CN104635696A - Wearable equipment for controlling intelligent household equipment and intelligent household equipment controlled by wearable equipment - Google Patents
Wearable equipment for controlling intelligent household equipment and intelligent household equipment controlled by wearable equipment Download PDFInfo
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- CN104635696A CN104635696A CN201510013061.6A CN201510013061A CN104635696A CN 104635696 A CN104635696 A CN 104635696A CN 201510013061 A CN201510013061 A CN 201510013061A CN 104635696 A CN104635696 A CN 104635696A
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- wearer
- wearable device
- intelligent home
- home device
- steering order
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- 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], computer integrated manufacturing [CIM]
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- 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
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- 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
Abstract
The invention provides wearable equipment for controlling intelligent household equipment and the intelligent household equipment controlled by the wearable equipment. The wearable equipment comprises a wireless communication unit, a sensing unit and an instruction generation unit, wherein the wireless communication unit is used for establishing wireless communication connection between the wearable equipment and the intelligent household equipment; the sensing unit is used for sensing data related to a wearer of the wearable equipment; the instruction generation unit is used for controlling the intelligent household equipment to execute a control instruction of corresponding operation according to the data sensed by the sensing unit; the wireless communication unit is used for sending the control instruction to the intelligent household equipment through the established wireless communication connection. According to the embodiment of the invention, the load of operating the intelligent household equipment by a user can be alleviated, and the intelligent household equipment can be properly controlled.
Description
Technical field
The present invention relates to Smart Home field on the whole.More particularly, a kind of wearable device for controlling intelligent home device and method thereof and a kind of intelligent home device and method thereof for performing corresponding operating according to the steering order from wearable device is related to.
Background technology
Along with the development of science and technology, Smart Home has been no longer science fiction concept when just rising, and market has occurred panoramic intelligent home device.At present mainly by presetting the control controlling scene and realize intelligent home device, or, to be transmitted control signal the control realized intelligent home device by mobile device remote.
Preset and control scene and need user's just imagination oneself use habit good at first, and arrange according to the use habit of imagination and control scene accordingly.But actual use scenes usually can depart from the use habit of initial imagination, cause the control scene pre-set cannot realize controlling flexibly and effectively to intelligent home device.Further, if the use habit of user changes, then the control scene to arranging is needed manually to adjust.On the other hand, user oneself is also needed initiatively to send corresponding control signal by mobile device by mobile device remote control intelligent home device.
Such as, if user wants the function realizing intelligent closing television machine, need the time for falling asleep first estimating custom, and the time of countdown closing television is set according to the time for falling asleep of estimation, in addition, also need all to shift to an earlier date to open in TV set terminal the countdown function that shuts down at every turn.If the time of not opening this function or setting is oversize, often there will be user's phenomenon that evening, television on fell asleep.Not only waste electric energy, also have impact on the sleep quality of user simultaneously.Equally, be also difficult in prior art realize controlling the automated intelligent of other intelligent home devices (such as, air-conditioning, humidifier, electric light etc.).
In sum, in the existing scheme controlled intelligent home device, need to be limited to the sight pre-set, and, user needs to perform a series of manual operation, can not realize intelligent control function veritably, also easily causes the waste of energy of intelligent home device.
Summary of the invention
Exemplary embodiment of the present invention is to provide a kind of wearable device for controlling intelligent home device and method thereof and a kind of intelligent home device and method thereof for performing corresponding operating according to the steering order from wearable device, to overcome the deficiency of existing mode in Consumer's Experience that control intelligent home device and to control the restriction in scene.
According to the one side of exemplary embodiment of the present invention, a kind of wearable device for controlling intelligent home device being provided, comprising: wireless communication unit, between wearable device with intelligent home device, set up radio communication be connected; Sensing cell, senses the data relevant to the wearer of wearable device; Instruction generation unit, the steering order performing corresponding operating for controlling described intelligent home device is generated according to the data sensed by sensing cell, wherein, described steering order is sent to intelligent home device by the radio communication connection of setting up by wireless communication unit.
In described wearable device, the described data relevant to the wearer of wearable device can comprise the environmental data of environment residing for the sign data of wearer and/or wearer.
In described wearable device, described sensing cell can comprise at least one item in following item: heart rate sensor, temperature sensor, humidity sensor, gravity sensor, light sensor.
In described wearable device, described sign data can comprise at least one item in following item: heart rate, shell temperature, body surface humidity and Gravity changer, further, described environmental data comprises at least one item in following item: environment temperature, ambient humidity and ambient light intensity.
In described wearable device, described intelligent home device can be televisor, the described data relevant to the wearer of wearable device can comprise the heart rate of wearer, wherein, when the heart rate instruction wearer of the wearer sensed by sensing cell is in sleep state, instruction generation unit generates closes for controlling televisor or starts the steering order of closing countdown, wherein, if televisor did not receive any operational order for controlling televisor before closedown countdown at the expiration, then televisor is closed when closedown countdown at the expiration.
