WO2016127825A1 - 智能终端、唤醒装置及唤醒智能终端的方法 - Google Patents

智能终端、唤醒装置及唤醒智能终端的方法 Download PDF

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Publication number
WO2016127825A1
WO2016127825A1 PCT/CN2016/072674 CN2016072674W WO2016127825A1 WO 2016127825 A1 WO2016127825 A1 WO 2016127825A1 CN 2016072674 W CN2016072674 W CN 2016072674W WO 2016127825 A1 WO2016127825 A1 WO 2016127825A1
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Prior art keywords
smart terminal
wake
parameter
state
preset
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PCT/CN2016/072674
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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
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Priority claimed from CN201510073799.1A external-priority patent/CN105991828A/zh
Priority claimed from CN201510073750.6A external-priority patent/CN105991297A/zh
Application filed by 丰唐物联技术（深圳）有限公司 filed Critical 丰唐物联技术（深圳）有限公司
Publication of WO2016127825A1 publication Critical patent/WO2016127825A1/zh

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  • the present invention relates to electronic terminal device technologies, and in particular, to an intelligent terminal, a wake-up device, and a method for waking up a smart terminal.
  • the present invention provides an intelligent terminal, a wake-up device, and a method for waking up an intelligent terminal, which are intended to wake up the smart terminal after being operated.
  • a method for waking up a smart terminal comprising the steps of:
  • the smart terminal is woken up.
  • the present invention also provides an intelligent terminal, where the smart terminal includes: [0011] a state detecting module, configured to detect a surrounding environment of the smart terminal, and obtain a state of the smart terminal
  • a parameter matching module configured to match the acquired state parameter with a preset wake-up parameter
  • an automatic wake-up module configured to exist in the preset wake-up parameter and the state parameter
  • the matching wake-up parameter ⁇ wakes up the smart terminal to bring the smart terminal into an active state.
  • the present invention also provides a wake-up device, the wake-up device comprising:
  • a state detecting module configured to detect a surrounding environment of the smart terminal, and obtain a state parameter corresponding to the smart terminal
  • a parameter matching module configured to match the acquired state parameter with a preset wake-up parameter
  • a wake-up control module configured to exist in the preset wake-up parameter and the state parameter The matched wake-up parameter ⁇ sends a wake-up signal to the smart terminal to wake up the smart terminal.
  • the present invention has the following advantages: detecting an environment surrounding the smart terminal, acquiring a state parameter of the smart terminal, and matching the acquired state parameter with a preset wake-up parameter, in a preset setting
  • the user needs to manually wake up the implementation of the smart terminal.
  • the embodiment of the present invention achieves the convenience of the smart terminal operation after the cognitive intelligent terminal is to be operated.
  • FIG. 1 is a flowchart of a method for waking up an intelligent terminal according to an embodiment of the present invention
  • FIG. 2 is a flow chart of an active wake-up mode in a method for waking up an intelligent terminal according to an embodiment of the present invention
  • FIG. 3 is a flow chart of a passive wake-up method in a method for waking up an intelligent terminal according to an embodiment of the present invention
  • FIG. 4 is a functional block diagram of an intelligent terminal according to an embodiment of the present invention.
  • FIG. 5 is a functional block diagram of a wake-up device according to an embodiment of the present invention. Embodiments of the invention
  • an embodiment of the present invention provides a method for waking up an intelligent terminal, where the method includes the following steps:
  • Step 1 detecting an environment surrounding the smart terminal, and acquiring a state parameter of the smart terminal;
  • Step 2 Match the obtained state parameter with a preset wake-up parameter
  • Step 3 The wake-up parameter ⁇ matching the state parameter exists in the preset wake-up parameter, and the smart terminal is woken up.
  • the manner of waking up the smart terminal may include an active wake mode and a passive wake mode.
  • the method includes the following steps:
  • Step S101 The smart terminal detects the surrounding environment, and acquires a state parameter of the smart terminal.
  • the intelligent terminal detects the surrounding environment by itself by using the sensor set by itself, and acquires the corresponding state parameter by using the environment condition detected by the sensor. For example, it is detected by the sensor whether the smart terminal is picked up by the user, or by a sensor to detect whether a user is close to the smart terminal.
  • the smart terminal may select a corresponding sensor to implement detection according to different state parameters that are required to be detected; the smart terminal may also be set according to a specific environment in which the smart terminal is located. Different sensors.
  • the specific type of the sensor and the specific number of the sensor are not limited in the embodiment of the present invention, as long as the smart terminal can detect the surrounding environment through the sensor and obtain the state parameter corresponding to the smart terminal.
  • the smart terminal may detect the surrounding environment, and may also perform detection according to a preset period; the specific length of the preset period may be according to an application scenario in which the smart terminal is located and/or in a corresponding Set the specific interval in the application scenario.
  • the preset period for detecting the surrounding environment can be set to 5 between 20:00 and 08:00. second.
  • the smart terminal is in the office environment, it can be set between 09:00 and 18:00.
  • the preset period of the surrounding environment is 60 seconds.
  • the embodiment of the present invention does not limit the specific length of the preset period.
  • Step S201 Match the obtained state parameter with a preset wake-up parameter
  • the smart terminal After the smart terminal acquires the corresponding state parameter by using the sensor, the acquired state parameter is matched with the preset wakeup parameter.
  • the preset wake-up parameter is set according to the specific application scenario of the smart terminal and the specific type of the sensor used by the smart terminal.
  • the specific type and specific value of the preset wake-up parameter are not limited in the embodiment of the present invention.
  • the application scenario of the smart terminal is: detecting whether a user is close, the smart terminal uses the proximity sensor to detect; if detecting that the user is close, measuring the displacement of the user from the smart terminal, the measured user is away from the smart terminal.
  • the displacement is obtained as the corresponding distance parameter of the smart terminal, and the acquired distance parameter is taken as one of the state parameters.
  • the wake-up parameter preset by the smart terminal is consistent with the property corresponding to the distance parameter, and is also a corresponding displacement parameter.
  • Step S301 The wake-up parameter ⁇ that matches the state parameter exists in the preset wake-up parameter, and the smart terminal automatically wakes up and enters an active state.
  • the smart terminal If the smart terminal can find the wake-up parameter ⁇ that matches the state parameter in the preset wake-up parameter, the smart terminal automatically wakes up and enters the working state.
  • the operation corresponding to the automatic wake-up of the intelligent terminal is: performing an operation event corresponding to the wake-up parameter matching the state parameter. For example, if the smart terminal is currently in the lock screen state, the smart terminal finds a wake-up parameter that matches the acquired state parameter among the preset wake-up parameters, and simultaneously identifies the corresponding wake-up parameter.
  • the operation event is an unlocking screen, and the smart terminal performs an operation event of the screen unlocking.
  • the smart terminal acquires the wake-up parameter that matches the state parameter, and the operation event corresponding to the wake-up parameter is a lighting screen, the smart terminal performs an operation event of lighting the screen.
  • the smart terminal if the smart terminal cannot find the wake-up parameter that matches the state parameter in the preset wake-up parameter, the smart terminal continues to maintain the current state; or performs the above steps S10 1 to S301 cyclically. Operation.
  • the smart terminal detects the surrounding environment, and obtaining the state parameter of the smart terminal may be implemented by:
  • the smart terminal detects whether there is a user close to the preset range by using a sensor that detects the distance set by itself. When it is detected that the user is close to the preset range, the state parameter including the distance between the user and the smart terminal is obtained.
  • the preset range that can be detected by the smart terminal is determined by factors such as the specific type and specific quantity of the sensor set on the smart terminal and the specific application scenario of the smart terminal.
  • the specific range value of the preset range that can be detected by the smart terminal is not limited in the embodiment of the present invention.
  • the sensor for detecting the distance set on the smart terminal includes but is not limited to: a proximity sensor, an infrared sensor, a capacitance sensor, an image sensor, and an ultrasonic sensor; and only one of the above may be set on the smart terminal.
  • Various types of sensors can also be used to set any of the above types of sensors.
  • the smart terminal detects the surrounding environment. If the smart terminal is configured with multiple sensors and/or multiple sensors, the smart terminal may select one or more sensors for environment detection. For example, the types of sensors and the number of sensors used by the smart terminal to detect the surrounding environment are not limited.
  • the smart terminal detects the surrounding environment, and obtaining the state parameter of the smart terminal may also be implemented by:
  • the smart terminal detects whether the location status of the smart terminal changes by using a sensor of the detection state set by itself; wherein the location status includes: detecting a location status of the smart terminal currently, and before detecting The position state maintained by the smart terminal within a preset length.
  • the criterion for determining whether the location status of the smart terminal changes in the embodiment is: a location state maintained by the smart terminal within a preset length before detection, relative to detecting the current location of the smart terminal. Whether the status is consistent; wherein the preset length described in this embodiment is set by the smart terminal or the user or the factory setting, according to the specific use scenario of the smart terminal; after setting, the preset length may also be set by the user.
  • the maintenance personnel or the smart terminal itself performs the update, or resets the specific value thereof.
  • the embodiment of the present invention does not limit the specific length of the preset length.
  • the status parameter corresponding to the change of the location status of the smart terminal is obtained.
  • the smart terminal detects that the state parameter corresponding to the change of the location state of the smart terminal itself is configured according to the specific type of the corresponding sensor set on the smart terminal.
  • the specific types of the foregoing state parameters are not limited in the embodiment of the present invention.
  • the smart terminal may use the acceleration value on the three-dimensional coordinate axis of the detected gravity sensor as the state parameter.
  • the sensor for detecting the state set on the smart terminal includes but is not limited to: a vibration sensor, a gyroscope, and a gravity sensor; and only one of the above types of sensors may be disposed on the smart terminal, You can set up any of the above types of sensors at the same time.
  • the smart terminal detects the location status ⁇ , if the smart terminal sets multiple and/or multiple sensors on the same, the smart terminal can select the same location to detect its own position state by using one or more sensors.
  • the embodiment of the present invention does not limit the sensor type and the number of sensors used by the smart terminal to detect the position status ⁇ .
  • the embodiment of the present invention further provides an intelligent terminal, where the smart terminal includes: a state detecting module 11, a parameter matching module 12, and an automatic wake-up module 13.
  • the state detecting module 11 is configured to: detect a surrounding environment, and obtain a state parameter of the smart terminal.
  • the state detecting module 11 of the smart terminal detects the surrounding environment where the smart terminal is located by using the sensor provided on the smart terminal, and the state detecting module 11 acquires the corresponding state by using the environment condition detected by the sensor. parameter. For example, the state detecting module 11 detects whether the smart terminal is picked up by the user through a sensor, or detects whether a user is close to the smart terminal by using a sensor.
