WO2016184253A1 - 智能设备联动设置方法及终端 - Google Patents

智能设备联动设置方法及终端 Download PDF

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Publication number
WO2016184253A1
WO2016184253A1 PCT/CN2016/077200 CN2016077200W WO2016184253A1 WO 2016184253 A1 WO2016184253 A1 WO 2016184253A1 CN 2016077200 W CN2016077200 W CN 2016077200W WO 2016184253 A1 WO2016184253 A1 WO 2016184253A1
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WO
WIPO (PCT)
Prior art keywords
information
smart device
smart
linkage setting
linkage
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PCT/CN2016/077200
Other languages
English (en)
French (fr)
Inventor
郑少华
黎剑辉
张圳
朱一伟
罗海彬
湛浩
Original Assignee
丰唐物联技术（深圳）有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Publication of WO2016184253A1 publication Critical patent/WO2016184253A1/zh

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Classifications

    • G—PHYSICS
    • G05—CONTROLLING; REGULATING
    • G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B15/00—Systems controlled by a computer
    • G05B15/02—Systems controlled by a computer electric
    • G—PHYSICS
    • G05—CONTROLLING; REGULATING
    • G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B19/00—Programme-control systems
    • G05B19/02—Programme-control systems electric
    • G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
    • G05B19/4185—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM] characterised by the network communication
    • G—PHYSICS
    • G05—CONTROLLING; REGULATING
    • G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B2219/00—Program-control systems
    • G05B2219/20—Pc systems
    • G05B2219/26—Pc applications
    • G05B2219/2642—Domotique, domestic, home control, automation, smart house
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
    • Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]

Definitions

  • the present invention relates to the field of smart home technologies, and in particular, to a smart device linkage setting method and a terminal.
  • an embodiment of the present invention provides a method for setting a linkage of a smart device, where the method includes the following steps.
  • an embodiment of the present invention provides a smart device linkage setting terminal, where the terminal includes: [0008] an acquiring device information unit, configured to continuously acquire at least two smart devices by using a contactless identification sensing manner.
  • a linkage setting unit is configured to create, according to the acquired information of the at least two smart devices, a linkage setting related to information of the at least two smart devices, where the linkage setting is used to save according to at least The information of a first smart device triggers an association setting for performing operation control on the at least one second smart device.
  • An embodiment of the present invention provides a smart device linkage setting method and a terminal, which continuously acquire information of at least two smart devices through a contactless identification sensing manner, and then automatically enable a linkage setting function according to the acquired smart device.
  • the type information or the label information is used to create a linkage setting related to the information of the at least two smart devices, so as to facilitate the user to select, which greatly reduces the operation steps of the user to set the linkage of the smart device, and improves the user experience.
  • FIG. 1 is a flowchart of a smart device linkage setting method according to a first embodiment of the present invention
  • FIG. 2 is a structural diagram of a smart device linkage setting terminal according to a second embodiment of the present invention.
  • the smart device linkage terminal involved includes, but is not limited to, any one of the following: a smart phone, a tablet computer, as long as the inventive concept can be implemented Any type of terminal can be used; the smart device described in the embodiments of the present invention includes but is not limited to: a smart home device, a smart sensor device, a smart access device, a passive tag device, an active tag device, etc., as long as the present invention can be implemented Any of the specific forms of smart devices of the inventive concept may be.
  • Embodiment 1 is a diagrammatic representation of Embodiment 1:
  • FIG. 1 is a flowchart of a smart device linkage setting method according to a first embodiment of the present invention, which is described in detail as follows: [0018] Step S101: Continuously acquire information of at least two smart devices by using a contactless identification sensing manner.
  • Step S102 Create linkage settings related to information of the at least two smart devices according to the acquired information of the at least two smart devices, where the linkage settings are used to save according to the at least one first smart device The information triggers an association setting for performing operation control on the at least one second smart device.
  • a terminal having a radio frequency identification tag reading and writing function and a smart device embedded with a radio frequency identification tag are connected by a contactless identification sensing method, so that a terminal having a radio frequency identification tag reading and writing function is Identifying information of the smart device embedded with the radio frequency identification tag in the running application, where the radio frequency identification tag of the embedded smart device includes information of the smart device, where the radio frequency identification tag may be an NFC (Near Field Communication) tag, or Is RFID (Radio Frequency
  • the non-contact identification sensing method may be an NFC identification sensing method or an RFID identification sensing method.
  • the terminal supporting the two-dimensional code and/or the barcode scanning function and the two-dimensional code and/or the barcode containing the information of the smart device can also be communicably connected through the contactless identification sensing mode, so that the terminal supporting the scanning recognition function is recognized.
  • the smart device information included in the two-dimensional code and/or the barcode is obtained in the application, wherein the non-contact identification sensing method may be a two-dimensional code recognition sensing method or a barcode recognition sensing method, and supports Z-wave.
  • the technology of the terminal and the smart device can also obtain the information of the smart device through the Z - wave identification and sensing method.
  • the embodiment of the present invention does not specifically limit the non-contact identification sensing mode, and the NFC recognition sensing mode is the preferred mode. The way to explain.
  • the terminal having the NFC radio frequency identification tag reading and writing function acquires the information of the smart device embedded with the NFC radio frequency identification tag by using the NFC identification sensing mode, where the information of the smart device includes at least: the ID information of the smart device and the state of the smart device.
  • Information about the function of the smart device, the NFC radio frequency identification tag may include information such as ID information of the smart device, status information of the smart device, function information of the smart device, and the like, and may also include ID information of the smart device, and the ID information is The smart home system obtains other information, such as the status information of the smart device and the function information of the smart device.
  • the ID information of the smart device includes the type information of the smart device, that is, the ID information of the smart device. It is possible to know the type to which the smart device belongs.
  • the terminal continuously acquires at least two through non-contact identification sensing.
  • the smart device information, the obtained smart device information may be the information stored in the tag, that is, the smart device information is included in the tag information, where the tag information may include at least one smart device information, such as:
  • the type information of the device, the status information of the smart device, etc., the information of the smart device included in the tag information may be solidified, and may be read by the terminal through a non-contact identification sensing mode, and the tag may be in the form of a button. It is a text form, and may be other forms.
  • the physical representation of the label is not specifically limited in the embodiment of the present invention, as long as any specific form of the label of the present invention can be implemented.
  • the smart device that includes the smart device information in the tag information may be a smart device in the smart home system, such as: a smart home device, or a smart device that is not in the smart home system, such as: a passive NFC tag device, the passive NFC tag device is not included in the smart home system, and the passive NFC tag device includes information of the smart device, according to the acquired smart device information and other components included in the passive NFC tag device Intelligent information, such as: information of the intelligent air conditioner, creating linkage settings related to the smart device information contained in the passive NFC tag device, information of the smart air conditioner, and re-reading the intelligence contained in the passive NFC tag device The device information triggers the operation control of the smart air conditioner, that is, the state corresponding to the smart air conditioner information saved in the linkage setting of the smart air conditioner. It should be understood that the smart device that includes the smart device information in the tag information is not specifically limited.
  • the tag information may not include smart device information, such as: a passive NFC tag device, where the passive NFC tag does not include information of the smart device, and the information may be a number or a character. It may also be an encrypted content, and the included information is not associated with the smart device itself that creates the linkage setting, and is associated in the process of creating the linkage setting. It should be understood that the embodiment of the present invention does not specifically limit whether the information of the smart device is included in the tag information, and the content of the information included in the tag information is not specifically limited.
  • a smart device embedded with a radio frequency identification tag includes information of the smart device, and analyzes smart device type information included in the ID information of the smart device, according to the The result of analyzing the device type information, creating a linkage setting related to the information of the smart device; and acquiring the tag information of the at least two smart devices, that is, the tag information included in the acquired smart device information, analyzing the tag information Information content included in the label information according to the label
  • a linkage setting related to the smart device information is created, and the tag information may be solidified in the tag, and the tag device is a smart device, which is different from the tag embedded in the smart device.
  • the step of continuously acquiring the information of the at least two smart devices by the contactless identification sensing manner further includes: automatically acquiring the function of the linkage setting after continuously acquiring the information of the two smart devices.
  • the terminal automatically enables the function of the linkage setting, and the acquired information of the smart device sequentially appears on the terminal interface, where the continuous acquisition is
  • the interval between the information of the at least two smart devices is short, for example, the interval is 0.2 seconds.
  • the interval between the two is not specifically limited, as long as any interval between the ideas of the present invention can be realized. can. It should be understood that when the information of the same smart device is continuously obtained through the contactless identification sensing method, or the information of the smart device is acquired through the contactless identification sensing method, after acquiring the information of the other smart device, the information is acquired again.
  • the information of the smart device is displayed, and only one of the information of the smart device is displayed on the terminal interface.
  • the smart device in the embodiment of the present invention includes at least two, that is, information for acquiring at least two smart devices.
  • the first smart device and the second smart device are the first smart device and the second smart device.
  • a smart device indicating related linkage settings.
  • the first smart device set as the trigger condition information may include multiple, and the second smart device configured to execute the control instruction information
  • the device may also include multiple, wherein the first smart device set as the trigger condition information may be at least one sensor device, and accordingly, the first smart device information set as the trigger condition information may be at least one sensor device.
  • the measured value information or the status value information; the first smart device set as the trigger condition information may also be the smart device that contains the information in the tag, and accordingly, the first smart device information as the trigger condition information may also be included in The information in the tag, which is the tag information.
  • the related smart device may be a smart sensor device, a smart door magnetic switch, a smart window, a smart air conditioner, or the like, or may be a passive tag device or an active tag device, and the specific form of the smart device,
  • the present invention is not limited to any specific one, as long as it can implement any specific form of the present invention.
  • the linkage setting at least includes: acquiring information, trigger strips of at least two smart devices Piece, control instruction;
  • the obtained information of the at least two smart devices includes: information of the at least one first smart device and information of the at least one second smart device;
  • acquiring information of at least two smart devices that is, acquiring ID information of at least one first smart device, status information of the smart device, and function information of the smart device, for acquiring the first smart device that includes the information in the tag
  • the tag information of the first smart device, the ID information of the at least one second smart device, the status information of the smart device, and the function information of the smart device where the ID information of the smart device may be a MAC address or a device sequence. It should be understood that the present invention does not specifically limit the ID information of the smart device.