In described wearable device, described intelligent home device can be air-conditioning, the described data relevant to the wearer of wearable device can comprise the heart rate of wearer, wherein, when the heart rate instruction wearer of the wearer sensed by sensing cell is in initial stage sleep state, instruction generation unit generates and avoids directly blowing wearer and the steering order reducing wind-force for controlling air-conditioning.
In described wearable device, the described data relevant to the wearer of wearable device also can comprise the environment temperature of environment residing for wearer, wherein, when the heart rate instruction wearer of the wearer sensed by sensing cell is in deep sleep, and, when residing for the wearer sensed by sensing cell, the environment temperature of environment is in normal temperature range, instruction generation unit generates the steering order of closing for controlling air-conditioning.
In described wearable device, described intelligent home device can be humidifier, the described data relevant to the wearer of wearable device comprise the body surface humidity of wearer, wherein, when the skin of the body surface humidity instruction wearer of the wearer sensed by sensing cell is in drying regime, instruction generation unit generates the steering order tuning up spray amount for controlling humidifier.
In described wearable device, described intelligent home device can be humidifier, the described data relevant to the wearer of wearable device comprise the heart rate of wearer, wherein, when the heart rate instruction wearer of the wearer sensed by sensing cell is in initial stage sleep state, instruction generation unit generates the steering order turning spray amount for controlling humidifier down.
In described wearable device, the described data relevant to the wearer of wearable device also can comprise the ambient humidity of environment residing for wearer, wherein, when the heart rate instruction wearer of the wearer sensed by sensing cell is in deep sleep, and, when residing for the wearer sensed by sensing cell, the ambient humidity of environment is within the scope of normal humidity, instruction generation unit generates the steering order of closing for controlling humidifier.
In described wearable device, described intelligent home device can be electric light, the described data relevant to the wearer of wearable device can comprise the heart rate of wearer, wherein, when the heart rate instruction wearer of the wearer sensed by sensing cell is in sleep state, instruction generation unit generates the steering order of closing for controlling electric light.
In described wearable device, the described data relevant to the wearer of wearable device also can comprise the ambient light intensity of environment residing for the Gravity changer of wearer and wearer, wherein, when the data sensed by sensing cell meet electric light unlocking condition, instruction generation unit generates and opens and the steering order turning down brightness for controlling electric light, wherein, described electric light unlocking condition refers to: the heart rate instruction wearer of wearer is in wake-up states, the Gravity changer instruction wearer of the wearer sensed by sensing cell is in active state, and, the ambient light intensity instruction dark situation state of environment residing for the wearer sensed by sensing cell.
In described wearable device, sensing cell also can sense the wireless signal strength between wearable device and intelligent home device, wherein, when for multiple electric light, when the data sensed by sensing cell all meet electric light unlocking condition, instruction generation unit only generates for the electric light in described multiple electric light with maximum wireless signal intensity and opens and the steering order turning down brightness for controlling electric light.
In described wearable device, wireless communication unit and sensing cell can be arranged at the side of the skin contact of wearable device and wearer.
According to the another aspect of exemplary embodiment of the present invention, a kind of method for controlling intelligent home device in wearable device being provided, comprising: (A) sets up radio communication and be connected between wearable device with intelligent home device; (B) data that sensing is relevant to the wearer of wearable device; (C) generate the steering order performing corresponding operating for controlling described intelligent home device according to the data sensed, and by the radio communication connection of setting up, described steering order is sent to intelligent home device.
In the process, the described data relevant to the wearer of wearable device can comprise the environmental data of environment residing for the sign data of wearer and/or wearer.
In the process, described sign data can comprise at least one item in following item: heart rate, shell temperature, body surface humidity and Gravity changer, and described environmental data comprises at least one item in following item: environment temperature, ambient humidity and ambient light intensity.
In the process, described intelligent home device can be televisor, the described data relevant to the wearer of wearable device can comprise the heart rate of wearer, wherein, in step (C), when the heart rate instruction wearer of the wearer sensed is in sleep state, generate and close for controlling televisor or start the steering order of closing countdown, wherein, if televisor did not receive any operational order for controlling televisor before closedown countdown at the expiration, then televisor is closed when closedown countdown at the expiration.
In the process, described intelligent home device can be air-conditioning, the described data relevant to the wearer of wearable device can comprise the heart rate of wearer, wherein, in step (C), when the heart rate instruction wearer of the wearer sensed is in initial stage sleep state, generates and avoid directly blowing wearer and the steering order reducing wind-force for controlling air-conditioning.
In the process, the described data relevant to the wearer of wearable device also can comprise the environment temperature of environment residing for wearer, wherein, in step (C), when the heart rate instruction wearer of the wearer sensed is in deep sleep, further, when the environment temperature of environment is in normal temperature range residing for the wearer sensed, the steering order of closing for controlling air-conditioning is generated.
In the process, described intelligent home device can be humidifier, the described data relevant to the wearer of wearable device comprise the body surface humidity of wearer, wherein, in step (C), when the skin of the body surface humidity instruction wearer of the wearer sensed is in drying regime, generate the steering order tuning up spray amount for controlling humidifier.
