CN104427101A - Method for status switching of electronic device and wearable device, and method for sending identification information - Google Patents
Method for status switching of electronic device and wearable device, and method for sending identification information Download PDFInfo
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- CN104427101A CN104427101A CN201310379168.3A CN201310379168A CN104427101A CN 104427101 A CN104427101 A CN 104427101A CN 201310379168 A CN201310379168 A CN 201310379168A CN 104427101 A CN104427101 A CN 104427101A
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Abstract
The invention discloses a method for status switching of an electronic device and a wearable device, and a method for sending identification information, overcoming defects that unnecessary electric power is consumed caused by a communication terminal and an earphone in a wearing state ringing at the same time when a call is coming, and that the ringing cause noise pollution on surrounding. The method comprises: when a first electronic device is in a first work mode and the first electronic device and a second electronic device are in a data connection state, acquiring first identification information, wherein the first identification information indicating the second electronic device is in a wearing state; and according to the first identification information, switching the first work mode of the first electronic device to a second work mode, wherein the first work mode and the second work mode are different. In the embodiment, when the earphone is in a wearing state, the coming call is just prompted through the earphone, preventing both of the communication terminal and the earphone from playing ringtone, and preventing additionally wasting electric power of the communication terminal.
Description
Technical field
The present invention relates to communication electronic technology, particularly relate to a kind of electronic equipment, can wearable device, state switching method and identification information sending method.
Background technology
The release of bluetooth earphone, be very easy to cellphone subscriber, make user no longer can need that the communicating terminals such as mobile phone are pressed close to human body ear can converse, also liberated the both hands of user simultaneously and no longer needed with hand, communicating terminal to be attached to ear limit when conversing.
The present inventor is realizing in process of the present invention, find that prior art at least exists following technological deficiency: the design of current phone is when using bluetooth earphone (or the earphone of other types is as wired earphone), if any phone incoming call, then mobile phone and bluetooth earphone play incoming ring tone simultaneously, and reminding user receives calls.
In fact, when phone incoming call, the bluetooth earphone being in wearing state just can play the effect of sending a telegram here to user reminding.Because mobile phone does not know the wearing state that bluetooth earphone is current, so mobile phone also plays the tinkle of bells together with earphone simultaneously.
This mobile phone and be in wearing state earphone all to the mode pointed out of sending a telegram here, waste the electric energy of mobile phone and earphone, and put outside unnecessary ringing sound of cell phone under this situation and also can produce noise effect to surrounding environment.
Summary of the invention
Technical problem to be solved by this invention overcomes current communicating terminal and the earphone unnecessary power consumption that ring simultaneously causes when sending a telegram here being in wearing state and deficiency surrounding environment being formed to noise pollution.
In order to solve the problems of the technologies described above, the present invention provide firstly a kind of state switching method, be applied to the first electronic equipment, described method comprises: when described first electronic equipment is in the first mode of operation, and described first electronic equipment and the second electronic equipment are when being in data connection state, obtain the first identification information, wherein, described first identification information shows that described second electronic equipment is in wearing state; According to described first identification information, described first electronic equipment is switched to the second mode of operation from the first mode of operation, wherein, described first mode of operation is different with described second mode of operation.
Preferably, when described first electronic equipment is in described first mode of operation, do not export data to described second electronic equipment; When described first electronic equipment is in described second mode of operation, export data to described second electronic equipment.
Preferably, when described first electronic equipment is in described first mode of operation and meets a programmed alarm condition, described first electronic equipment exports information by the first included output unit; When described first electronic equipment is in described second mode of operation and meets described programmed alarm condition, described first electronic equipment at least sends described information to described second electronic equipment, makes described second electronic equipment export described information by the second included output unit.
Preferably, described information is sent to described second electronic equipment at described first electronic equipment, while making described second electronic equipment export described information by the second included output unit, described first electronic equipment exports described information by described first output unit.
Preferably, described first identification information comprises the first parameter and the second parameter; Described first parameter is the parameter that first sensor gathers, and described second parameter is the parameter that the second transducer gathers; Wherein, described first sensor and the second sensor setting are on described second electronic equipment.
Preferably, described first sensor is identical with the type of the second transducer, and the first pickup area of described first sensor is not overlapping with the second pickup area of described second transducer.
Preferably, when described first electronic equipment is in described second mode of operation, and when described first electronic equipment and the second electronic equipment are in data connection state, the second identification information is obtained; Described second identification information shows that described second electronic equipment is not in wearing state; According to described second identification information, described first electronic equipment is switched to described first mode of operation from described second mode of operation.
The application embodiment still provides a kind of identification information sending method, be applied to the second electronic equipment and send described identification information to the first electronic equipment, described first electronic equipment can switch between the first mode of operation and the second mode of operation, described first mode of operation is different with described second mode of operation, wherein, described method comprises: when described first electronic equipment is in described first mode of operation, and described second electronic equipment and the first electronic equipment are when being in data connection state, the first identification information is sent to described first electronic equipment, described first electronic equipment is made to switch to described second mode of operation according to described first identification information from described first mode of operation, wherein, described first identification information shows that described second electronic equipment is in wearing state.
Preferably, described first identification information comprises the first parameter and the second parameter; Described first parameter is the parameter that first sensor gathers, and described second parameter is the parameter that the second transducer gathers; Wherein, described first sensor and the second sensor setting are on described second electronic equipment.