  • the information of the smart device may also include other information except the ID information of the smart device, the status information of the smart device, and the function information of the smart device, such as location information of the smart device.
  • Other information has a reference role in creating linkage settings related to the information of the smart device.
  • the trigger condition is information set as the at least one first smart device that triggers the linkage setting condition
  • the first smart device as the trigger condition information may include at least one sensor device, and accordingly, the first smart device information as the trigger condition information may be at least one sensor device.
  • the measured value information or the status value information when the user wants to use the non-sensor device as the first smart device, that is, the non-sensor device as the trigger condition, the first smart device as the trigger condition information can be edited as the sensor device and The combination of the non-sensor devices, correspondingly, the first smart device information as the trigger condition information can be edited as the measured value information of the sensor device or a combination of the state value information and the non-sensor device information.
  • the ID information of the smart device includes the type information of the smart device, and the type of the smart device can be learned from the ID information of the smart device, and the type of the smart device belongs to different types, and the acquired function information is different.
  • the information is different.
  • the temperature sensor and the smart air conditioner belong to different types.
  • the function information is:
  • the temperature sensor can support the change of the indoor temperature, and the smart air conditioner can support the hiccup/shutdown and is playing.
  • ⁇ state ⁇ you can set the temperature and other functions, correspondingly, the state information of the acquired temperature sensor can be measured temperature value displayed as 28 degrees, intelligent
  • the status information of the air conditioner may be currently in a doze state, the set temperature is 26 degrees, etc., and the acquired status information, function information, and the like may be used as information of the first smart device in the linkage setting trigger condition.
  • the first smart device that is set as the triggering condition information may also be a smart device that includes information in the tag.
  • a smart device that includes information in the tag For details, refer to the description of the tag information and the smart device that includes the information in the tag information. I won't go into details here.
  • the control command is a corresponding control command that is set to trigger the linkage setting and is sent to the at least one second smart device.
  • the function information of the acquired smart device is also different, and the corresponding control commands in the linkage setting are also different, such as the smart door magnetic switch supporting the function of snoring/shutdown, the intelligent air conditioner supporting the air conditioning snoring / Turn off and set the temperature and other functions, trigger the linkage setting, send a control command to close the magnetic switch to the smart door, and send a control command to the smart air conditioner to set the air temperature and set the temperature to 26 degrees.
  • the smart device linkage setting including the measurement value information or the state value information of one sensor device as the trigger condition information, when the measured measurement value information or state value information of the sensor device matches the trigger condition information set by the smart device linkage ⁇ , triggering the smart device linkage setting; for the smart device linkage setting including the measured value information of the sensor device or the combination of the state value information and the non-sensor device information as the trigger condition information, when the measured value information of the sensor device is measured Or the status value information and the non-sensor device information are matched with the trigger condition information set by the smart device, and the smart device linkage setting is triggered.
  • the information set in the tag is set as the trigger condition
  • the acquired state information of the other smart device is set as the smart device linkage setting of the control command
  • the tag information acquired by the contactless identification sensing method Matching with the trigger condition in the smart device linkage setting, the smart device linkage setting is triggered, that is, the other smart device presents a state corresponding to the control instruction.
  • the establishing the linkage setting related to the information of the at least two smart devices according to the obtained information of the at least two smart devices specifically:
  • the linkage setting related to the information of the at least two smart devices is created according to the analysis result of the type information of the smart device, where the information of the at least one first smart device is set as the trigger condition in the linkage setting The information of the at least one second smart device is set to trigger the trigger condition, the control instruction The result of the operation control of the corresponding second smart device.
  • the ID information of the acquired smart device includes the type information of the smart device, and after the linkage setting function is enabled, the type information of the smart device is analyzed, and the type to which the smart device belongs is learned. And establishing a linkage setting related to the information of the smart device by using the type information of the smart device, where the information of the at least one first smart device may be set as a trigger condition, that is, at least Device information of one sensor type is used as a trigger condition.
  • the first smartness as the trigger condition information may be used.
  • the device is edited into a combination of the sensor device and the non-sensor device, and the information of the at least one second smart device is set as a result of triggering the trigger condition and the control command to control the corresponding second smart device. , that is, information about the smart device that will be obtained.
  • the sensor is turned off, the intelligent air conditioner is in a hiccup state, and the intelligent door and window sensor is analyzed.
  • the types of smart air conditioners are sensor equipment and home appliances, and the linkages related to smart air conditioners and smart door and window sensors are closed.
  • the smart door and window sensor is set as the first smart device, the smart door and window sensor is turned off and the information is set as the trigger condition, and the smart air conditioner is set as the second smart device, and the intelligent air conditioning is set.
  • the smart air conditioner snoring information is set as an operation result of triggering the smart door and window sensor to close the information ⁇ .
  • the smart door sensor is in a hiccup state
  • the smart camera monitors the user to the home
  • the hall light is in a hiccup state
  • the smart camera is monitored to the user to the home
  • the smart door sensor is in a hiccup.
  • the status, the linkage setting of the hall light snoring, the linkage setting monitors the smart camera to the user home
  • the smart door sensor is in the snoring state information setting as the trigger condition
  • the hall light snoring information is set as the control command.
  • the establishing the linkage setting related to the information of the at least two smart devices according to the obtained information of the at least two smart devices, or
  • the acquired tag information of the smart device may include at least one information of the smart device.
  • the tag information of the smart device is analyzed, and the tag information of the smart device is learned.
  • the information of the smart device that is included in the smart device is used to create a linkage setting related to the information of the smart device by using the analysis result of the tag information of the smart device, where at least one first smart can be set in the linkage setting.
  • the information of the device is set as a trigger condition, that is, the tag information including the smart device information can be set as a trigger condition, and the information of the at least one second smart device is set to trigger the trigger condition and control in the linkage setting.
  • the result of the operation control of the second smart device corresponding to the instruction that is, the information of the remaining smart devices except the tag information set as the trigger condition information in the acquired information of the smart device is set as the second smart device.
  • Information that is, set as a control command The result of the second smart device operation control.
  • the smart device information is not included in the label information, and the information included is not associated with the smart device itself that creates the linkage setting, and is related to establishing the association in the process of creating the linkage setting, and the label information is set in the linkage setting.
  • the acquired remaining smart device information is set as the result of the second smart device operation control corresponding to the control command.
  • the user may choose to accept or not accept,
  • the created linkage setting is saved, and when the linkage setting does not meet the user requirement, the user can edit the created linkage setting, that is, the created
  • the linkage setting is used to modify, delete, add, etc., for example, if the smart door is closed in the created linkage setting, the hall light is slammed, the brightness setting of the light is 801ux, and the brightness of the light required by the user is 1201ux. You can edit it.
  • the operation of the linkage setting can be simplified to a large extent, and the user can conveniently set the linkage of the smart device to improve the user experience of using the smart device.
  • An embodiment of the present invention provides a smart device linkage setting method, which continuously acquires information of at least two smart devices by using a contactless identification sensing mode, automatically enables a linkage setting function, and according to the acquired type information or label of the smart device.
  • the information is used to create a linkage setting related to the information of the at least two smart devices, so as to facilitate the user to select, which greatly reduces the operation steps of the user to set the linkage of the smart device, and improves the user experience.
  • FIG. 2 is a structural diagram of a smart device linkage setting terminal according to a second embodiment of the present invention, where the terminal includes:
  • the acquiring device information unit 21 is configured to continuously acquire information of at least two smart devices by using a contactless identification sensing manner
  • the linkage setting unit 22 is configured to create, according to the acquired information of the at least two smart devices, a linkage setting related to information of the at least two smart devices, where the linkage setting is used to save according to at least one
  • the information of the first smart device triggers an association setting for performing operation control on the at least one second smart device.
  • the acquiring device information unit with the radio frequency identification tag reading and writing function and the smart device embedded with the radio frequency identification tag are communicatively connected through the non-contact identification sensing mode, so as to have the radio frequency identification tag reading and writing function.
  • the acquiring device information unit acquires information of the smart device embedded with the radio frequency identification tag in the identification running application, where the radio frequency identification tag embedded in the smart device includes information of the smart device, wherein the radio frequency identification tag may be NFC (Near Field)
  • the communication label may be an RFID (Radio Frequency Identification) label.
  • the non-contact identification sensing method may be an NFC identification sensing method or an RFID identification sensing method.
  • the acquisition device information unit supporting the two-dimensional code and/or the barcode scanning function and the two-dimensional code and/or barcode containing the smart device information can also be communicatively connected through the contactless identification sensing method to enable support.
  • the acquiring device information unit of the scan identification function acquires the smart device information included in the two-dimensional code and/or the barcode in the identification application, wherein the non-contact recognition sensing mode may be a two-dimensional code recognition sensing method, or may be The bar code recognition sensing mode, the acquiring device information unit and the smart device supporting the Z-wave technology can also obtain the information of the smart device by using the Z - wave identification sensing method.
  • the embodiment of the present invention does not specifically limit the non-contact identification sensing mode.
  • the NFC recognition sensing method is a preferred method, and the following description is based on the NFC identification sensing method.
  • the acquiring device information unit having the NFC radio frequency identification tag reading and writing function acquires information of the smart device embedded with the NFC radio frequency identification tag by using the NFC identification sensing method, where the information of the smart device includes at least: ID information of the smart device, and intelligence
  • the status information of the device and the function information of the smart device may include information such as ID information of the smart device, status information of the smart device, and function information of the smart device, or may include ID information of the smart device.
  • the ID information obtains other information in the smart home system, such as the status information of the smart device and the function information of the smart device.
  • the ID information of the smart device includes the type information of the smart device, that is, through the smart device. The ID information can know the type to which the smart device belongs.