  • the smart terminal may select the corresponding sensor to implement the detection of the state detecting module 11 according to different state parameters that the state detecting module 11 needs to detect; the smart terminal may also Different sensors are set according to the specific environment in which the smart terminal is located.
  • the embodiment of the present invention does not limit the specific type of the sensor and the specific number of the sensors provided on the smart terminal, as long as the state detecting module 11 of the smart terminal can detect the surrounding environment through the sensor, and obtain the corresponding corresponding to the smart terminal.
  • the status parameter can be.
  • the state detecting module 11 of the smart terminal may detect the surrounding environment, or may perform detection according to a preset period; the specific length of the preset period may be based on the application of the smart terminal.
  • the scenario and/or setting in a specific section in the corresponding application scenario for example, when the smart terminal is in the home environment, the state detection module is between 20:00 and 2008:00 11 You can set the preset period for detecting the surrounding environment to 5 seconds.
  • the preset period for detecting the surrounding environment may be set to 60 seconds between 09:00 and 18:00.
  • the embodiment of the present invention does not limit the specific length of the preset period.
  • the parameter matching module 12 is configured to: match the acquired state parameter with a preset wake-up parameter;
  • the parameter matching module 12 matches the acquired state parameter with the preset wakeup parameter.
  • the pre-set wake-up parameter is set according to the specific application scenario of the smart terminal and the specific type of the sensor used by the smart terminal.
  • the specific type and specific value of the preset wake-up parameter are not limited in the embodiment of the present invention.
  • the application scenario of the smart terminal is: the state detecting module 11 detects whether a user is close, and the state detecting module 11 performs detection by using a proximity sensor; if the state detecting module 11 detects that a user is close, Then, the displacement of the user from the smart terminal is measured, and the measured distance of the user from the smart terminal is used as a distance parameter acquired by the smart terminal, and the obtained distance parameter is taken as one of the state parameters.
  • the wake-up parameter preset by the smart terminal is consistent with the property corresponding to the distance parameter, and is also a corresponding displacement parameter.
  • the automatic wake-up module 13 is configured to: awake the smart terminal in the preset wake-up parameter to match the state parameter, to wake the smart terminal to enter the working state.
  • the automatic wake-up module 13 of the smart terminal wakes up the smart terminal.
  • the operation corresponding to the wake-up of the smart terminal by the automatic wake-up module 13 is: performing an operation event corresponding to the wake-up parameter matching the state parameter. For example, if the smart terminal is currently in the lock screen state, the parameter matching module 12 of the smart terminal finds a wake-up parameter matching the acquired state parameter among the preset wake-up parameters, and identifies the same.
  • the operation event corresponding to the wakeup parameter is an unlocking screen
  • the automatic wakeup module 13 executes a screen unlocking operation event of the smart terminal. For another example, if the parameter matching module 12 acquires the wake-up parameter that matches the state parameter, and the operation event corresponding to the wake-up parameter is a lighting screen, the automatic wake-up module 13 performs an operation of lighting the smart terminal screen. event.
  • the smart terminal If the parameter matching module 12 cannot find a wake-up parameter that matches the state parameter in the wake-up parameter preset by the smart terminal, the smart terminal continues to maintain the current state; or The above state detecting module 11, the parameter matching module 12 and the automatic wakeup module 13 of the intelligent terminal
  • the smart terminal wake-up method described in the embodiment of FIG. 1 is performed in cooperation with each other.
  • the state detecting module 11 detects the surrounding environment of the smart terminal, and obtaining the state parameter of the smart terminal may be implemented by:
  • the state detecting module 11 detects whether there is a user approaching within a preset range of the smart terminal by using a sensor for detecting the distance set by the smart terminal; and detecting that the user is close to the preset range, the state detecting module 11 Obtaining a state parameter including a distance between the user and the smart terminal.
  • the preset range that can be detected by the state detecting module 11 is comprehensively determined by factors such as a specific type and a specific number of sensors set on the smart terminal, and a specific application scenario of the smart terminal.
  • the specific range value of the preset range that can be detected by the state detecting module 11 is not limited in the embodiment of the present invention.
  • the sensor for detecting the distance set on the smart terminal includes but is not limited to: a proximity sensor, an infrared sensor, a capacitance sensor, an image sensor, and an ultrasonic sensor; and only one of the above may be set on the smart terminal.
  • Various types of sensors can also be used to set any of the above types of sensors.
  • the state detecting module 11 detects the surrounding environment. If the smart terminal is provided with multiple and/or multiple sensors, the state detecting module 11 may select one or more sensors to perform the same.
  • the environment detection the embodiment of the present invention does not limit the sensor type and the number of sensors used by the state detecting module 11 to detect the surrounding environment.
  • the state detecting module 11 detects the surrounding environment of the smart terminal, and obtaining the state parameter of the smart terminal may also be implemented by:
  • the state detecting module 11 detects whether the location state of the smart terminal changes by using a sensor of the detection state set by the smart terminal; wherein the location state includes: the state detecting module 11 detects the smart The position state of the terminal currently located, and the state of the position that the state detecting module 11 maintains within the preset length before detecting the smart terminal.
  • the determining criterion of whether the state of the smart terminal is changed by the state detecting module 11 is: the state that the state detecting module 11 maintains before the preset smart terminal is detected.
  • the state is detected by the state detecting module 11 as to whether the location state of the smart terminal is currently consistent.
  • the preset length described in this embodiment is set by the smart terminal or the user or the factory, according to the smart
  • the specific usage scenario of the terminal is set; after the setting, the preset length may also be updated by the user or the maintenance personnel or the smart terminal itself, or the specific value thereof may be reset;
  • the specific length of the preset length is not limited in the embodiment of the present invention.
  • the state detecting module 11 detects that the location state of the smart terminal changes, the state detecting module 11 acquires a state parameter corresponding to the change of the smart terminal location state.
  • the state detecting module 11 detects that the state parameter corresponding to the change of the location state of the smart terminal is configured according to a specific type of the corresponding sensor set on the smart terminal.
  • the specific type of the above state parameter detected and acquired by the state detecting module 11 is not limited in the embodiment of the present invention.
  • the state detecting module 1 1 may use the detected acceleration value on the three-dimensional coordinate axis of the gravity sensor as the state parameter.
  • the sensor for detecting the state set on the smart terminal includes but is not limited to: a vibration sensor, a gyroscope, and a gravity sensor; and only one of the above types of sensors may be disposed on the smart terminal, You can set up any of the above types of sensors at the same time.
  • the state detecting module 11 detects the location status of the smart terminal. If the smart terminal is configured with multiple and/or multiple sensors, the state detecting module 11 may select one or the same The sensor detects the position of the smart terminal.
  • the embodiment of the present invention does not limit the sensor type and the number of sensors used by the state detecting module 11 to detect the position state of the smart terminal.
  • the method includes the following steps:
  • Step S102 The wake-up device detects a surrounding environment of the smart terminal, and acquires a state parameter corresponding to the smart terminal.
  • the wake-up device detects the surrounding environment where the smart terminal is located through the sensor provided by itself, and acquires the state parameter corresponding to the smart terminal by using the environment condition detected by the sensor. For example, the wake-up device detects whether the smart terminal is picked up by the user through a sensor, or detects whether a user is close to the smart terminal by using a sensor. Wherein, after the wake-up device is communicatively connected with the smart terminal, generally, the distance between the two is within a controllable range, that is, the distance between the two is within a preset size range.
  • the two can be connected through a predetermined communication interface; for example, the smart terminal with the jack can be directly placed on the wake-up device with the socket In this case, the jack on the smart terminal is adapted to the socket on the wake-up device.
  • the wake-up device and the smart terminal perform a wireless communication connection based on the Bluetooth-based manner, the two maintain a preset distance supported by the Bluetooth protocol. You can do it within the range.
  • the specific positional relationship between the above-mentioned wake-up device and the smart terminal is not specifically limited in the embodiment of the present invention.
  • the waking device may select to use a corresponding sensor to implement detection according to different state parameters of the smart terminal that needs to be detected; and the awake device may also be located according to the smart terminal.
  • the embodiment of the present invention does not limit the specific type of the sensor and the specific number of the sensor provided on the wake-up device, as long as the wake-up device can detect the surrounding environment of the smart terminal through the sensor, and obtain the state parameter corresponding to the smart terminal. can.
  • the wake-up device can detect the surrounding environment of the smart terminal, and can detect the surrounding environment of the smart terminal according to a preset period.
  • the specific length of the preset period can be based on where the smart terminal is located.
  • the application scenario and/or setting in a specific section of the corresponding application scenario for example, when the smart terminal is in a home environment, between 20:00 and 08:00, the wake-up device can Set the preset period for detecting the surrounding environment to 5 seconds.
  • the wake-up device can set the preset period for detecting the surrounding environment to 60 seconds between 09:00 and 18:00.
  • the specific length of the preset period in which the wake-up device performs the above detection is not limited in the embodiment of the present invention.
  • Step S202 The wake-up device matches the acquired state parameter with a preset wake-up parameter.
  • the wake-up device After the wake-up device acquires the state parameter corresponding to the smart terminal by using the sensor, the obtained state parameter is matched with the preset wake-up parameter.
  • the preset wake-up parameter is set according to the specific application scenario of the smart terminal and the specific type of the sensor used by the wake-up device.
  • the specific type and specific value of the preset wake-up parameter are not limited in the embodiment of the present invention.
  • the application scenario of the smart terminal is: the wake-up device detects whether there is a user approaching, and the wake-up device uses the proximity sensor to detect; if the wake-up device detects that the user is close, the wake-up device measures the displacement of the user from the smart terminal. And measuring the displacement of the user from the smart terminal as the corresponding distance parameter acquired by the wake-up device, and using the acquired distance parameter as one of the state parameters.
  • the wake-up parameter preset by the wake-up device is consistent with the property corresponding to the distance parameter, and is also a corresponding displacement parameter.
  • step S302 in the preset wake-up parameter, there is a wake-up parameter that matches the state parameter.
  • the wake-up device sends a wake-up signal to the smart terminal to wake up the smart terminal.
  • the wake-up device if the wake-up device is in the preset wake-up parameter, the wake-up parameter ⁇ matching the above-mentioned state parameter can be found, the wake-up device sends a wake-up signal to the smart terminal, and the smart terminal receives the wake-up sent from the wake-up device
  • the signal ⁇ the smart terminal automatically wakes up and enters a working state; wherein the wake-up signal may carry a corresponding wake-up parameter, so that the smart terminal acquires a corresponding wake-up parameter according to the received wake-up signal, thereby performing a corresponding wake-up operation.