Preferably, described first sensor is identical with the type of the second transducer, and the first pickup area of described first sensor is not overlapping with the second pickup area of described second transducer.
Preferably, described first sensor comprises the first luminance sensor, and described second transducer comprises the second luminance sensor; On the shell that described first luminance sensor is arranged on second this side of electronic equipment output unit output sound and direction from detection side to described output unit output sound between angle be less than or equal to 90 degree, described second luminance sensor is arranged on the reciprocal shell of described output unit output sound and detection side is greater than 90 degree to the direction with described output unit output sound; Under described first luminance sensor is in dark situation and described second luminance sensor is under bright ring border time, to described first electronic equipment send described first identification information.
Preferably, when described first electronic equipment is in described second mode of operation, and described first electronic equipment and the second electronic equipment are when being in data connection state, the second identification information is sent to described first electronic equipment, described first electronic equipment is made to switch to described first mode of operation according to described second identification information from described second mode of operation, wherein, described second identification information shows that described second electronic equipment is not in wearing state.
The application embodiment still provides a kind of electronic equipment, can switch between the first mode of operation and the second mode of operation, and described first mode of operation is different with described second mode of operation, and wherein, this equipment comprises:
Data link unit;
Acquiring unit, be set to be in described first mode of operation when described electronic equipment, and described electronic equipment by described data link unit and one can wearable device be in data connection state time, obtain the first identification information, wherein, described first identification information shows described wearable device to be in wearing state;
Switch unit, is set to, according to described first identification information, described electronic equipment be switched to described second mode of operation from described first mode of operation.
Preferably, this equipment comprises:
Transmission unit, is set to described electronic equipment when being in described first mode of operation, wearable device can not export data to described; When described electronic equipment is in described second mode of operation, wearable device can export data to described.
Preferably, this equipment comprises:
First output unit, is set to export information when described electronic equipment is in described first mode of operation and meets a programmed alarm condition;
Transmitting element, be set to described electronic equipment when being in described second mode of operation and meeting described programmed alarm condition, at least wearable device described information can be sent to described, described in making, wearable device described information can be exported by the second included output unit.
Preferably, described first output unit is set to wearable device to send described information at described transmitting element to described, makes described while wearable device exports described information by the second included output unit, to export described information.
Preferably, described first identification information that described acquiring unit obtains comprises the first parameter and the second parameter; Described first parameter is the parameter that first sensor gathers, and described second parameter is the parameter that the second transducer gathers; Wherein, described first sensor and the second sensor setting described can in wearable device.
Preferably, described acquiring unit is set to be in described second mode of operation when described electronic equipment, and described electronic equipment and can wearable device when being in data connection state, obtain the second identification information; Wearable device wearing state can be in described in described second identification information shows; Described switch unit is set to, according to described second identification information, described electronic equipment be switched to described first mode of operation from described second mode of operation.
The one that embodiment still provides of the application can wearable device, be applied to and send identification information to an electronic equipment, described electronic equipment can switch between the first mode of operation and the second mode of operation, and described first mode of operation is different with described second mode of operation, wherein, this equipment comprises:
Data link unit;
Transmitting element, when described electronic equipment is in described first mode of operation, and described can wearable device when being in data connection state by described data link unit and electronic equipment, the first identification information is sent to described electronic equipment, described electronic equipment is made to switch to described second mode of operation according to described first identification information from described first mode of operation, wherein, described first identification information shows described wearable device to be in wearing state.
Preferably, this equipment comprises:
First sensor and the second transducer;
Wherein, described first identification information that described transmitting element sends comprises the first parameter and the second parameter; Described first parameter is the parameter that described first sensor gathers, and described second parameter is the parameter that described second transducer gathers.
Preferably, described first sensor is identical with the type of the second transducer, and the first pickup area of described first sensor is not overlapping with the second pickup area of described second transducer.
Preferably, described first sensor comprises the first luminance sensor, and described second transducer comprises the second luminance sensor; On the shell that described first luminance sensor is arranged on second this side of electronic equipment output unit output sound and direction from detection side to described output unit output sound between angle be less than or equal to 90 degree, described second luminance sensor is arranged on the reciprocal shell of described output unit output sound and detection side is greater than 90 degree to the direction with described output unit output sound; Wherein, under described first luminance sensor is in dark situation and described second luminance sensor is under bright ring border time, described transmitting element sends described first identification information to described electronic equipment.
Preferably, described transmitting element is set to be in described second mode of operation when described electronic equipment, and described electronic equipment and can wearable device when being in data connection state, the second identification information is sent to described electronic equipment, described electronic equipment is made to switch to described first mode of operation according to described second identification information from described second mode of operation, wherein, described second identification information shows described wearable device not to be in wearing state.
Compared with prior art, the embodiment of the application is sent a telegram here by means of only earphone prompting when earphone is in wearing state, avoid communicating terminal and earphone both to play the tinkle of bells and on additional waste communicating terminal, the situation of electric energy occurs, decrease the pollution of the tinkle of bells on communicating terminal to surrounding environment simultaneously.
Other features and advantages of the present invention will be set forth in the following description, and, partly become apparent from specification, or understand by implementing the present invention.Object of the present invention and other advantages realize by structure specifically noted in specification, claims and accompanying drawing and obtain.