  • the information of the at least two smart devices is continuously acquired by the non-contact identification sensing method by using the acquiring device information unit, and the acquired smart device information may be information stored in the tag, that is,
  • the tag information includes smart device information, where the tag information may include at least one information of the smart device, such as: type information of the smart device, status information of the smart device, etc., the information of the smart device included in the tag information may be It is solidified and can be read by the non-contact identification sensing method by using the acquiring device information unit.
  • the label can be in the form of a button, and can be in the form of text, and can also be in other forms.
  • the physical representation of the label in the embodiment of the present invention The form is not specifically limited as long as any specific form of the label of the present invention can be realized.
  • the smart device that includes the smart device information in the tag information may be a smart device in the smart home system, such as: a smart home device, or a smart device that is not in the smart home system, such as: a passive NFC tag device, the passive NFC tag device is not included in the smart home system, and the passive NFC tag device includes information of the smart device, according to the obtained smart device information and other components included in the passive NFC tag device Intelligent information, such as: information of intelligent air conditioners, creating linkages related to smart device information and intelligent air conditioner information contained in the passive NFC tag device Setting, when the smart device information included in the passive NFC tag device is read again, triggering operation control on the smart air conditioner, that is, the smart air conditioner presents a state corresponding to the smart air conditioner information saved in the linkage setting. It should be understood that the smart device that includes the smart device information in the tag information is not specifically limited.
  • the tag information may not include smart device information, such as: a passive NFC tag device, where the passive NFC tag does not include information of the smart device, and the information may be a number or a character. It may also be an encrypted content, and the included information is not associated with the smart device itself that creates the linkage setting, and is associated in the process of creating the linkage setting. It should be understood that the information of the smart device in the tag information is not specifically limited in the embodiment of the present invention, and the information content included in the tag information is not specifically limited.
  • a smart device embedded with a radio frequency identification tag includes information of the smart device, and analyzes smart device type information included in the ID information of the smart device, according to the The result of analyzing the device type information, creating a linkage setting related to the information of the smart device; and acquiring the tag information of the at least two smart devices, that is, the tag information included in the acquired smart device information, analyzing the tag information
  • the information content included in the information, according to the analysis result of the label information, creating a linkage setting related to the smart device information, the label information may be solidified in the label, the label device as a smart device, and the embedded smart device The labels are different.
  • the acquiring device information unit 21 further includes:
  • the linkage setting unit 211 is enabled to automatically enable the function of the linkage setting after continuously acquiring the information of the two smart devices.
  • the linkage setting unit is enabled to automatically enable the function of the linkage setting, and the acquired information of the smart device sequentially appears on the terminal interface, where
  • the interval between the information of the at least two smart devices that are continuously acquired is short, for example, the interval is 0.2 seconds.
  • the interval between the two is not specifically limited, as long as any interval of the idea of the present invention can be realized. It can be anywhere. It should be understood that when the information of the same smart device is continuously obtained through the contactless identification sensing method, or the information of the smart device is acquired through the contactless identification sensing method, after acquiring the information of the other smart device, the information is acquired again.
  • the smart device in the embodiment of the present invention includes at least two, that is, information for acquiring at least two smart devices.
  • the first smart device and the second smart device are the first smart device and the second smart device.
  • the first smart device set as the trigger condition information may include multiple, and the second smart device configured to execute the control instruction information
  • the device may also include multiple, wherein the first smart device set as the trigger condition information may be at least one sensor device, and accordingly, the first smart device information set as the trigger condition information may be at least one sensor device.
  • the measured value information or the status value information; the first smart device set as the trigger condition information may also be the smart device that contains the information in the tag, and accordingly, the first smart device information as the trigger condition information may also be in the tag The information contained in it, that is, the tag information.
  • the related smart device may be a smart sensor device, a smart door magnetic switch, a smart window, a smart air conditioner, or the like, or may be a passive tag device or an active tag device, and the specific form of the smart device,
  • the present invention is not limited to any specific one, as long as it can implement any specific form of the present invention.
  • the linkage setting at least includes: acquiring information, trigger conditions, and control instructions of at least two smart devices;
  • the acquired information of the at least two smart devices includes: information of the at least one first smart device and information of the at least one second smart device;
  • acquiring information of at least two smart devices that is, acquiring ID information of at least one first smart device, status information of the smart device, and function information of the smart device, for acquiring the first smart device that includes the information in the tag
  • the tag information of the first smart device, the ID information of the at least one second smart device, the status information of the smart device, and the function information of the smart device where the ID information of the smart device may be a MAC address or a device sequence. It should be understood that the present invention does not specifically limit the ID information of the smart device.
  • the information of the smart device may also include other information than the ID information of the smart device, the status information of the smart device, and the function information of the smart device, such as location information of the smart device. Other information has a reference role in creating linkage settings related to the information of the smart device.
  • the trigger condition is set information that is the at least one first smart device that triggers the linkage setting condition;
  • the first smart device as the trigger condition information may be at least one sensor device, and correspondingly, the first smart device information as the trigger condition information may be at least one sensor device.
  • the measured value information or the status value information when the user wants to use the non-sensor device as the first smart device, that is, the non-sensor device as the trigger condition, the first smart device as the trigger condition information can be edited as the sensor device and The combination of the non-sensor devices, correspondingly, the first smart device information as the trigger condition information can be edited as the measured value information of the sensor device or a combination of the state value information and the non-sensor device information.
  • the ID information of the smart device includes the type information of the smart device, and the type of the smart device can be learned from the ID information of the smart device, and the type of the smart device belongs to different types, and the obtained function information is different, and the acquired state is different.
  • the information is different.
  • the temperature sensor and the smart air conditioner belong to different types.
  • the function information is:
  • the temperature sensor can support the change of the indoor temperature, and the smart air conditioner can support the hiccup/shutdown and is playing. ⁇ state ⁇ , you can set the temperature and other functions, correspondingly, the obtained temperature sensor status information can be measured temperature value is displayed as 28 degrees, the intelligent air conditioner status information can be currently in the snoring state, the set temperature is 26 degrees
  • the obtained status information, function information, and the like may be used as information of the first smart device in the linkage setting.
  • the first smart device that is set as the triggering condition information may also be a smart device that includes information in the tag.
  • the smart device that includes the information in the tag information may also be a smart device that includes information in the tag.
  • the control command is a corresponding control command that is set to trigger the linkage setting to the at least one second smart device.
  • the function information of the acquired smart device is also different, and the corresponding control commands in the linkage setting are also different, such as the smart door magnetic switch supporting the function of snoring/shutdown, the intelligent air conditioner supporting the air conditioning snoring / Turn off and set the temperature and other functions, trigger the linkage setting, send a control command to close the magnetic switch to the smart door, and send a control command to the smart air conditioner to set the air temperature and set the temperature to 26 degrees.
  • the smart device linkage setting including the measurement value information or the state value information of one sensor device as the trigger condition information, when the measured measurement value information or state value information of the sensor device matches the trigger condition information set by the smart device linkage Inches, And triggering the smart device linkage setting; for combining the measured value information of the sensor device or the combination of the state value information and the non-sensor device information as the smart device linkage setting of the trigger condition information, when the measured measurement information or state of the sensor device is measured The value information and the non-sensor device information are matched with the trigger condition information set by the smart device, and the smart device linkage setting is triggered.
  • the information about the information solidified in the tag is set as the trigger condition
  • the state information of the other smart devices acquired is set as the smart device linkage setting of the control command
  • the tag information acquired by the contactless identification sensing method Matching with the trigger condition in the smart device linkage setting, the smart device linkage setting is triggered, that is, the other smart device presents a state corresponding to the control instruction.
  • the creating linkage setting unit 22 further includes:
  • the analyzing device information unit 221 is configured to analyze the acquired type information of the at least two smart devices;
  • the sub-creation linkage setting unit 222 is configured to create, according to the analysis result of the type information of the smart device, a linkage setting related to the information of the at least two smart devices, where the linkage setting is at least one first
  • the information of the smart device is set as a trigger condition
  • the information of the at least one second smart device is set as a result of triggering the trigger condition ⁇ control command on the corresponding second smart device operation control.
  • the ID information of the acquired smart device includes the type information of the smart device
  • the analyzing device information unit analyzes the type information of the smart device. Learning the type to which the smart device belongs, the sub-creation linkage setting unit creates a linkage setting related to the information of the smart device by using the type information of the smart device, where at least one first smart device can be set in the linkage setting
  • the information is set as a trigger condition, that is, the device information of at least one sensor type can be used as a trigger condition.
  • the non-sensor device is used as a trigger.
  • the first smart device as the trigger condition information may be edited into a combination of the sensor device and the non-sensor device, and the information of the at least one second smart device is set to trigger the trigger condition and control in the linkage setting.
  • the second smart device corresponding to the instruction pair As a result of the operation control, that is, the information of the remaining smart devices other than the information of the smart device as the trigger condition information among the acquired information of the smart device is set as the information of the second smart device, that is, the setting is controlled.
  • the result of the second smart device operation control corresponding to the instruction, such as obtaining the smart door and window sensor is closed
  • the state, the intelligent air conditioner is in a hiccup state, and the intelligent door and window sensor is analyzed, and the types of the smart air conditioner belong to the sensor device and the home appliance device respectively, and the linkage setting related to the smart air conditioner snoring and the smart door and window sensor slamming off is established, and the linkage setting is set.
  • the smart door and window sensor is set as the first smart device, the smart door and window sensor is turned off and the information is set as the trigger condition, the smart air conditioner is set as the second smart device, and the intelligent air conditioner is set as the control command. That is, the smart air conditioner snoring information setting is the result of the operation of triggering the smart door and window sensor to close the information ⁇ .
  • the smart door sensor is in a hiccup state
  • the smart camera monitors the user to the home
  • the hall light is in a hiccup state
  • the smart camera is monitored to the user to the home
  • the smart door sensor is in a hiccup.
  • the status, the linkage setting of the hall light snoring, the linkage setting monitors the smart camera to the user home
  • the smart door sensor is in the snoring state information setting as the trigger condition
  • the hall light snoring information is set as the control command.
