wireless technology (such as Zigbee, Z-Wave, 433MHz band private wireless technology).
- the home gateway is reported to the corresponding home medical service platform (ie, the third-party application platform) through the operator's Machine to Machine (M2M) IoT service support platform.
- the M2M service system of the operator can support the M2M terminal (including the home IoT gateway) to interface with the M2M IoT service support platform, and deploy the specific third-party application system and other related telecommunication support systems.
- the operator's M2M IoT service support platform mainly completes terminal access control, terminal management, provides service capabilities for third-party services, management of industry applications, etc. Among them, terminal management includes card management, terminal information management, and terminal events.
- the requirements for the M2M IoT service support platform mainly include: a) achieving unified access and management of terminals; b) completing unified management of services; c) meeting access to third-party systems; d) providing rapid service customization capabilities; ) Provide customer and partner operations management.
- the third-party application platform is a business system that completes one or multiple business functions based on the acquisition, transmission, and other capabilities of the IoT terminal, including industry systems built by government and enterprises, industrial application systems for cooperative operations, and telecom operations. Commercial self-operated application system.
- the third-party application system released by the telecom operator accesses the M2M service support platform of the operator through the standard interface.
- the application system built by the government and enterprise customers can be selected through the M2M service support platform and the M2M service support platform.
- a thermometer is used to measure the temperature of the home user, and then the temperature data on the thermometer is transmitted to the home gateway through some short-range wireless technology and reported to the corresponding home medical service platform through the operator's M2M IoT service support platform (ie, a third party) Application platform), there are problems such as slow detection time and complex implementation.
- the present invention provides a temperature measurement system and method based on a home gateway to solve at least the human body temperature measurement service based on the home object connection system in the related art, which has a slow detection time and a complicated implementation problem.
- a home gateway based temperature measurement system is provided.
- the home gateway-based temperature measurement system according to the present invention includes: a home gateway; the home gateway includes: an infrared temperature detection module configured to detect a user's body temperature through infrared rays; an Open Service Gateway Initiative (OSGi)
- OSGi Open Service Gateway Initiative
- the IOT service module is configured to encapsulate the temperature data detected by the infrared temperature detecting module, and send the packaged temperature data to perform subsequent processing.
- the home gateway further includes: a temperature detecting switch module configured to activate or deactivate the infrared temperature detecting module.
- the infrared temperature detecting module is further configured to: when determining that the detected temperature data is in an abnormal range, send the alarm information to the home medical service platform via the machine-to-machine M2M IoT service support platform by using the OSGi component of the infrared body temperature detecting service, And/or transmitting alarm information to the display device.
- the temperature measuring system further includes: a display device connected to the home gateway, configured to display temperature data and/or alarm information from the infrared temperature detecting module.
- the above display device is a digital photo frame or a mobile terminal.
- the above system further includes: an M2M IoT service support platform and a home medical service platform; an M2M IoT service support platform, configured to transparently transmit temperature data from the OSGi IoT service module package; and a home medical service platform, configured to receive M2M
- the temperature data transparently transmitted by the IoT service support platform sends an alarm message to the user equipment corresponding to the temperature data when determining that the received temperature data is in an abnormal range, and/or sends the alarm information from the infrared temperature detecting module to the User equipment corresponding to the alarm information.
- the home medical service platform is further configured to transmit temperature data that the user needs to download to the user equipment corresponding to the user in response to the user's operation.
- a home gateway based temperature measuring method is provided.
- the home gateway-based temperature measurement method according to the present invention is applied to a system including a home gateway, the method comprising: the home gateway detecting the user's body temperature by infrared rays; the home gateway encapsulating the detected temperature data, and packaging the package
- the temperature data is sent to perform subsequent processing.
- the method further includes: when the home gateway determines that the detected temperature data is in an abnormal range, the alarm information is sent to the machine through the OSGi component of the infrared service temperature detecting service open service gateway platform The machine M2M IoT service support platform is sent to the home medical service platform, and/or the alarm information is transmitted to the display device.
- the method further includes at least one of the following: the display device receives the packaged temperature data from the home gateway, and displays the information; the display device receives the alarm information from the home gateway, And display it.
- the method further includes: the home medical service platform receives the temperature data transparently transmitted through the M2M IoT service support platform; and the home medical service platform determines that the received temperature data is in an abnormal range
- the user equipment corresponding to the temperature data sends the alarm information, and/or sends the alarm information from the infrared temperature detecting module to the user equipment corresponding to the alarm information.
- the method further includes: the home medical service platform transmitting the temperature data that the user needs to download to the user equipment corresponding to the user in response to the operation of the user.
- the home user can perform temperature detection through the infrared body temperature detecting module of the home gateway, and send the detected temperature data to the home medical service platform through the M2M Internet of Things service supporting platform.
- the utility model solves the human body temperature measurement service based on the family object connection system in the related art, and has the problems of slow detection time and complicated implementation, thereby effectively saving detection time and being easy to implement.
- FIG. 1 is a block diagram showing the structure of a home gateway based temperature measuring system according to an embodiment of the present invention
- FIG. 2 is a block diagram showing a structure of a home gateway based temperature measuring system according to a preferred embodiment of the present invention
- FIG. 4 is a flow chart of a home gateway based temperature measurement method in accordance with a preferred embodiment of the present invention.
- BEST MODE FOR CARRYING OUT THE INVENTION the present invention will be described in detail with reference to the accompanying drawings. It should be noted that the embodiments in the present application and the features in the embodiments may be combined with each other without conflict.
- 1 is a block diagram showing the structure of a home gateway based temperature measuring system according to an embodiment of the present invention. As shown in FIG. 1, the home gateway based temperature measurement system includes: a home gateway 10.
- the home gateway 10 may further include: an infrared temperature detecting module 100 configured to detect a user's body temperature by infrared rays; and an OSGi object processing service module 102 configured to encapsulate the temperature data detected by the infrared temperature detecting module, and The packaged temperature data is sent to perform subsequent processing.
- an infrared temperature detecting module 100 configured to detect a user's body temperature by infrared rays
- an OSGi object processing service module 102 configured to encapsulate the temperature data detected by the infrared temperature detecting module, and The packaged temperature data is sent to perform subsequent processing.