In the process, described intelligent home device can be humidifier, the described data relevant to the wearer of wearable device can comprise the heart rate of wearer, wherein, in step (C), when the heart rate instruction wearer of the wearer sensed is in initial stage sleep state, generate the steering order turning spray amount for controlling humidifier down.
In the process, the described data relevant to the wearer of wearable device also can comprise the ambient humidity of environment residing for wearer, wherein, in step (C), when the heart rate instruction wearer of the wearer sensed is in deep sleep, further, when the ambient humidity of environment is within the scope of normal humidity residing for the wearer sensed, the steering order of closing for controlling humidifier is generated.
In the process, described intelligent home device can be electric light, the described data relevant to the wearer of wearable device can comprise the heart rate of wearer, wherein, in step (C), when the heart rate instruction wearer of the wearer sensed is in sleep state, generate the steering order of closing for controlling electric light.
In the process, the described data relevant to the wearer of wearable device also can comprise the ambient light intensity of environment residing for the Gravity changer of wearer and wearer, wherein, in step (C), when the data sensed meet electric light unlocking condition, generate and open and the steering order turning down brightness for controlling electric light, wherein, described electric light unlocking condition refers to: the heart rate instruction wearer of wearer is in wake-up states, the Gravity changer instruction wearer of the wearer sensed is in active state, and, the ambient light intensity instruction dark situation state of environment residing for the wearer sensed.
In the process, step (B) can also comprise: the wireless signal strength between sensing wearable device and intelligent home device, wherein, in step (C), when the data sensed for multiple electric light all meet electric light unlocking condition, only generate for the electric light in described multiple electric light with maximum wireless signal intensity and open and the steering order turning down brightness for controlling electric light.
According to the another aspect of exemplary embodiment of the present invention, a kind of intelligent home device for performing corresponding operating according to the steering order from wearable device is provided, comprise: wireless communication unit, between intelligent home device with wearable device, set up radio communication be connected, and receive the steering order performing corresponding operating for controlling described intelligent home device from wearable device; Performance element, the steering order according to being received by wireless communication unit performs corresponding operating.
In described intelligent home device, described intelligent home device can comprise at least one in following item: televisor, air-conditioning, humidifier and electric light.
In described intelligent home device, can also comprise: sensing cell, wireless signal strength between sensing intelligent home device and wearable device, wherein, when the wireless signal strength indicating intelligent home equipment sensed by sensing cell and the distance between wearable device exceed effectively be connected distance time, performance element controls intelligent home device and starts closedown countdown, if before closedown countdown at the expiration, intelligent home device does not receive any operational order for controlling intelligent home device, then performance element closes intelligent home device when closedown countdown at the expiration.
According to the another aspect of exemplary embodiment of the present invention, a kind of method for performing corresponding operating in intelligent home device according to the steering order from wearable device is provided, comprise: (a) sets up radio communication and be connected between intelligent home device with wearable device, and receive the steering order performing corresponding operating for controlling described intelligent home device from wearable device; B () performs corresponding operating according to the steering order received.
In the process, described intelligent home device can comprise at least one in following item: televisor, air-conditioning, humidifier and electric light.
In the process, can also comprise: (c) senses the wireless signal strength between intelligent home device and wearable device; (d) when the wireless signal strength indicating intelligent home equipment sensed and the distance between wearable device exceed effectively be connected distance time, control intelligent home device and start closedown countdown, if before closedown countdown at the expiration, do not receive any operational order for controlling intelligent home device, then when closedown countdown at the expiration, close intelligent home device.
According to an exemplary embodiment of the present, the burden of user operation intelligent home device can be alleviated, in time and suitably intelligent home device is controlled.
Accompanying drawing explanation
By below in conjunction with exemplarily illustrating the detailed description that the accompanying drawing of embodiment carries out, the above and other object of exemplary embodiment of the present will become apparent, wherein:
Fig. 1 illustrates intelligent home control system according to an exemplary embodiment of the present invention;
Fig. 2 illustrates according to an exemplary embodiment of the present invention for controlling the block diagram of the wearable device of intelligent home device;
Fig. 3 illustrates the example of wireless connections unit in wearable device according to an exemplary embodiment of the present invention and sensing cell;
Fig. 4 illustrates according to an exemplary embodiment of the present invention for controlling the process flow diagram of the method for intelligent home device in wearable device;
Fig. 5 illustrates according to an exemplary embodiment of the present invention for controlling the process flow diagram of the method for televisor in wearable device;
Fig. 6 illustrates according to an exemplary embodiment of the present invention for controlling the process flow diagram of the method for air-conditioning in wearable device;
Fig. 7 illustrates according to an exemplary embodiment of the present invention for controlling the process flow diagram of the method for humidifier in wearable device;
Fig. 8 illustrates the process flow diagram of the method for controlling humidifier in wearable device according to another exemplary embodiment of the present invention;
Fig. 9 illustrates according to an exemplary embodiment of the present invention for controlling the process flow diagram of the method for electric light in wearable device;
Figure 10 illustrates according to an exemplary embodiment of the present invention for performing the block diagram of the intelligent home device of corresponding operating according to the steering order from wearable device;
Figure 11 illustrates according to an exemplary embodiment of the present invention for performing the process flow diagram of the method for corresponding operating in intelligent home device according to the steering order from wearable device;
Figure 12 illustrates the block diagram for performing the intelligent home device of corresponding operating according to the steering order from wearable device according to another exemplary embodiment of the present invention;
Figure 13 illustrates and starts the example of closing countdown according to wireless signal strength according to an exemplary embodiment of the present invention;
Figure 14 illustrates the process flow diagram for performing the method for corresponding operating in intelligent home device according to the steering order from wearable device according to another exemplary embodiment of the present invention.