  • the analysis device information unit 221 and the sub-creation linkage setting unit 222 included in the creation linkage setting unit 22 are further configured to:
  • the analyzing device information unit 221 is further configured to analyze the acquired label information included in the at least two smart devices;
  • the sub-creation linkage setting unit 222 is further configured to: create, according to the analysis result of the label information of the smart device, a linkage setting related to information of the at least two smart devices, where the linkage setting is at least one
  • the information of the smart device is set as a trigger condition
  • the information of the at least one second smart device is set as a result of triggering the trigger condition ⁇ control command on the corresponding second smart device operation control.
  • the acquired tag information of the smart device may include at least one information of the smart device.
  • the analyzing device information unit analyzes the tag information of the smart device. Obtaining information about the cured smart device included in the tag information of the smart device, and the sub-creation linkage setting unit creates a linkage setting related to the information of the smart device by using an analysis result of the tag information of the smart device, where In the linkage setting, the information of the at least one first smart device may be set as a trigger condition, that is, the tag information including the smart device information may be set as a trigger condition, and the linkage setting includes at least one second smart component.
  • the information of the device is set to trigger the trigger condition, and the control command is used to control the operation of the corresponding second smart device, that is, the information of the acquired smart device is set as the trigger condition information.
  • the information of the remaining smart devices other than the information is set as the information of the second smart device, that is, the result of the second smart device operation control corresponding to the control command.
  • the smart device information is not included in the label information, and the information included is not associated with the smart device itself that creates the linkage setting, and is related to establishing the association in the process of creating the linkage setting, and the label information is set in the linkage setting.
  • the acquired remaining smart device information is set as the result of the second smart device operation control corresponding to the control command.
  • the user may choose to accept or not accept,
  • the created linkage setting is saved, and when the linkage setting does not meet the user requirement, the user can edit the created linkage setting, that is, the created
  • the linkage setting performs operations such as modifying, deleting, adding, etc., and the terminal further includes:
  • the editing linkage setting unit 23 is configured to edit the linkage setting when the linkage setting does not meet the user requirement.
  • the brightness of the light can be performed by editing the linkage setting unit. Edit, when the smart door is closed in the linkage setting, the hall light is slammed, the light brightness editing is set to 1201ux, and then the edited linkage setting is saved, and the label information of the smart device is saved.
  • the included solidified information is set as the linkage setting of the trigger condition, and the trigger condition of the linkage setting cannot be changed.
  • the smart device linkage setting performed by the terminal is saved, and when the trigger condition in the linkage setting is satisfied, the linkage setting is triggered, and the control instruction in the linkage setting issues corresponding control to the second smart device.
  • the instruction that is, the second smart device presents a state corresponding to the control instruction.
  • the operation of the linkage setting can be simplified to a large extent, and the user can conveniently set the linkage of the smart device to improve the user experience of using the smart device.
  • the embodiment of the invention provides a smart device linkage setting terminal, and the acquiring device information unit continuously acquires information of at least two smart devices through the contactless identification sensing mode, and enables the linkage setting unit to automatically enable the linkage setting function to create linkage
  • the setting unit is based on the type information or the label of the acquired smart device.
