WO2019218782A1 - 一种物联网管理方法和系统 - Google Patents
一种物联网管理方法和系统 Download PDFInfo
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- WO2019218782A1 WO2019218782A1 PCT/CN2019/080343 CN2019080343W WO2019218782A1 WO 2019218782 A1 WO2019218782 A1 WO 2019218782A1 CN 2019080343 W CN2019080343 W CN 2019080343W WO 2019218782 A1 WO2019218782 A1 WO 2019218782A1
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- terminal device
- internet
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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
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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
- H04L12/2816—Controlling appliance services of a home automation network by calling their functionalities
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
- H04L63/0861—Network architectures or network communication protocols for network security for authentication of entities using biometrical features, e.g. fingerprint, retina-scan
Definitions
- the present invention relates to the field of Internet of Things technologies, and in particular, to an Internet of Things management method and system.
- the brands and models of household equipment are complicated, and for most families, it is usually not the case that only one brand or model of household equipment is used.
- the TV selected by the user's home is LeTV
- the air conditioner is Huawei
- the water heater is Gree.
- the communication control methods of different brands and models of home equipment are not the same, which requires the user to individually control each home equipment, which undoubtedly increases the user's operation complexity.
- the user's management method for the home device is mostly one-to-one operation, and most of the operation of the home device is performed once in one operation, and the behavior habit of each user cannot be memorized.
- an object of the present invention is to provide an Internet of Things management method and system for compatible control of terminal devices of different brands and models, and memorizing different behavior habits of different users.
- An Internet of Things management method including:
- establishing a user account is established according to the user's registration information; wherein the user's registration information includes the user's biological characteristic information.
- the step of acquiring and setting the working parameters of the terminal device according to the operation request initiated by the user for the specific type of terminal device includes:
- the terminal device is set by using the obtained working parameters.
- the storage is distributed storage.
- An Internet of Things management system including:
- a storage device for storing user accounts and working parameters set by the user for a specific type of terminal device
- Management equipment includes:
- An account creation module for establishing a user account
- the data processing module is configured to obtain an operating parameter of the terminal device from the storage device according to the operation request initiated by the user for the specific type of the terminal device, and set the terminal device by using the working parameter.
- establishing a user account is established according to the user's registration information; wherein the user's registration information includes the user's biological characteristic information.
- the data processing module includes:
- Receiving an operation request unit configured to receive an operation request initiated by the user for a specific type of terminal device
- An authentication unit configured to authenticate a user who initiates the operation request to obtain an authentication result
- a parameter obtaining unit configured to acquire, according to the identity verification result, a working parameter of the user for a specific type of terminal device
- the parameter setting unit is configured to set the terminal device by using the obtained working parameter.
- the storage device includes a number of distributed memories.
- the technical solution provided by the present invention solves the technical problem that the terminal device of different vendors cannot be uniformly managed in the prior art by providing a unified operation interface between the user and the terminal device;
- the working parameters set by the user for a specific type of terminal device are stored, which solves the technical problem that the user can not memorize the usual setting of the terminal device in the prior art, and improves the convenience of the user operation.
- FIG. 1 is a schematic flow chart of an Internet of Things management method in an embodiment
- FIG. 2 is a schematic flowchart of a step of acquiring and setting an operating parameter of a terminal device according to an operation request initiated by a user for a specific type of terminal device in an embodiment
- FIG. 3 is a schematic structural diagram of an Internet of Things management system in an embodiment
- FIG. 4 is a schematic structural diagram of a data processing module in an embodiment
- Figure 5 is a flow chart showing the operation of the Internet of Things management system in one embodiment.
- some terminal devices will discard the working parameters set by the user last time and then use the system default operating parameters. In this way, the user must set the working parameters every time the terminal device is started. If the number of working parameters is large, the user has to take time and effort to recall it one by one.
- terminal devices that can save the working parameters set by the user last time, but the terminal device may be shared for use by multiple users. Since different users may have different preferences for the same terminal device, the operating parameters set by different users for the same terminal device are also different.
- the terminal device applies the working parameters set by the previous user, so that the current user has to reset it again according to his own preferences. Similarly, the next user still faces the same problem when using the terminal device.
- FIG. 1 is a schematic flowchart of an Internet of Things management method in an embodiment, including:
- the user account may be established according to the registration information of the user, and the registration information of the user may be uniquely identifying the identity information of the user.
- the registration information of the user is biological characteristic information of the user, such as a fingerprint, an iris, a facial feature, and the like of the user. After the user's registration information is successfully obtained, it is equivalent to establishing a private and unique account of the user.