Embodiment
Now will in detail with reference to exemplary embodiment of the present invention, the example of described embodiment is shown in the drawings, and wherein, identical label refers to identical parts all the time.
As mentioned above, mode existing defects in Consumer's Experience and control scene of intelligent home device is controlled in prior art.For this reason, according to exemplary embodiment of the present invention, the data by wearable device sensing generate the instruction for controlling intelligent home device, and by radio communication connection, the instruction of generation are sent to intelligent home device.
Fig. 1 illustrates intelligent home control system according to an exemplary embodiment of the present invention.As shown in Figure 1, exemplarily, intelligent home control system can comprise wearable device and carry out with it at least one intelligent home device that radio communication is connected.Particularly, at least one intelligent home device (such as, televisor, air-conditioning, humidifier, electric light etc.) carries out radio communication by radio communication connection with wearable device (such as, intelligent watch, Intelligent bracelet etc.).Here, wearable device can sense the data relevant to wearer by the sensing cell wherein arranged, and wearable device can generate steering order according to the data sensed, and steering order is sent to Smart Home.Intelligent home device, after receiving described steering order, can perform corresponding operation in response to described steering order.Due to this control mode be based on the data relevant to wearer and connect to come transfer instruction by radio communication, therefore, according to the truth of wearer in time and suitably intelligent home device is controlled, and without the need to carrying out manual operation, Consumer's Experience can be substantially increased.
Fig. 2 illustrates according to an exemplary embodiment of the present invention for controlling the block diagram of the wearable device of intelligent home device.
As shown in Figure 2, the wearable device according to an exemplary embodiment of the present invention for controlling intelligent home device comprises: wireless communication unit 100, sensing cell 200 and instruction generation unit 300.These unit can be realized by the sensor performing specific function, or realized by the common hardware such as digital signal processor, field programmable gate array processor, also realize by dedicated hardware processors such as special chips, also realize with software mode by computer program.
In above-mentioned wearable device, wireless communication unit 100 is set up radio communication and is connected between wearable device with intelligent home device.Here, exemplarily, wireless communication unit 100 sets up communication link by short-range communication modes such as bluetooth approach or WIFI modes between wearable device and intelligent home device.
Sensing cell 200 senses the data relevant to the wearer of wearable device.Here, sensing cell 200 can include but not limited at least one item in following item: heart rate sensor, temperature sensor, humidity sensor, gravity sensor, light sensor etc.In addition, exemplarily, the described data relevant to the wearer of wearable device can comprise the environmental data of environment residing for the sign data of wearer and/or wearer.Such as, described sign data can include but not limited at least one item in following item: heart rate, shell temperature, body surface humidity and Gravity changer etc., further, described environmental data can include but not limited at least one item in following item: environment temperature, ambient humidity and ambient light intensity etc.
Fig. 3 illustrates the example of wireless connections unit 100 in wearable device according to an exemplary embodiment of the present invention and sensing cell 200.
As shown in Figure 3, wireless communication unit 100 and sensing cell 200 can be arranged at the side of the skin contact of wearable device and wearer.This vibrational power flow not only facilitates sensing cell 200 to sense the data relevant to the wearer of wearable device exactly, and the outward appearance of wearable device also can be made more exquisite.Here, should be understood that wireless communication unit 100 and sensing cell 200 are not limited to the side of the skin contact being arranged at wearable device and wearer, other positions of wearable device can also be arranged at.
Referring back to Fig. 2, instruction generation unit 300 generates the steering order performing corresponding operating for controlling described intelligent home device according to the data sensed by sensing cell 200.Here, after instruction generation unit 300 generates the steering order performing corresponding operating for controlling described intelligent home device, by the radio communication connection of setting up, described steering order is sent to intelligent home device by wireless communication unit 100.
Here, exemplarily, the sensing threshold value corresponding to the conversion of the mode of operation of intelligent home device can be pre-set, and the data relevant to wearer sensed by sensing cell 200 compare with sensing threshold value, instruction generation unit 300 generates according to comparative result and controls the steering order that intelligent home device performs corresponding operating.Due to this control mode be based on the data relevant to wearer and connect to come transfer instruction by radio communication, therefore, according to the truth of wearer in time and suitably intelligent home device is controlled, and without the need to carrying out manual operation, Consumer's Experience can be substantially increased.