  • the operation corresponding to the automatic wake-up of the intelligent terminal and entering the working state is: performing an operation event corresponding to the wake-up parameter matching the state parameter.
  • the wake-up device finds the wake-up parameter ⁇ that matches the acquired state parameter among the preset wake-up parameters, the wake-up signal including the wake-up parameter is sent.
  • the smart terminal receives the wake-up signal sent by the wake-up device, acquires the wake-up parameter in the wake-up signal, and recognizes that the operation event corresponding to the wake-up parameter is the unlock screen, and the smart terminal performs the operation event of the screen unlocking .
  • the wake-up device acquires the wake-up parameter that matches the state parameter, and the operation event corresponding to the wake-up parameter is a lighting screen
  • the wake-up signal including the wake-up parameter is sent to the smart terminal; the smart terminal receives The wake-up signal sent by the wake-up device is acquired, the wake-up parameter in the wake-up signal is acquired, and an operation event of lighting the screen is performed.
  • the identification process for the wake-up parameter may also be performed by the wake-up device, that is, the wake-up device recognizes the specific wake-up operation event that the smart terminal needs to perform, and sends a wake-up signal including the wake-up operation event to the Intelligent terminal, wake up the smart terminal.
  • the wake-up device if the wake-up device fails to find the wake-up parameter that matches the state parameter in the preset wake-up parameter, the corresponding wake-up signal is not sent to the smart terminal; or the signal that maintains the current state is sent to the smart terminal, After the smart terminal receives the signal that maintains the current state, it continues to maintain the current state; or the wake-up device can also send other preset operation signals to the smart terminal, and the embodiment of the present invention wakes up the terminal in this case.
  • the specific signal type and signal content transmitted are not specifically limited.
  • the wake-up device detects the surrounding environment of the smart terminal, and obtaining the state parameter of the smart terminal may be implemented by:
  • the wake-up device detects whether there is a user approaching within a preset range of the smart terminal by using a sensor for detecting the distance set by itself; when the wake-up device detects that a user is close to the smart terminal within the preset range, Obtaining a state parameter including a distance between the user and the smart terminal.
  • the preset range that can be detected by the wake-up device is determined by the sensor provided on the wake-up device
  • the specific type and the specific number, and the specific application scenarios of the smart terminal that the wake-up device wakes up are comprehensively determined.
  • the embodiment of the present invention does not limit the specific range value of the preset range that can be detected by the wake-up device.
  • the sensor for detecting the distance set on the wake-up device includes but is not limited to: a proximity sensor, an infrared sensor, a capacitance sensor, an image sensor, and an ultrasonic sensor; and the wake-up device may only set any one of the above.
  • Various types of sensors can also be used to set any of the above types of sensors.
  • the wake-up device detects the surrounding environment of the smart terminal. If the wake-up device is provided with multiple and/or multiple sensors on the same device, the wake-up device may select one or more sensors to use the smart terminal. The ambient environment is detected by the surrounding environment.
  • the embodiment of the present invention does not limit the sensor type and the number of sensors used by the above-mentioned wake-up device to detect the surrounding environment.
  • the wake-up device detects the surrounding environment of the smart terminal, and obtaining the state parameter of the smart terminal may also be implemented by:
  • the wake-up device detects whether the location state of the smart terminal changes by using a sensor of the detection state set by itself; wherein the location state includes: the wake-up device detects a current location state of the smart terminal And a position state maintained by the smart terminal within a preset length before the wake-up device detects.
  • the criterion for determining whether the location status of the smart terminal is changed in the embodiment is: a location state maintained by the smart terminal within a preset length before the wake-up device detects, and detecting with respect to the wake-up device Whether the location status of the smart terminal is currently consistent; wherein the preset length described in this embodiment is set by the wake-up device or the smart terminal or the user or the factory, according to the wake-up device or the The specific usage scenario of the smart terminal is set. After the setting, the preset length may be updated by the user or the maintenance personnel or the wake-up device itself, or the specific value thereof may be reset. The length of the day is not limited.
  • the wake-up device When the wake-up device detects that the location state of the smart terminal changes, the wake-up device acquires a state parameter corresponding to a change in the location status of the smart terminal.
  • the wake-up device detects the state parameter corresponding to the change of the position state of the smart terminal, according to the wake-up device.
  • the specific types of the foregoing state parameters are not limited in the embodiment of the present invention.
  • the wake-up device may use the detected acceleration value on the three-dimensional coordinate axis of the gravity sensor as the state of the smart terminal bound to the wake-up device. parameter.
  • the sensor for detecting the state set on the wake-up device includes, but is not limited to: a vibration sensor, a gyroscope, and a gravity sensor; and the wake-up device may be provided with only one of the above types of sensors, You can set up any of the above types of sensors at the same time.
  • the wake-up device detects the location status of the smart terminal, and if the wake-up device is configured with multiple and/or multiple sensors, the wake-up device may select one or more sensors to use the smart terminal.
  • the position state of the smart terminal is not limited to the detection of the sensor type and the number of sensors used by the above-mentioned wake-up device to detect the position state of the smart terminal.
  • the wake-up device detects the surrounding environment of the smart terminal, and acquires a state parameter corresponding to the smart terminal; the wake-up device matches the acquired state parameter with a preset wake-up parameter; The wake-up parameter has a wake-up parameter ⁇ that matches the state parameter, and the wake-up device sends a wake-up signal to the smart terminal to wake up the smart terminal; compared to the prior art, the user needs to manually wake up
  • the implementation of the smart terminal achieves the purpose that the smart terminal automatically wakes up and enters the working state after sensing that it is to be operated, and improves the convenience of the operation of the smart terminal.
  • the implementation of the present invention further provides a wake-up device, including: a state detecting module 21, a parameter matching module 22, and a wake-up control module 23.
  • the state detecting module 21 is configured to: detect a surrounding environment of the smart terminal, and obtain a state parameter corresponding to the smart terminal.
  • the state detecting module 21 of the wake-up device detects the surrounding environment where the smart terminal is located by using a sensor provided on the wake-up device, and the state detecting module 21 acquires the smart environment by the environment condition detected by the sensor.
  • the status parameter corresponding to the terminal For example, the state detecting module 21 detects whether the smart terminal is picked up by the user by using a sensor, or detects whether a user is close to the smart terminal by using a sensor.
  • the distance between the two is within a controllable range, that is, the distance between the two is within a preset size range.
  • the two can be connected through a predetermined communication interface; for example, the smart terminal with the jack can be directly placed on the wake-up device with the socket, where In this case, the jack on the smart terminal is adapted to the socket on the wake-up device.
  • the wake-up device and the smart terminal perform a wireless communication connection based on the Bluetooth-based manner, the two can remain within a preset distance range supported by the Bluetooth protocol.
  • the specific positional relationship between the above-mentioned wake-up device and the smart terminal is not specifically limited in the embodiment of the present invention.
  • the waking device may select, according to different state parameters of the smart terminal that the state detecting module 21 needs to detect, use a corresponding sensor to implement detection by the state detecting module 21;
  • the wake-up device can also set different sensors according to the specific environment in which the smart terminal is located.
  • the embodiment of the present invention does not limit the specific type of the sensor and the specific number of the sensors provided on the wake-up device, as long as the state detecting module 21 that can implement the wake-up device detects the surrounding environment through the sensor, and obtains the corresponding corresponding to the smart terminal.
  • the status parameter can be.
  • the state detecting module 21 of the waking device can detect the surrounding environment of the smart terminal, and can also perform detection according to a preset period.
  • the specific length of the preset period can be based on the smart terminal. Setting the application scenario and/or setting the specific interval in the corresponding application scenario; for example, when the smart terminal is in the home environment, and the interval is between 20:00 and 08:00, The state detecting module 21 can set its preset period for detecting the surrounding environment to 5 seconds. When the smart terminal is in the office environment, the preset period for detecting the surrounding environment can be set to 60 seconds between 09:00 and 18:00.
  • the embodiment of the present invention does not limit the specific length of the preset period in which the state detecting module 21 performs the above detection.
  • the parameter matching module 22 is configured to: match the obtained state parameter with a preset wake-up parameter
  • the parameter matching module 22 matches the acquired state parameter with the preset wake-up parameter.
  • the preset wake-up parameter is set according to the specific application scenario of the smart terminal and the specific type of the sensor used by the wake-up device. The specific type and specific value of the preset wake-up parameter are not limited in the embodiment of the present invention.
  • the application scenario of the smart terminal is: the state detecting module 21 detects whether a user is close, and the state detecting module 21 performs detection by using a proximity sensor; if the state detecting module 21 detects that a user is close, Then, the displacement of the user from the smart terminal is measured, and the measured distance of the user from the smart terminal is used as a distance parameter acquired by the smart terminal, and the obtained distance parameter is taken as one of the state parameters.
  • the wake-up parameter preset by the wake-up device is consistent with the property corresponding to the distance parameter, and is also a corresponding displacement parameter.
  • the wake-up control module 23 is configured to: in the preset wake-up parameter, there is a wake-up parameter ⁇ matching the state parameter, and send a wake-up signal to the smart terminal, so as to wake up the smart terminal.
  • the wake-up control module 23 of the wake-up device sends a wake-up signal to The intelligent terminal receives the wake-up signal sent from the wake-up device, and the smart terminal automatically wakes up and enters a working state; wherein the wake-up signal may carry a corresponding wake-up parameter for the smart terminal to receive the wake-up according to the received The signal acquires the corresponding wake-up parameter, thereby performing a corresponding wake-up operation.
  • the operation corresponding to the intelligent terminal automatically waking up and entering the working state is: performing an operation event corresponding to the wakeup parameter matching the state parameter.
  • the parameter matching module 22 of the wake-up device finds a wake-up parameter ⁇ matching the acquired state parameter among the preset wake-up parameters, which will include
  • the wake-up signal of the wake-up parameter is sent to the smart terminal; the smart terminal receives the wake-up signal sent by the wake-up device, acquires the wake-up parameter in the wake-up signal, and recognizes that the operation event corresponding to the wake-up parameter is an unlocking screen, The intelligent terminal performs an operation event of unlocking the screen.
  • the wake-up control module 23 will include the wake-up parameter.
  • the wake-up signal is sent to the smart terminal; the smart terminal receives the wake-up signal sent by the wake-up device, acquires the wake-up parameter in the wake-up signal, and performs an operation event that illuminates the screen of the smart terminal.
  • the identification process for the wake-up parameter may also be performed by the wake-up device, that is, the wake-up device recognizes the specific wake-up operation event that the smart terminal needs to perform, and sends a wake-up signal including the wake-up operation event to the Intelligent terminal, wake up the smart terminal.
  • the wakeup control module 23 does not send the corresponding wakeup signal to the smart terminal.