- the user's body temperature is detected by using a common body temperature detection method, and then the temperature data on the thermometer is transmitted to the home gateway by using short-range wireless technology, and reported to the corresponding family through the operator's M2M Internet of Things service support platform. Medical business platform (ie third-party application platform).
- the home gateway 10 is responsible for managing devices in the home network, and the home gateway 10 directly detects the body temperature of the human body through the infrared temperature detection interface, and interacts with the M2M Internet of Things service support platform 12 through the access telecommunication network.
- the main function of the home gateway 10 is to obtain temperature data (for example, a current temperature value or a temperature statistical value of a certain period of time), package the temperature data according to the telecommunication operator's Internet of Things platform and the terminal specification, and pass the encapsulated temperature data to the M2M.
- the IoT business support platform is reported to the home medical service platform, and can also be transmitted to the display device for local display.
- the home gateway 10 further includes: a temperature detecting switch module 104 configured to enable or disable the infrared temperature detecting module 100.
- the infrared temperature detecting module 100 is further configured to send the alarm information to the home through the M2M Internet of Things service support platform by determining an OSGi component of the infrared body temperature detecting service when determining that the detected temperature data is in an abnormal range.
- the temperature measuring system further includes: a display device 16 connected to the home gateway 10, configured to display temperature data and/or alarm information from the infrared temperature detecting module.
- the display device 16 may be a digital photo frame (which may be configured with a touch function), a mobile terminal (eg, a mobile phone), etc., and the main functions are display of temperature data and display of temperature alarm information.
- the temperature detecting switch module can also be disposed on the display device 16, which can simplify the hardware switch design of the home object gateway.
- the temperature measurement system further includes: an M2M Internet of Things service support platform 12 and a home medical service platform 14.
- the M2M IoT service support platform 12 is configured to transparently transmit temperature data encapsulated from the OSGi IoT service module.
- the home medical service platform 14 is configured to receive the temperature data transparently transmitted by the M2M IoT service support platform 12. And sending the alarm information to the user equipment corresponding to the temperature data when the received temperature data is in the abnormal range, and/or sending the alarm information from the infrared temperature detecting module to the user equipment corresponding to the alarm information.
- the home medical service platform 14 is further configured to transmit the temperature data that the user needs to download to the user equipment corresponding to the user in response to the operation of the user.
- the home medical service platform can record and count the temperature data collected by the home object gateway, and can download at the user's request or actively push the abnormal data to the related bound home user device when the temperature data is abnormal (for example, Mobile phone).
- FIG. 2 is a block diagram showing the structure of a home gateway based temperature measuring system in accordance with a preferred embodiment of the present invention. As shown in FIG.
- the temperature measurement system includes: a home gateway 10 and a display device 16 at a terminal layer; an M2M Internet of Things service support platform 12 and a home medical service platform 14 at an application layer, wherein the M2M Internet of Things service support platform 12 and the home gateway 10 are connected at the network layer through a bearer network.
- the home gateway 10 may further include the following modules: (1) Infrared temperature detection module 100 The main function of the infrared temperature detection module is to quickly detect the body temperature of the human body through infrared rays. The physical form is directly embedded in the hardware of the household IoT gateway or implemented in the same way as the USB Dongle. The driver software is passed to OSGi's IoT business module. (2) Temperature detection switch module 102 The main function of the temperature detection switch module is to start the temperature measurement, which may be a switch newly added to the IoT gateway or a multiplexing function with other existing switches, or may be implemented by software.
- the OSGi IoT service module resides in the software platform of the home IoT gateway.
- the main function is to collect the temperature data of the infrared temperature detection module and package it according to the M2M package format and transmit it to the M2M IoT service support platform and the home medical service platform.
- 3 is a flow chart of a home gateway based temperature measurement method in accordance with an embodiment of the present invention.
- the above temperature measurement method can be applied to a system including: a home gateway, an M2M Internet of Things service support platform, and a home medical service platform. As shown in FIG.
- the above temperature measurement method mainly includes the following processing: Step S302: The home gateway detects the user's body temperature by infrared rays; Step S304: The home gateway encapsulates the detected temperature data, and encapsulates the temperature data. Send to perform subsequent processing.
- the home gateway-based temperature measurement method shown in FIG. 3 can enable the home user to perform temperature detection through the infrared body temperature detection module of the home object gateway, and the infrared body temperature detection method has the characteristics of fast detection time compared with the commonly used body temperature detection mode.
- the utility model solves the human body temperature measurement service based on the family object connection system in the related art, and has the problems of slow detection time and complicated implementation, thereby effectively saving detection time and being easy to implement.
- a temperature detecting switch module for turning on or off the infrared temperature detecting module may also be disposed in the home gateway.
- the home gateway detects the user's body temperature by infrared rays
- the following processing may be further included: the home gateway detects the OSGi of the service through the infrared body temperature when determining that the detected temperature data is in an abnormal range.
- a bundle sends the alarm information to the home medical service platform via the M2M IoT service support platform, and/or transmits the alarm information to the display device.
- the method may further include at least one of the following: (1) the display device receives the packaged temperature data from the home gateway, and displays the data;
- the display device receives the alarm information from the home gateway and displays it.
- the home gateway encapsulates and sends the detected temperature data in the M2M format, the following processing is further included:
- the home medical service platform receives temperature data transparently transmitted through the M2M Internet of Things service support platform; (2) the home medical service platform sends a user equipment corresponding to the temperature data when determining that the received temperature data is in an abnormal range
- the alarm information, and/or the alarm information from the infrared temperature detecting module is sent to the user equipment corresponding to the alarm information.
- the method further includes: the home medical service platform transmitting the temperature data that the user needs to download to the corresponding user according to the operation of the user. User equipment.
- Step S402 The home gateway starts normally, and interfaces with the M2M Internet of Things service support platform, and starts corresponding driver of the infrared temperature detection module and corresponding OSGi. Business bundle module.
- Step S404 in response to the user operation, starting the infrared temperature detecting module.
- the user initiates through a temperature detection switch provided on the home Internet gateway or through a software interface of the home media screen.
- Step S406 the infrared temperature detecting module detects the temperature of the human body.