As mentioned above, the burden of user operation intelligent home device can be alleviated above-mentioned according to an exemplary embodiment of the present invention for controlling in the wearable device of intelligent home device, in time and suitably intelligent home device is controlled.
Fig. 4 illustrates according to an exemplary embodiment of the present invention for controlling the process flow diagram of the method for intelligent home device in wearable device.Described method can perform by wearable device as shown in Figure 2, in addition, also can implement described method by software mode completely.
As shown in Figure 4, in step S100, between wearable device with intelligent home device, set up radio communication be connected.Here, exemplarily, between wearable device and intelligent home device, communication link is set up by bluetooth approach or WIFI mode etc. short-range communication mode.
In step S200, sense the data relevant to the wearer of wearable device.Here, exemplarily, the described data relevant to the wearer of wearable device can comprise the environmental data of environment residing for the sign data of wearer and/or wearer.Such as, described sign data can include but not limited at least one item in following item: heart rate, shell temperature, body surface humidity and Gravity changer etc., further, described environmental data can include but not limited at least one item in following item: environment temperature, ambient humidity and ambient light intensity etc.
In step S300, generate the steering order performing corresponding operating for controlling described intelligent home device according to the data sensed, and by the radio communication connection of setting up, described steering order is sent to intelligent home device.
As mentioned above, above-mentioned according to an exemplary embodiment of the present invention for wearable device in control in the method for intelligent home device, the burden of user operation intelligent home device can be alleviated, in time and suitably intelligent home device is controlled.
Describe respectively according to an exemplary embodiment of the present invention for controlling the example of different intelligent home equipment in wearable device below with reference to Fig. 5 to Fig. 9.
Fig. 5 illustrates according to an exemplary embodiment of the present invention for controlling the process flow diagram of the method for televisor in wearable device.
Here, exemplarily, when intelligent home device is televisor, the described data relevant to the wearer of wearable device can comprise the heart rate of wearer.As shown in Figure 5, when televisor is in opening, in step S100, between wearable device with televisor, set up radio communication be connected.In step S210, the heart rate of sensing wearer.In step S310, judge whether the heart rate of the wearer sensed indicates wearer to be in sleep state.When the heart rate instruction wearer of the wearer sensed is in waking state, returns step S210, continue the heart rate of sensing wearer.When the heart rate instruction wearer of the wearer sensed is in sleep state, in step S311, generate and close for controlling televisor or start the steering order of closing countdown, here, after closedown countdown is activated, if televisor did not receive any operational order for controlling televisor before closedown countdown at the expiration, then televisor is closed when closedown countdown at the expiration.In addition, the instruction generated in step S311 connects by the radio communication set up and is sent to televisor.
Fig. 6 illustrates according to an exemplary embodiment of the present invention for controlling the process flow diagram of the method for air-conditioning in wearable device.
Here, exemplarily, when intelligent home device is air-conditioning, the described data relevant to the wearer of wearable device can comprise the heart rate of wearer.As shown in Figure 6, when air-conditioning is in opening, in step S100, between wearable device with air-conditioning, set up radio communication be connected.In step S220, the heart rate of sensing wearer.In step S320, judge which kind of sleep state the heart rate instruction wearer of the wearer sensed is in.Here, when the heart rate instruction wearer of the wearer sensed is in waking state, returns step S220, continue the heart rate of sensing wearer.When the heart rate instruction wearer of the wearer sensed is in initial stage sleep state, in step S321, generates and avoid directly blowing wearer's (that is, avoiding radio communication closure) and the steering order reducing wind-force for controlling air-conditioning.Then, return step S220, continue the heart rate of sensing wearer.
In addition, the described data relevant to the wearer of wearable device also can comprise the environment temperature of environment residing for wearer.Particularly, when the heart rate instruction wearer of the wearer sensed is in deep sleep, in step S322, the environment temperature of environment residing for sensing wearer.In step S323, judge environment temperature residing for wearer whether in normal temperature range.Here, when the environment temperature residing for wearer is not in normal temperature range, returns and perform step S220, continue sensing wearer heart rate.When the environment temperature of environment residing for sensing wearer is in normal range, in step S324, generating the steering order of closing for controlling air-conditioning, it should be noted that the steering order generated in step S321 or step S324 connects by the radio communication set up and is sent to air-conditioning.
Fig. 7 illustrates according to an exemplary embodiment of the present invention for controlling the process flow diagram of the method for humidifier in wearable device.
Here, exemplarily, when intelligent home device is humidifier, the described data relevant to the wearer of wearable device can comprise the body surface humidity of wearer.As shown in Figure 7, when humidifier is in opening, in step S100, between wearable device with humidifier, set up radio communication be connected.In step S230, the body surface humidity of sensing wearer.In step S330, judge whether the body surface humidity of the wearer sensed indicates the skin of wearer to be in drying regime.Here, when the skin of the wearer's body surface humidity instruction wearer sensed is not in drying regime, returns step S230, continue the body surface humidity of sensing wearer.When the skin of the body surface humidity instruction wearer of the wearer sensed is in drying regime, in step S331, generates the steering order tuning up spray amount for controlling humidifier, and return execution step S230, continue the body surface humidity of sensing wearer.Here, the steering order generated in step S331 connects by the radio communication set up and is sent to humidifier.