- the user's registration information can be converted into a QR code or an encrypted string for storage.
- the working parameters here refer to the working parameters when the user expects a certain type of terminal device to operate normally. It should be noted that, in this step, the working parameters are not limited to the user setting for a specific terminal device, but are set for a certain type of terminal device. For example, the user sets the working parameters respectively for the home device such as a television, an air conditioner, and a set top box. As long as a user's usage habits for a certain type of terminal device are unchanged, the operating parameters stored for the terminal device of the type need not be modified.
- the storage of working parameters can be distributed storage.
- a blockchain distributed storage mode is employed.
- the user When the user initiates an operation request to the terminal device, the user obtains a preset working parameter for the terminal device of the type, and sets the terminal device by using the obtained working parameter, so that the terminal device can follow the user's habit Settings to work.
- the implementation of the Internet of Things management method provides a unified operation interface between the user and the terminal device, and the user only needs to set the working parameters of a certain type of terminal device according to his own preference, without concern for different brands or different The difference in the operating parameter settings of the model's terminal equipment.
- the working parameter settings of the terminal device of the type can be managed and executed by the Internet of Things management method, which saves time and effort for the user to repeat operations.
- the working parameters stored in the Internet of Things management method are directed to a specific type of terminal device, rather than a specific place or a specific brand/model terminal device, that is, the user is associated with a specific type of terminal device.
- the relationship eliminates the geographical restrictions on the management of the terminal device by the user and improves the convenience of the user.
- step S130 includes:
- S131 Receive an operation request initiated by a user for a specific type of terminal device.
- the identity information input by the user is acquired.
- the obtained user identity information is compared with the pre-stored user registration information. If the comparison is successful, the user is considered to be a legitimate user; if the comparison is unsuccessful, the user is considered to be an illegal user.
- the working parameters of the specific type of terminal device stored under the user account are obtained.
- the security of the Internet of Things management method is improved by verifying the identity information of the user and determining whether to perform the operation of acquiring and setting the working parameters of the corresponding terminal device according to the identity verification result.
- FIG. 3 is a schematic structural diagram of an Internet of Things management system in an embodiment.
- the Internet of Things management system includes a management device 310 and a storage device 330. . also,
- the management device 310 includes an account creation module 311 and a data processing module 313. among them,
- the account establishing module 311 is configured to establish a user account.
- the user account may be established according to the registration information of the user, and the registration information of the user may be uniquely identifying the identity information of the user.
- the user's registration information is the user's biological characteristic information, such as the user's fingerprint, facial features, etc., and the user's registration information is successfully acquired, which is equivalent to establishing a private and unique account of the user.
- the established user account is stored in storage device 310.
- the user's registration information can be converted into a QR code or an encrypted string for storage.
- the data processing module 313 is configured to obtain the working parameters of the terminal device from the storage device 330 according to the operation request initiated by the user for the specific type of the terminal device, and set the terminal device by using the working parameter.
- the storage device 330 is configured to store a user account and a working parameter set by the user for a specific type of terminal device.
- the working parameters here refer to the working parameters when the user expects a certain type of terminal device to operate normally. It should be noted that in this module, the working parameters are not limited to the user setting for a specific terminal device, but are set for a certain type of terminal device. For example, the user sets the working parameters respectively for the home device such as a television, an air conditioner, and a set top box. As long as the user's usage habits for a certain type of terminal device are unchanged, the operating parameters stored under the account for that type of terminal device need not be modified.
- user A sets a configuration scheme of a smart home device at home, specifically, the air conditioner is 24 degrees, the water heater burns the bath water at 20 o'clock, and the illumination lamp 22 automatically turns off. After the set of working parameters is set, it is saved in the account corresponding to user A on the storage device.
- the user A arrives at the hotel on a business trip, as long as the user successfully logs into the Internet of Things management system, the above-mentioned smart home device of the hotel can automatically work according to its preset working parameters.
- both management device 310 and storage device 330 employ a distributed architecture, preferably with a blockchain distributed architecture.
- the user logs in to the Internet of Things management system through each management device 310 to implement management of terminal devices (such as computers, air conditioners, mobile phones, etc.) of the community, the property, and the household.
- terminal devices such as computers, air conditioners, mobile phones, etc.
- the management device 310 can have the operation specification of the terminal device of the type before the next modification of the working parameter of the terminal device, thereby avoiding the complicated operation of the one-to-one setting. It also avoids the complicated situation that the user sets multiple settings of the same type of terminal device.