Accompanying drawing explanation
Accompanying drawing is used to provide the further understanding to technical solution of the present invention, and forms a part for specification, is used from and explains technical scheme of the present invention, do not form the restriction to technical solution of the present invention with the embodiment one of the application.
Fig. 1 is the schematic flow sheet of a kind of state switching method of the embodiment of the present application of the embodiment of the present application.
Fig. 2 is the organigram of the electronic equipment of the embodiment of the present application.
Fig. 3 be the embodiment of the present application can the organigram of wearable device.
Embodiment
For making the object, technical solutions and advantages of the present invention clearly understand, hereinafter will be described in detail to embodiments of the invention by reference to the accompanying drawings.It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combination in any mutually.
Can perform in the computer system of such as one group of computer executable instructions in the step shown in the flow chart of accompanying drawing.Further, although show logical order in flow charts, in some cases, can be different from the step shown or described by order execution herein.
A kind of state switching method of the embodiment of the present application, is applied to the first electronic equipment, and as shown in Figure 1, this state switching method mainly comprises following content:
Step S110, when the first electronic equipment is in the first mode of operation, and when the first electronic equipment and the second electronic equipment are in data connection state, obtains the first identification information.This first identification information shows that the second electronic equipment is in wearing state.
Step S120, according to the first identification information, switches to the second mode of operation by the first electronic equipment from the first mode of operation.First mode of operation is different with the second mode of operation.
The embodiment of the application, this first electronic equipment is such as having the mobile terminal of call function, and this second electronic equipment is such as earphone.Between mobile terminal and earphone, can keep data cube computation by wired mode, this kind of earphone is such as wired earphone.Between mobile terminal and earphone, also can keep data cube computation to wirelessly, this kind of earphone is such as that wireless headset is as bluetooth earphone etc.
First mode of operation of the first electronic equipment is such as play incoming call prompting sound or other various voice datas by terminal itself.Second mode of operation of the first electronic equipment is such as play incoming call prompting sound or other various voice datas by earphone.Aforesaid various voice data can be incoming call prompting sound, also can be the sound that application that the first electronic equipment is installed is operationally produced, the sound that such as game, music player, broadcast receiver etc. produce.
When first electronic equipment is in aforesaid first mode of operation, play incoming call prompting sound or other various voice datas by self, now it does not export data to the second electronic equipment.When first electronic equipment is in aforesaid second mode of operation, play incoming call prompting sound or other various voice datas by the second electronic equipment, now it exports data to the second electronic equipment.
In the embodiment of the application, when the first electronic equipment is in the first mode of operation and meets a programmed alarm condition, the first electronic equipment exports information by the first output unit included by self.This reservation implied condition is such as that the first electronic equipment is arranged to be pointed out by the mode of ring when sending a telegram here, under this kind of situation, be in the first electronic equipment of the first mode of operation when receiving incoming call, this output unit of playback equipment namely by himself plays incoming call prompting sound.
In the embodiment of the application, when first electronic equipment is in the second mode of operation and meets programmed alarm condition, first electronic equipment at least sends information to the second electronic equipment, makes the second electronic equipment export information by the second output unit included by it.Under this kind of situation, be in the first electronic equipment of the second mode of operation when receiving incoming call, namely playback equipment (as can the output unit of output sound on earphone, the also phonation unit etc. of i.e. earphone) this output unit by the second electronic equipment plays incoming call prompting sound.In the embodiment of the application, first electronic equipment sends information to the second electronic equipment, while making the second electronic equipment export information by the second included output unit, the first electronic equipment also can export information by the first output unit.
In the embodiment of the application, the first identification information can be detected by transducer show that the second electronic equipment is in the information of wearing state.This transducer can be such as be arranged on the second electronic equipment phonation unit on can be changed by sense temperature, brightness change, distance change or pressure change etc. detect the transducer whether the second electronic equipment is in wearing state.Accordingly, the sensor can be temperature sensor, luminance sensor, range sensor or pressure sensor etc.
Such as, can to fit when to be arranged on the second electronic equipment phonation unit and to be in wearing state the temperature sensor of human antrum auris, when temperature (temperature sensor detects that the temperature of something is in the default temperature range close to human antrum auris) that it is in close to human antrum auris being detected, can export and show that the second electronic equipment is in the first identification information of wearing state.Again such as, can to fit when to be arranged on the second electronic equipment phonation unit and to be in wearing state the luminance sensor of human antrum auris, it be in dark situation (brightness value that luminance sensor collects pickup area is lower than the luminance threshold preset detecting, whether the phonation unit that this luminance threshold effectively can distinguish the second electronic equipment fits in human antrum auris or other positions of human body) under brightness time, can export and show that the second electronic equipment is in the first identification information of wearing state.Again such as, can fit when to be arranged on the second electronic equipment phonation unit and to be in wearing state or range sensor near human antrum auris or other positions of human body, detecting that it is in laminating or (range sensor detects that its minimum distance with periphery object is lower than default distance threshold near something, the a certain position that this distance threshold effectively can distinguish the second electronic equipment whether fit or near a certain position of human body) position time, can export and show that the second electronic equipment is in the first identification information of wearing state.For another example, can to fit when to be arranged on the second electronic equipment phonation unit and to be in wearing state the pressure sensor of human antrum auris, detecting that it is in laminating something and is subject to the position of certain pressure (pressure sensor detects that pressure between itself and something is lower than the pressure threshold preset, whether a certain position that this pressure threshold effectively can distinguish the second electronic equipment fits in human antrum auris or other positions of human body) time, can export and show that the second electronic equipment is in the first identification information of wearing state.
