CN104460957A - Annular wearable electronic device and control method thereof - Google Patents
Annular wearable electronic device and control method thereof Download PDFInfo
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- CN104460957A CN104460957A CN201310426043.1A CN201310426043A CN104460957A CN 104460957 A CN104460957 A CN 104460957A CN 201310426043 A CN201310426043 A CN 201310426043A CN 104460957 A CN104460957 A CN 104460957A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality
- G06F3/014—Hand-worn input/output arrangements, e.g. data gloves
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Abstract
The invention discloses an annular wearable electronic device and a control method thereof. The annular wearable electronic device comprises an annular ring, a gesture interface module, a sound effect interface module and a central processing module. An accommodating space is formed by encircling of the ring which is suitable for a user's finger to penetrate; the gesture interface module is fixed to the ring and is suitable for sensing a movement mode of the user's finger; the sound effect interface module is fixed to the ring and is suitable for acquiring or outputting a sound from or to a user. Specifically, the ring-shaped electronic device in an innovative use form is disclosed and is capable of sleeving the user's finger and being controlled by voice, movement acceleration, inclination angle, or a button or display screen arranged thereon to provide a corresponding function.
Description
Technical field
The present invention about the annular Wearable electronic installation of one, and especially, about a kind of ring shape and the Wearable electronic installation that control in a multitude of different ways.
Background technology
The development of modern Smartphone is at a tremendous pace, and except receiving calls and transmitting except the basic functions such as news in brief, Smartphone more includes the functions such as photograph, personal digital assistant, media player and wireless communication function.In addition, Smartphone mostly more have send and receive e-mail, the function such as web page browsing, and support Wi-Fi, 2G, 3G and 4G LTE line.
In addition, user is mainly at the enterprising line operate of touching display screen.For iPhone, it roughly includes five buttons, and wherein the most frequently used is round button " Home Button " immediately below screen, and HomeButton is mainly used in closing application, waking mobile phone, exhalation task management up.Bar shaped button above mobile phone is mainly used to screen locking and wakes mobile phone up, long by shutdown options of breathing out; Longly in mobile phone closed condition press this button, will starting hand-set, in addition 3 buttons of its side are used for controlling volume and adjusting quiet respectively.
It is noted that the screen of iPhone has multiple sensor; Proximity transducer can because mobile phone presses close to face and temporary close screen in user's communication process, and this measure in order to save power, and reduces user's face or ear and touches the maloperation that screen causes.Visible-light linear OPTICAL SENSORS can regulate screen brightness, with this save power according to outside illumination appropriateness.Three axle motion sensors can hold the direction of iPhone according to user, adjustment mobile phone picture towards, and the automatically horizontal picture of adjustment mobile phone or longitudinal picture.Acceleration sensor can be used for controlling third-party application formula, and it is mainly used in game function.And wherein, interior of mobile phone is also equipped with gyroscopic sense device, for strengthening the induction to user's movement.
In addition, microphone and loudspeaker is furnished with at iPhone mobile phone in bottom; Loudspeaker above mobile phone screen is then used to receive calls.In addition, also there is a microtelephone above mobile phone, the noise that when being used for reducing call, surrounding environment causes.Meanwhile, mobile phone side is furnished with 3.5 millimeters of TRS terminals, is used for line audio output device (such as earphone).And simultaneously, for the convenience of the users, iPhone is more designed with the multifunctional headphone that has manipulation function, the button on this earphone can have volume, broadcasting or suspend music, answers or the function such as kill-call.
And with regard to communication modes, except iPhone, in existing most of Smartphones are equal, have bluetooth (Bluetooth), make iPhone support wireless bluetooth device.Start flow process when user uses mobile phone is as follows, and first, user obtains mobile phone from storing place one hand; Then, utilize male (mother) of same hand to refer to or utilize any dactylus of another hand to press open key; Subsequently, same dactylus is utilized to utilize the mode Entering Number or draw specified path to untie user's interface lock according to its other setting; Finally, same dactylus is recycled to click display screen picture to control.
Only applicant is when studying this user's behavior, has found two problems.If when one of problem is user to be hold by one hand this mobile phone and to control with the dactylus of this hand simultaneously, easily because failing firmly to grip and unexpected landing, cause mobile phone damaged.Two of problem is that user is when applying this mobile phone, need apply with eye observation display screen Fang get Wei, need take the work that forces its time-out to carry out to most ability of attention of user on hand and be the application of mobile phone.
For in response to aforesaid problem, user controls mobile phone in case stop dropping or be separately provided with the use preventing breakage when a containment vessel is thought and fallen outside mobile phone mainly with both hands.Meanwhile, dealer also has and develops as bluetooth earphone or the earphone cord with controlling functions is to reduce user's interference suffered in time carrying out basic operation, simultaneously by the frequency reducing user and take out mobile phone, thus reduces its damaged accident that drops.In addition, also there is dealer to propose a kind of intelligent wrist-watch, provide aforesaid various function.