- FIG. 4 is a schematic structural diagram of a data processing module in an embodiment, where the data processing module 313 includes:
- the receiving operation request unit 3131 is configured to receive an operation request initiated by the user for a specific type of terminal device.
- the identity information input by the user is acquired.
- the authentication unit 3133 is configured to authenticate the user who initiates the operation request to obtain the authentication result.
- the obtained user identity information is compared with the user registration information pre-stored in the storage device 330. If the comparison is successful, the user is considered to be a legitimate user; if the comparison is unsuccessful, the user is considered to be an illegal user.
- the parameter obtaining unit 3135 is configured to obtain, according to the identity verification result, an operating parameter of the user for a specific type of terminal device.
- the working parameters of the specific type of terminal device stored under the user account are obtained from the storage device 330.
- the parameter setting unit 3137 is configured to set the terminal device by using the obtained working parameter.
- the security of the IoT management system is improved by verifying the identity information of the user and determining whether to perform the operation of acquiring and setting the working parameters of the corresponding terminal device according to the identity verification result.
- users can access the IoT management system through APPs on mobile devices (such as mobile phones, tablets, etc.).
- the mobile device and the terminal device are connected to the management device 310 via the Internet, and the management device 310 is connected to the storage device 330 via the Internet.
- the APP on the mobile device is mainly used to obtain the biological characteristic information input by the user, such as obtaining the facial features of the user through the camera APP of the mobile phone, and also providing the user with at least two operation interfaces: registration and login.
- the management device 310 converts the acquired biological features into a two-dimensional code or an encrypted character string and stores them in the storage device 330 to complete the establishment of the user-specific account.
- FIG. 5 is a working flowchart of the Internet of Things management system in an embodiment, including:
- the user requests to log in to the Internet of Things management system through an APP on the mobile device.
- the management device of the Internet of Things management system compares the user biological characteristics transmitted by the APP on the mobile device with the user registration information stored on the storage device, and determines whether the user identity verification is passed. If yes, the current user is considered as If the user is a legitimate user, the process proceeds to step S530; if not, the current user is considered to be an illegal user, and step S540 is performed.
- the biological characteristics recorded by the user each time the user logs in can be updated to avoid the failure of the identity authentication.
- the management device acquires, from the storage device, an operating parameter set by the user for a specific type of terminal device.
- S560 The management device is connected to the terminal device, and the terminal settings are set according to the obtained working parameters.
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Abstract
本发明公开了一种物联网管理方法,包括:建立用户账户;存储用户针对特定类型的终端设备设置的工作参数;根据用户对特定类型的终端设备发起的操作请求,获取并设置终端设备的工作参数。此外,还公开了一种物联网管理系统。上述物联网管理方法和系统提高了用户的操作便捷性。
Description
技术领域
本发明涉及物联网技术领域,尤其涉及一种物联网管理方法和系统。
背景技术
现阶段家居设备的品牌、型号繁杂,而对大多数家庭而言,通常不会仅选用一个品牌或型号的家居设备。例如,用户家选用的电视是乐视的,空调是小米的,热水器是格力的。又不同品牌、型号的家居设备的通信控制方式并不相同,这就需要用户对各个家居设备进行单独地操作控制,无疑增加了用户的操作复杂度。
另外,用户对家居设备的管理方式多为一对一操作,并且大多数家居设备的操作多为一次操作一次执行,并不能记忆每个用户的行为习惯。
发明内容
为了解决上述技术问题,本发明的目的是提供一种物联网管理方法和系统,用于兼容不同品牌、型号的终端设备的统一控制,且记忆不同用户的不同行为习惯。
本发明所采用的技术方案是:
一种物联网管理方法,包括:
建立用户账户;
存储用户针对特定类型的终端设备设置的工作参数;
根据用户对特定类型的终端设备发起的操作请求,获取并设置终端设备的工作参数。
进一步地,建立用户账户为根据用户的注册信息建立;其中,用户的注册信息包括用户的生物学特征信息。
进一步地,根据用户对特定类型的终端设备发起的操作请求,获取并设置终端设备的工作参数步骤包括:
接收用户对特定类型的终端设备发起的操作请求;
对发起操作请求的用户进行身份验证以获取身份验证结果;
根据身份验证结果获取用户针对特定类型的终端设备的工作参数;
利用获取到的工作参数对终端设备进行设置。
进一步地,存储为分布式存储。
一种物联网管理系统,包括:
管理设备和存储设备;其中,
存储设备,用于存储用户账户和用户针对特定类型的终端设备设置的工作参数;
管理设备包括:
账户建立模块,用于建立用户账户;
数据处理模块,用于根据用户对特定类型的终端设备发起的操作请求,从存储设备中获取终端设备的工作参数,并利用工作参数对终端设备进行设置。
进一步地,建立用户账户为根据用户的注册信息建立;其中,用户的注册信息包括用户的生物学特征信息。
进一步地,数据处理模块包括:
接收操作请求单元,用于接收用户对特定类型的终端设备发起的操作请求;
身份验证单元,用于对发起操作请求的用户进行身份验证以获取身份验证结果;
参数获取单元,用于根据身份验证结果获取用户针对特定类型的终端设备的工作参数;
参数设置单元,用于利用获取到的工作参数对终端设备进行设置。
进一步地,存储设备包括若干分布式存储器。
本发明的有益效果是:
本发明提出的技术方案,通过在用户和终端设备之间提供了一个统一的操作接口,解决了现有技术中无法对不同供应商的终端设备进行统一管理的技术问题;并且,本技术方案通过存储用户对特定类型的终端设备设置的工作参数,解决了现有技术中不能记忆用户对终端设备惯常设置的技术问题,提高了用户操作的便捷性。
附图说明
下面结合附图对本发明的具体实施方式作进一步说明:
图1是一个实施例中一种物联网管理方法的流程示意图;