- the user who needs to measure the body temperature goes to the vicinity of the home object gateway temperature detection module to prepare for rapid body temperature measurement, and the home object gateway temperature detection module performs rapid body temperature measurement on the user.
- the temperature detecting service bundle module corresponding to the OSGi in the infrared temperature detecting module detects the latest human body temperature value and saves it.
- the OSGi module transmits the data to the connected display device for display, and simultaneously encapsulates the temperature data in the M2M format to the M2M IoT service support platform and the third-party service platform (ie, the above-mentioned home medical service platform).
- Step S412 If the third-party service platform detects the data abnormality, the alarm information is sent to the corresponding service user and other bound home users.
- the alarm information is sent to the corresponding service user and other bound home users.
- the infrared temperature detection module in the home gateway can also detect whether the temperature data is abnormal, and generate an alarm information when the abnormality occurs.
- the third-party service platform sends the alarm information to the corresponding service user and other bound home users.
- the home user can perform temperature detection through the infrared body temperature detecting module of the home object gateway, and the infrared body temperature detecting mode has the characteristics of detecting time faster than the commonly used body temperature detecting mode.
- the utility model solves the human body temperature measurement service based on the family object connection system in the related art, and has the problems of slow detection time and complicated implementation, thereby effectively saving detection time and being easy to implement.
- the alarm information can be sent to the relevant user, which greatly improves the user experience.
- modules or steps of the present invention can be implemented by a general-purpose computing device, which can be concentrated on a single computing device or distributed over a network composed of multiple computing devices. Alternatively, they may be implemented by program code executable by the computing device so that they may be stored in the storage device by the computing device, or they may be separately fabricated into individual integrated circuit modules, or Multiple modules or steps are made into a single integrated circuit module.
- the invention is not limited to any specific combination of hardware and software.
- the above is only the preferred embodiment of the present invention, and is not intended to limit the present invention, and various modifications and changes can be made to the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and scope of the present invention are intended to be included within the scope of the present invention.
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Abstract
Description
基于家庭网关的温度测量系统及方法 技术领域 本发明涉及通信领域， 具体而言，涉及一种基于家庭网关的温度测量系统及方法。 背景技术 目前， 基于家庭物联网关实际开展的家庭物联业务还很有限， 包括： 家庭自动化， 家庭医疗等业务目前还基本上处于试点状态， 没有大规模展开。 相关技术中， 基于家庭医疗中的人体温度测量业务， 一般的业务开展思路是通过 支持某种短距离无线技术 （比如 Zigbee, Z-Wave, 433MHz频段私有无线技术） 将体 温计上的温度数据传输到家庭网关，并通过运营商的机器对机器（Machine to Machine, 简称为 M2M)物联网业务支撑平台上报到相应的家庭医疗业务平台（即第三方应用平 台）。 其中，运营商的 M2M业务系统可以支持 M2M终端（包括家庭物联网关）与 M2M 物联网业务支撑平台进行标准上的对接， 并通过最终的第三方应用系统以及其他相关 电信支撑系统来部署具体的物联家庭的具体应用。 运营商的 M2M物联网业务支撑平台主要完成终端接入控制， 终端管理， 为第三 方业务提供业务能力， 对行业应用的管理等等， 其中， 终端管理部分包括卡管理， 终 端信息管理， 终端事件上报， 终端故障检测和管理， 终端参数配置， 终端远程管理， 终端参数查询， 终端远程唤醒， 终端远程检测， 终端远程软件升级， 操作任务管理等 等。 对 M2M物联网业务支撑平台的要求主要包括： a) 实现终端统一接入和管理； b) 完成对业务统一管理； c) 满足对第三方系统接入； d) 提供业务快速定制的能力； e) 提供客户与合作伙伴运营管理。 第三方应用平台是基于物联终端所具备的采集， 传输以及其他能力， 完成一项或 者是多项业务功能的业务系统， 包括政企自建的行业系统， 合作运营的行业应用系统 以及电信运营商自营的应用系统。 电信运营商发布的第三方应用系统通过标准接口接 入运营商的 M2M业务支撑平台；而对于政企客户自建的应用系统，可以选择通过 M2M 业务支撑平台以及不通过 M2M业务支撑平台来进行。 然而， 采用温度计测量家庭用户体温， 之后通过某种短距离无线技术将体温计上 的温度数据传输到家庭网关并通过运营商的 M2M物联网业务支撑平台上报到相应的 家庭医疗业务平台 （即第三方应用平台）， 存在检测时间慢， 实现复杂等问题。 发明内容 本发明提供了一种基于家庭网关的温度测量系统及方法， 以至少解决相关技术中 基于家庭物联系统中的人体温度测量业务， 存在检测时间慢， 实现复杂的问题。 根据本发明的一个方面， 提供了一种基于家庭网关的温度测量系统。 根据本发明的基于家庭网关的温度测量系统包括： 家庭网关； 上述家庭网关包括: 红外温度检测模块， 设置为通过红外线对用户的体温进行检测； 开放服务网关平台 (Open Service Gateway Initiative, 简称为 OSGi) 物联业务模块， 设置为将红外温度 检测模块检测到的温度数据进行封装， 并将封装后的温度数据发送以执行后续处理。 上述家庭网关还包括：温度检测开关模块， 设置为启动或关闭红外温度检测模块。 上述红外温度检测模块， 还设置为在确定检测到的温度数据处于异常范围时， 通 过红外体温检测业务的 OSGi 组件， 将告警信息经由机器对机器 M2M物联网业务支 撑平台发送至家庭医疗业务平台， 和 /或将告警信息传送至显示装置。 上述温度测量系统还包括： 显示装置， 与家庭网关相连接， 设置为对来自于红外 温度检测模块的温度数据和 /或告警信息进行显示。 上述显示装置为数字相框或移动终端。 上述系统还包括： M2M物联网业务支撑平台和家庭医疗业务平台； M2M物联网 业务支撑平台， 设置为透传来自于 OSGi物联业务模块封装后的温度数据； 家庭医疗 业务平台， 设置为接收 M2M物联网业务支撑平台透传的温度数据， 在确定接收到的 温度数据处于异常范围时向该温度数据对应的用户设备发送告警信息，和 /或将来自于 红外温度检测模块的告警信息发送至该告警信息对应的用户设备。 上述家庭医疗业务平台， 还设置为响应用户的操作， 将用户需要下载的温度数据 传输至该用户对应的用户设备。 根据本发明的另一方面， 提供了一种基于家庭网关的温度测量方法。 根据本发明的基于家庭网关的温度测量方法， 应用于包括家庭网关的系统， 该方 法包括： 家庭网关通过红外线对用户的体温进行检测； 家庭网关将检测到的温度数据 进行封装， 并将封装后的温度数据发送以执行后续处理。 在上述家庭网关通过红外线对用户的体温进行检测时， 还包括： 上述家庭网关在 确定检测到的温度数据处于异常范围时， 通过红外体温检测业务的开放服务网关平台 OSGi组件，将告警信息经由机器对机器 M2M物联网业务支撑平台发送至家庭医疗业 务平台， 和 /或将告警信息传送至显示装置。 在上述家庭网关通过红外线对用户的体温进行检测之后， 还包括以下至少之一： 显示装置接收来自于家庭网关的封装后的温度数据， 并进行显示； 显示装置接收来自 于家庭网关的告警信息， 并进行显示。 在上述家庭网关将封装后的温度数据发送之后， 还包括： 家庭医疗业务平台接收 经由 M2M物联网业务支撑平台透传的温度数据； 家庭医疗业务平台在确定接收到的 温度数据处于异常范围时向该温度数据对应的用户设备发送告警信息，和 /或将来自于 红外温度检测模块的告警信息发送至该告警信息对应的用户设备。 在上述家庭医疗业务平台接收经由 M2M物联网业务支撑平台透传的温度数据之 后， 还包括： 家庭医疗业务平台响应用户的操作， 将用户需要下载的温度数据传输至 该用户对应的用户设备。 通过本发明， 使家庭用户能够通过家庭网关的红外体温检测模块进行温度检测， 并将检测后的温度数据通过 M2M物联网业务支撑平台发送至家庭医疗业务平台。 解 决了相关技术中基于家庭物联系统中的人体温度测量业务， 存在检测时间慢， 实现复 杂等问题， 进而可以有效节省检测时间， 且易于实现。 附图说明 此处所说明的附图用来提供对本发明的进一步理解， 构成本申请的一部分， 本发 明的示意性实施例及其说明用于解释本发明， 并不构成对本发明的不当限定。 在附图 中： 图 1是根据本发明实施例的基于家庭网关的温度测量系统的结构框图; 图 2是根据本发明优选实施例的基于家庭网关的温度测量系统的结构示意图; 图 3是根据本发明实施例的基于家庭网关的温度测量方法的流程图； 以及 图 4是根据本发明优选实施例的基于家庭网关的温度测量方法的流程图。 具体实施方式 下文中将参考附图并结合实施例来详细说明本发明。 需要说明的是， 在不冲突的 情况下， 本申请中的实施例及实施例中的特征可以相互组合。 图 1是根据本发明实施例的基于家庭网关的温度测量系统的结构框图。 如图 1所 示， 该基于家庭网关的温度测量系统包括： 家庭网关 10。 