Only because bluetooth earphone must be fixed on ear, thus user cannot observe its state and its position cannot be moved state under, it must provide more function.Intelligent wrist-watch then must utilize both hands side to apply simultaneously, and its wrist-watch is sheathed on wrist portion mostly actively, user must control through its panel when applying, and earphone cord also has its present position unpredictable so that cannot apply at once, rapidly problem because freely swinging.
Above, the explanation of prior art when being application.Accordingly, applicant has found aforementioned long-term existence and the problem that cannot be solved, and after further studying, proposes there is the present invention for this problem simultaneously.
Summary of the invention
In response to aforesaid problem, the object of the present invention is to provide one to be able under one-handed performance, can prevent from dropping, reducing the ring-type Wearable electronic installation that several functions also must be provided the situation of the interference of user.
For achieving the above object, the invention discloses a kind of annular Wearable electronic installation, it is characterized in that including:
One ring portion, is arranged with an accommodation space in a ring-type, and the finger be suitable for for a user is arranged in wherein;
One gesture interface module, mutually set firmly with this ring portion, be suitable for this finger sensing this user one makes flowing mode;
One audio interface module, sets firmly mutually with this ring portion, is suitable for obtaining this user or having exported a sound; And
One central authorities' process module, mutually sets firmly with this ring portion and couples with this gesture interface module, this audio interface module, is suitable for making flowing mode or this sound and producing a steering order according to this and then start a corresponding appointed function.
Wherein, include a wireless telecommunications module further, mutually set firmly with this ring portion and process module with these central authorities and couple, be suitable for by the process module control of these central authorities to carry out exchanges data with a display device be arranged at beyond this annular Wearable electronic installation.
Wherein, this wireless telecommunications module includes a wireless communication chip, this display device is a signal remittance engagement positions, and this appointed function is a voice call function, this voice call function utilized this audio interface module of this annular Wearable electronic installation to converge engagement positions to carry out voice call with other people through this signal by be allowed user.
Wherein, this wireless telecommunications module includes a near-field communication wafer, and this appointed function is an information sharing function, and this information sharing function utilized this near-field communication wafer to carry out identity visa or data exchange with this another near-field communication wafer by be allowed user.
Wherein, include further and wear sensing module, be connected with this ring portion, this is worn sensing module and this central authorities and processes module and couple to sense this user and dress this annular Wearable electronic installation and also produce a wearing signal, and these central authorities process module and switched between a power on mode and a shutdown mode by this annular Wearable electronic installation by this wearing signal deciding.
Wherein, these central authorities process module has a mode switch function, this mode switch function makes these central authorities process module be switched between a normal mode and a battery saving mode by this annular Wearable electronic installation by this gesture switching signal of this gesture interface module, wherein, when this battery saving mode, the power consumption of this wearing electronic installation is less than when being in this normal mode.
Wherein, include a touch-control interface module further, mutually set firmly with this ring portion, be suitable for utilizing its finger input one touching signals for this user, produce this steering order for these central authorities process module and then start this corresponding appointed function.
Wherein, include a display interface module further, mutually set firmly with this ring portion, this display interface module and this central authorities process module and couple and show an information with the control processing module according to these central authorities to this user.
Wherein, this gesture interface module has an acceleration sensing function and a vectorial sensing function, is sensed an acceleration and a pitch angle at the set place of this gesture interface module respectively.
Wherein, this center-control module has an audio interface module open function, this function judge this user by this acceleration and this pitch angle this make flowing mode to open this audio interface module.
Also disclose a kind of control method of annular Wearable electronic installation, this annular Wearable electronic installation includes a ring portion, is arranged with an accommodation space in a ring-type, and the finger be suitable for for a user is arranged in wherein; One gesture interface module, mutually set firmly with this ring portion, be suitable for this finger sensing this user one makes flowing mode; One audio interface module, sets firmly mutually with this ring portion, is suitable for obtaining this user or having exported a sound; One wireless telecommunications module, is suitable for the display device be arranged at beyond this annular Wearable electronic installation and carries out exchanges data; And one central authorities process module, mutually set firmly with this ring portion and couple with this gesture interface module, this audio interface module and this wireless telecommunications module, be suitable for making flowing mode or this sound and producing a steering order according to this and then start a corresponding appointed function, also must carry out exchanges data with a display device be arranged at beyond this annular Wearable electronic installation, wherein this control method includes following steps simultaneously:
Utilize this to wear sensing module and judge whether this annular Wearable electronic installation is in a power on mode; And
Under this power on mode, utilize these central authorities process module to control this wireless telecommunications module with make this annular Wearable electronic installation and this display device carry out wireless couple and transmit have an exchange signal, wherein, this exchange signal is for controlling this display device.