  • the information is set, and the linkage setting related to the information of the at least two smart devices is created to facilitate the user to select, which greatly reduces the operation steps of the user to set the linkage of the smart device, and improves the user experience.

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Abstract

一种智能设备联动设置方法及终端，该方法包括：通过非接触式识别感应方式连续获取至少两个智能设备的信息(S101)；根据获取的至少两个智能设备的信息，创建与至少两个智能设备的信息相关的联动设置，联动设置用于保存根据至少一个第一智能设备的信息，触发对至少一个第二智能设备进行操作控制的关联设置(S102)。通过该智能设备联动设置方法及终端，可较大程度地减少智能设备联动设置的操作步骤，方便用户对智能设备进行联动设置，提升了用户对智能设备的使用体验效果。

Description

智能设备联动设置方法及终端 技术领域
[0001] 本发明涉及智能家居技术领域， 尤其涉及一种智能设备联动设置方法及终端。
背景技术
[0002] 随着物联网技术的迅速发展， 实现家庭自动化的需求日益普及， 然而， 在实际 操作中， 用户想要对智能设备进行联动设置， 大多需要通过诸如智能手机、 平 板电脑等终端的按钮或触摸板对智能设备进行设置， 这种操作模式还是不能减 少用户的操作， 用户体验效果差。
技术问题
[0003] 鉴于以上内容， 有必要提供一种智能设备联动设置方法及终端， 旨在通过非接 触式识别感应方式连续获取至少两个智能设备的信息之后， 自动启用联动设置 功能， 创建与该智能设备的信息相关的联动设置， 以方便用户进行选择， 从而 减少了用户的操作流程。
问题的解决方案
技术解决方案
[0004] 第一方面， 本发明实施例提供一种智能设备联动设置方法， 所述方法包括步骤
[0005] 通过非接触式识别感应方式连续获取至少两个智能设备的信息；
[0006] 根据获取的所述至少两个智能设备的信息， 创建与所述至少两个智能设备的信 息相关的联动设置， 所述联动设置用于保存根据至少一个第一智能设备的信息 ， 触发对至少一个第二智能设备进行操作控制的关联设置。
[0007] 第二方面， 本发明实施例提供一种智能设备联动设置终端， 所述终端包括： [0008] 获取设备信息单元， 用于通过非接触式识别感应方式连续获取至少两个智能设 备的信息；
[0009] 创建联动设置单元， 用于根据获取的所述至少两个智能设备的信息， 创建与所 述至少两个智能设备的信息相关的联动设置， 所述联动设置用于保存根据至少 一个第一智能设备的信息， 触发对至少一个第二智能设备进行操作控制的关联 设置。
发明的有益效果
有益效果
[0010] 本发明实施例提供了一种智能设备联动设置方法及终端， 通过非接触式识别感 应方式连续获取至少两个智能设备的信息， 之后， 自动启用联动设置功能， 根 据获取的智能设备的类型信息或者标签信息， 创建与所述至少两个智能设备的 信息相关的联动设置， 以方便用户进行选择， 较大程度上减少了用户对智能设 备进行联动设置的操作步骤， 提升了用户体验效果。
对附图的简要说明
附图说明
[0011] 图 1是本发明第一实施例提供的一种智能设备联动设置方法流程图；
[0012] 图 2是本发明第二实施例提供的一种智能设备联动设置终端结构图。
本发明的实施方式
[0013] 为了使本发明的目的、 技术方案及优点更加清楚明白， 以下结合附图及实施例 ， 对本发明进行进一步详细说明。 应当理解， 此处所描述的具体实施例仅仅用 以解释本发明， 并不用于限定本发明。
[0014] 首先需要说明的是， 在本发明各个实施例中， 所涉及的智能设备联动终端包括 但不限于下述中的任一种： 智能手机、 平板电脑， 只要能实现本发明所述思想 的任何形式的终端均可； 本发明实施例中所描述的智能设备包括但不限于： 智 能家电设备、 智能传感器设备、 智能门禁设备、 无源标签设备、 有源标签设备 等， 只要能实现本发明所述思想的任一种具体形式的智能设备均可。
[0015] 以下结合具体实施例对本发明的具体实现进行详细描述：
[0016] 实施例一：
[0017] 图 1示出了本发明第一实施例提供的一种智能设备联动设置方法的流程， 详述 如下： [0018] 步骤 S101、 通过非接触式识别感应方式连续获取至少两个智能设备的信息。
[0019] 步骤 S102、 根据获取的所述至少两个智能设备的信息， 创建与所述至少两个 智能设备的信息相关的联动设置， 所述联动设置用于保存根据至少一个第一智 能设备的信息， 触发对至少一个第二智能设备进行操作控制的关联设置。
[0020] 在智能家居***中， 具备射频识别标签读写功能的终端与嵌有射频识别标签的 智能设备通过非接触式识别感应方式进行通信连接， 以使具备射频识别标签读 写功能的终端在识别运行应用中获取嵌有射频识别标签的智能设备的信息， 该 嵌入智能设备的射频识别标签中包含智能设备的信息， 其中， 所述射频识别标 签可以是 NFC (Near Field Communication) 标签， 也可以是 RFID (Radio Frequency
Identification) 标签， 相应地， 所述非接触式识别感应方式， 可以是 NFC识别感 应方式， 也可以是 RFID识别感应方式。 另外， 支持二维码和 /或条形码扫描功能 的终端与含有智能设备信息的二维码和 /或条形码也可以通过非接触式识别感应 方式进行通信连接， 以使支持扫描识别功能的终端在识别应用中获取二维码和 / 或条形码所包含的智能设备信息， 其中， 所述非接触式识别感应方式， 可以是 二维码识别感应方式， 也可以是条形码识别感应方式， 对于支持 Z-wave技术的 终端与智能设备还可以通过 Z-wave识别感应方式获取智能设备的信息， 本发明 实施例对非接触式识别感应方式不作具体限定， 以 NFC识别感应方式为优选方 式， 以下以 NFC识别感应方式进行说明。
[0021] 具备 NFC射频识别标签读写功能的终端通过 NFC识别感应方式获取嵌有 NFC 射频识别标签的智能设备的信息， 所述智能设备的信息至少包括： 智能设备的 I D信息、 智能设备的状态信息、 智能设备的功能信息， NFC射频识别标签中可以 包括智能设备的 ID信息、 智能设备的状态信息、 智能设备的功能信息等信息， 也可以是包括智能设备的 ID信息， 通过该 ID信息在智能家居***中获取其他信 息， 如智能设备的状态信息、 智能设备的功能信息等信息， 需要说明的是， 智 能设备的 ID信息中包含智能设备的类型信息， 也就是， 通过智能设备的 ID信息 可以知晓智能设备所属的类型。
[0022] 此外， 在实际应用中， 利用终端通过非接触式识别感应方式连续获取至少两个 智能设备的信息， 所获取的智能设备信息可以是存储在标签中的信息， 也就是 在标签信息中包含智能设备信息， 其中， 所述标签信息中可以至少包括一个智 能设备的信息， 如： 智能设备的类型信息、 智能设备的状态信息等， 该标签信 息中包含的智能设备的信息可以是固化好的， 可以利用终端通过非接触式识别 感应方式读取出来， 该标签可以是按钮形式， 可以是文本形式， 还可以是其他 形式， 本发明实施例对该标签的物理表现形式不作具体限定， 只要能实现本发 明所述思想的任一种具体形式的标签均可。
[0023] 进一步地， 在标签信息中包含智能设备信息的智能设备， 可以是处于智能家居 ***内的智能设备， 如： 智能家电设备， 也可以是没有处于智能家居***内的 智能设备， 如： 无源 NFC标签设备， 该无源 NFC标签设备没有处于智能家居系 统内， 该无源 NFC标签设备中包含智能设备的信息， 当根据获取的该无源 NFC 标签设备中包含的智能设备信息与其他的智能信息， 如： 智能空调的信息， 创 建与所述无源 NFC标签设备中包含的智能设备信息、 智能空调的信息相关的联 动设置， 当再次读取该无源 NFC标签设备中包含的智能设备信息， 则触发对智 能空调进行操作控制， 也就是智能空调呈现联动设置中保存的智能空调信息所 对应的状态。 应当理解， 本发明实施例对在标签信息中包含智能设备信息的智 能设备不作具体限定。
[0024] 在实际应用中， 标签信息中可以没有包含智能设备信息， 如： 无源 NFC标签 设备， 该无源 NFC标签中没有包含智能设备的信息， 包含的信息可以是数字， 也可以是字符， 还可以是加密的内容， 该包含的信息与创建联动设置的智能设 备本身没有关联， 是在创建联动设置的过程中建立关联性的。 应当理解， 本发 明实施例对标签信息中是否包含智能设备的信息不作具体限定， 对标签信息中 包含的信息的内容也不做具体限定。
[0025] 本领域技术人员可以理解， 嵌有射频识别标签的智能设备， 该射频识别标签中 包含所述智能设备的信息， 分析所述智能设备的 ID信息所包含的智能设备类型 信息， 根据该设备类型信息的分析结果， 创建与所述智能设备的信息相关的联 动设置； 而获取的至少两个智能设备的标签信息， 也就是所获取的智能设备信 息中包括的标签信息， 分析该标签信息中包括的信息内容， 根据所述标签信息 的分析结果， 创建与所述智能设备信息相关的联动设置， 该标签信息可以是固 化在标签中的， 该标签设备作为一个智能设备， 与嵌入智能设备的标签不同。
[0026] 优选地， 在通过非接触式识别感应方式连续获取至少两个智能设备的信息步骤 之中， 还包括： 在连续获取了两个智能设备的信息之后， 自动启用联动设置的 功能。
[0027] 当通过非接触式识别感应方式连续获取两个智能设备的信息之后， 终端自动启 用联动设置的功能， 所获取的智能设备的信息依次出现在终端界面上， 这里所 说的连续为获取的至少两个智能设备的信息之间的间隔吋间短， 比如间隔为 0.2 秒， 对此间隔吋间， 本发明不作具体数值限定， 只要能实现本发明所述思想的 任一间隔吋间均可。 应当理解， 当通过非接触式识别感应方式连续获取同一个 智能设备的信息吋， 或者， 通过非接触式识别感应方式获取了该智能设备的信 息， 在获取了其他智能设备的信息之后， 再次获取所述智能设备的信息吋， 该 智能设备的信息在终端界面上只显示一个。
[0028] 为实现智能设备的联动设置， 本发明实施例中的智能设备至少包括两个， 也就 是获取至少两个智能设备的信息， 为便于说明， 以下以第一智能设备、 第二智 能设备表示相关的联动设置的智能设备， 在实际应用中， 当智能设备包括两个 以上吋， 设定为触发条件信息的第一智能设备可能包括多个， 设定为执行控制 指令信息的第二智能设备也可能包括多个， 其中， 设定为触发条件信息的第一 智能设备可以是至少包括一个传感器设备， 相应地， 设定为触发条件信息的第 一智能设备信息可以是至少包括一个传感器设备的测量值信息或者状态值信息 ； 设定为触发条件信息的第一智能设备也可以是在标签中包含信息的智能设备 ， 相应地， 作为触发条件信息的第一智能设备信息也可以是包括在标签中的信 息， 也就是标签信息。