Detect the second electronic equipment at use transducer whether to be in the application of wearing state, there are some application scenarios cause erroneous judgement and the first identification information can not be exported exactly, thus the first identification information should be exported and do not export under part situation, or output the first identification information mistakenly when should not export the first identification information.The appearance of this situation, easily affects Consumer's Experience, and facilitates user
Such as, adopt temperature sensor detect the second electronic equipment whether be in wearing state time, because atmospheric temperature and human body temperature also exist overlapping part, even if therefore the second electronic equipment is not worn and is placed on by the side of, also likely export mistakenly because ambient temperature and human antrum auris temperature are close and show that the second electronic equipment is in the first identification information of wearing state.
In like manner, adopt a luminance sensor to detect the second electronic equipment whether to be in the application of wearing state, also also exist and other situations (as the second electronic equipment is positioned at bag or knapsack etc.) close to human antrum auris dark situation are thought by mistake are situations of human antrum auris dark situation.Adopt a range sensor to detect the second electronic equipment whether to be in the application of wearing state, also also exist and the situation (as the second electronic equipment is positioned at bag or knapsack etc.) close to other positions of human body (as the second electronic equipment is positioned at the pocket of user) or other objects thought by mistake be situation close to human antrum auris.Adopt a pressure sensor to detect the second electronic equipment whether to be in the application of wearing state, also also exist and the situation (be positioned at bag or knapsack as the second electronic equipment and be squeezed constantly) of laminating other positions of human body (be positioned at the pocket of user as the second electronic equipment and receive extruding) or other objects thought by mistake be the situation of laminating human antrum auris.
In the embodiment of the application, the first identification information comprises the first parameter and the second parameter.First parameter is the parameter that first sensor gathers, and the second parameter is the parameter that the second transducer gathers.First sensor and the second transducer are all arranged on the second electronic equipment.By the first parameter in the first identification information and the second parameter, show that the second electronic equipment is in wearing state.
The first sensor that above-mentioned second electronic equipment is arranged can be identical with the type of the second transducer, also can not be identical.
When the type of two transducers that the second electronic equipment is arranged is identical, two transducers can be such as all luminance sensors, or two transducers can be all range sensors etc.Two transducers are adopted to carry out the detection whether the second electronic equipment is in wearing state, the possibility of erroneous judgement can be reduced, when two detectors all detect that the second electronic equipment is in the state be close with wearing state, just export to the first electronic equipment and show that the second electronic equipment is in the first identification information of wearing state.
The embodiment of the application, also more transducer can be adopted carry out the detection whether the second electronic equipment is in wearing state, when these whole transducers or most transducer all detect that the second electronic equipment is in the state be close with wearing state, just export to the first electronic equipment and show that the second electronic equipment is in the first identification information of wearing state.More transducer is set and by the wherein operating state of all or part of transducer determines whether showing that the second electronic equipment is in the first identification information of wearing state to the first electronic equipment output to reduce the erroneous judgement possibility whether the second electronic equipment is in wearing state further.
In the embodiment of the application, second electronic equipment such as earphone is provided with the transducer of two identical types, such as be arranged on two luminance sensors on some output units (or being referred to as sounding component) of earphone output sound, wherein the first luminance sensor is arranged on the shell of this side of output unit output sound, direction from its detection side to this output unit output sound between angle be less than or equal to 90 degree, and best to effect time identical with the direction of this output unit output sound the detection side of the first luminance sensor.Second luminance sensor is arranged on the reciprocal shell of output unit output sound, and its detection side is greater than 90 degree to the direction with this output unit output sound.The pickup area of these two transducers is not overlapping.In this case, the first parameter that the first luminance sensor detects, time different from the second parameter that the second luminance sensor detects, just likely shows that the second electronic equipment is in wearing state.Particularly, when the first luminance sensor detects dark situation and the second luminance sensor detects bright ring border (luminance sensor collects the brightness value of pickup area higher than the luminance threshold preset), just export to the first electronic equipment and show that the second electronic equipment is in the first identification information of wearing state.In other circumstances, such as when the first luminance sensor and the second luminance sensor all detect dark situation, or the first luminance sensor and the second luminance sensor all detect bright ring border, or the first luminance sensor detects bright ring border and the second luminance sensor detects dark situation, these situations all can not show that the second electronic equipment is in wearing state, thus all can not trigger to first electronic equipment export show that the second electronic equipment is in the first identification information of wearing state.As can be seen here, these two luminance sensors are arranged in such a manner, can reduce the possibility of erroneous judgement as far as possible.Such as earphone is placed on and closes up and in lighttight bag, itself and communicating terminal keep data cube computation, when now this communicating terminal has an incoming call, first luminance sensor detects that dark situation and the second luminance sensor also detect dark situation, thus can not show that earphone is in the first identification information of wearing state to communicating terminal transmission.