Wherein, this is made flowing mode and with user, this is screwed on formula electronic installation and lift to hand motion in one's ear corresponding.
Wherein, following steps are included further:
Utilize this gesture interface module to sense and have an acceleration and a pitch angle;
Utilize this acceleration and this pitch angle to debate to know this of this user and make flowing mode;
Judge that this is made flowing mode and whether meets with an audio interface start data preset; If so, then continue the following step; And
Open this audio interface module to have obtained this sound.
Wherein, following steps are included further:
Utilize this gesture interface module to sense and have an acceleration and a pitch angle;
Utilize this acceleration and this pitch angle to debate to know this of this user and make flowing mode;
Judge that this is made flowing mode and whether meets with a display interface start data preset; If so, then continue the following step; And
Open this display interface module and show a preset knowledge, wherein, this preset knowledge comprises time, note, notice, message renewal etc.
Wherein, following steps are included further:
Utilize this gesture interface module to sense and have an acceleration and a pitch angle;
Utilize this acceleration and this pitch angle to debate to know this of this user and make flowing mode; And
Judge that this is made flowing mode and whether meets with a display device start data preset; If so, be then this corresponding appointed function, wherein, this appointed function is a norm controlling function, this norm controlling function by this as flowing mode perform mobile index location and input one click instruction.
Wherein, this wireless telecommunications module includes a near-field communication wafer, carry out authentication with this display device by this wireless telecommunications module and complete wireless coupling, when being in the wireless distance coupled of a maintenance with the authenticate device belonging to this another near-field communication wafer simultaneously, this control method includes following steps further:
This near-field communication wafer is utilized to carry out identity visa with this another near-field communication wafer;
Utilize this wireless telecommunications module to transmit an exchange signal and give display device, wherein, this exchange signal is a transaction verification signal;
Wirelessly to couple through this, the collaborative authenticated data of this display device passback; And
Complete confirmation transaction verification.
Known by foregoing description, the present invention is sheathed on the appointment dactylus of user's finger in time applying, and its position is relatively fixing, therefore user is when applying, and controls being able to when without the need to confirming its present position it.
Moreover because it screws among single dactylus, therefore namely its another finger with hand is able to control it, and without the need to demand that such as intelligent wrist-watch needs both hands side to be used.In addition, user is able to, without the need under distractive situation, come to control to think the function of specifying with the Wearable electronic installation of one hand to this case easily by making the various instruction be made up of multiple vector acceleration or angle of inclination.In addition, the present invention is except utilizing and controlling as flowing mode, and more getting profit controls it by modes such as speech recognition, button or touch-controls.
And aforesaid appointed function, phonetic dialing, call, the pairing of external device (ED), connection, exchanges data must be include, but are not limited to, the function such as remote control, game control, music is carried out to external device (ED).In addition, in order to save the energy, Wearable electronic installation of the present invention must have wears sensing module, this ring whether is worn for sensing user, if not, then ring is able to be closed wherein secondary module or be adjusted to the use that low power consuming pattern thinks saving electric energy, is be mode switch function of the present invention.
Comprehensive, the present invention can be sheathed on the finger of user, and with voice, acceleration, degree of tilt or be arranged at the button on its surface or display screen carries out controlling and then provide a corresponding function.
Can be further understood by following detailed Description Of The Invention and institute's accompanying drawings about the advantages and spirit of the present invention.
Accompanying drawing explanation
Fig. 1: paint and stated the functional block diagram be installed in a specific embodiment of the present invention.
Fig. 2 A to Fig. 2 C: paint and stated Wearable electronic installation of the present invention in time using in the schematic diagram of different angles.
Embodiment
Hold, below will carry out further description to Wearable electronic installation of the present invention.See also Fig. 1 and Fig. 2 A to Fig. 2 C, Fig. 1 paints and has stated the functional block diagram be installed in a specific embodiment of the present invention, and Fig. 2 A to Fig. 2 C paints and stated Wearable electronic installation 1 (calling device in the following text) of the present invention in time using in the schematic diagram of different angles.As seen from the figure, the present invention includes conversion ring 30, ring portion 20 and a shell portion 10.Conversion ring 30 and shell portion 10 are arranged at the interior along 20B and 20A place, outer of ring portion 20 respectively.
Contain again touch-control interface module 11, display interface module 12, gesture interface module 13, central authorities process module 14, audio interface module 15, wireless telecommunications module 16, in this shell portion 10 and wear sensing module 17 and a power supply interface module 18.