其中， 上述家庭网关 10可以进一步包括： 红外温度检测模块 100， 设置为通过红 外线对用户的体温进行检测； OSGi物联业务模块 102， 设置为将红外温度检测模块检 测到的温度数据进行封装， 并将封装后的温度数据发送以执行后续处理。 相关技术中， 采用常用的体温检测方式对用户的体温进行检测， 之后采用短距离 无线技术将体温计上的温度数据传输到家庭网关， 并通过运营商的 M2M物联网业务 支撑平台上报到相应的家庭医疗业务平台（即第三方应用平台）。采用图 1所示的基于 家庭网关的温度测量系统， 使家庭用户能够通过家庭物联网关的红外体温检测模块进 行温度检测， 由于红外线体温检测方式相对常用的体温检测方式具有检测时间快的特 点， 解决了相关技术中基于家庭物联系统中的人体温度测量业务， 存在检测时间慢， 实现复杂等问题， 进而可以有效节省检测时间， 且易于实现。 其中， 上述家庭网关 10负责对家庭网络中的设备进行管理， 家庭网关 10向下通 过红外温度检测接口直接对人体的体温进行检测， 向上通过接入电信网络与 M2M物 联网业务支撑平台 12进行交互， 家庭网关 10的主要功能是获取温度数据 （例如， 当 前温度值或者某时段的温度统计值），按照电信运营商物联网平台与终端规范进行温度 数据的封装， 将封装后的温度数据通过 M2M物联网业务支撑平台上报给家庭医疗业 务平台， 还可以传输给显示装置进行本地显示等。 优选地， 上述家庭网关 10还可以包括： 温度检测开关模块 104， 设置为启动或关 闭红外温度检测模块 100。 优选地， 上述红外温度检测模块 100， 还设置为在确定检测到的温度数据处于异 常范围时， 通过红外体温检测业务的 OSGi组件 （bundle), 将告警信息经由 M2M物 联网业务支撑平台发送至家庭医疗业务平台， 和 /或将告警信息传送至显示装置。 优选地， 上述温度测量系统还可以包括： 显示装置 16， 与家庭网关 10相连接， 设置为对来自于红外温度检测模块的温度数据和 /或告警信息进行显示。 在优选实施过程中， 显示装置 16可以是数字相框 （可以配置触摸功能）， 移动终 端 （例如， 手机） 等， 主要功能是温度数据的显示以及温度告警信息的显示等。 同时 在显示装置 16上也可以设置温度检测开关模块，这样可以简化家庭物联网关的硬件开 关设计。 优选地， 上述温度测量系统还可以包括： M2M物联网业务支撑平台 12和家庭医 疗业务平台 14。 其中， M2M物联网业务支撑平台 12，设置为透传来自于 OSGi物联业务模块封装 后的温度数据； 其中，家庭医疗业务平台 14，设置为接收 M2M物联网业务支撑平台 12透传的温 度数据， 在确定接收到的温度数据处于异常范围时向该温度数据对应的用户设备发送 告警信息，和 /或将来自于红外温度检测模块的告警信息发送至该告警信息对应的用户 设备。 优选地， 家庭医疗业务平台 14， 还设置为响应用户的操作， 将用户需要下载的温 度数据传输至该用户对应的用户设备。 家庭医疗业务平台能够通过将家庭物联网关搜集上来的温度数据进行记录和统 计， 并可以应用户的要求进行下载或者在温度数据异常时主动推送异常数据给相关绑 定的家庭用户设备 （例如， 手机）。 以下结合图 2描述上述优选实施方式。 图 2是根据本发明优选实施例的基于家庭网关的温度测量系统的结构示意图。 如 图 2所示， 该温度测量系统包括： 位于终端层的家庭网关 10和显示装置 16; 位于应 用层的 M2M物联网业务支撑平台 12和家庭医疗业务平台 14， 其中， M2M物联网业 务支撑平台 12和家庭网关 10在网络层通过承载网进行连接。 其中， 家庭网关 10可以进一步包括以下模块： ( 1 ) 红外温度检测模块 100 红外温度检测模块的主要功能是通过红外线快速的检测人体体温， 其物理形态是 直接嵌入到家庭物联网关硬件中或者同 USB Dongle的方式实现， 其温度数值通过相 应的驱动软件传递给 OSGi的物联业务模块。 (2) 温度检测开关模块 102 温度检测开关模块的主要功能是启动温度测量， 可以是新加入到物联网关中的开 关或者与其它现有开关进行开关功能的复用， 或者可以通过软件进行实现。 TECHNICAL FIELD The present invention relates to the field of communications, and in particular to a home gateway based temperature measurement system and method. BACKGROUND OF THE INVENTION At present, the family property communication business based on the actual home-based gateway is still limited, including: home automation, family medical services, etc. Currently, the business is still basically in a pilot state, and there is no large-scale deployment. In the related art, based on the human body temperature measurement service in the family medical service, the general business development idea is to transmit the temperature data on the thermometer to the short-range wireless technology (such as Zigbee, Z-Wave, 433MHz band private wireless technology). The home gateway is reported to the corresponding home medical service platform (ie, the third-party application platform) through the operator's Machine to Machine (M2M) IoT service support platform. The M2M service system of the operator can support the M2M terminal (including the home IoT gateway) to interface with the M2M IoT service support platform, and deploy the specific third-party application system and other related telecommunication support systems. The specific application of the IoT family. The operator's M2M IoT service support platform mainly completes terminal access control, terminal management, provides service capabilities for third-party services, management of industry applications, etc. Among them, terminal management includes card management, terminal information management, and terminal events. Reporting, terminal fault detection and management, terminal parameter configuration, terminal remote management, terminal parameter query, terminal remote wakeup, terminal remote detection, terminal remote software upgrade, operation task management, etc. The requirements for the M2M IoT service support platform mainly include: a) achieving unified access and management of terminals; b) completing unified management of services; c) meeting access to third-party systems; d) providing rapid service customization capabilities; ) Provide customer and partner operations management. The third-party application platform is a business system that completes one or multiple business functions based on the acquisition, transmission, and other capabilities of the IoT terminal, including industry systems built by government and enterprises, industrial application systems for cooperative operations, and telecom operations. Commercial self-operated application system. The third-party application system released by the telecom operator accesses the M2M service support platform of the operator through the standard interface. The application system built by the government and enterprise customers can be selected through the M2M service support platform and the M2M service support platform. However, a thermometer is used to measure the temperature of the home user, and then the temperature data on the thermometer is transmitted to the home gateway through some short-range wireless technology and reported to the corresponding home medical service platform through the operator's M2M IoT service support platform (ie, a third party) Application platform), there are problems such as slow detection time and complex implementation. SUMMARY OF THE INVENTION The present invention provides a temperature measurement system and method based on a home gateway to solve at least the human body temperature measurement service based on the home object connection system in the related art, which has a slow detection time and a complicated implementation problem. According to one aspect of the invention, a home gateway based temperature measurement system is provided. The home gateway-based temperature measurement system according to the present invention includes: a home gateway; the home gateway includes: an infrared temperature detection module configured to detect a user's body temperature through infrared rays; an Open Service Gateway Initiative (OSGi) The IOT service module is configured to encapsulate the temperature data detected by the infrared temperature detecting module, and send the packaged temperature data to perform subsequent