Fig. 8 illustrates the process flow diagram of the method for controlling humidifier in wearable device according to another exemplary embodiment of the present invention.
Here, as another example, when intelligent home device is humidifier, the described data relevant to the wearer of wearable device can comprise the heart rate of wearer.When humidifier is in opening, as shown in Figure 8, in step S100, between wearable device with humidifier, set up radio communication be connected.In step S240, the heart rate of sensing wearer.In step S340, judge which kind of sleep state the heart rate instruction wearer of the wearer sensed is in.Here, when the heart rate instruction wearer of the wearer sensed is in waking state, returns step S240, continue the heart rate of sensing wearer.When the heart rate instruction wearer of the wearer sensed is in initial stage sleep state, in step S341, generates the steering order turning spray amount for controlling humidifier down, and return execution step S240, continue sensing wearer heart rate.
In addition, the described data relevant to the wearer of wearable device also can comprise the ambient humidity of environment residing for wearer.Particularly, when the wearer's heart rate instruction wearer sensed is in deep sleep, in step S342, the ambient humidity of environment residing for sensing wearer.In step S343, judge ambient humidity residing for wearer whether within the scope of normal humidity.Here, when the ambient humidity residing for wearer is not within the scope of normal humidity, returns and perform step S240, continue the heart rate of sensing wearer; When the ambient humidity of environment residing for wearer is in normal range, in step S344, generate the steering order of closing for controlling humidifier.It should be noted that the instruction generated in step S341 or step S344 connects by the radio communication set up and is sent to humidifier.
Fig. 9 illustrates according to an exemplary embodiment of the present invention for controlling the process flow diagram of the method for electric light in wearable device.
Here, exemplarily, when intelligent home device is electric light, the described data relevant to the wearer of wearable device can comprise the heart rate of wearer.As shown in Figure 9, when electric light is in opening, in step S100, between wearable device with electric light, set up radio communication be connected.In step S250, the heart rate of sensing wearer.In step S350, judge whether the wearer's heart rate sensed indicates wearer to be in sleep state.When the heart rate instruction wearer of the wearer sensed is in waking state, returns step S250, continue the heart rate of sensing wearer; When the heart rate instruction wearer of the wearer sensed is in sleep state, in step S351, generate the steering order of closing for controlling electric light.Here, the steering order generated in step S351 connects by the radio communication set up and is sent to electric light.
Here, when the steering order generated in step S351 is sent to electric light, electric light can be closed in response to described steering order.After electric light is closed, when wearer is about to become wake-up states from sleep state (, when wearer is about to wake up from sleep), can based on the data relevant to wearer (such as, the ambient light intensity of environment and the active state etc. of wearer residing for the heart rate of wearer, wearer) judge whether to meet electric light unlocking condition, and generate when meeting electric light unlocking condition and open and the steering order turning down brightness for controlling electric light.Here, exemplarily, described electric light unlocking condition refers to that the heart rate instruction wearer of wearer is in wake-up states, and the Gravity changer instruction wearer of the wearer sensed is in active state, further, the ambient light intensity instruction dark situation state of environment residing for the wearer sensed.
Particularly, the described data relevant to the wearer of wearable device also can comprise the ambient light intensity of environment residing for the Gravity changer of wearer and wearer.Continue with reference to Fig. 9, when electric light is in closed condition, in step S352, the heart rate of sensing wearer.In step S353, judge whether the heart rate of the wearer sensed indicates wearer to be in wake-up states, here, when the heart rate instruction wearer of the wearer sensed is not in wake-up states, returns and perform step S352, continue the heart rate of sensing wearer; When the heart rate instruction wearer of the wearer sensed is in wake-up states, in step S354, the Gravity changer of sensing wearer.In step S355, judge whether wearer is in active state based on the Gravity changer sensed, here, when wearer is not in active state, returns and perform step S352, continue sensing wearer heart rate; When sensing wearer and being in active state, in step S356, the ambient light intensity of environment residing for sensing wearer.In step S357, judge whether the environment residing for wearer is dark situation state.Here, when the environment residing for wearer is not dark situation state, returns and perform step S352, continue the heart rate of sensing wearer; When the environment residing for wearer is dark situation state, meet electric light unlocking condition, then in step S358, generate for controlling electric light and turning down the steering order of brightness, and return and perform step S250, continue sensing wearer heart rate.Here, the steering order generated in step S358 connects by the radio communication set up and is sent to electric light.
In addition, as additional example, when intelligent home device is electric light, also can sense wireless signal strength between wearable device and electric light by sensing cell 20, when for multiple electric light, when the data sensed all meet electric light unlocking condition, only can generate for the electric light in described multiple electric light with maximum wireless signal intensity and open and the steering order turning down brightness for controlling electric light.