Refer to Fig. 2 A to Fig. 2 C, it is noted that for representing feature of the present invention, in each figure the ratio of each element and size oneself through adjustment, therefore ratio between each figure is inevitable consistent.As seen from the figure, device of the present invention is surrounded by ring portion 20 and a shell portion 10, this shell portion 10 is fixedly arranged on one end of this ring portion and has an accommodation space 10A, and this ring portion 20 is in a ring-type and to have in an outer 20A and be the accommodation space 20C of a hollow along its central part of 20B.When applying, ring portion 20 is sheathed in the finger that this user's one specifies.And be enclose in response to the finger of the different sizes of user, obtain between this ring portion 20 and user point and be optionally provided with a disconnectable conversion ring 30, the external diameter of this conversion ring 30 is identical with the internal diameter of ring portion 20 or bigger compared with it to allow this conversion ring 30 be fixedly arranged among ring portion 20, and the internal diameter changing ring 30 then must choose better suited size by the finger size of user in addition.In addition, the outer radius changing ring 30 obtains optionally has a protrusion 30A, in order to be embedded in the corresponding depression 20D of the inside diameter surface of ring portion 20, to fix the relative position both it.In this example, conversion ring 30 utilizes soft silica gel to be that it manufactures material, is able to thickly fit with the finger relative com pact of user to make it.
Should be noted, in this example, shell portion 10 of the present invention is not limited with the finger or the back of the hand that are affixed on user when the other end pointing top is in use relative to far-end, its also must as Fig. 2 C paint the deviser stated, for unsettled and be separated with certain distance with skin region, also therefore, the length that the large young pathbreaker of its display screen is not pointed limits.
In addition, as seen from the figure, shell portion 10 of the present invention is arranged at the side of ring portion 20 and the pronunciation component 15A included in touch-control interface module 11, display interface module 12, central authorities process module 14, audio interface module 15 and radio reception element 15B, wireless telecommunications module 16 and a power supply interface module 18.In this example, power supply interface module 18 is a Wireless charging coil, and when it is a Wireless charging coil, the inside being embedded in this shell portion 10 does not externally appear by power supply interface module 18.Only the present invention is not as limit, in user, power supply interface module 18 also must be that a motion energy acquisition elements utilizes the motion energy of user to battery (not being illustrated in figure) charging wherein, or a MICRO-B type USB Port, it is for connecting for a connecting line, a connecting line must be utilized battery wherein to be coupled to the use thinking power supply and access to allow user.In this example, this device 1 is when wearing, and the end face of Port is arranged at the top of finger and the root direction towards finger roughly.Need know, this power supply interface module 18 is not limited with aforesaid MICRO-B type USB Port, kinetic energy charging acquisition elements and Wireless charging coil, and it also must be other forms of Port or wireless means, and the present invention does not add restriction to this.
In this example, device 1 of the present invention is sheathed on third knuckle (proximal phalanx) place of left index finger, its touch-control interface module 11 is then towards its thumb direction, and to make it for thumb pressing and must control, only the present invention is not limited with this hand or this dactylus.In this example, this touch-control interface module 11 includes multiple electronic type button independently arranged, and only the present invention is not as limit.Need by the design of user, it also must be a physical button or be a touching display screen, inputs different instructions for user.If it is noted that touch-control interface module 11 is a touching display screen, then this display screen by touch control part Direction Suggestion in the face of this thumb so that it operates.Only touch-control interface module 11 of the present invention is not limited with both, general being suitable for utilizes its finger input one instruction for user, produce instruction for these central authorities process module 14 and then start the element of this corresponding appointed function, all must be considered as touch-control interface module 11 of the present invention.For example, except push type button, it more must include other the design such as a turnable colyliform interface, and the present invention does not add restriction to this.
In addition, in this example, display interface module 12 is an electric paper display.Only the present invention is not as limit, all mutually set firmly with ring portion 20 and with central authorities process module 14 couple with must according to central authorities process the control of module 14 to the element of display one information, all must be considered as display interface module 12 of the present invention, as utilized the color of light-emittingdiode to represent its state, to utilize black-and-white crystal or touching display screen to think the signifier of its information, be its example, the present invention does not add restriction to this.It is noted that when display interface module 12 is a touching display screen, itself and aforesaid touch-control interface module 11 are integrated into one.It is noted that in this example, electric paper display also must extend or be connected with one or more button using the use as aforesaid touch-control interface module 11.
In addition, gesture interface module 13 of the present invention to be arranged in accommodation space 10A and to be fixedly arranged on the side in this shell portion 10, and be suitable for the finger sensing user one makes flowing mode.More particularly, be provided with a flexible circuit plate body in accommodation space 10A, and gesture interface module 13 of the present invention is coupled in this circuit board body to deposit, withdraw electric energy and signal from it.And in this example, this gesture interface module 13 must be one be integrated with an accelerometer and a gyroscopic sense device multi-axis actuation and towards inductor, also must be one integrate further a magnetic force sensor multi-axis actuation and towards inductor.More particularly, this multi-axis actuation and towards inductor except can detect its present position or surface angle of inclination size and axially except, more sensed the acceleration of each axis, thought the use of the input of gesture.More particularly, that is by gesture interface module 13, the flowing mode of doing of user must be represented with a series of speed, acceleration, angle or its combination by it.Only the present invention is not as limit, is allly suitable for the element that one of this finger sensing this user makes flowing mode, all must be regarded as gesture interface module 13 of the present invention, and the present invention does not add restriction to this.