In the embodiment of the application, second electronic equipment is provided with two range sensors and sends to the first electronic equipment and show that the second electronic equipment is in the situation of the first identification information of wearing state, the situation above-mentioned earphone being provided with two luminance sensors can be contrasted and understand.One of them (hereinafter referred to as first range sensor) that main points are in two range sensors arranges laminating or the position near human body when the second electronic equipment is in wearing state, and another (hereinafter referred to as second distance transducer) arranges the position away from human body when the second electronic equipment is in wearing state.The pickup area of these two transducers is not overlapping.In this case, the first parameter that the first range sensor detects, time different from the second parameter that second distance transducer detects, just likely shows that the second electronic equipment is in wearing state.Particularly, when the first range sensor detects laminating or detects that it is greater than default distance threshold with the distance of periphery object near something and second distance transducer, just show that the second electronic equipment is in the first identification information of wearing state to the first electronic equipment output.In other circumstances, such as when the first range sensor and second distance transducer all detect laminating or close something, or the first range sensor and second distance transducer all detect and are greater than default distance threshold apart from the distance of oneself periphery object separately, or the first range sensor detects that the distance of itself and periphery object is greater than default distance threshold and second distance transducer and detects and to fit or near something, these situations all can not show that the second electronic equipment is in wearing state, thus all can not trigger to first electronic equipment export show that the second electronic equipment is in the first identification information of wearing state.As can be seen here, these two range sensors are arranged in such a manner, also can reduce the possibility of erroneous judgement as far as possible.
Two dissimilar transducers also can be set on the second electronic equipment such as earphone, such as a luminance sensor and a range sensor are all arranged on the some output units of earphone, wherein luminance sensor is arranged on the shell of this side of output unit output sound, direction from its detection side to this output unit output sound between angle be less than or equal to 90 degree, range sensor is arranged on the shell of this side of output unit output sound, the direction of its surveyed area this output unit output sound dorsad.The pickup area of these two transducers is not overlapping.When luminance sensor dark situation detected and range sensor detect be greater than default distance threshold with the minimum distance of periphery object time, just export to the first electronic equipment and show that the second electronic equipment is in the first identification information of wearing state.Pickup area for range sensor is positioned on the direction of the second electronic equipment output unit output sound, and the pickup area of luminance sensor is when being positioned on the rightabout of this output unit output sound, when range sensor detect be less than default distance threshold with the minimum distance of periphery object and luminance sensor detects bright ring border time, just export to the first electronic equipment and show that the second electronic equipment is in the first identification information of wearing state.
In the embodiment of the application, also plural transducer of the same type can be set on the same output unit of the second electronic equipment, or the transducer that two or more is dissimilar.Certainly, the transducer of two or more identical types also all can be set on multiple output units of the second electronic equipment, or two or more dissimilar transducers are set.
In the embodiment of the application, when the first electronic equipment is in the second mode of operation, and when the first electronic equipment and the second electronic equipment are in data connection state, obtain the second identification information.This second identification information shows that the second electronic equipment is not in wearing state.According to this second identification information, the first electronic equipment can be switched to the first mode of operation from the second mode of operation.When such as earphone is not in wearing state to the second electronic equipment, if now the first electronic equipment such as communicating terminal also plays incoming call prompting sound or other various voice datas by the second electronic equipment, then user cannot hear these sound effectively, now should change the mode of operation of the first electronic equipment, incoming call prompting sound etc. is play by the playback equipment of the first electronic equipment self, avoid the playback equipment because continuing use second electronic equipment and miss incoming call answering, or the sound corresponding to other various voice datas cannot be heard.
The identification information sending method of the embodiment of the present application, be applied to the second electronic equipment, the method mainly comprises:
When second electronic equipment and the first electronic equipment are in data connection state, send the first identification information to the first electronic equipment, the first identification information shows that the second electronic equipment is in wearing state.According to the first identification information, the first electronic equipment is switched to the second mode of operation from the first mode of operation, and wherein, the first mode of operation is different with the second mode of operation.
In the identification information sending method of the embodiment of the present application, the first identification information comprises the first parameter and the second parameter; First parameter is the parameter that first sensor gathers, and the second parameter is the parameter that the second transducer gathers.First sensor and the second sensor setting are on the second electronic equipment.
Above-mentioned be arranged on the first sensor on the second electronic equipment can be identical with the type of the second transducer, also can not be identical.
When the type of two transducers that the second electronic equipment is arranged is identical, two transducers can be such as luminance sensors, or two transducers can be range sensors etc.Two transducers are adopted to carry out the detection whether the second electronic equipment is in wearing state, the possibility of erroneous judgement can be reduced, when two detectors all detect that the second electronic equipment is in wearing state, just export to the first electronic equipment and show that the second electronic equipment is in the first identification information of wearing state.
The embodiment of the application, also more transducer can be adopted carry out the detection whether the second electronic equipment is in wearing state, when these whole transducers or most transducer all detect that the second electronic equipment is in wearing state, just export to the first electronic equipment and show that the second electronic equipment is in the first identification information of wearing state.More transducer is set, the erroneous judgement possibility whether the second electronic equipment is in wearing state can be reduced further.