[0029] 以上， 相关的智能设备可以是智能传感器设备、 智能门磁幵关、 智能窗、 智能 空调等设备， 也可以是无源标签设备、 有源标签设备， 对此智能设备的具体形 式， 本发明不作具体限定， 只要能实现本发明所述思想的任一种具体形式的智 能设备均可。
[0030] 具体的是， 所述联动设置至少包括： 获取的至少两个智能设备的信息、 触发条 件、 控制指令；
[0031] 所述获取的至少两个智能设备的信息， 包括： 至少一个第一智能设备的信息和 至少一个第二智能设备的信息；
[0032] 获取至少两个智能设备的信息， 也就是获取至少一个第一智能设备的 ID信息 、 智能设备的状态信息、 智能设备的功能信息， 对于在标签中包含信息的第一 智能设备， 获取的是第一智能设备的标签信息， 获取至少一个第二智能设备的 I D信息、 智能设备的状态信息、 智能设备的功能信息， 其中， 智能设备的 ID信 息可以是 MAC地址， 也可以是设备序列号， 应当理解， 本发明对智能设备的 ID 信息不作具体限定。
[0033] 本领域技术人员可以理解， 智能设备的信息也可以是包括除了智能设备的 ID 信息、 智能设备的状态信息、 智能设备的功能信息之外的其它信息， 如智能设 备的位置信息， 该其它信息对创建与智能设备的信息相关的联动设置具有参考 作用。
[0034] 所述触发条件为设定的作为触发所述联动设置条件的所述至少一个第一智能设 备的信息；
[0035] 需要说明的是， 在实际应用中， 作为触发条件信息的第一智能设备可以是至少 包括一个传感器设备， 相应地， 作为触发条件信息的第一智能设备信息可以是 至少包括一个传感器设备的测量值信息或者状态值信息， 当用户想要将非传感 器设备作为第一智能设备， 也就是将非传感器设备作为触发条件吋， 可以将作 为触发条件信息的第一智能设备编辑为传感器设备与非传感器设备的组合形式 ， 相应地， 可以将作为触发条件信息的第一智能设备信息编辑为传感器设备的 测量值信息或者状态值信息与非传感器设备信息的组合形式。
[0036] 智能设备的 ID信息中包括智能设备的类型信息， 从智能设备的 ID信息中可以获 悉该智能设备所属的类型， 智能设备所属的类型不同， 具备的功能信息也就不 同， 获取的状态信息也就不同， 如温度传感器、 智能空调所属的类型不同， 所 具备的功能信息分别为： 温度传感器可以是支持检测室内温度的变化功能， 而 智能空调可以是支持打幵 /关闭， 并且处于打幵状态吋， 可以设置温度等功能， 相应地， 获取的温度传感器的状态信息可以是测量的温度值显示为 28度、 智能 空调的状态信息可以是当前处于打幵状态， 设置的温度为 26度等， 获取的该状 态信息、 功能信息等可以作为联动设置中触发条件的第一智能设备的信息。
[0037] 此外， 设定的作为触发条件信息的第一智能设备也可以是在标签中包含信息的 智能设备， 具体可以参照上述对标签信息及在标签信息中包含信息的智能设备 的描述， 此处不再赘述。
[0038] 所述控制指令为设定的作为触发所述联动设置吋向所述至少一个第二智能设备 发出的对应的控制指令。 根据智能设备所属类型不同， 获取的智能设备的功能 信息也不同， 其所对应的联动设置中的控制指令也不同， 如智能门磁幵关支持 打幵 /关闭等功能， 智能空调支持空调打幵 /关闭及设置温度等功能， 触发联动设 置吋向智能门磁幵关发出关闭门磁幵关的控制指令， 向智能空调发出打幵空调 及设置温度为 26度的控制指令。 对于包括一个传感器设备的测量值信息或者状 态值信息作为触发条件信息的智能设备联动设置， 当测量的该传感器设备的测 量值信息或者状态值信息与所述智能设备联动设置的触发条件信息相匹配吋， 则触发所述智能设备联动设置； 对于包括传感器设备的测量值信息或者状态值 信息与非传感器设备信息的组合作为触发条件信息的智能设备联动设置， 当测 量的该传感器设备的测量值信息或者状态值信息、 非传感器设备信息， 与该智 能设备联动设置的触发条件信息相匹配吋， 则触发所述智能设备联动设置。
[0039] 此外， 对于固化在标签中的信息设定作为触发条件， 获取的其他的智能设备的 状态信息设定作为控制指令的智能设备联动设置， 当通过非接触式识别感应方 式获取的标签信息与所述智能设备联动设置中的触发条件相匹配， 则触发所述 智能设备联动设置， 也就是所述其他的智能设备呈现所述控制指令所对应的状 态。
[0040] 进一步地， 所述根据获取的所述至少两个智能设备的信息， 创建与所述至少两 个智能设备的信息相关的联动设置， 具体包括：
[0041] 分析获取的所述至少两个智能设备的类型信息；
[0042] 根据智能设备的类型信息的分析结果， 创建与所述至少两个智能设备的信息相 关的联动设置， 其中， 所述联动设置中将至少一个第一智能设备的信息设定为 触发条件， 至少一个第二智能设备的信息设定为触发所述触发条件吋控制指令 对所对应的第二智能设备操作控制的结果。
[0043] 需要说明的是， 获取的智能设备的 ID信息中包含所述智能设备的类型信息， 启用联动设置功能之后， 对所述智能设备的类型信息进行分析， 获悉所述智能 设备所属的类型， 通过所述智能设备的类型信息创建与所述智能设备的信息相 关的联动设置， 其中， 所述联动设置中可以将至少一个第一智能设备的信息设 定为触发条件， 也就是可以将至少一个传感器类型的设备信息作为触发条件， 在实际应用中， 当用户想要将非传感器设备作为第一智能设备， 也就是将非传 感器设备作为触发条件吋， 可以将作为触发条件信息的第一智能设备编辑为传 感器设备与非传感器设备的组合形式， 所述联动设置中将至少一个第二智能设 备的信息设定为触发所述触发条件吋控制指令对所对应的第二智能设备操作控 制的结果， 也就是将获取的智能设备的信息中除了作为触发条件信息的智能设 备的信息之外的其余智能设备的信息， 作为第二智能设备的信息， 也就是作为 控制指令所对应的第二智能设备操作控制的结果， 如获取到智能门窗传感器幵 关处于关闭状态， 智能空调处于打幵状态， 分析智能门窗传感器幵关、 智能空 调所属的类型分别为传感器设备、 家电设备， 创建与智能空调打幵、 智能门窗 传感器幵关关闭相关的联动设置， 该联动设置中将智能门窗传感器幵关设定作 为第一智能设备， 智能门窗传感器幵关关闭信息设定作为触发条件， 智能空调 设定作为第二智能设备， 智能空调打幵信息设定作为控制指令， 也就是智能空 调打幵信息设定作为触发该智能门窗传感器幵关关闭信息吋的操作结果。
[0044] 又如， 获取到智能门磁传感器幵关处于打幵状态， 智能摄像头监控到用户到家 ， 大厅灯处于打幵状态， 创建智能摄像头监控到用户到家、 智能门磁传感器幵 关处于打幵状态， 大厅灯打幵的联动设置， 该联动设置中将智能摄像头监控到 用户到家、 智能门磁传感器幵关处于打幵状态信息设定作为触发条件， 大厅灯 打幵信息设定作为控制指令。
[0045] 优选地， 所述根据获取的所述至少两个智能设备的信息， 创建与所述至少两个 智能设备的信息相关的联动设置， 还可以是：
[0046] 分析获取的所述至少两个智能设备中所包括的标签信息；
[0047] 根据智能设备的标签信息的分析结果， 创建与所述至少两个智能设备的信息相 关的联动设置， 其中， 所述联动设置中将至少一个第一智能设备的信息设定为 触发条件， 至少一个第二智能设备的信息设定为触发所述触发条件吋控制指令 对所对应的第二智能设备操作控制的结果。
[0048] 需要说明的是， 获取的智能设备的标签信息中可以至少包括一个智能设备的信 息， 启用联动设置功能之后， 对所述智能设备的标签信息进行分析， 获悉所述 智能设备的标签信息中包括的已固化好的智能设备的信息， 通过所述智能设备 的标签信息的分析结果创建与所述智能设备的信息相关的联动设置， 其中， 所 述联动设置中可以将至少一个第一智能设备的信息设定作为触发条件， 也就是 可以将包含智能设备信息的标签信息设定作为触发条件， 所述联动设置中将至 少一个第二智能设备的信息设定为触发所述触发条件吋控制指令对所对应的第 二智能设备操作控制的结果， 也就是将获取的智能设备的信息中除了设定作为 触发条件信息的标签信息之外的其余智能设备的信息， 设定作为第二智能设备 的信息， 也就是设定作为控制指令所对应的第二智能设备操作控制的结果。
[0049] 此外， 对于标签信息中没有包含智能设备信息， 包含的信息与创建联动设置的 智能设备本身没有关联， 是在创建联动设置的过程中建立关联性的情况， 该联 动设置中将标签信息设定为触发条件， 获取的其余智能设备信息设定作为控制 指令所对应的第二智能设备操作控制的结果。
[0050] 优选地， 根据获取的所述至少两个智能设备的信息， 创建与所述至少两个智能 设备的信息相关的联动设置之后， 显示在终端界面上， 用户可以选择接受或者 不接受， 当用户选择接受所创建的联动设置吋， 将所述所创建的联动设置进行 保存， 当所述联动设置不符合用户需求吋， 用户可以对所创建的联动设置进行 编辑， 也就是对所创建的联动设置进行修改、 刪除、 增添等操作， 如， 所创建 的联动设置中获取到智能门磁幵关处于打幵状态， 就打幵大厅灯， 灯亮度设置 是 801ux， 用户需要灯亮度为 1201ux， 则可以进行编辑， 将联动设置中获取到智 能门磁幵关处于打幵状态， 就打幵大厅灯， 灯亮度编辑设置为 1201ux， 之后， 将经过编辑的联动设置进行保存， 而对于智能设备的标签信息中包括的已固化 好的信息设定作为触发条件的联动设置， 则所述联动设置的触发条件不可更改 [0051] 将通过上述方法进行的智能设备联动设置保存， 当所述联动设置中的触发条件 满足吋， 触发所述联动设置， 所述联动设置中的控制指令对第二智能设备发出 对应的控制指令， 也就是所述第二智能设备呈现所述控制指令所对应的状态。
[0052] 本发明实施例通过上述方法， 可以较大程度上简化联动设置的操作， 使用户更 为方便的对智能设备进行联动设置， 提升用户对智能设备的使用体验效果。
[0053] 本发明实施例提供了一种智能设备联动设置方法， 通过非接触式识别感应方式 连续获取至少两个智能设备的信息， 自动启用联动设置功能， 根据获取的智能 设备的类型信息或者标签信息， 创建与所述至少两个智能设备的信息相关的联 动设置， 以方便用户进行选择， 较大程度上减少了用户对智能设备进行联动设 置的操作步骤， 提升了用户体验效果。
[0054] 实施例二：
[0055] 图 2示出了本发明第二实施例提供的一种智能设备联动设置终端的结构图， 所 述终端包括：
[0056] 获取设备信息单元 21， 用于通过非接触式识别感应方式连续获取至少两个智能 设备的信息；
[0057] 创建联动设置单元 22， 用于根据获取的所述至少两个智能设备的信息， 创建与 所述至少两个智能设备的信息相关的联动设置， 所述联动设置用于保存根据至 少一个第一智能设备的信息， 触发对至少一个第二智能设备进行操作控制的关 联设置。