Moreover, as gesture interface module 13 of the present invention, audio interface module 15 to be also located in accommodation space 10A and to have part to be able to expose through perforation think that sounding or radio reception are used to make the portion of element of audio interface module 15 by multiple perforation 10B being formed at surface, shell portion 10.Meanwhile, audio interface module 15 also couples with circuit board body simultaneously.In this example, audio interface module 15 includes an a pronunciation component 15A and radio reception element 15B, and pronunciation component can be a compact horn, and radio reception element then can be a lapel mike.Wherein pronunciation component and radio reception element split two ends, shell portion 10, radio reception element is then towards its finger root direction, pronunciation component is then towards its finger fingertip direction, configure by this, when hand is raised and is fixed against face by user, this radio reception element and face more close, then relatively ear is more close for pronunciation component, improve by this its radio reception and pronunciation quality.Only audio interface module of the present invention is not limited with precedent, all being suitable for obtains this user or has exported a sound, produce this steering order for these central authorities process module 14 and then start the element of this corresponding appointed function, must be regarded as audio interface module 15 of the present invention, the present invention does not add restriction to this.
Similarly, wireless telecommunications module 16 of the present invention to be located in this accommodation space 10A and to couple with this circuit board, and in this example, this wireless telecommunications module 16 must include a wireless communication chip and a communication antenna.More particularly, in this example, this wireless communication chip is a bluetooth wafer.Only should be noted, the present invention is not as limit, allly process module 14 with these central authorities and couple, and be suitable for processing module 14 by these central authorities and control, to carry out controlling, being connected or exchanges data person with the far end device beyond an accommodation space 10A being arranged at this Wearable electronic installation 1, wireless telecommunications module 16 of the present invention must be considered as.For example, wireless telecommunications module 16 of the present invention except aforesaid blue tooth communication function, more optionally to comprise or with 2G, 3G mobile communication wafer, WIFI communication wafer, or even infrared-ray communication wafer replaces, and the present invention does not add restriction to this.And aforesaid far end device must be the electronic installations such as a TV controlled by wireless signal, router, mobile phone, computer, game machine and mobile phone base station.In addition, need attach one carry be wireless telecommunications module of the present invention except aforementioned each, more further include a near-field communication wafer and think that data exchange formula is applied.When carrying out data exchange, device of the present invention also must carry out data syn-chronization operation with the near-field communication wafer of this another same device through near-field communication wafer wherein, and wherein, this data syn-chronization operates as exchanging visiting cards data or broadcast synchronous music etc.Moreover user more must utilize and decode to replace password in mobile phone operation, decode graphics or other biological identification through this near-field communication wafer of apparatus of the present invention and the near field environment of mobile phone.
Moreover in this example, of the present invention to wear sensing module 17 (dotted line) be a pressure-sensing sheet being arranged at the inner side place of the ring-type of ring portion 20, and this pressure-sensing sheet and circuit board couple.When the finger of user penetrates this ring portion 20, pressurized causes its resistance to improve by this pressure-sensing sheet, by its resistance of detecting, is namely known whether user has worn this Wearable electronic installation 1 and then generation has wearing signal.Only it is noted that sensing module 17 of wearing of the present invention is not limited with aforesaid pressure-sensing sheet, user also must use as the wear states of mode to user such as light sensing or vibrations sensing sense, and the present invention does not add restriction to this.
In addition, central authorities' process module 14 to be also located in the accommodation space 10A in shell portion 10 and to couple with this circuit board, and in this example, central authorities' process module 14 is a single wafer based system.Only the present invention is not as limit, all be suitable for according to gesture interface module 13, audio interface module 15, wireless telecommunications module 16, wear the instruction that sensing module 17 or touch-control interface module 11 export and produce this steering order and then start the element of this corresponding appointed function, must be considered as central authorities of the present invention process module 14, the present invention does not add restriction to this.For example, central authorities of the present invention process module 14 also must be the combination of a central processing unit and soft and hardware thereof.
After each element is defined, below will be described use-pattern of the present invention.In an example, central authorities' process module 14 of Wearable electronic installation 1 of the present invention must control this audio interface module 15 and wireless telecommunications module 16 provides a voice call function, and this voice call function utilized this audio interface module 15 of this Wearable electronic installation 1 and this wireless telecommunications module 16 to converge engagement positions with other people through this signal by be allowed user to come transmission and the dialogue of voice data packet.In this example, signal remittance engagement positions refers to the mobile phone utilizing the radio base station of mobile communication agreement to couple or a base station itself.Precisely because be not limited with voice data packet, by the needs of deviser, this signal remittance engagement positions also must be a network transmission element meeting bluetooth communication form.