processing. The home gateway further includes: a temperature detecting switch module configured to activate or deactivate the infrared temperature detecting module. The infrared temperature detecting module is further configured to: when determining that the detected temperature data is in an abnormal range, send the alarm information to the home medical service platform via the machine-to-machine M2M IoT service support platform by using the OSGi component of the infrared body temperature detecting service, And/or transmitting alarm information to the display device. The temperature measuring system further includes: a display device connected to the home gateway, configured to display temperature data and/or alarm information from the infrared temperature detecting module. The above display device is a digital photo frame or a mobile terminal. The above system further includes: an M2M IoT service support platform and a home medical service platform; an M2M IoT service support platform, configured to transparently transmit temperature data from the OSGi IoT service module package; and a home medical service platform, configured to receive M2M The temperature data transparently transmitted by the IoT service support platform sends an alarm message to the user equipment corresponding to the temperature data when determining that the received temperature data is in an abnormal range, and/or sends the alarm information from the infrared temperature detecting module to the User equipment corresponding to the alarm information. The home medical service platform is further configured to transmit temperature data that the user needs to download to the user equipment corresponding to the user in response to the user's operation. According to another aspect of the present invention, a home gateway based temperature measuring method is provided. The home gateway-based temperature measurement method according to the present invention is applied to a system including a home gateway, the method comprising: the home gateway detecting the user's body temperature by infrared rays; the home gateway encapsulating the detected temperature data, and packaging the package The temperature data is sent to perform subsequent processing. When the home gateway detects the user's body temperature by infrared rays, the method further includes: when the home gateway determines that the detected temperature data is in an abnormal range, the alarm information is sent to the machine through the OSGi component of the infrared service temperature detecting service open service gateway platform The machine M2M IoT service support platform is sent to the home medical service platform, and/or the alarm information is transmitted to the display device. After the home gateway detects the user's body temperature by infrared rays, the method further includes at least one of the following: the display device receives the packaged temperature data from the home gateway, and displays the information; the display device receives the alarm information from the home gateway, And display it. After the home gateway sends the encapsulated temperature data, the method further includes: the home medical service platform receives the temperature data transparently transmitted through the M2M IoT service support platform; and the home medical service platform determines that the received temperature data is in an abnormal range The user equipment corresponding to the temperature data sends the alarm information, and/or sends the alarm information from the infrared temperature detecting module to the user equipment corresponding to the alarm information. After the home medical service platform receives the temperature data transparently transmitted through the M2M IoT service support platform, the method further includes: the home medical service platform transmitting the temperature data that the user needs to download to the user equipment corresponding to the user in response to the operation of the user. Through the invention, the home user can perform temperature detection through the infrared body temperature detecting module of the home gateway, and send the detected temperature data to the home medical service platform through the M2M Internet of Things service supporting platform. The utility model solves the human body temperature measurement service based on the family object connection system in the related art, and has the problems of slow detection time and complicated implementation, thereby effectively saving detection time and being easy to implement. BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are set to illustrate,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, In the drawing: 1 is a block diagram showing the structure of a home gateway based temperature measuring system according to an embodiment of the present invention; FIG. 2 is a block diagram showing a structure of a home gateway based temperature measuring system according to a preferred embodiment of the present invention; A flowchart of a home gateway based temperature measurement method; and FIG. 4 is a flow chart of a home gateway based temperature measurement method in accordance with a preferred embodiment of the present invention. BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. It should be noted that the embodiments in the present application and the features in the embodiments may be combined with each other without conflict. 