[0058] 在智能家居***中， 具备射频识别标签读写功能的获取设备信息单元与嵌有射 频识别标签的智能设备通过非接触式识别感应方式进行通信连接， 以使具备射 频识别标签读写功能的获取设备信息单元在识别运行应用中获取嵌有射频识别 标签的智能设备的信息， 该嵌入智能设备的射频识别标签中包含智能设备的信 息， 其中， 所述射频识别标签可以是 NFC (Near Field Communication) 标签， 也可以是 RFID (Radio Frequency Identification) 标签， 相应地， 所述非接触式 识别感应方式， 可以是 NFC识别感应方式， 也可以是 RFID识别感应方式。 另外 ， 支持二维码和 /或条形码扫描功能的获取设备信息单元与含有智能设备信息的 二维码和 /或条形码也可以通过非接触式识别感应方式进行通信连接， 以使支持 扫描识别功能的获取设备信息单元在识别应用中获取二维码和 /或条形码所包含 的智能设备信息， 其中， 所述非接触式识别感应方式， 可以是二维码识别感应 方式， 也可以是条形码识别感应方式， 对于支持 Z-wave技术的获取设备信息单 元与智能设备还可以通过 Z-wave识别感应方式获取智能设备的信息， 本发明实 施例对非接触式识别感应方式不作具体限定， 以 NFC识别感应方式为优选方式 ， 以下以 NFC识别感应方式进行说明。
[0059] 具备 NFC射频识别标签读写功能的获取设备信息单元通过 NFC识别感应方式获 取嵌有 NFC射频识别标签的智能设备的信息， 所述智能设备的信息至少包括： 智 能设备的 ID信息、 智能设备的状态信息、 智能设备的功能信息， NFC射频识别 标签中可以包括智能设备的 ID信息、 智能设备的状态信息、 智能设备的功能信 息等信息， 也可以是包括智能设备的 ID信息， 通过该 ID信息在智能家居***中 获取其他信息， 如智能设备的状态信息、 智能设备的功能信息等信息， 需要说 明的是， 智能设备的 ID信息中包含智能设备的类型信息， 也就是， 通过智能设 备的 ID信息可以知晓智能设备所属的类型。
[0060] 此外， 在实际应用中， 利用获取设备信息单元通过非接触式识别感应方式连续 获取至少两个智能设备的信息， 所获取的智能设备信息可以是存储在标签中的 信息， 也就是在标签信息中包含智能设备信息， 其中， 所述标签信息中可以至 少包括一个智能设备的信息， 如： 智能设备的类型信息、 智能设备的状态信息 等， 该标签信息中包括的智能设备的信息可以是固化好的， 可以利用获取设备 信息单元通过非接触式识别感应方式读取出来， 该标签可以是按钮形式， 可以 是文本形式， 还可以是其他形式， 本发明实施例对该标签的物理表现形式不作 具体限定， 只要能实现本发明所述思想的任一种具体形式的标签均可。
[0061] 进一步地， 在标签信息中包含智能设备信息的智能设备， 可以是处于智能家居 ***内的智能设备， 如： 智能家电设备， 也可以是没有处于智能家居***内的 智能设备， 如： 无源 NFC标签设备， 该无源 NFC标签设备没有处于智能家居*** 内， 该无源 NFC标签设备中包含智能设备的信息， 当根据获取的该无源 NFC标 签设备中包含的智能设备信息与其他的智能信息， 如： 智能空调的信息， 创建 与所述无源 NFC标签设备中包含的智能设备信息、 智能空调的信息相关的联动 设置， 当再次读取该无源 NFC标签设备中包含的智能设备信息， 则触发对智能 空调进行操作控制， 也就是智能空调呈现联动设置中保存的智能空调信息所对 应的状态。 应当理解， 本发明实施例对在标签信息中包含智能设备信息的智能 设备不作具体限定。
[0062] 在实际应用中， 标签信息中可以没有包含智能设备信息， 如： 无源 NFC标签 设备， 该无源 NFC标签中没有包含智能设备的信息， 包含的信息可以是数字， 也可以是字符， 还可以是加密的内容， 该包含的信息与创建联动设置的智能设 备本身没有关联， 是在创建联动设置的过程中建立关联性的。 应当理解， 本发 明实施例对标签信息中是否包含智能设备的信息不作具体限定， 对标签信息中 包含的信息内容也不做具体限定。
[0063] 本领域技术人员可以理解， 嵌有射频识别标签的智能设备， 该射频识别标签中 包含所述智能设备的信息， 分析所述智能设备的 ID信息所包含的智能设备类型 信息， 根据该设备类型信息的分析结果， 创建与所述智能设备的信息相关的联 动设置； 而获取的至少两个智能设备的标签信息， 也就是所获取的智能设备信 息中包括的标签信息， 分析该标签信息中包括的信息内容， 根据所述标签信息 的分析结果， 创建与所述智能设备信息相关的联动设置， 该标签信息可以是固 化在标签中的， 该标签设备作为一个智能设备， 与嵌入智能设备的标签不同。
[0064] 进一步地， 所述获取设备信息单元 21还包括：
[0065] 启用联动设置单元 211， 用于在连续获取了两个智能设备的信息之后， 自动启 用联动设置的功能。
[0066] 当通过非接触式识别感应方式连续获取两个智能设备的信息之后， 启用联动设 置单元自动启用联动设置的功能， 所获取的智能设备的信息依次出现在终端界 面上， 这里所说的连续为获取的至少两个智能设备的信息之间的间隔吋间短， 比如间隔为 0.2秒， 对此间隔吋间， 本发明不作具体数值限定， 只要能实现本发 明所述思想的任一间隔吋间均可。 应当理解， 当通过非接触式识别感应方式连 续获取同一个智能设备的信息吋， 或者， 通过非接触式识别感应方式获取了该 智能设备的信息， 在获取了其他智能设备的信息之后， 再次获取所述智能设备 的信息吋， 该智能设备的信息在终端界面上只显示一个。 [0067] 为实现智能设备的联动设置， 本发明实施例中的智能设备至少包括两个， 也就 是获取至少两个智能设备的信息， 为便于说明， 以下以第一智能设备、 第二智 能设备表示相关的联动设置的智能设备， 在实际应用中， 当智能设备包括两个 以上吋， 设定为触发条件信息的第一智能设备可能包括多个， 设定为执行控制 指令信息的第二智能设备也可能包括多个， 其中， 设定为触发条件信息的第一 智能设备可以是至少包括一个传感器设备， 相应地， 设定为触发条件信息的第 一智能设备信息可以是至少包括一个传感器设备的测量值信息或者状态值信息 ； 设定为触发条件信息的第一智能设备也可以是在标签中包含信息的智能设备 ， 相应地， 作为触发条件信息的第一智能设备信息也可以是在标签中包含的信 息， 也就是标签信息。
[0068] 以上， 相关的智能设备可以是智能传感器设备、 智能门磁幵关、 智能窗、 智能 空调等设备， 也可以是无源标签设备、 有源标签设备， 对此智能设备的具体形 式， 本发明不作具体限定， 只要能实现本发明所述思想的任一种具体形式的智 能设备均可。
[0069] 具体的是， 所述联动设置至少包括： 获取的至少两个智能设备的信息、 触发条 件、 控制指令；
[0070] 所述获取的至少两个智能设备的信息， 包括： 至少一个第一智能设备的信息和 至少一个第二智能设备的信息；
[0071] 获取至少两个智能设备的信息， 也就是获取至少一个第一智能设备的 ID信息 、 智能设备的状态信息、 智能设备的功能信息， 对于在标签中包含信息的第一 智能设备， 获取的是第一智能设备的标签信息， 获取至少一个第二智能设备的 I D信息、 智能设备的状态信息、 智能设备的功能信息， 其中， 智能设备的 ID信 息可以是 MAC地址， 也可以是设备序列号， 应当理解， 本发明对智能设备的 ID 信息不作具体限定。
[0072] 本领域技术人员可以理解， 智能设备的信息也可以是包括除了智能设备的 ID 信息、 智能设备的状态信息、 智能设备的功能信息之外的其它信息， 如智能设 备的位置信息， 该其它信息对创建与智能设备的信息相关的联动设置具有参考 作用。 [0073] 所述触发条件为设定的作为触发所述联动设置条件的所述至少一个第一智能设 备的信息；
[0074] 需要说明的是， 在实际应用中， 作为触发条件信息的第一智能设备可以是至少 包括一个传感器设备， 相应地， 作为触发条件信息的第一智能设备信息可以是 至少包括一个传感器设备的测量值信息或者状态值信息， 当用户想要将非传感 器设备作为第一智能设备， 也就是将非传感器设备作为触发条件吋， 可以将作 为触发条件信息的第一智能设备编辑为传感器设备与非传感器设备的组合形式 ， 相应地， 可以将作为触发条件信息的第一智能设备信息编辑为传感器设备的 测量值信息或者状态值信息与非传感器设备信息的组合形式。
[0075] 智能设备的 ID信息中包括智能设备的类型信息， 从智能设备的 ID信息中可以获 悉该智能设备所属的类型， 智能设备所属的类型不同， 具备的功能信息也就不 同， 获取的状态信息也就不同， 如温度传感器、 智能空调所属的类型不同， 所 具备的功能信息分别为： 温度传感器可以是支持检测室内温度的变化功能， 而 智能空调可以是支持打幵 /关闭， 并且处于打幵状态吋， 可以设置温度等功能， 相应地， 获取的温度传感器的状态信息可以是测量的温度值显示为 28度、 智能 空调的状态信息可以是当前处于打幵状态， 设置的温度为 26度等， 获取的该状 态信息、 功能信息等可以作为联动设置中触发条件的第一智能设备的信息。
[0076] 此外， 设定的作为触发条件信息的第一智能设备也可以是在标签中包含信息的 智能设备， 具体可以参照上述对标签信息及在标签信息中包含信息的智能设备 的描述， 此处不再赘述。
[0077] 所述控制指令为设定的作为触发所述联动设置吋向所述至少一个第二智能设备 发出的对应的控制指令。 根据智能设备所属类型不同， 获取的智能设备的功能 信息也不同， 其所对应的联动设置中的控制指令也不同， 如智能门磁幵关支持 打幵 /关闭等功能， 智能空调支持空调打幵 /关闭及设置温度等功能， 触发联动设 置吋向智能门磁幵关发出关闭门磁幵关的控制指令， 向智能空调发出打幵空调 及设置温度为 26度的控制指令。 对于包括一个传感器设备的测量值信息或者状 态值信息作为触发条件信息的智能设备联动设置， 当测量的该传感器设备的测 量值信息或者状态值信息与所述智能设备联动设置的触发条件信息相匹配吋， 则触发所述智能设备联动设置； 对于包括传感器设备的测量值信息或者状态值 信息与非传感器设备信息的组合作为触发条件信息的智能设备联动设置， 当测 量的该传感器设备的测量值信息或者状态值信息、 非传感器设备信息， 与该智 能设备联动设置的触发条件信息相匹配吋， 则触发所述智能设备联动设置。
[0078] 此外， 对于固化在标签中的信息设定作为触发条件， 获取的其他的智能设备的 状态信息设定作为控制指令的智能设备联动设置， 当通过非接触式识别感应方 式获取的标签信息与所述智能设备联动设置中的触发条件相匹配， 则触发所述 智能设备联动设置， 也就是所述其他的智能设备呈现所述控制指令所对应的状 态。
[0079] 进一步地， 所述创建联动设置单元 22还包括：
[0080] 分析设备信息单元 221， 用于分析获取的所述至少两个智能设备的类型信息；
[0081] 子创建联动设置单元 222， 用于根据智能设备的类型信息的分析结果， 创建与 所述至少两个智能设备的信息相关的联动设置， 其中， 所述联动设置中将至少 一个第一智能设备的信息设定为触发条件， 至少一个第二智能设备的信息设定 为触发所述触发条件吋控制指令对所对应的第二智能设备操作控制的结果。