Moreover, the present invention must have a voice control function, the sound and then transmitted that this voice control function utilized this audio interface module 15 of this Wearable electronic installation 1 to capture user by be allowed user gives central authorities' process module 14 to produce steering order and then to start corresponding function, or also the sound of captured user can be given a far end device through wireless telecommunications module 16 transmission, after this far end device is analyzed this sound, just produced steering order and then started function corresponding in far end device.And this voice control function must coordinate this gesture interface module 13 or touch-control interface module 11 to be triggered.For example, user must press button in touch-control interface module 11 with after starting this voice control function, utilize voice to control device of the present invention for dialling, recording, give the correct time, the function such as inquiry.
In addition, the present invention must have integrally controls function, and this body control function utilized this gesture interface module 13 of this Wearable electronic installation 1 to give central authorities' process module 14 to produce steering order and then to start corresponding function with the action and then transmitted capturing user by be allowed user.For example, when just user carrys out back rotation palm, then this gesture interface module 13 must capture this each vector acceleration carrying out back rotation so that transmitted give central authorities process module 14 analyze.In this example, when its hand up draws and carries with close to start during its face in rear portion by user, then it corresponds to the representative action of an opening voice controlling functions, this effect also must be referred to as audio interface module open function, this function judge this user by this acceleration and this pitch angle this make flowing mode to open this audio interface module.And when applying, it must include step as following: utilizing this gesture interface module to sense has an acceleration and a pitch angle; Utilize this acceleration and this pitch angle to debate to know this of this user and make flowing mode; Judge that this is made flowing mode and whether meets with a display interface start data preset; If so, then continue the following step; And open this display interface module and show a preset knowledge, wherein, this preset knowledge comprises time, note, notice, message renewal etc.In addition, aforesaid corresponding function must include a norm controlling function, this norm controlling function by this as flowing mode perform mobile index location and input one click instruction.Such as, when the hand of user turn left side move time, then index will be moved to the left, and the combination of upper bottom right and all directions thereof also with.In addition, when user by hand away from health time, this index must be the action of a click, and when drawing back fast, then for cancelling or bolter.And by the combination of all directions or start, the present invention must provide an object and the instruction such as select and tow or amplify, reduces.
In addition, central authorities of the present invention process module 14 has an automatic opening/closing function, and Wearable electronic installation 1 switches between a power on mode and a shutdown mode by this wearing signal wearing inductive module by this automatic opening/closing function.When power on mode, each parts normal operation of this device, and when shutdown mode, each parts of this device are then most for closing, it reduces the consumption of electric energy by this.And apply time, device will automatically utilize this wear sensing module judge whether this Wearable electronic installation is in a power on mode; If this wears sensing module in this power on mode, then its will automatically utilize these central authorities process module to control this wireless telecommunications module with make this Wearable electronic installation and this display device carry out wireless couple and transmit have an exchange signal, wherein, this exchange signal includes and does the control of data for this display device of flowing mode or this sound relative to this.And aforesaid display device must be the electronic installation that a mobile phone, flat board, TV or laptop computer etc. have data display function.Briefly, when user puts this device, device can automatically switch to power on mode, and vice versa, and while switching to power on mode, device also can utilize its wireless telecommunications module to think exchanges data or other controlling functions with external device (ED) wireless connections.
In addition, central authorities of the present invention process module 14 has a power saving function, it is able to be switched between a normal mode and a battery saving mode by this Wearable electronic installation 1 by this hand signal of this gesture interface module 13, wherein, when this battery saving mode, some element in this Wearable electronic installation 1 or module will be in an energy-conservation or " shut " mode", be in this normal mode to make its power consumption be less than.Normal mode then refers to the state that each module of the present invention operates respectively simultaneously reduce its power consumption by this.In this example, by this hand signal of this gesture interface module, this mode switch function starts that device is switched to normal mode from battery saving mode, vice versa.Only the present invention is not as limit, and except wearing signal, it also must be set with one without the threshold value of start time, and such as, when in 30 seconds, this electronic installation does not sense significantly start, then device will be switched to battery saving mode by automatically.