In the embodiment of the application, second electronic equipment such as earphone is provided with the transducer of two identical types, such as be arranged on two luminance sensors on the some output units of earphone (or being referred to as sounding component), wherein the pickup area of the first luminance sensor is positioned on the direction of this output unit output sound, and the pickup area of the second luminance sensor is positioned on the rightabout of this output unit output sound.The pickup area of these two transducers is not overlapping.When the first luminance sensor detects dark situation and the second luminance sensor detects bright ring border (luminance sensor collects the brightness value of pickup area higher than the luminance threshold preset), just export to the first electronic equipment and show that the second electronic equipment is in the first identification information of wearing state.These two luminance sensors are arranged in such a manner, the possibility of erroneous judgement can be reduced as far as possible, such as earphone is placed on and closes up and in lighttight bag, itself and communicating terminal keep data cube computation, when now this communicating terminal has an incoming call, first luminance sensor detects that dark situation and the second luminance sensor also detect dark situation, thus can not show that earphone is in the first identification information of wearing state to communicating terminal transmission.
Two dissimilar transducers also can be set on the second electronic equipment such as earphone, such as a luminance sensor and a range sensor are all arranged on the some output units of earphone, wherein the pickup area of luminance sensor is positioned on the direction of this output unit output sound, and the pickup area of range sensor is positioned on the rightabout of this output unit output sound.The pickup area of these two transducers is not overlapping.When luminance sensor dark situation detected and range sensor detect be greater than default distance threshold with the minimum distance of periphery object time, just export to the first electronic equipment and show that the second electronic equipment is in the first identification information of wearing state.Pickup area for range sensor is positioned on the direction of the second electronic equipment output unit output sound, and the pickup area of luminance sensor is when being positioned on the rightabout of this output unit output sound, when range sensor detect be less than default distance threshold with the minimum distance of periphery object and luminance sensor detects bright ring border time, just export to the first electronic equipment and show that the second electronic equipment is in the first identification information of wearing state.
In the embodiment of the application, also plural transducer of the same type can be set on the same output unit of the second electronic equipment, or the transducer that two or more is dissimilar.Certainly, the transducer of two or more identical types also all can be set on multiple output units of the second electronic equipment, or two or more dissimilar transducers are set.
In the embodiment of the application, when the first electronic equipment is in the second mode of operation, and the first electronic equipment and the second electronic equipment are when being in data connection state, the second identification information is sent to the first electronic equipment, the first electronic equipment is made to switch to the first mode of operation according to the second identification information from the second mode of operation, wherein, the second identification information shows that the second electronic equipment is not in wearing state.
A kind of electronic equipment of the embodiment of the present application, can switch between the first mode of operation and the second mode of operation, the first mode of operation is different with the second mode of operation.As Fig. 2, this electronic equipment of the embodiment of the present application mainly comprises data link unit 210, acquiring unit 220 and switch unit 230, wherein:
Acquiring unit 220, be connected with data link unit 210, be set to be in the first mode of operation when electronic equipment, and electronic equipment by data link unit 210 and one can wearable device be in data connection state time, obtain the first identification information, wherein, the first identification information shows wearable device to be in wearing state;
Switch unit 230, is connected with acquiring unit 220, is set to, according to the first identification information, electronic equipment be switched to the second mode of operation from the first mode of operation.
As Fig. 2, this electronic equipment of the embodiment of the present application can also comprise a transmission unit 240, is connected with switch unit 230, is set to electronic equipment when being in the first mode of operation, not to wearable device exporting data; When electronic equipment is in the second mode of operation, to wearable device exporting data.
As Fig. 2, this electronic equipment of the embodiment of the present application can also comprise one first output unit 250 and the transmitting element 260 be connected with switch unit 230.This first output unit 250 is set to export information when electronic equipment is in the first mode of operation and meets a programmed alarm condition.This transmitting element 260, is set to electronic equipment when being in the second mode of operation and meeting programmed alarm condition, at least to wearable device sending information, makes wearable device to export information by the second included output unit.
In this electronic equipment of the embodiment of the present application, the first output unit 250 to be set at transmitting element 260 to wearable device sending information, makes while wearable device exports information by included second output unit, to export information.
In this electronic equipment of the embodiment of the present application, the first identification information that acquiring unit 220 obtains comprises the first parameter and the second parameter; First parameter is the parameter that first sensor gathers, and the second parameter is the parameter that the second transducer gathers.First sensor and the second sensor setting are can in wearable device.
In this electronic equipment of the embodiment of the present application, acquiring unit 220 can also be set to be in the second mode of operation when electronic equipment, and electronic equipment and can wearable device when being in data connection state, obtain the second identification information; Second identification information shows wearable device not to be in wearing state.Switch unit 230 can also be set to, according to the second identification information, electronic equipment be switched to the first mode of operation from the second mode of operation.
The embodiment of the present application can wearable device, be applied to and send identification information to an electronic equipment, this electronic equipment can switch between the first mode of operation and the second mode of operation, and the first mode of operation is different with the second mode of operation.As shown in Figure 3, this wearable device can mainly comprise data link unit 310 and transmitting element 320, wherein:
Transmitting element 320, be connected with data link unit 310, be set to be in the first mode of operation when electronic equipment, and can wearable device when being in data connection state by data link unit 310 and electronic equipment, the first identification information is sent to electronic equipment, make electronic equipment switch to the second mode of operation according to the first identification information from the first mode of operation, wherein, the first identification information shows wearable device to be in wearing state.