  • the wake-up control module 23 of the wake-up device can also send other preset operation signals to the smart terminal, the embodiment of the present invention
  • the specific signal type and signal content sent by the wake-up terminal in this case are not specifically limited.
  • the state detecting module 21 of the wake-up device detects the surrounding environment of the smart terminal, and obtaining the state parameter of the smart terminal can be implemented by:
  • the state detecting module 21 detects whether there is a user approaching within a preset range of the smart terminal by using a sensor for detecting the distance set by the wake-up device; when the state detecting module 21 detects that the user is in the preset range
  • the smart terminal acquires a state parameter including a distance between the user and the smart terminal.
  • the preset range that can be detected by the state detecting module 21 is determined by factors such as a specific type and a specific number of sensors set on the wake-up device, and a specific application scenario of the smart terminal that the wake-up device wakes up.
  • the specific range value of the preset range that can be detected by the state detecting module 21 of the wake-up device is not limited in the embodiment of the present invention.
  • the sensor for detecting the distance set on the wake-up device includes but is not limited to: a proximity sensor, an infrared sensor, a capacitance sensor, an image sensor, and an ultrasonic sensor; and the wake-up device may only set any one of the above.
  • Various types of sensors can also be used to set any of the above types of sensors.
  • the state detecting module 21 detects the surrounding environment. If the smart terminal is provided with multiple and/or multiple sensors, the state detecting module 21 may select one or more sensors to perform the same.
  • the environment detection the embodiment of the present invention does not limit the sensor type and the number of sensors used by the state detecting module 21 to detect the surrounding environment.
  • the state detecting module 21 detects the surrounding environment of the smart terminal, and obtaining the state parameter of the smart terminal may also be implemented by:
  • the state detecting module 21 detects whether the location state of the smart terminal changes by using a sensor of the detection state set by the wake-up device.
  • the location state includes: the state detecting module 21 detects the smart The position state of the terminal currently located, and the state of the position that the state detecting module 21 maintains within the preset length before detecting the smart terminal.
  • the determining criterion of whether the state of the smart terminal is changed by the state detecting module 21 is: the state that the state detecting module 21 maintains before the preset smart terminal is detected.
  • the status detection module 21 detects whether the location status of the smart terminal is currently consistent.
  • the preset length described in this embodiment is set by the wake-up device or the smart terminal or the user or the factory settings.
  • the preset length may be updated by the user or the maintenance personnel or the wake-up device itself, or resetting the specific value thereof;
  • the specific length of the preset length is not limited.
  • the state detecting module 21 detects that the location state of the smart terminal changes, the state detecting module 21 acquires a state parameter corresponding to the change of the smart terminal location state.
  • the state detecting module 21 detects that the state parameter corresponding to the change of the position state of the smart terminal is configured according to a specific type of the corresponding sensor set on the wake-up device.
  • the specific type of the state parameter detected and acquired by the state detecting module 21 is not limited in the embodiment of the present invention.
  • the state detecting module 21 may use the detected acceleration value on the three-dimensional coordinate axis of the gravity sensor as the intelligence bound to the wake-up device.
  • the above state parameters of the terminal may be used.
  • the sensor for detecting the state set on the wake-up device includes but is not limited to: a vibration sensor, a gyroscope, and a gravity sensor; and only one of the above types of sensors may be disposed on the smart terminal, You can set up any of the above types of sensors at the same time.
  • the state detecting module 21 detects the location state of the smart terminal, and if the wakeup device is configured with multiple and/or multiple sensors, the state detecting module 21 may select one or the same
  • the plurality of sensors detect the position of the smart terminal in a corresponding manner.
  • the sensor type and the number of sensors used by the state detecting module 21 to detect the position state of the smart terminal are not limited.