图2是一个实施例中根据用户对特定类型的终端设备发起的操作请求,获取并设置终端设备的工作参数步骤的流程示意图;
图3是一个实施例中一种物联网管理系统的结构示意图;
图4是一个实施例中数据处理模块的结构示意图;
图5是一个实施例中物联网管理系统的工作流程图。
具体实施方式
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。
如前所述,有些终端设备每次关机后再重启时会舍弃用户上次设置的工作参数,而使用系统默认的工作参数。这样,用户在每次启动终端设备后都要进行工作参数的设置,如若工作参数的项数较多,用户还得费时费力逐项回想。
还有一些终端设备虽然可以保存用户上次设置的工作参数,但该终端设备可能为多个用户共享使用。由于不同用户对同一终端设备的使用偏好可能有所不同,因而,不同用户对同一终端设备设置的工作参数也有所不同。当前用户启动终端设备时,终端设备应用的还是上一个用户设置的工作参数,这样,当前用户还得按自己的喜好重新设置一遍。同样地,下一个用户使用该终端设备时,仍然面临相同的问题。
综上可知,现有技术中每次都需要用户与终端设备直接进行交互操作的方式大大降低了用户使用体验。
鉴于此,特提出一种物联网管理方法,图1是一个实施例中一种物联网管理方法的流程示意图,包括:
S110、建立用户账户。
具体地,可以根据用户的注册信息建立用户账户,用户的注册信息要能唯一标识用户的身份信息。优选地,用户的注册信息为用户的生物学特征信息,如用户的指纹、虹膜、面部特征等。对用户的注册信息获取成功之后相当于建立了用户的一个私有且唯一的账户。
为方便存储以及保证存储的安全性,可将用户的注册信息转换为二维码或加密字符串进行保存。
S130、存储用户针对特定类型的终端设备设置的工作参数。
这里的工作参数是指用户期望某种类型终端设备正常运作时的工作参数。需注意的是,在本步骤中,工作参数并不限定于用户对具体的某个终端设备而设置,而是针对于某种类型的终端设备而设置。例如,用户对电视机、空调、机顶盒等家居设备分别设置的工作参数。只要某用户对某种类型的终端设备的使用习惯不变,那么其账户下存储的针对该类型的终端设备的工作参数就不需要修改。
为提高数据存储量以及数据存取速度,对工作参数的存储可采用分布式存储方式。优选地,采用区块链分布式存储方式。
S150、根据用户对特定类型的终端设备发起的操作请求,获取并设置终端设备的工作参数。
当检测到用户对终端设备发起操作请求时,获取用户针对该类型的终端设备预先设置好的工作参数,并利用获取到的工作参数对终端设备进行设置,这样,终端设备就可以按照用户的惯常设置进行工作。
本物联网管理方法的实施,在用户和终端设备之间提供了一个统一的操作接口,用户只需根据自己的使用偏好设置某种特定类型的终端设备的工作参数,而不需关心不同品牌或不同型号的终端设备在工作参数设置上的差异。在用户对特定类型的终端设备的工作参数更新之前,该类型终端设备的工作参数设置都可以通过本物联网管理方法托管执行,节省了用户重复操作的时间和精力。
另外,由于本物联网管理方法中存储的工作参数针对的是特定类型的终端设备,而不是特定地方或特定品牌/型号的终端设备,也就是说,建立的是用户与特定类型的终端设备的对应关系,消除了用户对终端设备管理的地域限制,提高了用户使用的便捷性。
图2是一个实施例中根据用户对特定类型的终端设备发起的操作请求,获取并设置终端设备的工作参数步骤的流程示意图,在另一个实施例中,步骤S130包括:
S131、接收用户对特定类型的终端设备发起的操作请求。
当检测到用户对终端设备发起操作请求时,获取用户输入的身份信息。
S133、对发起操作请求的用户进行身份验证以获取身份验证结果。
将获取到的用户身份信息与预先存储的用户注册信息进行比对,若比对成功,则认为该用户为合法用户;若比对不成功,则认为该用户为非法用户。
S135、根据身份验证结果获取用户针对特定类型的终端设备的工作参数。
当判断发起操作请求的用户为合法用户时,获取该用户账户下存储的特定类型的终端设备的工作参数。
S137、利用获取到的工作参数对对应的终端设备进行设置。
通过对用户的身份信息进行验证,以及根据身份验证结果来判断是否执行对应终端设备的工作参数获取与设置的操作,提高了本物联网管理方法的安全性。
为解决上述问题,在一个实施例中,还提出了一种物联网管理系统,图3是一个实施例中一种物联网管理系统的结构示意图,本物联网管理系统包括管理设备310和存储设备330。又,
管理设备310包括账户建立模块311和数据处理模块313。其中,
账户建立模块311,用于建立用户账户。
具体地,可以根据用户的注册信息建立用户账户,用户的注册信息要能唯一标识用户的身份信息。优选地,用户的注册信息为用户的生物学特征信息,如用户的指纹、面部特征等,对用户的注册信息获取成功之后相当于建立了用户的一个私有且唯一的账户。
建立的用户账户存储于存储设备310中。为方便存储以及保证存储的安全性,可将用户的注册信息转换为二维码或加密字符串进行保存。
数据处理模块313,用于根据用户对特定类型的终端设备发起的操作请求,从存储设备330中获取终端设备的工作参数,并利用工作参数对终端设备进行设置。
存储设备330,用于存储用户账户以及用户对特定类型的终端设备设置的工作参数。
这里的工作参数是指用户期望某种类型终端设备正常运作时的工作参数。需注意的是,在本模块中,工作参数并不限定于用户对具体的某个终端设备而设置,而是针对于某种类型的终端设备而设置。例如,用户对电视机、空调、机顶盒等家居设备分别设置的工作参数。只要用户对某种类型的终端设备的使用习惯不变,那么其账户下存储的针对该类型的终端设备的工作参数就不需要修改。