Moreover when wireless telecommunications module of the present invention includes a near-field communication wafer, then it obtains and optionally has an information sharing function.This information sharing function utilized this near-field communication wafer to come to carry out identity label with this another near-field communication wafer by be allowed user and tests and set up or verify or data exchange.Further, when utilizing near-field communication wafer to carry out the authentication in a transaction flow, it must include following steps, and it is respectively: utilize this near-field communication wafer to come to carry out identity visa with this another near-field communication wafer; Utilize this wireless telecommunications module to transmit one and exchange signal and display device, in this example, display device is a mobile phone, and this exchange signal is a transaction verification signal; Wirelessly to couple through this, the collaborative authenticated data of this display device passback; Finally, confirmation transaction verification is completed.Briefly, the present invention proposes and a kind ofly utilize device of the present invention to improve the method for transaction security, that is user is except the authentication data in mobile phone, it more must provide one second authenticating party must be transaction, and this second certification, then think the second authenticated data for being stored in device of the present invention.And when applying, except utilize device of the present invention and with its in advance the wireless mobile phone coupled come except the mode to safety check end input data, safety check end also individually utilize the near-field communication wafer of apparatus of the present invention and come, to safety check end input data, to think the effect of re-authentication through the mode that another passage couples with mobile phone wireless voluntarily.And in Another Application scene, except in aforesaid way, mobile phone and device of the present invention is individually utilized to come beyond the mode to safety check end input data, safety check end also must obtain the second authenticated data in device of the present invention through this mobile phone, thinking the effect of re-authentication, is meaning second authentication function.In addition, when carrying out data exchange, device of the present invention its must through near-field communication wafer wherein come with this another near-field communication wafer carry out data syn-chronization.In an application scenarios, user more must utilize and decode to replace password in mobile phone operation, decode graphics or other biological identification through this near-field communication wafer of apparatus of the present invention and the near field environment of mobile phone.
Comprehensive, disclosed herein a kind of Wearable electronic installation, in simple terms, a kind of ring shape electronic installation with innovation kenel of the present invention, can be sheathed on the finger of user, and with voice, start acceleration, pitch angle or be arranged at the button on its surface or display screen carries out controlling and then provide a corresponding function.Moreover because it screws among single dactylus, therefore namely its another finger with hand is able to control it, and without the need to demand that such as intelligent wrist-watch needs both hands side to be used.In addition, user is able to without the need under distractive situation, comes to control to think the function of specifying with the Wearable electronic installation of one hand to this case easily by making various instruction, speech recognition, the mode such as button or touch-control be made up of multiple vector acceleration or angle of inclination.
If this instructions mention certain second and certain person for be electrically connected or couple time, in fact refer to certain second and certain person there is the transport behavior of energy, data or signal, it does not connect with reality and is limited, and accordingly, the mode that mat is wired, wireless such as all belongs to its justice with the transport behavior that the means such as electricity, light, magnetic are carried out.In addition, the component part such as device, device, element mentioned in this instructions is not limited with in fact separate hardware, and the software after it is also able to indivedual or integration or the mode of hardware present.
By the above detailed description of preferred embodiments, it is desirable to clearly to describe feature of the present invention and spirit, and not with above-mentioned disclosed preferred embodiment, category of the present invention is limited.On the contrary, its objective is wish to contain various change and tool equality be arranged in the present invention institute in the category of the scope of the claims applied for.
Claims (16)
1. an annular Wearable electronic installation, is characterized in that including:
One ring portion, is arranged with an accommodation space in a ring-type, and the finger be suitable for for a user is arranged in wherein;
One gesture interface module, mutually set firmly with this ring portion, be suitable for this finger sensing this user one makes flowing mode;
One audio interface module, sets firmly mutually with this ring portion, is suitable for obtaining this user or having exported a sound; And
One central authorities' process module, mutually sets firmly with this ring portion and couples with this gesture interface module, this audio interface module, is suitable for making flowing mode or this sound and producing a steering order according to this and then start a corresponding appointed function.
2. annular Wearable electronic installation as claimed in claim 1, it is characterized in that, include a wireless telecommunications module further, mutually set firmly with this ring portion and process module with these central authorities and couple, be suitable for controlling to carry out exchanges data with a display device be arranged at beyond this annular Wearable electronic installation by these central authorities process module.
3. annular Wearable electronic installation as claimed in claim 2, it is characterized in that, this wireless telecommunications module includes a wireless communication chip, this display device is a signal remittance engagement positions, and this appointed function is a voice call function, this voice call function utilized this audio interface module of this annular Wearable electronic installation to converge engagement positions to carry out voice call with other people through this signal by be allowed user.
4. annular Wearable electronic installation as claimed in claim 2, it is characterized in that, this wireless telecommunications module includes a near-field communication wafer, this appointed function is an information sharing function, and this information sharing function utilized this near-field communication wafer to carry out identity visa or data exchange with this another near-field communication wafer by be allowed user.
5. annular Wearable electronic installation as claimed in claim 1, it is characterized in that, include further and wear sensing module, be connected with this ring portion, this is worn sensing module and this central authorities and processes module and couple to sense this user and dress this annular Wearable electronic installation and also produce a wearing signal, and these central authorities process module and switched between a power on mode and a shutdown mode by this annular Wearable electronic installation by this wearing signal deciding.
6. annular Wearable electronic installation as claimed in claim 1, it is characterized in that, these central authorities process module has a mode switch function, this mode switch function makes these central authorities process module be switched between a normal mode and a battery saving mode by this annular Wearable electronic installation by this gesture switching signal of this gesture interface module, wherein, when this battery saving mode, the power consumption of this wearing electronic installation is less than when being in this normal mode.