  • the wake-up device detects the surrounding environment of the smart terminal, and acquires a state parameter corresponding to the smart terminal; the wake-up device matches the acquired state parameter with a preset wake-up parameter; The wake-up parameter has a wake-up parameter ⁇ that matches the state parameter, and the wake-up device sends a wake-up signal to the smart terminal to wake up the smart terminal; compared to the prior art, the user needs to manually wake up.
  • the embodiment of the invention achieves intelligence
  • the terminal improves the convenience of the operation of the intelligent terminal by sensing that it is to be automatically awake and enters the working state after being operated.

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Abstract

本发明涉及电子终端设备技术，尤其涉及一种智能终端、唤醒装置及唤醒智能终端的方法。所述方法包括：检测智能终端周围环境，获取所述智能终端的状态参数；将获取的所述状态参数与预先设置的唤醒参数进行匹配；在预先设置的所述唤醒参数中存在与所述状态参数相匹配的唤醒参数时，唤醒所述智能终端。相较于现有技术中，需要用户手动唤醒智能终端的实现方式，本发明实施例达到了在感知智能终端将要***作时，唤醒智能终端，提高了智能终端操作的便捷性。

Description

发明名称：智能终端、 唤醒装置及唤醒智能终端的方法 技术领域
[0001] 本发明涉及电子终端设备技术， 尤其涉及一种智能终端、 唤醒装置及唤醒智能 终端的方法。
背景技术
[0002] 随着互联网技术的不断发展进步和全球终端产品智能化的日益推进， 人们在日 常工作和生活中使用的智能化电子设备越来越多， 用户也要求智能产品的控制 方式越来越便捷。 现阶段， 对于部分终端产品比如智能家居产品， 用户主要利 用智能终端对其进行相应的操作控制。 比如， 在家庭环境中， 用户利用智能手 机或者平板电脑上相应的 APP (Application, 应用程序） ， 来实现对家庭网络中 的智能家电进行相应的控制。
[0003] 为了满足用户基于智能终端对相应终端产品进行控制的便捷性要求， 减少用户 的操作步骤， 增强智能终端的智能性， 在智能终端将要***作吋， 先进行唤醒 技术问题
[0004] 针对现有技术不足， 本发明提出一种智能终端、 唤醒装置及唤醒智能终端的方 法， 旨在智能终端将本***作吋， 先进行唤醒。
问题的解决方案
技术解决方案
[0005] 本发明提出的技术方案是：
[0006] 一种唤醒智能终端的方法， 所述方法包括以下步骤：
[0007] 检测智能终端周围环境， 获取所述智能终端的状态参数；
[0008] 将获取的所述状态参数与预先设置的唤醒参数进行匹配；
[0009] 在预先设置的所述唤醒参数中存在与所述状态参数相匹配的唤醒参数吋， 唤醒 所述智能终端。
[0010] 本发明还提出一种智能终端， 所述智能终端包括： [0011] 状态检测模块， 用于检测所述智能终端的周围环境， 获取所述智能终端的状态
[0012] 参数匹配模块， 用于将获取的所述状态参数与预先设置的唤醒参数进行匹配； [0013] 自动唤醒模块， 用于在预先设置的所述唤醒参数中存在与所述状态参数相匹配 的唤醒参数吋， 唤醒所述智能终端以使得所述智能终端进入工作状态。
[0014] 本发明还提出一种唤醒装置， 所述唤醒装置包括：
[0015] 状态检测模块， 用于检测所述智能终端的周围环境， 获取所述智能终端对应的 状态参数；
[0016] 参数匹配模块， 用于将获取的所述状态参数与预先设置的唤醒参数进行匹配； [0017] 唤醒控制模块， 用于在预先设置的所述唤醒参数中存在与所述状态参数相匹配 的唤醒参数吋， 发送唤醒信号至所述智能终端， 以便唤醒所述智能终端。
发明的有益效果
有益效果
[0018] 根据上述的技术方案， 本发明有益效果： 检测智能终端周围环境， 获取所述智 能终端的状态参数， 将获取的所述状态参数与预先设置的唤醒参数进行匹配， 在预先设置的所述唤醒参数中存在与所述状态参数相匹配的唤醒参数吋， 唤醒 所述智能终端。 相较于现有技术中， 需要用户手动唤醒智能终端的实现方式， 本发明实施例达到了在感知智能终端将要***作吋， 唤醒智能终端， 提高了智 能终端操作的便捷性。
对附图的简要说明
附图说明
[0019] 图 1是应用本发明实施例提供的一种唤醒智能终端的方法的流程图；
[0020] 图 2是应用本发明实施例提供的一种唤醒智能终端的方法中主动唤醒方式的流 程图；
[0021] 图 3是应用本发明实施例提供的一种唤醒智能终端的方法中被动唤醒方式的流 程图；
[0022] 图 4是应用本发明实施例提供的一种智能终端的功能模块图；
[0023] 图 5是应用本发明实施例提供的一种唤醒装置的功能模块图。 本发明的实施方式
[0024] 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。
[0025] 如图 1所示， 本发明实施例提出一种唤醒智能终端的方法， 所述方法包括以下 步骤：
[0026] 步骤 1、 检测智能终端周围环境， 获取所述智能终端的状态参数；
[0027] 步骤 2、 将获取的所述状态参数与预先设置的唤醒参数进行匹配；
[0028] 步骤 3、 在预先设置的所述唤醒参数中存在与所述状态参数相匹配的唤醒参数 吋， 唤醒所述智能终端。
[0029] 根据上述的方法， 可以将唤醒智能终端的方式包括主动唤醒方式和被动唤醒方 式。
[0030] 在主动唤醒方式中， 请参照图 2， 所述方法包括以下步骤：
[0031] 步骤 S101、 智能终端检测周围环境， 获取所述智能终端的状态参数；
[0032] 智能终端通过自身设置的传感器来检测自身所处的周围环境， 并通过传感器检 测到的环境情况， 来获取对应的状态参数。 比如， 通过传感器检测该智能终端 是否被用户拿起， 或者说， 通过传感器检测是否有用户靠近该智能终端。
[0033] 本发明实施例中， 所述智能终端可以根据所需要检测的不同状态参数， 选择采 用对应的传感器来实现检测； 所述智能终端也可以根据该智能终端所处的具体 环境， 来设置不同的传感器。 本发明实施例对所述智能终端上设置的传感器的 具体类型及传感器的具体数量不做限定， 只要能实现智能终端通过传感器检测 周围环境， 并获取该智能终端所对应的状态参数即可。
[0034] 本发明实施例中， 智能终端可以实吋检测周围环境， 也可以按照预设周期进行 检测； 上述预设周期的具体吋长可以根据智能终端所处的应用场景和 /或在相应 的应用场景中的具体吋间段进行设置； 比如， 当该智能终端处于家庭环境中吋 ， 在吋间段为 20:00至 08:00之间， 可以设置其检测周围环境的预设周期为 5秒。 当该智能终端处于办公环境中吋， 在吋间段 09:00至 18:00之间， 可以设置其检测 周围环境的预设周期为 60秒等。 本发明实施例对上述预设周期的具体吋长不进 行限定。
[0035] 步骤 S201、 将获取的所述状态参数与预先设置的唤醒参数进行匹配；
[0036] 智能终端利用传感器获取到对应的状态参数后， 将获取的上述状态参数与预先 设置的唤醒参数进行匹配。 所述预先设置的唤醒参数根据智能终端的具体应用 场景以及该智能终端所采用的传感器的具体类型进行设置， 本发明实施例对上 述预先设置的唤醒参数的具体类型和具体数值不做限定。 比如， 智能终端的应 用场景为： 检测是否有用户靠近， 则智能终端利用接近传感器进行检测； 若检 测到有用户靠近， 则测量用户距离该智能终端的位移， 将测量的用户距离该智 能终端的位移作为该智能终端所获取对应的距离参数， 并将获取的该距离参数 作为其中的一项状态参数。 对应于上述距离参数， 则智能终端所预先设置的唤 醒参数与上述距离参数对应的性质一致， 也为对应的位移参数。
[0037] 步骤 S301、 在预先设置的所述唤醒参数中存在与所述状态参数相匹配的唤醒参 数吋， 所述智能终端自动唤醒并进入工作状态。
[0038] 若智能终端在预先设置的所述唤醒参数中， 能够找到与上述状态参数相匹配的 唤醒参数吋， 该智能终端自动唤醒并进入工作状态。 智能终端自动唤醒所对应 的操作为： 执行与所述状态参数相匹配的唤醒参数所对应的操作事件。 比如， 若智能终端当前处于锁屏状态， 则当该智能终端在预先设置的所述唤醒参数中 找出与获取的所述状态参数相匹配的唤醒参数， 同吋识别出该唤醒参数所对应 的操作事件为解锁屏幕， 则智能终端执行屏幕解锁的操作事件。 又比如， 若智 能终端获取所述状态参数相匹配的唤醒参数， 且该唤醒参数所对应的操作事件 为点亮屏幕， 则智能终端执行点亮屏幕的操作事件。
[0039] 若智能终端在预先设置的所述唤醒参数中， 不能找到与上述状态参数相匹配的 唤醒参数， 则该智能终端继续维持当前所处的状态； 或者循环执行上述步骤 S10 1至步骤 S301的操作。
[0040] 在本发明一优选的实施例中， 所述智能终端检测周围环境， 获取所述智能终端 的状态参数可以通过下述方式实现：
[0041] 智能终端利用自身设置的检测距离的传感器， 检测预设范围内是否有用户靠近 ； 当检测到预设范围内有用户靠近吋， 获取包括用户与所述智能终端之间距离 的状态参数。 其中， 智能终端所能够检测的预设范围由智能终端上设置的传感 器的具体类型和具体数量、 以及该智能终端的具体应用场景等因素综合确定。 本发明实施例对智能终端能够检测的上述预设范围的具体范围数值不做限定。
[0042] 在该具体实施方式中， 智能终端上设置的检测距离的传感器包括但不限于： 接 近传感器、 红外传感器、 电容传感器、 图像传感器以及超声波传感器； 且该智 能终端上可以仅设置上述任意一种类型的传感器， 也可以同吋设置上述任意多 种类型的传感器。 同样地， 该智能终端检测周围环境吋， 若该智能终端上同吋 设置了多种和 /或多个传感器， 则该智能终端可以选择同吋采用一个或多个传感 器进行环境检测， 本发明实施例对上述智能终端检测周围环境所使用的传感器 类型和传感器数量也不做限定。
[0043] 在本发明另一优选的实施例中， 所述智能终端检测周围环境， 获取所述智能终 端的状态参数还可以通过下述方式实现：
[0044] 智能终端利用自身设置的检测状态的传感器， 检测所述智能终端的位置状态是 否发生改变； 其中， 所述位置状态包括： 检测吋所述智能终端当前所处的位置 状态， 以及检测前所述智能终端在预设吋长内所保持的位置状态。 本实施例中 所描述的该智能终端的位置状态是否发生改变的判断标准为： 检测前该智能终 端在预设吋长内所保持的位置状态， 相对于检测吋该智能终端当前所处的位置 状态是否一致； 其中， 本实施例中所描述的预设吋长由智能终端或者用户或者 出厂设置吋， 根据该智能终端的具体使用场景进行设置； 设置后， 上述预设吋 长也可以由用户或者维护人员或者智能终端自身进行更新， 或者重新设置其具 体数值； 本发明实施例对上述预设吋长的具体吋间长度不做限定。