As shown in Figure 3, the embodiment of the present application can wearable device, the first sensor 330 and the second transducer 340 that are connected with transmitting element 320 can also be comprised.The first identification information that transmitting element 320 sends comprises the first parameter and the second parameter; First parameter is the parameter that first sensor 330 gathers, and the second parameter is the parameter that the second transducer 340 gathers.
The embodiment of the present application can in wearable device, first sensor 330 is identical with the type of the second transducer 340, and the first pickup area of first sensor 330 is not overlapping with the second pickup area of the second transducer 340.
The embodiment of the present application can in wearable device, first sensor 330 comprises the first luminance sensor, and the second transducer 340 comprises the second luminance sensor.On the output unit that first luminance sensor is arranged on the second electronic equipment and pickup area is positioned on the direction of this output unit output sound, the second luminance sensor is arranged on the output section and pickup area is positioned on the rightabout of this output unit output sound.Under first luminance sensor is in dark situation and the second luminance sensor is under bright ring border time, transmitting element 320 sends the first identification information to electronic equipment.
The embodiment of the present application can in wearable device, transmitting element 320 is set to be in the second mode of operation when electronic equipment, and electronic equipment and can wearable device when being in data connection state, the second identification information is sent to electronic equipment, electronic equipment is made to switch to the first mode of operation according to the second identification information from the second mode of operation, wherein, the second identification information shows wearable device not to be in wearing state.
It is apparent to those skilled in the art that each part of the equipment that above-mentioned the embodiment of the present application provides, and each step in method, they can concentrate on single calculation element, or are distributed on network that multiple calculation element forms.Alternatively, they can realize with the executable program code of calculation element.Thus, they can be stored and be performed by calculation element in the storage device, or they are made into each integrated circuit modules respectively, or the multiple module in them or step are made into single integrated circuit module to realize.Like this, the present invention is not restricted to any specific hardware and software combination.
Although the execution mode disclosed by the present invention is as above, the execution mode that described content only adopts for ease of understanding the present invention, and be not used to limit the present invention.Those of skill in the art belonging to any the present invention; under the prerequisite not departing from the spirit and scope disclosed by the present invention; any amendment and change can be carried out in the form implemented and details; but scope of patent protection of the present invention, the scope that still must define with appending claims is as the criterion.
Claims (23)
1. a state switching method, is applied to the first electronic equipment, and described method comprises:
When described first electronic equipment is in the first mode of operation, and when described first electronic equipment and the second electronic equipment are in data connection state, obtain the first identification information, wherein, described first identification information shows that described second electronic equipment is in wearing state;
According to described first identification information, described first electronic equipment is switched to the second mode of operation from the first mode of operation, wherein, described first mode of operation is different with described second mode of operation.
2. method according to claim 1, wherein:
When described first electronic equipment is in described first mode of operation, do not export data to described second electronic equipment;
When described first electronic equipment is in described second mode of operation, export data to described second electronic equipment.
3. method according to claim 2, wherein:
When described first electronic equipment is in described first mode of operation and meets a programmed alarm condition, described first electronic equipment exports information by the first included output unit;
When described first electronic equipment is in described second mode of operation and meets described programmed alarm condition, described first electronic equipment at least sends described information to described second electronic equipment, makes described second electronic equipment export described information by the second included output unit.
4. method according to claim 3, wherein:
Described information is sent to described second electronic equipment at described first electronic equipment, while making described second electronic equipment export described information by the second included output unit, described first electronic equipment exports described information by described first output unit.
5. method according to claim 1, wherein:
Described first identification information comprises the first parameter and the second parameter; Described first parameter is the parameter that first sensor gathers, and described second parameter is the parameter that the second transducer gathers;
Wherein, described first sensor and the second sensor setting are on described second electronic equipment.
6. method according to claim 5, wherein:
Described first sensor is identical with the type of the second transducer, and the first pickup area of described first sensor is not overlapping with the second pickup area of described second transducer.
7. method according to claim 1, wherein:
When described first electronic equipment is in described second mode of operation, and when described first electronic equipment and the second electronic equipment are in data connection state, obtain the second identification information; Described second identification information shows that described second electronic equipment is not in wearing state;
According to described second identification information, described first electronic equipment is switched to described first mode of operation from described second mode of operation.
8. an identification information sending method, be applied to the second electronic equipment and send described identification information to the first electronic equipment, described first electronic equipment can switch between the first mode of operation and the second mode of operation, described first mode of operation is different with described second mode of operation, wherein, described method comprises:
When described first electronic equipment is in described first mode of operation, and described second electronic equipment and the first electronic equipment are when being in data connection state, the first identification information is sent to described first electronic equipment, described first electronic equipment is made to switch to described second mode of operation according to described first identification information from described first mode of operation, wherein, described first identification information shows that described second electronic equipment is in wearing state.
9. method according to claim 8, wherein:
Described first identification information comprises the first parameter and the second parameter; Described first parameter is the parameter that first sensor gathers, and described second parameter is the parameter that the second transducer gathers;
Wherein, described first sensor and the second sensor setting are on described second electronic equipment.
10. method according to claim 9, wherein:
Described first sensor is identical with the type of the second transducer, and the first pickup area of described first sensor is not overlapping with the second pickup area of described second transducer.