1 is a block diagram showing the structure of a home gateway based temperature measuring system according to an embodiment of the present invention. As shown in FIG. 1, the home gateway based temperature measurement system includes: a home gateway 10. The home gateway 10 may further include: an infrared temperature detecting module 100 configured to detect a user's body temperature by infrared rays; and an OSGi object processing service module 102 configured to encapsulate the temperature data detected by the infrared temperature detecting module, and The packaged temperature data is sent to perform subsequent processing. In the related art, the user's body temperature is detected by using a common body temperature detection method, and then the temperature data on the thermometer is transmitted to the home gateway by using short-range wireless technology, and reported to the corresponding family through the operator's M2M Internet of Things service support platform. Medical business platform (ie third-party application platform). The home gateway-based temperature measurement system shown in FIG. 1 enables the home user to perform temperature detection through the infrared body temperature detection module of the home object gateway, and the infrared body temperature detection method has the characteristics of fast detection time compared with the commonly used body temperature detection mode. The utility model solves the human body temperature measurement service based on the family object connection system in the related art, and has the problems of slow detection time and complicated implementation, thereby effectively saving detection time and being easy to implement. The home gateway 10 is responsible for managing devices in the home network, and the home gateway 10 directly detects the body temperature of the human body through the infrared temperature detection interface, and interacts with the M2M Internet of Things service support platform 12 through the access telecommunication network. The main function of the home gateway 10 is to obtain temperature data (for example, a current temperature value or a temperature statistical value of a certain period of time), package the temperature data according to the telecommunication operator's Internet of Things platform and the terminal specification, and pass the encapsulated temperature data to the M2M. The IoT business support platform is reported to the home medical service platform, and can also be transmitted to the display device for local display. Preferably, the home gateway 10 further includes: a temperature detecting switch module 104 configured to enable or disable the infrared temperature detecting module 100. Preferably, the infrared temperature detecting module 100 is further configured to send the alarm information to the home through the M2M Internet of Things service support platform by determining an OSGi component of the infrared body temperature detecting service when determining that the detected temperature data is in an abnormal range. The medical service platform, and/or transmitting alert information to the display device. Preferably, the temperature measuring system further includes: a display device 16 connected to the home gateway 10, configured to display temperature data and/or alarm information from the infrared temperature detecting module. In a preferred implementation, the display device 16 may be a digital photo frame (which may be configured with a touch function), a mobile terminal (eg, a mobile phone), etc., and the main functions are display of temperature data and display of temperature alarm information. At the same time, the temperature detecting switch module can also be disposed on the display device 16, which can simplify the hardware switch design of the home object gateway. Preferably, the temperature measurement system further includes: an M2M Internet of Things service support platform 12 and a home medical service platform 14. The M2M IoT service support platform 12 is configured to transparently transmit temperature data encapsulated from the OSGi IoT service module. The home medical service platform 14 is configured to receive the temperature data transparently transmitted by the M2M IoT service support platform 12. And sending the alarm information to the user equipment corresponding to the temperature data when the received temperature data is in the abnormal range, and/or sending the alarm information from the infrared temperature detecting module to the user equipment corresponding to the alarm information. Preferably, the home medical service platform 14 is further configured to transmit the temperature data that the user needs to download to the user equipment corresponding to the user in response to the operation of the user. The home medical service platform can record and count the temperature data collected by the home object gateway, and can download at the user's request or actively push the abnormal data to the related bound home user device when the temperature data is abnormal (for example, Mobile phone). The above preferred embodiment will be described below in conjunction with FIG. 2 is a block diagram showing the structure of a home gateway based temperature measuring system in accordance with a preferred embodiment of the present invention. As shown in FIG. 2, the temperature measurement system includes: a home gateway 10 and a display device 16 at a terminal layer; an M2M Internet of Things service support platform 12 and a home medical service platform 14 at an application layer, wherein the M2M Internet of Things service support platform 12 and the home gateway 10 are connected at the network layer through a bearer network. The home gateway 10 may further include the following modules: (1) Infrared temperature detection module 100 The main function of the infrared temperature detection module is to quickly detect the body temperature of the human body through infrared rays. The physical form is directly embedded in the hardware of the household IoT gateway or implemented in the same way as the USB Dongle. The driver software is passed to OSGi's IoT business module. (2) Temperature detection switch module 102 The main function of the temperature detection switch module is to start the temperature measurement, which may be a switch newly added to the IoT gateway or a multiplexing function with other existing switches, or may be implemented by software.