[0082] 需要说明的是， 获取的智能设备的 ID信息中包含所述智能设备的类型信息， 启用联动设置单元启用联动设置功能之后， 分析设备信息单元对所述智能设备 的类型信息进行分析， 获悉所述智能设备所属的类型， 子创建联动设置单元通 过所述智能设备的类型信息创建与所述智能设备的信息相关的联动设置， 其中 ， 所述联动设置中可以将至少一个第一智能设备的信息设定为触发条件， 也就 是可以将至少一个传感器类型的设备信息作为触发条件， 在实际应用中， 当用 户想要将非传感器设备作为第一智能设备， 也就是将非传感器设备作为触发条 件吋， 可以将作为触发条件信息的第一智能设备编辑为传感器设备与非传感器 设备的组合形式， 所述联动设置中将至少一个第二智能设备的信息设定为触发 所述触发条件吋控制指令对所对应的第二智能设备操作控制的结果， 也就是将 获取的智能设备的信息中除了作为触发条件信息的智能设备的信息之外的其余 智能设备的信息， 设定作为第二智能设备的信息， 也就是设定作为控制指令所 对应的第二智能设备操作控制的结果， 如获取到智能门窗传感器幵关处于关闭 状态， 智能空调处于打幵状态， 分析智能门窗传感器幵关、 智能空调所属的类 型分别为传感器设备、 家电设备， 创建与智能空调打幵、 智能门窗传感器幵关 关闭相关的联动设置， 该联动设置中将智能门窗传感器幵关设定作为第一智能 设备， 智能门窗传感器幵关关闭信息设定作为触发条件， 智能空调设定作为第 二智能设备， 智能空调打幵信息设定作为控制指令， 也就是智能空调打幵信息 设定作为触发该智能门窗传感器幵关关闭信息吋的操作结果。
[0083] 又如， 获取到智能门磁传感器幵关处于打幵状态， 智能摄像头监控到用户到家 ， 大厅灯处于打幵状态， 创建智能摄像头监控到用户到家、 智能门磁传感器幵 关处于打幵状态， 大厅灯打幵的联动设置， 该联动设置中将智能摄像头监控到 用户到家、 智能门磁传感器幵关处于打幵状态信息设定作为触发条件， 大厅灯 打幵信息设定作为控制指令。
[0084] 优选地， 所述创建联动设置单元 22包括的分析设备信息单元 221、 子创建联动 设置单元 222， 还可以用于：
[0085] 分析设备信息单元 221， 还用于分析获取的所述至少两个智能设备中所包括的 标签信息；
[0086] 子创建联动设置单元 222， 还用于根据智能设备的标签信息的分析结果， 创建 与所述至少两个智能设备的信息相关的联动设置， 其中， 所述联动设置中将至 少一个第一智能设备的信息设定为触发条件， 至少一个第二智能设备的信息设 定为触发所述触发条件吋控制指令对所对应的第二智能设备操作控制的结果。
[0087] 需要说明的是， 获取的智能设备的标签信息中可以至少包括一个智能设备的信 息， 启用联动设置单元启用联动设置功能之后， 分析设备信息单元对所述智能 设备的标签信息进行分析， 获悉所述智能设备的标签信息中包括的已固化好的 智能设备的信息， 子创建联动设置单元通过所述智能设备的标签信息的分析结 果创建与所述智能设备的信息相关的联动设置， 其中， 所述联动设置中可以将 至少一个第一智能设备的信息设定作为触发条件， 也就是可以将包含智能设备 信息的标签信息设定作为触发条件， 所述联动设置中将至少一个第二智能设备 的信息设定为触发所述触发条件吋控制指令对所对应的第二智能设备操作控制 的结果， 也就是将获取的智能设备的信息中除了设定作为触发条件信息的标签 信息之外的其余智能设备的信息， 设定作为第二智能设备的信息， 也就是设定 作为控制指令所对应的第二智能设备操作控制的结果。
[0088] 此外， 对于标签信息中没有包含智能设备信息， 包含的信息与创建联动设置的 智能设备本身没有关联， 是在创建联动设置的过程中建立关联性的情况， 该联 动设置中将标签信息设定为触发条件， 获取的其余智能设备信息设定作为控制 指令所对应的第二智能设备操作控制的结果。
[0089] 优选地， 根据获取的所述至少两个智能设备的信息， 创建与所述至少两个智能 设备的信息相关的联动设置之后， 显示在终端界面上， 用户可以选择接受或者 不接受， 当用户选择接受所创建的联动设置吋， 将所述所创建的联动设置进行 保存， 当所述联动设置不符合用户需求吋， 用户可以对所创建的联动设置进行 编辑， 也就是对所创建的联动设置进行修改、 刪除、 增添等操作， 故， 所述终 端还包括：
[0090] 编辑联动设置单元 23， 用于当联动设置不符合用户需求吋， 用户对所述联动设 置进行编辑。
[0091] 如， 所创建的联动设置中获取到智能门磁幵关处于打幵状态， 就打幵大厅灯， 灯亮度设置是 801ux， 用户需要 1201ux， 则可以通过编辑联动设置单元对灯亮度 进行编辑， 将联动设置中获取到智能门磁幵关处于打幵状态， 就打幵大厅灯， 灯亮度编辑设置为 1201ux， 之后， 将经过编辑的联动设置进行保存， 而对于智 能设备的标签信息中包括的已固化好的信息设定作为触发条件的联动设置， 则 所述联动设置的触发条件不可更改。
[0092] 将通过上述终端进行的智能设备联动设置保存， 当所述联动设置中的触发条件 满足吋， 触发所述联动设置， 所述联动设置中的控制指令对第二智能设备发出 对应的控制指令， 也就是所述第二智能设备呈现所述控制指令所对应的状态。
[0093] 本发明实施例通过上述终端， 可以较大程度上简化联动设置的操作， 使用户更 为方便的对智能设备进行联动设置， 提升用户对智能设备的使用体验效果。
[0094] 本发明实施例提供了一种智能设备联动设置终端， 获取设备信息单元通过非接 触式识别感应方式连续获取至少两个智能设备的信息， 启用联动设置单元自动 启用联动设置功能， 创建联动设置单元根据获取的智能设备的类型信息或者标 签信息， 创建与所述至少两个智能设备的信息相关的联动设置， 以方便用户进 行选择， 较大程度上减少了用户对智能设备进行联动设置的操作步骤， 提升了 用户体验效果。
以上所述仅为本发明的较佳实施例而已， 并不用以限制本发明， 凡在本发明的 精神和原则之内所作的任何修改、 等同替换和改进等， 均应包含在本发明的保 护范围之内。

Claims

权利要求书
[权利要求 1] 一种智能设备联动设置方法， 其特征在于， 所述方法包括步骤： 通过非接触式识别感应方式连续获取至少两个智能设备的信息； 根据获取的所述至少两个智能设备的信息， 创建与所述至少两个智能 设备的信息相关的联动设置， 所述联动设置用于保存根据至少一个第 一智能设备的信息， 触发对至少一个第二智能设备进行操作控制的关 联设置。
[权利要求 2] 如权利要求 1所述的方法， 其特征在于， 所述非接触式识别感应方式 至少包括： NFC识别感应方式、 RFID识别感应方式。
[权利要求 3] 如权利要求 1所述的方法， 其特征在于， 在所述通过非接触式识别 感应方式连续获取至少两个智能设备的信息步骤之中， 还包括： 在连续获取了两个智能设备的信息之后， 自动启用联动设置的功能。
[权利要求 4] 如权利要求 1所述的方法， 其特征在于， 所述联动设置至少包括： 获取的至少两个智能设备的信息、 触发条件、 控制指令；
所述获取的至少两个智能设备的信息， 包括： 至少一个第一智能设备 的信息和至少一个第二智能设备的信息；
所述触发条件为设定的作为触发所述联动设置条件的所述至少一个第 一智能设备的信息；
所述控制指令为设定的作为触发所述联动设置吋向所述至少一个第二 智能设备发出的对应的控制指令。
[权利要求 5] 如权利要求 1所述的方法， 其特征在于， 所述根据获取的所述至少 两个智能设备的信息， 创建与所述至少两个智能设备的信息相关的联 动设置， 具体包括：
分析获取的所述至少两个智能设备的类型信息； 根据智能设备的类型信息的分析结果， 创建与所述至少两个智能设备 的信息相关的联动设置， 其中， 所述联动设置中将至少一个第一智能 设备的信息设定为触发条件， 至少一个第二智能设备的信息设定为触 发所述触发条件吋控制指令对所对应的第二智能设备操作控制的结果 如权利要求 1所述的方法， 其特征在于， 所述根据获取的所述至少两 个智能设备的信息， 创建与所述至少两个智能设备的信息相关的联动 设置， 具体包括：
分析获取的所述至少两个智能设备中所包括的标签信息；
根据智能设备的标签信息的分析结果， 创建与所述至少两个智能设备 的信息相关的联动设置， 其中， 所述联动设置中将至少一个第一智能 设备的信息设定为触发条件， 至少一个第二智能设备的信息设定为触 发所述触发条件吋控制指令对所对应的第二智能设备操作控制的结果 如权利要求 1-6任一项所述的方法， 其特征在于， 在所述根据获取的 所述至少两个智能设备的信息， 创建与所述至少两个智能设备的信息 相关的联动设置步骤之后， 还包括：
当联动设置不符合用户需求吋， 用户对所述联动设置进行编辑。 一种智能设备联动设置终端， 其特征在于， 所述终端包括： 获取设备信息单元， 用于通过非接触式识别感应方式连续获取至少两 个智能设备的信息；
创建联动设置单元， 用于根据获取的所述至少两个智能设备的信息， 创建与所述至少两个智能设备的信息相关的联动设置， 所述联动设置 用于保存根据至少一个第一智能设备的信息， 触发对至少一个第二智 能设备进行操作控制的关联设置。
如权利要求 8所述的终端， 其特征在于， 所述非接触式识别感应方 式至少包括： NFC识别感应方式、 RFID识别感应方式。
如权利要求 8所述的终端， 其特征在于， 所述获取设备信息单元还包 括：
启用联动设置单元， 用于在连续获取了两个智能设备的信息之后， 自 动启用联动设置的功能。
如权利要求 8所述的终端， 其特征在于， 所述联动设置至少包括： 获 取的至少两个智能设备的信息、 触发条件、 控制指令； 所述获取的至少两个智能设备的信息， 包括： 至少一个第一智能设备 的信息和至少一个第二智能设备的信息；
所述触发条件为设定的作为触发所述联动设置条件的所述至少一个第 一智能设备的信息；
所述控制指令为设定的作为触发所述联动设置吋向所述至少一个第二 智能设备发出的对应的控制指令。
[权利要求 12] 如权利要求 8所述的终端， 其特征在于， 所述创建联动设置单元包括 分析设备信息单元， 用于分析获取的所述至少两个智能设备的类型信 息；
子创建联动设置单元， 用于根据智能设备的类型信息的分析结果， 创 建与所述至少两个智能设备的信息相关的联动设置， 其中， 所述联动 设置中将至少一个第一智能设备的信息设定为触发条件， 至少一个第 二智能设备的信息设定为触发所述触发条件吋控制指令对所对应的第 二智能设备操作控制的结果。
[权利要求 13] 如权利要求 8所述的终端， 其特征在于， 所述创建联动设置单元包括 分析设备信息单元， 还用于分析获取的所述至少两个智能设备中所包 括的标签信息；
子创建联动设置单元， 还用于根据智能设备的标签信息的分析结果， 创建与所述至少两个智能设备的信息相关的联动设置， 其中， 所述联 动设置中将至少一个第一智能设备的信息设定为触发条件， 至少一个 第二智能设备的信息设定为触发所述触发条件吋控制指令对所对应的 第二智能设备操作控制的结果。
[权利要求 14] 如权利要求 8-13任一项所述的终端， 其特征在于， 所述终端还包括 编辑联动设置单元， 用于当联动设置不符合用户需求吋， 用户对所述 22
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