11. methods according to claim 10, wherein:
Described first sensor comprises the first luminance sensor, and described second transducer comprises the second luminance sensor;
On the shell that described first luminance sensor is arranged on second this side of electronic equipment output unit output sound and direction from detection side to described output unit output sound between angle be less than or equal to 90 degree, described second luminance sensor is arranged on the reciprocal shell of described output unit output sound and detection side is greater than 90 degree to the direction with described output unit output sound;
Under described first luminance sensor is in dark situation and described second luminance sensor is under bright ring border time, to described first electronic equipment send described first identification information.
12. methods according to claim 8, wherein:
When described first electronic equipment is in described second mode of operation, and described first electronic equipment and the second electronic equipment are when being in data connection state, the second identification information is sent to described first electronic equipment, described first electronic equipment is made to switch to described first mode of operation according to described second identification information from described second mode of operation, wherein, described second identification information shows that described second electronic equipment is not in wearing state.
13. 1 kinds of electronic equipments, can switch between the first mode of operation and the second mode of operation, and described first mode of operation is different with described second mode of operation, and wherein, this equipment comprises:
Data link unit;
Acquiring unit, be set to be in described first mode of operation when described electronic equipment, and described electronic equipment by described data link unit and one can wearable device be in data connection state time, obtain the first identification information, wherein, described first identification information shows described wearable device to be in wearing state;
Switch unit, is set to, according to described first identification information, described electronic equipment be switched to described second mode of operation from described first mode of operation.
14. equipment according to claim 13, wherein, this equipment comprises:
Transmission unit, is set to described electronic equipment when being in described first mode of operation, wearable device can not export data to described; When described electronic equipment is in described second mode of operation, wearable device can export data to described.
15. equipment according to claim 14, wherein, this equipment comprises:
First output unit, is set to export information when described electronic equipment is in described first mode of operation and meets a programmed alarm condition;
Transmitting element, be set to described electronic equipment when being in described second mode of operation and meeting described programmed alarm condition, at least wearable device described information can be sent to described, described in making, wearable device described information can be exported by the second included output unit.
16. equipment according to claim 15, wherein:
Described first output unit is set to wearable device to send described information at described transmitting element to described, makes described while wearable device exports described information by the second included output unit, to export described information.
17. equipment according to claim 13, wherein:
Described first identification information that described acquiring unit obtains comprises the first parameter and the second parameter; Described first parameter is the parameter that first sensor gathers, and described second parameter is the parameter that the second transducer gathers;
Wherein, described first sensor and the second sensor setting described can in wearable device.
18. equipment according to claim 13, wherein:
Described acquiring unit is set to be in described second mode of operation when described electronic equipment, and described electronic equipment and can wearable device when being in data connection state, obtain the second identification information; Wearable device wearing state can be in described in described second identification information shows;
Described switch unit is set to, according to described second identification information, described electronic equipment be switched to described first mode of operation from described second mode of operation.
19. 1 kinds can wearable device, be applied to and send identification information to an electronic equipment, described electronic equipment can switch between the first mode of operation and the second mode of operation, and described first mode of operation is different with described second mode of operation, wherein, this equipment comprises:
Data link unit;
Transmitting element, when described electronic equipment is in described first mode of operation, and described can wearable device when being in data connection state by described data link unit and electronic equipment, the first identification information is sent to described electronic equipment, described electronic equipment is made to switch to described second mode of operation according to described first identification information from described first mode of operation, wherein, described first identification information shows described wearable device to be in wearing state.
20. equipment according to claim 19, wherein, this equipment comprises:
First sensor and the second transducer;
Wherein, described first identification information that described transmitting element sends comprises the first parameter and the second parameter; Described first parameter is the parameter that described first sensor gathers, and described second parameter is the parameter that described second transducer gathers.
21. equipment according to claim 20, wherein:
Described first sensor is identical with the type of the second transducer, and the first pickup area of described first sensor is not overlapping with the second pickup area of described second transducer.
22. equipment according to claim 21, wherein:
Described first sensor comprises the first luminance sensor, and described second transducer comprises the second luminance sensor;
On the shell that described first luminance sensor is arranged on second this side of electronic equipment output unit output sound and direction from detection side to described output unit output sound between angle be less than or equal to 90 degree, described second luminance sensor is arranged on the reciprocal shell of described output unit output sound and detection side is greater than 90 degree to the direction with described output unit output sound;
Wherein, under described first luminance sensor is in dark situation and described second luminance sensor is under bright ring border time, described transmitting element sends described first identification information to described electronic equipment.
23. equipment according to claim 19, wherein:
Described transmitting element is set to be in described second mode of operation when described electronic equipment, and described electronic equipment and can wearable device when being in data connection state, the second identification information is sent to described electronic equipment, described electronic equipment is made to switch to described first mode of operation according to described second identification information from described second mode of operation, wherein, described second identification information shows described wearable device not to be in wearing state.
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| CN201310379168.3A CN104427101B (en) | 2013-08-27 | 2013-08-27 | Electronic equipment, wearable device, state switching and identification information sending method |
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| CN201310379168.3A CN104427101B (en) | 2013-08-27 | 2013-08-27 | Electronic equipment, wearable device, state switching and identification information sending method |
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