Describe referring to Figure 10 and be connected with above-mentioned wearable device the intelligent home device also performing corresponding operating according to the steering order from wearable device by radio communication.Here, exemplarily, described intelligent home device can comprise at least one in following item: televisor, air-conditioning, humidifier and electric light, also can be the home equipment of other types.
As shown in Figure 10, intelligent home device comprises according to an exemplary embodiment of the present invention: wireless communication unit 1000 and performance element 2000.These unit realize by the common hardware such as digital signal processor, field programmable gate array processor, also realize by dedicated hardware processors such as special chips, also can be realized with software mode by computer program completely.
In above-mentioned intelligent home device, wireless communication unit 1000 is set up radio communication and is connected between intelligent home device with wearable device, and receives the steering order performing corresponding operating for controlling described intelligent home device from wearable device.Here, exemplarily, wireless communication unit 1000 sets up communication link by short-range communication modes such as bluetooth approach or WIFI modes between intelligent home device and wearable device.Here, exemplarily, described steering order can be the steering order that wearable device generates according to the data relevant to wearer sensed, and performs corresponding operation for controlling described intelligent home device.Such as, described steering order can control the On/Off, mode transitions, the adjustment of operation gear etc. of intelligent home device.
Performance element 2000 performs corresponding operating according to the steering order received by wireless communication unit 1000.Particularly, after wireless communication unit 1000 receives described steering order, performance element 2000 can perform corresponding operation in response to described steering order.
As mentioned above, above-mentioned according to an exemplary embodiment of the present invention for performing in the intelligent home device of corresponding operating according to the steering order from wearable device, alleviating the burden of user operation intelligent home device, improve Consumer's Experience.
Figure 11 illustrates according to an exemplary embodiment of the present invention for performing the process flow diagram of the method for corresponding operating in intelligent home device according to the steering order from wearable device.Described method can perform by intelligent home device as shown in Figure 10, in addition, also can implement described method by software mode completely.
As shown in figure 11, in step S1000, between intelligent home device with wearable device, set up radio communication be connected, and receive the steering order performing corresponding operating for controlling described intelligent home device from wearable device.Here, between intelligent home device and wearable device, communication link is set up by bluetooth approach or WIFI mode etc. short-range communication mode.Here, exemplarily, described steering order can be the steering order that wearable device generates according to the data relevant to wearer sensed, and performs corresponding operation for controlling described intelligent home device.Such as, described steering order can control the On/Off, mode transitions, the adjustment of operation gear etc. of intelligent home device.
In step S2000, the steering order according to receiving performs corresponding operating.Particularly, after receiving described steering order, corresponding operation can be performed in response to described steering order.
As mentioned above, above-mentioned according to an exemplary embodiment of the present invention for performing in the method for corresponding operating according to the steering order from wearable device in intelligent home device, the burden of user operation intelligent home device can be alleviated, improve Consumer's Experience.
Figure 12 illustrates the block diagram for performing the intelligent home device of corresponding operating according to the steering order from wearable device according to another exemplary embodiment of the present invention.With reference to Figure 12, except the wireless communication unit 1000 shown in Figure 10 and performance element 2000, the intelligent home device shown in Figure 10 also can comprise sensing cell 3000.
Here, wireless communication unit 1000 can operate according to the mode described with reference to Figure 10, will no longer repeat at this.
Here, when wireless communication unit 1000 receives the steering order for controlling described intelligent home device execution corresponding operating from wearable device, performance element 2000 can perform corresponding operating according to the steering order received by wireless communication unit 1000.
In addition, sensing cell 3000 also can sense the wireless signal strength between intelligent home device and wearable device, here, exemplarily, when the wireless signal strength indicating intelligent home equipment sensed by sensing cell 3000 and the distance between wearable device exceed effectively be connected distance time, performance element 2000 controls intelligent home device and starts closedown countdown, if before closedown countdown at the expiration, intelligent home device does not receive any operational order for controlling intelligent home device, then performance element 2000 closes intelligent home device when closedown countdown at the expiration.
Below, the example of closing countdown is started according to wireless signal strength according to an exemplary embodiment of the present invention by describing in conjunction with Figure 13.
Particularly, as shown in figure 13, radio communication is set up when being connected between intelligent home device with wearable device, wireless connection signal intensity between intelligent home device with wearable device and the distance between intelligent home device and wearable device corresponding, that is, distance between intelligent home device and wearable device is nearer, and wireless connection signal is stronger; Distance between intelligent home device and wearable device is far away, and wireless connection signal is more weak.Correspondingly, exist and be effectively connected distance between intelligent home device with wearable device, this effectively connects the signal cover that distance corresponds to radio communication connection.That is, if wearable device wearer not radio communication connect signal cover in (namely, distance between intelligent home device with wearable device exceedes and is effectively connected distance), then the radio communication between intelligent home device with wearable device is connected and will disconnects.In this case, performance element 2000 can control intelligent home device and start closedown countdown, if without any the steering order from its other party during closedown countdown, then performance element 2000 closes intelligent home device, and no longer for wearer provides any household service.