例如,用户A在家设置了一套智能家居设备的配置方案,具体地,空调24度,热水器20点准时烧洗澡水,照明灯22时自动关闭等。这一套工作参数设置完成后保存于存储设备上用户A对应的账户下。当用户A出差到达酒店时,只要成功本登录物联网管理系统,酒店的上述智能家居设备就能自动按照其预先设置的工作参数进行工作。
为提高数据存储量以及存取速度,管理设备310和存储设备330均采用分布式架构,优选地,采用区块链分布式架构。
用户通过各个管理设备310登录本物联网管理系统,以实现对小区、物业、家庭住户的终端设备(如电脑、空调、手机等)进行管理。用户在本次使用时完成终端设备的工作参数设置后,在下次修改终端设备的工作参数之前,管理设备310都可以拥有对该类型终端设备的操作规范,从而避免了一对一设置的复杂操作,也避免了用户对同种类型终端设备的多次设置等复杂情况的出现。
在另一个实施例中,图4是一个实施例中数据处理模块的结构示意图,数据处理模块313包括:
接收操作请求单元3131,用于接收用户对特定类型的终端设备发起的操作请求。
当检测到用户对终端设备发起操作请求时,获取用户输入的身份信息。
身份验证单元3133,用于对发起操作请求的用户进行身份验证以获取身份验证结果。
将获取到的用户身份信息与预先存储在存储设备330中的用户注册信息进行比对,若比对成功,则认为该用户为合法用户;若比对不成功,则认为该用户为非法用户。
参数获取单元3135,用于根据身份验证结果获取用户针对特定类型的终端设备的工作参数。
当判断发起操作请求的用户为合法用户时,从存储设备330中获取该用户账户下存储的特定类型的终端设备的工作参数。
参数设置单元3137,用于利用获取到的工作参数对终端设备进行设置。
通过对用户的身份信息进行验证,以及根据身份验证结果来判断是否执行对应终端设备的工作参数获取与设置的操作,提高了本物联网管理系统的安全性。
在具体应用中,用户可通过移动设备(如手机、平板电脑等)上的APP接入本物联网管理系统。具体地,移动设备、终端设备通过互联网与管理设备310连接,管理设备310通过互联网与存储设备330连接。
移动设备上的APP主要用于获取用户输入的生物学特征信息,如通过手机的摄像头APP获取用户的面部特征,且还为用户提供了至少两个操作接口:注册和登录。
在用户注册时,管理设备310将获取到的生物学特征转换为二维码或加密字符串后保存于存储设备330中,完成用户专有账户的建立。
在用户登录时,参见图5是一个实施例中物联网管理系统的工作流程图,包括:
S510、用户通过移动设备上的APP请求登录本物联网管理系统。
S520、本物联网管理系统的管理设备将移动设备上的APP传送来的用户生物学特征与存储设备上存储的用户注册信息进行比对,判断用户的身份验证是否通过,若是,则认为当前用户为合法用户,执行步骤S530;若否,则认为当前用户为非法用户,执行步骤S540。
S530、获取用户本次的生物学特征根据预设的规则进行更新后,再上传至物联网存储设备进行存储。
由于用户的生物学特征会随着时间发生具有一定规律的变化,因而,对用户每次登录时录入的生物学特征进行更新,可避免身份认证的失败。
S540、记录失败次数,若失败次数达到预设次数时启动报警操作,若失败次数少于预设次数时返回步骤S520。
S550、管理设备从存储设备中获取用户针对特定类型的终端设备设置的工作参数。
S560、管理设备连接终端设备,根据获取到的工作参数对终端设置进行设置。
以上是对本发明的较佳实施进行了具体说明,但本发明创造并不限于所述实施例,熟悉本领域的技术人员在不违背本发明精神的前提下还可做出种种的等同变形或替换,这些等同的变形或替换均包含在本申请权利要求所限定的范围内。
Claims (8)
- 一种物联网管理方法,其特征在于,包括:建立用户账户;存储用户针对特定类型的终端设备设置的工作参数;根据用户对所述特定类型的终端设备发起的操作请求,获取并设置终端设备的工作参数。
- 根据权利要求1所述的物联网管理方法,其特征在于,所述建立用户账户为根据用户的注册信息建立;其中,所述用户的注册信息包括用户的生物学特征信息。
- 根据权利要求1所述的物联网管理方法,其特征在于,所述根据用户对所述特定类型的终端设备发起的操作请求,获取并设置终端设备的工作参数步骤包括:接收用户对所述特定类型的终端设备发起的操作请求;对发起操作请求的用户进行身份验证以获取身份验证结果;根据所述身份验证结果获取用户针对特定类型的终端设备的工作参数;利用获取到的所述工作参数对终端设备进行设置。
- 根据权利要求1~3任一项所述的物联网管理方法,其特征在于,所述存储为分布式存储。
- 一种物联网管理系统,其特征在于,包括:管理设备和存储设备;其中,所述存储设备,用于存储用户账户和用户针对特定类型的终端设备设置的工作参数;所述管理设备包括:账户建立模块,用于建立用户账户;数据处理模块,用于根据用户对所述特定类型的终端设备发起的操作请求,从所述存储设备中获取终端设备的工作参数,并利用工作参数对终端设备进行设置。
- 根据权利要求5所述的物联网管理系统,其特征在于,所述建立用户账户为根据用户的注册信息建立;其中,所述用户的注册信息包括用户的生物学特征信息。
- 根据权利要求5所述的物联网管理系统,其特征在于,所述数据处理模块包括:接收操作请求单元,用于接收用户对所述特定类型的终端设备发起的操作请求;身份验证单元,用于对发起操作请求的用户进行身份验证以获取身份验证结果;参数获取单元,用于根据所述身份验证结果获取用户针对特定类型的终端设备的工作参数;参数设置单元,用于利用获取到的所述工作参数对终端设备进行设置。
- 根据权利要求5~7任一项所述的物联网管理系统,其特征在于,所述存储设备包括若干分布式存储器。
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