(3 ) OSGi物联业务模块 104 (3) OSGi IoT Business Module 104
OSGi物联业务模块驻留在家庭物联网关的软件平台中，主要功能是搜集红外温度 检测模块的温度数据并根据 M2M封装格式进行封装并传输到 M2M物联网业务支撑平 台和家庭医疗业务平台。 图 3是根据本发明实施例的基于家庭网关的温度测量方法的流程图。 其中， 上述 温度测量方法可以应用于包括：家庭网关， M2M物联网业务支撑平台以及家庭医疗业 务平台的系统。 如图 3所示， 上述温度测量方法主要包括以下处理： 步骤 S302: 家庭网关通过红外线对用户的体温进行检测； 步骤 S304: 家庭网关将检测到的温度数据进行封装， 并将封装后的温度数据发送 以执行后续处理。 采用图 3所示的基于家庭网关的温度测量方法， 能够使家庭用户能够通过家庭物 联网关的红外体温检测模块进行温度检测， 由于红外线体温检测方式相对常用的体温 检测方式具有检测时间快的特点， 解决了相关技术中基于家庭物联系统中的人体温度 测量业务， 存在检测时间慢， 实现复杂等问题， 进而可以有效节省检测时间， 且易于 实现。 在优选实施过程中， 还可以在上述家庭网关中设置一个用于开启或关闭红外温度 检测模块的温度检测开关模块。 在需要进行温度检测时， 打开红外温度检测模块， 在 不需要进行温度检测时， 关闭红外温度检测模块。 优选地，在家庭网关通过红外线对用户的体温进行检测时，还可以包括以下处理: 家庭网关在确定检测到的温度数据处于异常范围时， 通过红外体温检测业务的 OSGi 组件（bundle),将告警信息经由 M2M物联网业务支撑平台发送至家庭医疗业务平台， 和 /或将告警信息传送至显示装置。 优选地， 在家庭网关通过红外线对用户的体温进行检测之后， 还可以包括以下至 少之一处理： ( 1 ) 显示装置接收来自于家庭网关的封装后的温度数据， 并进行显示； The OSGi IoT service module resides in the software platform of the home IoT gateway. The main function is to collect the temperature data of the infrared temperature detection module and package it according to the M2M package format and transmit it to the M2M IoT service support platform and the home medical service platform. 3 is a flow chart of a home gateway based temperature measurement method in accordance with an embodiment of the present invention. The above temperature measurement method can be applied to a system including: a home gateway, an M2M Internet of Things service support platform, and a home medical service platform. As shown in FIG. 3, the above temperature measurement method mainly includes the following processing: Step S302: The home gateway detects the user's body temperature by infrared rays; Step S304: The home gateway encapsulates the detected temperature data, and encapsulates the temperature data. Send to perform subsequent processing. The home gateway-based temperature measurement method shown in FIG. 3 can enable the home user to perform temperature detection through the infrared body temperature detection module of the home object gateway, and the infrared body temperature detection method has the characteristics of fast detection time compared with the commonly used body temperature detection mode. The utility model solves the human body temperature measurement service based on the family object connection system in the related art, and has the problems of slow detection time and complicated implementation, thereby effectively saving detection time and being easy to implement. In a preferred implementation, a temperature detecting switch module for turning on or off the infrared temperature detecting module may also be disposed in the home gateway. When temperature detection is required, turn on the infrared temperature detection module and turn off the infrared temperature detection module when temperature detection is not required. Preferably, when the home gateway detects the user's body temperature by infrared rays, the following processing may be further included: the home gateway detects the OSGi of the service through the infrared body temperature when determining that the detected temperature data is in an abnormal range. A bundle sends the alarm information to the home medical service platform via the M2M IoT service support platform, and/or transmits the alarm information to the display device. Preferably, after the home gateway detects the user's body temperature by infrared rays, the method may further include at least one of the following: (1) the display device receives the packaged temperature data from the home gateway, and displays the data;
(2) 显示装置接收来自于家庭网关的告警信息， 并进行显示。 优选地， 在所述家庭网关将检测到的温度数据采用 M2M格式进行封装并发送之 后， 还包括以下处理： (2) The display device receives the alarm information from the home gateway and displays it. Preferably, after the home gateway encapsulates and sends the detected temperature data in the M2M format, the following processing is further included:
( 1 )所述家庭医疗业务平台接收经由 M2M物联网业务支撑平台透传的温度数据； (2)家庭医疗业务平台在确定接收到的温度数据处于异常范围时向该温度数据对 应的用户设备发送告警信息，和 /或将来自于红外温度检测模块的告警信息发送至该告 警信息对应的用户设备。 优选地， 在所述家庭医疗业务平台接收经由 M2M物联网业务支撑平台透传的温 度数据之后， 还包括： 家庭医疗业务平台响应用户的操作， 将用户需要下载的温度数 据传输至该用户对应的用户设备。 以下结合图 4描述上述优选实施方式。 图 4是根据本发明优选实施例的基于家庭网关的温度测量方法的流程图。 如图 4 所示， 该基于家庭网关的温度测量方法主要包括以下处理： 步骤 S402, 家庭网关正常启动， 与 M2M物联网业务支撑平台进行对接， 启动红 外温度检测模块的相应驱动程序以及对应 OSGi的业务 bundle模块。 步骤 S404, 响应用户操作， 启动红外温度检测模块。 在具体实施过程中， 用户通过家庭物联网关上提供的温度检测开关或者通过家庭 媒体屏的软件界面启动。 步骤 S406, 红外温度检测模块检测人体的温度。 在具体实施过程中， 需要测量体温的用户走到家庭物联网关温度检测模块附近准 备进行快速的体温测量， 家庭物联网关温度检测模块对该用户进行快速的体温测量。 步骤 S408，红外温度检测模块内的 OSGi对应的温度检测业务 bundle模块检测到 最新的人体温度值并进行保存。 步骤 S410， OSGi模块将数据传输到连接的显示装置进行显示， 同时将温度数据 按照 M2M格式进行封装传输到 M2M物联网业务支撑平台以及第三方业务平台（即上 述家庭医疗业务平台） 上。 步骤 S412, 如果第三方业务平台检测到数据异常， 将会发送告警信息给对应的业 务用户以及其它绑定的家庭用户。 图 4所示的温度测量方法中， 有第三方业务平台检测温度数据是否异常， 在具体 实施过程中， 家庭网关中的红外温度检测模块也可以检测温度数据是否异常， 并在异 常时产生告警信息发送至第三方业务平台， 再由第三方业务平台发送告警信息给对应 的业务用户以及其它绑定的家庭用户。 综上所述， 借助本发明提供的上述实施例， 使家庭用户能够通过家庭物联网关的 红外体温检测模块进行温度检测， 由于红外线体温检测方式相对常用的体温检测方式 具有检测时间快的特点，解决了相关技术中基于家庭物联系统中的人体温度测量业务， 存在检测时间慢， 实现复杂等问题， 进而可以有效节省检测时间， 且易于实现。 并且 在温度异常时， 可以将告警信息发送至相关的用户， 大大提高了用户体验。 显然， 本领域的技术人员应该明白， 上述的本发明的各模块或各步骤可以用通用 的计算装置来实现， 它们可以集中在单个的计算装置上， 或者分布在多个计算装置所 组成的网络上， 可选地， 它们可以用计算装置可执行的程序代码来实现， 从而可以将 它们存储在存储装置中由计算装置来执行，或者将它们分别制作成各个集成电路模块， 或者将它们中的多个模块或步骤制作成单个集成电路模块来实现。 这样， 本发明不限 制于任何特定的硬件和软件结合。 以上所述仅为本发明的优选实施例而已， 并不用于限制本发明， 对于本领域的技 术人员来说， 本发明可以有各种更改和变化。 凡在本发明的精神和原则之内， 所作的 任何修改、 等同替换、 改进等， 均应包含在本发明的保护范围之内。 (1) The home medical service platform receives temperature data transparently transmitted through the M2M Internet of Things service support platform; (2) the home medical service platform sends a user equipment corresponding to the temperature data when determining that the received temperature data is in an abnormal range The alarm information, and/or the alarm information from the infrared temperature detecting module is sent to the user equipment corresponding to the alarm information. Preferably, after the home medical service platform receives the temperature data transparently transmitted through the M2M Internet of Things service supporting platform, the method further includes: the home medical service platform transmitting the temperature data that the user needs to download to the corresponding user according to the operation of the user. User equipment. The above preferred embodiment will be described below in conjunction with FIG. 4 is a flow chart of a home gateway based temperature measurement method in accordance with a preferred embodiment of the present invention. As shown in FIG. 4, the home gateway-based temperature measurement method mainly includes the following processing: Step S402: The home gateway starts normally, and interfaces with the M2M Internet of Things service support platform, and starts corresponding driver of the infrared temperature detection module and corresponding OSGi. Business bundle module. Step S404, in response to the user operation, starting the infrared temperature detecting module. In a specific implementation process, the user initiates through a temperature detection switch provided on the home Internet gateway or through a software interface of the home media screen. Step S406, the infrared temperature detecting module detects the temperature of the human body. In the specific implementation process, the user who needs to measure the body temperature goes to the vicinity of the home object gateway temperature detection module to prepare for rapid body temperature measurement, and the home object gateway temperature detection module performs rapid body temperature measurement on the user. Step S408, the temperature detecting service bundle module corresponding to the OSGi in the infrared temperature detecting module detects the latest human body temperature value and saves it. Step S410, the OSGi module transmits the data to the connected display device for display, and simultaneously encapsulates the temperature data in the M2M format to the M2M IoT service support platform and the third-party service platform (ie, the above-mentioned home medical service platform). Step S412: If the third-party service platform detects the data abnormality, the alarm information is sent to the corresponding service user and other bound home users. In the temperature measurement method shown in FIG. 4, there is a third-party service platform that detects whether the temperature data is abnormal. In a specific implementation process, the infrared temperature detection module in the home gateway can also detect whether the temperature data is abnormal, and generate an alarm information when the abnormality occurs. The third-party service platform sends the alarm information to the corresponding service user and other bound home users. In summary, with the above embodiments provided by the present invention, the home user can perform temperature detection through the infrared body temperature detecting module of the home object gateway, and the infrared body temperature detecting mode has the characteristics of detecting time faster than the commonly used body temperature detecting mode. The utility model solves the human body temperature measurement service based on the family object connection system in the related art, and has the problems of slow detection time and complicated implementation, thereby effectively saving detection time and being easy to implement. Moreover, when the temperature is abnormal, the alarm information can be sent to the relevant user, which greatly improves the user experience. Obviously, those skilled in the art should understand that the above modules or steps of the present invention can be implemented by a general-purpose computing device, which can be concentrated on a single computing device or distributed over a network composed of multiple computing devices. Alternatively, they may be implemented by program code executable by the computing device so that they may be stored in the storage device by the computing device, or they may be separately fabricated into individual integrated circuit modules, or Multiple modules or steps are made into a single integrated circuit module. Thus, the invention is not limited to any specific combination of hardware and software. The above is only the preferred embodiment of the present invention, and is not intended to limit the present invention, and various modifications and changes can be made to the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and scope of the present invention are intended to be included within the scope of the present invention.
Claims
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| CN110134009B (en) * | 2019-04-10 | 2022-07-05 | 深圳市联洲国际技术有限公司 | Gateway equipment cooling method and device, gateway equipment and storage medium |
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| CN101548882A (en) * | 2009-05-08 | 2009-10-07 | 华东师范大学 | Remote household monitoring system based on OSGi and computer aided diagnosing method |
| CN201435002Y (en) * | 2009-07-16 | 2010-03-31 | 吕晓冬 | Remote automation control system of intelligent household |
| CN101695440A (en) * | 2009-10-26 | 2010-04-21 | 南京邮电大学 | Method for realizing medical and healthy care system based on Internet of things |
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| CN101548882A (en) * | 2009-05-08 | 2009-10-07 | 华东师范大学 | Remote household monitoring system based on OSGi and computer aided diagnosing method |
| CN201435002Y (en) * | 2009-07-16 | 2010-03-31 | 吕晓冬 | Remote automation control system of intelligent household |
| CN101695440A (en) * | 2009-10-26 | 2010-04-21 | 南京邮电大学 | Method for realizing medical and healthy care system based on Internet of things |
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