[0045] 当检测到所述智能终端的位置状态发生改变吋， 获取所述智能终端位置状态发 生改变吋对应的状态参数。 其中， 智能终端检测到该智能终端自身的位置状态 发生改变吋所对应的上述状态参数， 根据该智能终端上所设置的对应传感器的 具体类型来配置。 本发明实施例对上述状态参数的具体类型不做限定。 比如， 当该智能终端上设置的传感器类型为重力传感器吋， 该智能终端可以将检测到 的重力传感器的三维坐标轴上的加速度值作为上述状态参数。 [0046] 在该具体实施方式中， 智能终端上设置的检测状态的传感器包括但不限于： 振 动传感器、 陀螺仪以及重力传感器； 且该智能终端上可以仅设置上述任意一种 类型的传感器， 也可以同吋设置上述任意多种类型的传感器。 同样地， 该智能 终端检测位置状态吋， 若该智能终端上同吋设置了多种和 /或多个传感器， 则该 智能终端可以选择同吋采用一个或多个传感器对自身的位置状态进行检测， 本 发明实施例对上述智能终端检测位置状态吋所使用的传感器类型和传感器数量 也不做限定。
[0047] 如图 4所示， 在主动唤醒方式中， 本发明实施例还提供一种智能终端， 所述智 能终端包括： 状态检测模块 11、 参数匹配模块 12和自动唤醒模块 13。
[0048] 其中， 所述状态检测模块 11用于： 检测周围环境， 获取所述智能终端的状态参 数。
[0049] 智能终端的状态检测模块 11通过所述智能终端上设置的传感器来检测所述智能 终端所处的周围环境， 并通过传感器检测到的环境情况， 所述状态检测模块 11 获取对应的状态参数。 比如， 所述状态检测模块 11通过传感器检测该智能终端 是否被用户拿起， 或者说， 通过传感器检测是否有用户靠近该智能终端。
[0050] 本发明实施例中， 所述智能终端可以根据所述状态检测模块 11需要检测的不同 状态参数， 选择采用对应的传感器来实现所述状态检测模块 11的检测； 所述智 能终端也可以根据该智能终端所处的具体环境， 来设置不同的传感器。 本发明 实施例对所述智能终端上设置的传感器的具体类型及传感器的具体数量不做限 定， 只要能实现智能终端的所述状态检测模块 11通过传感器检测周围环境， 并 获取该智能终端所对应的状态参数即可。
[0051] 本发明实施例中， 智能终端的所述状态检测模块 11可以实吋检测周围环境， 也 可以按照预设周期进行检测； 上述预设周期的具体吋长可以根据智能终端所处 的应用场景和 /或在相应的应用场景中的具体吋间段进行设置； 比如， 当该智能 终端处于家庭环境中吋， 在吋间段为 20:00至 2008:00之间， 所述状态检测模块 11 可以设置其检测周围环境的预设周期为 5秒。 当该智能终端处于办公环境中吋， 在吋间段 09:00至 18:00之间， 可以设置其检测周围环境的预设周期为 60秒等。 本 发明实施例对上述预设周期的具体吋长不进行限定。 [0052] 所述参数匹配模块 12用于： 将获取的所述状态参数与预先设置的唤 25醒参数进 行匹配；
[0053] 智能终端的所述状态检测模块 11利用传感器获取到对应的状态参数后， 所述参 数匹配模块 12将获取的上述状态参数与预先设置的唤醒参数进行匹配。 所述预 先设置的唤醒参数根据智能终端的具体应用场景以及该智能终端所采用的传感 器的具体类型进行设置， 本发明实施例对上述预先设置的唤醒参数的具体类型 和具体数值不做限定。
[0054] 比如， 智能终端的应用场景为： 所述状态检测模块 11检测是否有用户靠近， 则 所述状态检测模块 11利用接近传感器进行检测； 若所述状态检测模块 11检测到 有用户靠近， 则测量用户距离该智能终端的位移， 将测量的用户距离该智能终 端的位移作为该智能终端所获取对应的距离参数， 并将获取的该距离参数作为 其中的一项状态参数。 对应于上述距离参数， 则智能终端预先设置的唤醒参数 与上述距离参数对应的性质一致， 也为对应的位移参数。
[0055] 所述自动唤醒模块 13用于： 在预先设置的所述唤醒参数中存在与所述状态参数 相匹配的唤醒参数吋， 唤醒所述智能终端以使得所述智能终端进入工作状态。
[0056] 若智能终端的所述参数匹配模块 12在预先设置的所述唤醒参数中， 能够找到与 上述状态参数相匹配的唤醒参数吋， 该智能终端的所述自动唤醒模块 13唤醒该 智能终端以使得该智能终端进入工作状态。 所述自动唤醒模块 13唤醒智能终端 所对应的操作为： 执行与所述状态参数相匹配的唤醒参数所对应的操作事件。 比如， 若智能终端当前处于锁屏状态， 则当该智能终端的所述参数匹配模块 12 在预先设置的所述唤醒参数中找出与获取的所述状态参数相匹配的唤醒参数， 同吋识别出该唤醒参数所对应的操作事件为解锁屏幕， 则所述自动唤醒模块 13 执行智能终端的屏幕解锁操作事件。 又比如， 若所述参数匹配模块 12获取所述 状态参数相匹配的唤醒参数， 且该唤醒参数所对应的操作事件为点亮屏幕， 则 所述自动唤醒模块 13执行点亮智能终端屏幕的操作事件。
[0057] 若所述参数匹配模块 12在智能终端预先设置的所述唤醒参数中， 不能找到与上 述状态参数相匹配的唤醒参数， 则该智能终端继续维持当前所处的状态； 或者 由所述智能终端的上述状态检测模块 11、 参数匹配模块 12和自动唤醒模块 13相 互配合执行图 1所述实施例描述的智能终端唤醒方法。
[0058] 在本发明一优选的实施例中， 所述状态检测模块 11检测所述智能终端的周围环 境， 获取所述智能终端的状态参数可以通过下述方式实现：
[0059] 所述状态检测模块 11利用智能终端设置的检测距离的传感器， 检测智能终端的 预设范围内是否有用户靠近； 当检测到预设范围内有用户靠近吋， 所述状态检 测模块 11获取包括用户与所述智能终端之间距离的状态参数。 其中， 所述状态 检测模块 11所能够检测的预设范围由智能终端上设置的传感器的具体类型和具 体数量、 以及该智能终端的具体应用场景等因素综合确定。 本发明实施例对所 述状态检测模块 11能够检测的上述预设范围的具体范围数值不做限定。
[0060] 在该具体实施方式中， 智能终端上设置的检测距离的传感器包括但不限于： 接 近传感器、 红外传感器、 电容传感器、 图像传感器以及超声波传感器； 且该智 能终端上可以仅设置上述任意一种类型的传感器， 也可以同吋设置上述任意多 种类型的传感器。 同样地， 所述状态检测模块 11检测周围环境吋， 若该智能终 端上同吋设置了多种和 /或多个传感器， 则所述状态检测模块 11可以选择同吋采 用一个或多个传感器进行环境检测， 本发明实施例对所述状态检测模块 11检测 周围环境所使用的传感器类型和传感器数量也不做限定。
[0061] 在本发明另一优选的实施例中， 所述状态检测模块 11检测所述智能终端的周围 环境， 获取所述智能终端的状态参数还可以通过下述方式实现：
[0062] 所述状态检测模块 11利用智能终端设置的检测状态的传感器， 检测所述智能终 端的位置状态是否发生改变； 其中， 所述位置状态包括： 所述状态检测模块 11 检测吋所述智能终端当前所处的位置状态， 以及所述状态检测模块 11检测前所 述智能终端在预设吋长内所保持的位置状态。
[0063] 本实施例中， 所述状态检测模块 11对该智能终端的位置状态是否发生改变的判 断标准为： 所述状态检测模块 11检测前该智能终端在预设吋长内所保持的位置 状态， 相对于所述状态检测模块 11检测吋该智能终端当前所处的位置状态是否 一致； 其中， 本实施例中所描述的预设吋长由智能终端或者用户或者出厂设置 吋， 根据该智能终端的具体使用场景进行设置； 设置后， 上述预设吋长也可以 由用户或者维护人员或者智能终端自身进行更新， 或者重新设置其具体数值； 本发明实施例对上述预设吋长的具体吋间长度不做限定。
[0064] 当所述状态检测模块 11检测到所述智能终端的位置状态发生改变吋， 所述状态 检测模块 11获取所述智能终端位置状态发生改变吋对应的状态参数。 其中， 所 述状态检测模块 11检测到所述智能终端的位置状态发生改变吋所对应的上述状 态参数， 根据该智能终端上所设置的对应传感器的具体类型来配置。 本发明实 施例对所述状态检测模块 11检测并获取的上述状态参数的具体类型不做限定。 比如， 当该智能终端上设置的传感器类型为重力传感器吋， 所述状态检测模块 1 1可以将检测到的重力传感器的三维坐标轴上的加速度值作为上述状态参数。
[0065] 在该具体实施方式中， 智能终端上设置的检测状态的传感器包括但不限于： 振 动传感器、 陀螺仪以及重力传感器； 且该智能终端上可以仅设置上述任意一种 类型的传感器， 也可以同吋设置上述任意多种类型的传感器。 同样地， 所述状 态检测模块 11检测该智能终端的位置状态吋， 若该智能终端上同吋设置了多种 和 /或多个传感器， 则所述状态检测模块 11可以选择同吋采用一个或多个传感器 对该智能终端的位置状态进行检测， 本发明实施例对所述状态检测模块 11检测 该智能终端的位置状态所使用的传感器类型和传感器数量也不做限定。
[0066] 在被动唤醒方式中， 请参照图 3， 所述方法包括以下步骤：
[0067] 步骤 S102、 唤醒装置检测智能终端的周围环境， 获取所述智能终端对应的状态 参数；
[0068] 唤醒装置通过自身设置的传感器来检测智能终端所处的周围环境， 并通过传感 器检测到的环境情况， 来获取上述智能终端对应的状态参数。 比如， 唤醒装置 通过传感器检测该智能终端是否被用户拿起， 或者说， 通过传感器检测是否有 用户靠近该智能终端。 其中， 所述唤醒装置与智能终端通信连接后， 通常情况 下， 二者的距离均在可控范围内， 也就是说， 二者的距离在预设尺寸范围内。 在一具体应用场景中， 若唤醒装置与智能终端通过有线的方式进行通信连接， 则二者可以通过约定的通信接口进行连接； 比如， 可以直接将具备插孔智能终 端放置在具备插座的唤醒装置上， 在这种情况下， 智能终端上的插孔与唤醒装 置上的插座适配。 再比如， 在另一具体应用场景中， 若唤醒装置与智能终端基 于蓝牙的方式进行无线通信连接， 则二者保持在蓝牙协议所支持的一预设的距 离范围内即可。 本发明实施例对上述唤醒装置与智能终端的具***置关系不做 具体限定。
[0069] 本发明实施例中， 所述唤醒装置可以根据所需要检测的所述智能终端的不同状 态参数， 选择采用对应的传感器来实现检测； 所述唤醒装置也可以根据所述智 能终端所处的具体环境， 来设置不同的传感器。 本发明实施例对所述唤醒装置 上设置的传感器的具体类型及传感器的具体数量不做限定， 只要能实现唤醒装 置通过传感器检测智能终端的周围环境， 并获取该智能终端所对应的状态参数 即可。
[0070] 本发明实施例中， 唤醒装置可以实吋检测智能终端的周围环境， 也可以按照预 设周期对智能终端的周围环境进行检测； 上述预设周期的具体吋长可以根据智 能终端所处的应用场景和 /或在相应的应用场景中的具体吋间段进行设置； 比如 ， 当该智能终端处于家庭环境中吋， 在吋间段为 20:00至 08:00之间， 唤醒装置可 以设置其检测周围环境的预设周期为 5秒。 当该智能终端处于办公环境中吋， 在 吋间段 09:00至 18:00之间， 唤醒装置可以设置其检测周围环境的预设周期为 60秒 等。 本发明实施例对唤醒装置进行上述检测的所述预设周期的具体吋长不进行 限定。