7. annular Wearable electronic installation as claimed in claim 1, it is characterized in that, include a touch-control interface module further, mutually set firmly with this ring portion, be suitable for utilizing its finger input one touching signals for this user, produce this steering order for these central authorities process module and then start this corresponding appointed function.
8. annular Wearable electronic installation as claimed in claim 1, it is characterized in that, include a display interface module further, mutually set firmly with this ring portion, this display interface module and this central authorities process module and couple and show an information with the control processing module according to these central authorities to this user.
9. annular Wearable electronic installation as claimed in claim 1, it is characterized in that, this gesture interface module has an acceleration sensing function and a vectorial sensing function, is sensed an acceleration and a pitch angle at the set place of this gesture interface module respectively.
10. annular Wearable electronic installation as claimed in claim 9, it is characterized in that, this center-control module has an audio interface module open function, this function judge this user by this acceleration and this pitch angle this make flowing mode to open this audio interface module.
The control method of 11. 1 kinds of annular Wearable electronic installations, this annular Wearable electronic installation includes a ring portion, is arranged with an accommodation space in a ring-type, and the finger be suitable for for a user is arranged in wherein; One gesture interface module, mutually set firmly with this ring portion, be suitable for this finger sensing this user one makes flowing mode; One audio interface module, sets firmly mutually with this ring portion, is suitable for obtaining this user or having exported a sound; One wireless telecommunications module, is suitable for the display device be arranged at beyond this annular Wearable electronic installation and carries out exchanges data; And one central authorities process module, mutually set firmly with this ring portion and couple with this gesture interface module, this audio interface module and this wireless telecommunications module, be suitable for making flowing mode or this sound and producing a steering order according to this and then start a corresponding appointed function, also must carry out exchanges data with a display device be arranged at beyond this annular Wearable electronic installation, wherein this control method includes following steps simultaneously:
Utilize this to wear sensing module and judge whether this annular Wearable electronic installation is in a power on mode; And
Under this power on mode, utilize these central authorities process module to control this wireless telecommunications module with make this annular Wearable electronic installation and this display device carry out wireless couple and transmit have an exchange signal, wherein, this exchange signal is for controlling this display device.
The control method of 12. annular Wearable electronic installations as claimed in claim 11, is characterized in that, this is made flowing mode and with user, this is screwed on formula electronic installation and lift to hand motion in one's ear corresponding.
The control method of 13. annular Wearable electronic installations as claimed in claim 11, is characterized in that, include following steps further:
Utilize this gesture interface module to sense and have an acceleration and a pitch angle;
Utilize this acceleration and this pitch angle to debate to know this of this user and make flowing mode;
Judge that this is made flowing mode and whether meets with an audio interface start data preset; If so, then continue the following step; And
Open this audio interface module to have obtained this sound.
The control method of 14. annular Wearable electronic installations as claimed in claim 11, is characterized in that, include following steps further:
Utilize this gesture interface module to sense and have an acceleration and a pitch angle;
Utilize this acceleration and this pitch angle to debate to know this of this user and make flowing mode;
Judge that this is made flowing mode and whether meets with a display interface start data preset; If so, then continue the following step; And
Open this display interface module and show a preset knowledge, wherein, this preset knowledge comprises time, note, notice, message renewal etc.
The control method of 15. annular Wearable electronic installations as claimed in claim 11, is characterized in that, include following steps further:
Utilize this gesture interface module to sense and have an acceleration and a pitch angle;
Utilize this acceleration and this pitch angle to debate to know this of this user and make flowing mode; And
Judge that this is made flowing mode and whether meets with a display device start data preset; If so, be then this corresponding appointed function, wherein, this appointed function is a norm controlling function, this norm controlling function by this as flowing mode perform mobile index location and input one click instruction.
The control method of 16. annular Wearable electronic installations as claimed in claim 11, it is characterized in that, this wireless telecommunications module includes a near-field communication wafer, carry out authentication with this display device by this wireless telecommunications module and complete wireless coupling, when being in the wireless distance coupled of a maintenance with the authenticate device belonging to this another near-field communication wafer simultaneously, this control method includes following steps further:
This near-field communication wafer is utilized to carry out identity visa with this another near-field communication wafer;
Utilize this wireless telecommunications module to transmit an exchange signal and give display device, wherein, this exchange signal is a transaction verification signal;
Wirelessly to couple through this, the collaborative authenticated data of this display device passback; And
Complete confirmation transaction verification.
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| CN201310426043.1A CN104460957A (en) | 2013-09-18 | 2013-09-18 | Annular wearable electronic device and control method thereof |
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| CN201310426043.1A CN104460957A (en) | 2013-09-18 | 2013-09-18 | Annular wearable electronic device and control method thereof |
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