Figure 14 illustrates the process flow diagram for performing the method for corresponding operating in intelligent home device according to the steering order from wearable device according to another exemplary embodiment of the present invention.
As shown in figure 14, in step S1000, between intelligent home device with wearable device, set up radio communication be connected.
In step S1100, judge whether to receive from wearable device the steering order performing corresponding operating for controlling described intelligent home device.When receiving the steering order for controlling described intelligent home device execution corresponding operating from wearable device, in step S1200, corresponding operating can be performed according to the steering order received.Then, execution step S1100 can be returned.
Otherwise, in step S1300, the wireless signal strength between sensing intelligent home device and wearable device.In step S1400, whether the distance judging between intelligent home device with wearable device exceedes effectively is connected distance.Here, the distance between intelligent home device with wearable device does not exceed when being effectively connected distance, returns and performs step S1300, continue to sense the wireless signal strength between intelligent home device and wearable device; Distance between intelligent home device with wearable device exceedes when being effectively connected distance, in step S1500, controls intelligent home device and starts closedown countdown.Next, in step S1600, judge whether received any operational order for controlling intelligent home device before closedown countdown at the expiration.Here, when not receiving any operational order before closing countdown at the expiration, in step S1700, described intelligent home device is closed; When receiving operational order before closing countdown at the expiration, in step S1800, perform described operational order.
In sum, according to an exemplary embodiment of the present, the burden of user operation intelligent home device can be alleviated, in time and suitably intelligent home device is controlled.
It should be noted that each embodiment above of the present invention is only exemplary, and the present invention is not limited to this.Those skilled in the art should understand that: without departing from the principles and spirit of the present invention, can change these embodiments, wherein, scope of the present invention limits in claim and equivalent thereof.
Claims (10)
1., for controlling a wearable device for intelligent home device, comprising:
Wireless communication unit, sets up radio communication and is connected between wearable device with intelligent home device;
Sensing cell, senses the data relevant to the wearer of wearable device;
Instruction generation unit, generates the steering order performing corresponding operating for controlling described intelligent home device according to the data sensed by sensing cell,
Wherein, described steering order is sent to intelligent home device by the radio communication connection of setting up by wireless communication unit.
2. wearable device as claimed in claim 1, wherein, the described data relevant to the wearer of wearable device comprise the environmental data of environment residing for the sign data of wearer and/or wearer.
3. wearable device as claimed in claim 2, wherein, described sign data comprises at least one item in following item: heart rate, shell temperature, body surface humidity and Gravity changer, and described environmental data comprises at least one item in following item: environment temperature, ambient humidity and ambient light intensity.
4. wearable device as claimed in claim 3, wherein, described intelligent home device is televisor, and the described data relevant to the wearer of wearable device comprise the heart rate of wearer,
Wherein, when the heart rate instruction wearer of the wearer sensed by sensing cell is in sleep state, instruction generation unit generates closes for controlling televisor or starts the steering order of closing countdown, wherein, if televisor did not receive any operational order for controlling televisor before closedown countdown at the expiration, then televisor is closed when closedown countdown at the expiration.
5. wearable device as claimed in claim 3, wherein, described intelligent home device is air-conditioning, and the described data relevant to the wearer of wearable device comprise the heart rate of wearer,
Wherein, when the heart rate instruction wearer of the wearer sensed by sensing cell is in initial stage sleep state, instruction generation unit generates and avoids directly blowing wearer and the steering order reducing wind-force for controlling air-conditioning.
6. wearable device as claimed in claim 3, wherein, described intelligent home device is humidifier, and the described data relevant to the wearer of wearable device comprise the body surface humidity of wearer,
Wherein, when the skin of the body surface humidity instruction wearer of the wearer sensed by sensing cell is in drying regime, instruction generation unit generates the steering order tuning up spray amount for controlling humidifier.
7. wearable device as claimed in claim 3, wherein, described intelligent home device is electric light, and the described data relevant to the wearer of wearable device comprise the heart rate of wearer,
Wherein, when the heart rate instruction wearer of the wearer sensed by sensing cell is in sleep state, instruction generation unit generates the steering order of closing for controlling electric light.
8., for controlling a method for intelligent home device in wearable device, comprising:
(A) between wearable device with intelligent home device, set up radio communication to be connected;
(B) data that sensing is relevant to the wearer of wearable device;
(C) generate the steering order performing corresponding operating for controlling described intelligent home device according to the data sensed, and by the radio communication connection of setting up, described steering order is sent to intelligent home device.
9., for performing an intelligent home device for corresponding operating according to the steering order from wearable device, comprising:
Wireless communication unit, sets up radio communication and is connected between intelligent home device with wearable device, and receives the steering order performing corresponding operating for controlling described intelligent home device from wearable device;
Performance element, the steering order according to being received by wireless communication unit performs corresponding operating.
10., for performing a method for corresponding operating in intelligent home device according to the steering order from wearable device, comprising:
A () is set up radio communication and is connected between intelligent home device with wearable device, and receive the steering order performing corresponding operating for controlling described intelligent home device from wearable device;
B () performs corresponding operating according to the steering order received.
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