[0071] 步骤 S202、 唤醒装置将获取的所述状态参数与预先设置的唤醒参数进行匹配；
[0072] 唤醒装置利用传感器获取到智能终端对应的状态参数后， 将获取的上述状态参 数与预先设置的唤醒参数进行匹配。 所述预先设置的唤醒参数根据智能终端的 具体应用场景以及该唤醒装置所采用的传感器的具体类型进行设置， 本发明实 施例对上述预先设置的唤醒参数的具体类型和具体数值不做限定。
[0073] 比如， 智能终端的应用场景为： 唤醒装置检测是否有用户靠近， 则唤醒装置利 用接近传感器进行检测； 若唤醒装置检测到有用户靠近， 则唤醒装置测量用户 距离所述智能终端的位移， 并将测量的用户距离所述智能终端的位移作为该唤 醒装置所获取的上述对应的距离参数， 并将获取的该距离参数作为其中的一项 状态参数。 对应于上述距离参数， 则唤醒装置所预先设置的唤醒参数与上述距 离参数对应的性质一致， 也为对应的位移参数。
[0074] 步骤 S302、 在预先设置的所述唤醒参数中存在与所述状态参数相匹配的唤醒参 数吋， 所述唤醒装置发送唤醒信号至所述智能终端， 以便唤醒所述智能终端。
[0075] 若唤醒装置在预先设置的所述唤醒参数中， 能够找到与上述状态参数相匹配的 唤醒参数吋， 该唤醒装置发送唤醒信号至智能终端， 智能终端接收到来自唤醒 装置所发送的唤醒信号吋， 该智能终端自动唤醒并进入工作状态； 其中， 所述 唤醒信号中可以携带对应的唤醒参数， 以供智能终端根据接收到的唤醒信号， 获取对应的唤醒参数， 从而执行相应的唤醒操作。 智能终端自动唤醒并进入工 作状态所对应的操作为： 执行与所述状态参数相匹配的唤醒参数所对应的操作 事件。 比如， 若智能终端当前处于锁屏状态， 则当唤醒装置在预先设置的所述 唤醒参数中找出与获取的所述状态参数相匹配的唤醒参数吋， 将包含所述唤醒 参数的唤醒信号发送至智能终端； 智能终端接收到唤醒装置所发送的唤醒信号 ， 获取该唤醒信号中的唤醒参数， 同吋识别出该唤醒参数所对应的操作事件为 解锁屏幕， 则智能终端执行屏幕解锁的操作事件。 又比如， 若唤醒装置获取所 述状态参数相匹配的唤醒参数， 且该唤醒参数所对应的操作事件为点亮屏幕， 则将包含所述唤醒参数的唤醒信号发送至智能终端； 智能终端接收到唤醒装置 所发送的唤醒信号， 获取该唤醒信号中的唤醒参数， 执行点亮屏幕的操作事件 。 本发明实施例中， 对于唤醒参数的识别过程也可以由唤醒装置执行， 即由唤 醒装置识别出该智能终端需要执行的具体唤醒操作事件吋， 将包含所述唤醒操 作事件的唤醒信号发送至该智能终端， 唤醒智能终端。
[0076] 若唤醒装置在预先设置的所述唤醒参数中， 不能找到与上述状态参数相匹配的 唤醒参数， 则不发送对应的唤醒信号至智能终端； 或者发送保持当前状态的信 号至智能终端， 则该智能终端接收到上述保持当前状态的信号后， 继续维持当 前所处的状态； 或者， 唤醒装置也可以发送其他预设的操作信号至智能终端， 本发明实施例对此种情况下唤醒终端所发送的具体信号类型及信号内容不做具 体限定。
[0077] 在本发明一优选的实施例中， 所述唤醒装置检测智能终端的周围环境， 获取所 述智能终端的状态参数可以通过下述方式实现：
[0078] 唤醒装置利用自身设置的检测距离的传感器， 检测距离该智能终端的预设范围 内是否有用户靠近； 当唤醒装置检测到预设范围内有用户靠近该智能终端吋， 获取包括用户与所述智能终端之间距离的状态参数。
[0079] 其中， 唤醒装置所能够检测的预设范围由该唤醒装置上设置的传感器的
[0080] 具体类型和具体数量、 以及该唤醒装置所唤醒的智能终端的具体应用场景等因 素综合确定。 本发明实施例对唤醒装置能够检测的上述预设范围的具体范围数 值不做限定。
[0081] 在该具体实施方式中， 唤醒装置上设置的检测距离的传感器包括但不限于： 接 近传感器、 红外传感器、 电容传感器、 图像传感器以及超声波传感器； 且该唤 醒装置上可以仅设置上述任意一种类型的传感器， 也可以同吋设置上述任意多 种类型的传感器。 同样地， 该唤醒装置检测智能终端的周围环境吋， 若该唤醒 装置上同吋设置了多种和 /或多个传感器， 则该唤醒装置可以选择同吋采用一个 或多个传感器对上述智能终端周围的环境进行环境检测， 本发明实施例对上述 唤醒装置检测周围环境所使用的传感器类型和传感器数量也不做限定。
[0082] 在本发明另一优选的实施例中， 所述唤醒装置检测智能终端的周围环境， 获取 所述智能终端的状态参数还可以通过下述方式实现：
[0083] 唤醒装置利用自身设置的检测状态的传感器， 检测所述智能终端的位置状态是 否发生改变； 其中， 所述位置状态包括： 所述唤醒装置检测吋所述智能终端当 前所处的位置状态， 以及所述唤醒装置检测前所述智能终端在预设吋长内所保 持的位置状态。 本实施例中所描述的该智能终端的位置状态是否发生改变的判 断标准为： 所述唤醒装置检测前该智能终端在预设吋长内所保持的位置状态， 相对于所述唤醒装置检测吋该智能终端当前所处的位置状态是否一致； 其中， 本实施例中所描述的预设吋长由所述唤醒装置或者所述智能终端或者用户或者 出厂设置吋， 根据所述唤醒装置或者所述智能终端的具体使用场景进行设置； 设置后， 上述预设吋长也可以由用户或者维护人员或者唤醒装置自身进行更新 ， 或者重新设置其具体数值； 本发明实施例对上述预设吋长的具体吋间长度不 做限定。
[0084] 当所述唤醒装置检测到所述智能终端的位置状态发生改变吋， 所述唤醒装置获 取所述智能终端位置状态发生改变吋对应的状态参数。 其中， 所述唤醒装置检 测到该智能终端的位置状态发生改变吋所对应的上述状态参数， 根据该唤醒装 置上所设置的对应传感器的具体类型来配置。 本发明实施例对上述状态参数的 具体类型不做限定。 比如， 当该唤醒装置上设置的传感器类型为重力传感器吋 ， 该唤醒装置可以将检测到的重力传感器的三维坐标轴上的加速度值作为与该 唤醒装置所绑定的所述智能终端的上述状态参数。
[0085] 在该具体实施方式中， 唤醒装置上设置的检测状态的传感器包括但不限于： 振 动传感器、 陀螺仪以及重力传感器； 且该唤醒装置上可以仅设置上述任意一种 类型的传感器， 也可以同吋设置上述任意多种类型的传感器。 同样地， 该唤醒 装置检测智能终端的位置状态吋， 若该唤醒装置上同吋设置了多种和 /或多个传 感器， 则该唤醒装置可以选择同吋采用一个或多个传感器对上述智能终端的位 置状态进行相应检测， 本发明实施例对上述唤醒装置检测智能终端的位置状态 所使用的传感器类型和传感器数量也不做限定。
[0086] 本发明实施例唤醒装置检测智能终端的周围环境， 获取所述智能终端对应的状 态参数； 所述唤醒装置将获取的所述状态参数与预先设置的唤醒参数进行匹配 ； 在预先设置的所述唤醒参数中存在与所述状态参数相匹配的唤醒参数吋， 所 述唤醒装置发送唤醒信号至所述智能终端， 以便唤醒所述智能终端； 相较于现 有技术中， 需要用户手动唤醒智能终端的实现方式， 本发明实施例达到了智能 终端在感知自身将要***作吋自动唤醒并进入工作状态的目的， 提高了智能终 端操作的便捷性。
[0087] 如图 5所示， 本发明实施还提供一种唤醒装置， 包括： 状态检测模块 21、 参数 匹配模块 22和唤醒控制模块 23。
[0088] 其中， 所述状态检测模块 21用于： 检测所述智能终端的周围环境， 获取所述智 能终端对应的状态参数。
[0089] 唤醒装置的状态检测模块 21通过所述唤醒装置上设置的传感器来检测所述智能 终端所处的周围环境， 并通过传感器检测到的环境情况， 所述状态检测模块 21 获取所述智能终端对应的状态参数。 比如， 所述状态检测模块 21通过传感器检 测该智能终端是否被用户拿起， 或者说， 通过传感器检测是否有用户靠近该智 能终端。 其中， 所述唤醒装置与智能终端通信连接后， 通常情况下， 二者的距 离均在可控范围内， 也就是说， 二者的距离在预设尺寸范围内。 在一具体应用 场景中， 若唤醒装置与智能终端通过有线的方式进行通信连接， 则二者可以通 过约定的通信接口进行连接； 比如， 可以直接将具备插孔智能终端放置在具备 插座的唤醒装置上， 在这种情况下， 智能终端上的插孔与唤醒装置上的插座适 配。
[0090] 再比如， 在另一具体应用场景中， 若唤醒装置与智能终端基于蓝牙的方式进行 无线通信连接， 则二者保持在蓝牙协议所支持的一预设的距离范围内即可。 本 发明实施例对上述唤醒装置与智能终端的具***置关系不做具体限定。
[0091] 本发明实施例中， 所述唤醒装置可以根据所述状态检测模块 21需要检测的所述 智能终端的不同状态参数， 选择采用对应的传感器来实现所述状态检测模块 21 的检测； 所述唤醒装置也可以根据该智能终端所处的具体环境， 来设置不同的 传感器。 本发明实施例对所述唤醒装置上设置的传感器的具体类型及传感器的 具体数量不做限定， 只要能实现唤醒装置的所述状态检测模块 21通过传感器检 测周围环境， 并获取该智能终端所对应的状态参数即可。
[0092] 本发明实施例中， 唤醒装置的所述状态检测模块 21可以实吋检测智能终端的周 围环境， 也可以按照预设周期进行检测； 上述预设周期的具体吋长可以根据智 能终端所处的应用场景和 /或在相应的应用场景中的具体吋间段进行设置； 比如 ， 当该智能终端处于家庭环境中吋， 在吋间段为 20:00至 08:00之间， 所述状态检 测模块 21可以设置其检测周围环境的预设周期为 5秒。 当该智能终端处于办公环 境中吋， 在吋间段 09:00至 18:00之间， 可以设置其检测周围环境的预设周期为 60 秒等。 本发明实施例对所述状态检测模块 21进行上述检测的所述预设周期的具 体吋长不进行限定。
[0093] 所述参数匹配模块 22用于： 将获取的所述状态参数与预先设置的唤醒参数进行 匹配；
[0094] 唤醒装置的所述状态检测模块 21利用传感器获取到智能终端对应的状态参数后 ， 所述参数匹配模块 22将获取的上述状态参数与预先设置的唤醒参数进行匹配 。 所述预先设置的唤醒参数根据智能终端的具体应用场景以及唤醒装置所采用 的传感器的具体类型进行设置， 本发明实施例对上述预先设置的唤醒参数的具 体类型和具体数值不做限定。 [0095] 比如， 智能终端的应用场景为： 所述状态检测模块 21检测是否有用户靠近， 则 所述状态检测模块 21利用接近传感器进行检测； 若所述状态检测模块 21检测到 有用户靠近， 则测量用户距离该智能终端的位移， 将测量的用户距离该智能终 端的位移作为该智能终端所获取对应的距离参数， 并将获取的该距离参数作为 其中的一项状态参数。 对应于上述距离参数， 则唤醒装置预先设置的唤醒参数 与上述距离参数对应的性质一致， 也为对应的位移参数。
[0096] 所述唤醒控制模块 23用于： 在预先设置的所述唤醒参数中存在与所述状态参数 相匹配的唤醒参数吋， 发送唤醒信号至所述智能终端， 以便唤醒所述智能终端
[0097] 若唤醒装置的所述参数匹配模块 22在预先设置的所述唤醒参数中， 能够找到与 上述状态参数相匹配的唤醒参数吋， 该唤醒装置的所述唤醒控制模块 23发送唤 醒信号至智能终端， 智能终端接收到来自唤醒装置所发送的唤醒信号吋， 该智 能终端自动唤醒并进入工作状态； 其中， 所述唤醒信号中可以携带对应的唤醒 参数， 以供智能终端根据接收到的唤醒信号， 获取对应的唤醒参数， 从而执行 相应的唤醒操作。 所述智能终端自动唤醒并进入工作状态所对应的操作为： 执 行与所述状态参数相匹配的唤醒参数所对应的操作事件。 比如， 若智能终端当 前处于锁屏状态， 则当该唤醒装置的所述参数匹配模块 22在预先设置的所述唤 醒参数中找出与获取的所述状态参数相匹配的唤醒参数吋， 将包含所述唤醒参 数的唤醒信号发送至智能终端； 智能终端接收到唤醒装置所发送的唤醒信号， 获取该唤醒信号中的唤醒参数， 同吋识别出该唤醒参数所对应的操作事件为解 锁屏幕， 则智能终端执行屏幕解锁的操作事件。 又比如， 若所述参数匹配模块 2 2获取所述状态参数相匹配的唤醒参数， 且该唤醒参数所对应的操作事件为点亮 屏幕， 则所述唤醒控制模块 23将包含所述唤醒参数的唤醒信号发送至智能终端 ； 智能终端接收到唤醒装置所发送的唤醒信号， 获取该唤醒信号中的唤醒参数 ， 执行点亮智能终端屏幕的操作事件。 本发明实施例中， 对于唤醒参数的识别 过程也可以由唤醒装置执行， 即由唤醒装置识别出该智能终端需要执行的具体 唤醒操作事件吋， 将包含所述唤醒操作事件的唤醒信号发送至该智能终端， 唤 醒智能终端。 [0098] 若所述参数匹配模块 22在智能终端预先设置的所述唤醒参数中， 不能找到与上 述状态参数相匹配的唤醒参数， 则所述唤醒控制模块 23不发送对应的唤醒信号 至智能终端； 或者发送保持当前状态的信号至智能终端， 则该智能终端继续维 持当前所处的状态； 唤醒装置的所述唤醒控制模块 23也可以发送其他预设的操 作信号至智能终端， 本发明实施例对此种情况下唤醒终端所发送的具体信号类 型及信号内容不做具体限定。
[0099] 在本发明一优选的实施例中， 唤醒装置的所述状态检测模块 21检测所述智能终 端的周围环境， 获取所述智能终端的状态参数可以通过下述方式实现：
[0100] 所述状态检测模块 21利用唤醒装置设置的检测距离的传感器， 检测距离该智能 终端的预设范围内是否有用户靠近； 当所述状态检测模块 21检测到预设范围内 有用户靠近该智能终端吋， 所述状态检测模块 21获取包括用户与所述智能终端 之间距离的状态参数。 其中， 所述状态检测模块 21所能够检测的预设范围由该 唤醒装置上设置的传感器的具体类型和具体数量、 以及该唤醒装置所唤醒的智 能终端的具体应用场景等因素综合确定。 本发明实施例对该唤醒装置的所述状 态检测模块 21能够检测的上述预设范围的具体范围数值不做限定。
[0101] 在该具体实施方式中， 唤醒装置上设置的检测距离的传感器包括但不限于： 接 近传感器、 红外传感器、 电容传感器、 图像传感器以及超声波传感器； 且该唤 醒装置上可以仅设置上述任意一种类型的传感器， 也可以同吋设置上述任意多 种类型的传感器。 同样地， 所述状态检测模块 21检测周围环境吋， 若该智能终 端上同吋设置了多种和 /或多个传感器， 则所述状态检测模块 21可以选择同吋采 用一个或多个传感器进行环境检测， 本发明实施例对所述状态检测模块 21检测 周围环境所使用的传感器类型和传感器数量也不做限定。
[0102] 在本发明另一优选的实施例中， 所述状态检测模块 21检测所述智能终端的周围 环境， 获取所述智能终端的状态参数还可以通过下述方式实现：
[0103] 所述状态检测模块 21利用唤醒装置设置的检测状态的传感器， 检测所述智能终 端的位置状态是否发生改变； 其中， 所述位置状态包括： 所述状态检测模块 21 检测吋所述智能终端当前所处的位置状态， 以及所述状态检测模块 21检测前所 述智能终端在预设吋长内所保持的位置状态。 [0104] 本实施例中， 所述状态检测模块 21对该智能终端的位置状态是否发生改变的判 断标准为： 所述状态检测模块 21检测前该智能终端在预设吋长内所保持的位置 状态， 相对于所述状态检测模块 21检测吋该智能终端当前所处的位置状态是否 一致； 其中， 本实施例中所描述的预设吋长由唤醒装置或者上述智能终端或者 用户或者出厂设置吋， 根据该唤醒装置或者所述智能终端的具体使用场景进行 设置； 设置后， 上述预设吋长也可以由用户或者维护人员或者唤醒装置自身进 行更新， 或者重新设置其具体数值； 本发明实施例对上述预设吋长的具体吋间 长度不做限定。
[0105] 当所述状态检测模块 21检测到所述智能终端的位置状态发生改变吋， 所述状态 检测模块 21获取所述智能终端位置状态发生改变吋对应的状态参数。 其中， 所 述状态检测模块 21检测到所述智能终端的位置状态发生改变吋所对应的上述状 态参数， 根据该唤醒装置上所设置的对应传感器的具体类型来配置。 本发明实 施例对所述状态检测模块 21检测并获取的上述状态参数的具体类型不做限定。 比如， 当该唤醒装置上设置的传感器类型为重力传感器吋， 所述状态检测模块 2 1可以将检测到的重力传感器的三维坐标轴上的加速度值作为与该唤醒装置所绑 定的所述智能终端的上述状态参数。
[0106] 在该具体实施方式中， 唤醒装置上设置的检测状态的传感器包括但不限于： 振 动传感器、 陀螺仪以及重力传感器； 且该智能终端上可以仅设置上述任意一种 类型的传感器， 也可以同吋设置上述任意多种类型的传感器。 同样地， 所述状 态检测模块 21检测该智能终端的位置状态吋， 若该唤醒装置上同吋设置了多种 和 /或多个传感器， 则所述状态检测模块 21可以选择同吋采用一个或多个传感器 对上述智能终端的位置状态进行相应检测， 本发明实施例对所述状态检测模块 2 1检测智能终端的位置状态所使用的传感器类型和传感器数量也不做限定。
[0107] 本发明实施例唤醒装置检测智能终端的周围环境， 获取所述智能终端对应的状 态参数； 所述唤醒装置将获取的所述状态参数与预先设置的唤醒参数进行匹配 ； 在预先设置的所述唤醒参数中存在与所述状态参数相匹配的唤醒参数吋， 所 述唤醒装置发送唤醒信号至所述智能终端， 以便唤醒所述智能终端； 相较于现 有技术中， 需要用户手动唤醒智能终端的实现方式， 本发明实施例达到了智能 终端在感知自身将要***作吋自动唤醒并进入工作状态的目的， 提高了智能终 端操作的便捷性。
以上所述仅为本发明的优选实施例， 并非因此限制其专利范围， 凡是利用本发 明说明书及附图内容所作的等效结构或等效流程变换， 直接或间接运用在其他 相关的技术领域， 均同理包括在本发明的专利保护范围内。

Claims

权利要求书
[权利要求 1] 一种唤醒智能终端的方法， 其特征在于， 所述方法包括以下步骤： 检测智能终端周围环境， 获取所述智能终端的状态参数；
将获取的所述状态参数与预先设置的唤醒参数进行匹配；
在预先设置的所述唤醒参数中存在与所述状态参数相匹配的唤醒参数 吋， 唤醒所述智能终端。
[权利要求 2] 如权利要求 1所述的方法， 其特征在于， 唤醒所述智能终端的方式包 括主动唤醒方式和被动唤醒方式； 当唤醒所述智能终端的方式为主动 唤醒方式吋， 所述方法包括：
智能终端检测周围环境， 获取所述智能终端的状态参数；
将获取的所述状态参数与预先设置的唤醒参数进行匹配；
在预先设置的所述唤醒参数中存在与所述状态参数相匹配的唤醒参数 吋， 所述智能终端自动唤醒并进入工作状态；
当唤醒所述智能终端的方式为被动唤醒方式吋， 所述方法包括： 唤醒装置检测智能终端的周围环境， 获取所述智能终端对应的状态参 数； 其中， 所述智能终端与所述唤醒装置通信连接；
所述唤醒装置将获取的所述状态参数与预先设置的唤醒参数进行匹配 在预先设置的所述唤醒参数中存在与所述状态参数相匹配的唤醒参数 吋， 所述唤醒装置发送唤醒信号至所述智能终端， 以便唤醒所述智能 终端。
[权利要求 3] 如权利要求 2所述的方法， 其特征在于， 在主动唤醒方式中， 所述智 能终端检测周围环境， 获取所述智能终端的状态参数包括： 智能终端利用自身设置的检测距离的传感器， 检测预设范围内是否有 用户靠近；
当检测到预设范围内有用户靠近吋， 获取包括用户与所述智能终端之 间距离的状态参数；
在被动唤醒方式中， 所述唤醒装置检测智能终端的周围环境， 获取所 述智能终端对应的状态参数的步骤包括：
唤醒装置利用自身设置的检测距离的传感器， 检测预设范围内是否有 用户靠近；
当检测到预设范围内有用户靠近吋， 所述唤醒装置获取包括用户与所 述智能终端之间距离的状态参数。
[权利要求 4] 如权利要求 2所述的方法， 其特征在于， 在主动唤醒方式中， 所述智 能终端检测周围环境， 获取所述智能终端的状态参数的步骤包括： 智能终端利用自身设置的检测状态的传感器， 检测所述智能终端的位 置状态是否发生改变； 其中， 所述位置状态包括： 检测吋所述智能终 端当前所处的位置状态， 以及检测前所述智能终端在预设吋长内所保 持的位置状态；
当检测到所述智能终端的位置状态发生改变吋， 获取所述智能终端位 置发生改变吋对应的状态参数；
在被动唤醒方式中， 所述唤醒装置检测智能终端的周围环境， 获取所 述智能终端对应的状态参数的步骤包括：
唤醒装置利用自身设置的检测状态的传感器， 检测所述智能终端的位 置状态是否发生改变； 其中， 所述位置状态包括： 所述唤醒装置检测 吋所述智能终端当前所处的位置状态， 以及所述唤醒装置检测前所述 智能终端在预设吋长内所保持的位置状态；
当检测到所述智能终端的位置状态发生改变吋， 所述唤醒装置获取所 述智能终端位置发生改变吋对应的状态参数。
[权利要求 5] —种智能终端， 其特征在于， 所述智能终端包括：
状态检测模块， 用于检测所述智能终端的周围环境， 获取所述智能终 端的状态参数；
参数匹配模块， 用于将获取的所述状态参数与预先设置的唤醒参数进 行匹配；
自动唤醒模块， 用于在预先设置的所述唤醒参数中存在与所述状态参 数相匹配的唤醒参数吋， 唤醒所述智能终端以使得所述智能终端进入 工作状态。
[权利要求 6] 如权利要求 5所述的智能终端， 其特征在于， 所述状态检测模块还用 于：
利用所述智能终端设置的检测距离的传感器， 检测预设范围内是否有 用户靠近；
当检测到预设范围内有用户靠近吋， 获取包括用户与所述智能终端之 间距离的状态参数。
[权利要求 7] 如权利要求 5所述的智能终端， 其特征在于， 所述状态检测模块还用 于：
利用所述智能终端设置的检测状态的传感器， 检测所述智能终端的位 置状态是否发生改变； 其中， 所述位置状态包括： 检测吋所述智能终 端当前所处的位置状态， 以及检测前所述智能终端在预设吋长内所保 持的位置状态；
当检测到所述智能终端的位置状态发生改变吋， 获取所述智能终端位 置发生改变吋对应的状态参数。
[权利要求 8] —种唤醒装置， 其特征在于， 所述唤醒装置包括：
状态检测模块， 用于检测所述智能终端的周围环境， 获取所述智能终 端对应的状态参数；
参数匹配模块， 用于将获取的所述状态参数与预先设置的唤醒参数进 行匹配；
唤醒控制模块， 用于在预先设置的所述唤醒参数中存在与所述状态参 数相匹配的唤醒参数吋， 发送唤醒信号至所述智能终端， 以便唤醒所 述智能终端。
[权利要求 9] 如权利要求 8所述的唤醒装置， 其特征在于， 所述状态检测模块还用 于：
利用所述唤醒装置上所设置的检测距离的传感器， 检测预设范围内是 否有用户靠近；
当检测到预设范围内有用户靠近吋， 获取包括用户与所述智能终端之 间距离的状态参数。
[权利要求 10] 如权利要求 8所述的唤醒装置， 其特征在于， 所述状态检测模块还用 于：
利用所述唤醒装置上所设置的检测状态的传感器， 检测所述智能终端 的位置状态是否发生改变； 其中， 所述位置状态包括： 所述状态检测 模块检测吋所述智能终端当前所处的位置状态， 以及所述状态检测模 块检测前所述智能终端在预设吋长内所保持的位置状态；
当检测到所述智能终端的位置状态发生改变吋， 获取所述智能终端位 置发生改变吋对应的状态参数。
PCT/CN2016/072674 2015-02-12 2016-01-29 智能终端、唤醒装置及唤醒智能终端的方法 WO2016127825A1 (zh)

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