CN103825998A - Method for automatically answering or hanging up incoming call according to motion sensing operation - Google Patents
Method for automatically answering or hanging up incoming call according to motion sensing operation Download PDFInfo
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Abstract
The invention relates to a method for automatically answering or hanging up an incoming call according to motion sensing operation, and is applied to a mobile phone. When the mobile phone receives an incoming call signal, a distance sensor is started, an inclination sensor is started when distance between the distance sensor and a nearby object surpasses a threshold value through judgment, and an azimuth sensor is started when an angle of inclination of the inclination sensor presents to be the up-right state (e.g. minus 130 degrees to minus 45 degrees) through judgment. Then the mobile phone can calculate multiple azimuth angles so that whether the mobile phone is moved to an ear is judged. If the judgment result is yes, the incoming call is automatically answered, and then the incoming call is automatically hung up when the angle of inclination of the mobile phone presents to be the horizontal state (e.g. minus 10 degrees to 10 degrees) through judgment. Therefore, a user only needs to take up the mobile phone and move the mobile phone to the ear to directly communicate by the mobile phone and then place the mobile phone on a table top after communication to directly hang up the call without additionally pressing a virtual answer/hang up button so that convenience in use is greatly enhanced.
Description
Technical field
The present invention system is about the method for incoming call answering or the hanging up calling of mobile phone, espespecially a kind of gradient, orientation angles by detecting mobile phone, whether complete to judge user the action receiving calls, and auto-pickup incoming call, or the method for hanging up calling.
Background technology
Press, along with 2007, Apple (Apple Inc.) delivers after first generation iPhone, intelligent mobile phone (Smartphone) is luxuriant is gradually agitation, and liked by people, even to this day, the large factory of many mobile phones, for example: Hongda International Electronics Co Ltd (HTC Corporation), Nokia (Nokia Corporation), (the Samsung Electronics Co. of Samsung Electronics of Korea S, Ltd.) ... Deng, all numerous and confused intelligent mobile phones of releasing various styles, the data of delivering according to the Canalys of market researchy corporation, during 2011, the sales volume of whole world intelligent mobile phone is 400,000,000 8,800 ten thousand, therefore, for can be in the huge market of intelligent mobile phone, occupy a tiny space, dealer there's no one who doesn't or isn't makes great efforts the disappearance for existing intelligent mobile phone, improve, or brand-new software function is designed in research and development, to improve the convenience of intelligent mobile phone on using.
General speech, existing intelligent mobile phone, mostly adopt contact panel (Touch panel) as display screen, this measure, also can cause the mode of operation of intelligent mobile phone, be different from the mode of operation of traditional microphone type phone, hereby take the action of incoming call answering and hanging up calling as example, both othernesses are described, first, with regard to traditional microphone type phone, in the time that it receives incoming call jingle bell, user can pick up the microphone lying low, make microphone be erectility, heir, microphone is moved to by ear, to start call, finally, microphone is hung back to original position, with hanging up calling, but, with regard to intelligent mobile phone, in the time that it receives incoming call jingle bell, user can pick up the intelligent mobile phone lying low, and makes intelligent mobile phone be erectility, to watch caller ID, heir, user need use the virtual Answer Key of finger sliding (or touching), and intelligent mobile phone is moved to behind ear side, and the beginning can start call, finally, in the time that user's wish finishes to converse, still need with after the virtual hang-up key of finger touches, just intelligent mobile phone is put back to original position, therefore known, intelligent mobile phone and traditional microphone type phone, for the action of receiving/hang-up incoming call, intelligent mobile phone has two steps such as " (or touching) the virtual Answer Key of sliding " and " touching virtual hang-up key ".
From the above, for the elderly or child, the mode of operation of intelligent mobile phone is must be through study, correctly receiving/hang-up incoming call, meaning, the operating procedures such as the receiving/hang-up incoming call of existing intelligent mobile phone, it is inadequate intuitive, cause the elderly or the child difficulty on using, especially, for the elderly, the long-term custom that uses traditional microphone type phone to form, to change easily, and most the elderlys conventionally can be for high-tech product, produce difficulty of learning, the subjective psychology of unattainable or tool mystique, cause intelligent mobile phone to be difficult for obtaining the elderly's favor.In addition, intelligent mobile phone now gradually adopts capacitance type touch-control panel, as display screen, so that this intelligent mobile phone can be supported multi-point touch, make user carry out diversified operation by different operating gestures, only, because capacitance type touch-control panel is the capacitance variations of utilizing between finger and panel, detect user's operating gesture, therefore, in the time that user puts on general gloves, just cannot successfully operate this intelligent mobile phone, therefore, in the time of cold weather, if when intelligent mobile phone receives incoming call, user must take off after gloves in advance, can incoming call answering, otherwise, user just needs to buy special gloves, ability proper operation intelligent mobile phone, afore-mentioned, reduce undoubtedly the convenience of intelligent mobile phone on using, with increase user extra-pay expenditure.
Therefore, at intelligent mobile phone dog-eat-dog now, and in the huge situation of market profit, how to design a kind of brand-new application mode, to solve foregoing problems, become the present invention and desire most ardently an important topic of discussion, the new product that numerous consumers expect especially at this.
Summary of the invention
Because the operation of the receiving/hang-up of existing mobile phone (as: intelligent mobile phone) incoming call, possesses not intuitive, and different with the operation of traditional microphone type phone, therefore, inventor is through the permanent research and experiment of making great efforts, finally development and Design go out of the present invention a kind of can be according to body sense operation and the method for auto-pickup or hanging up calling, to a kind of operation of better receiving/hang-up incoming call can be provided by the present invention, learn to be difficult for to solve the elderly, or cannot be in dressing in the situation of general gloves, the problems such as operational action phone.
An object of the present invention, system provide a kind of can be according to body sense operation and the method for auto-pickup or hanging up calling, system is applied in a mobile phone, it is mainly the body sense mode of operation of the traditional microphone type phone of simulation, make user not need to learn especially the mode of operation of mobile phone, just successfully receiving/hang-up is sent a telegram here, this action phone comprises a CPU, one distance sensing device, one gradient sensor and an azimuth sensing device, wherein this CPU is electrically connected to respectively these sensors, can transmit log-on message to these sensors, and receive the detection information that these sensors transmit, this distance sensing device can detect the distance between itself and adjacent object, this gradient sensor can detect the angle of inclination of this action phone, this orientation sensor can detect the orientation angles of this action phone, in the time that mobile phone receives an incoming telephone signal, this CPU can start this distance sensing device, and detect when numerical value exceedes a distance threshold value that (as: phone cover is raised judging distance that this distance sensing device transmits, or mobile phone is taken out after bag bag, when the display screen of this action phone is no longer covered by this object), start this gradient sensor, and judge gradient that this gradient sensor transmits detect value bit in one first slant range value time (, representing that this action phone is approaches erectility, when person easy to use watches caller ID), start this orientation sensor, and after the multiple orientation detection numerical value that transmit at this orientation sensor of reception, calculate the move angle of mobile phone, when this move angle be greater than while moving threshold value (, mobile phone is moved to by ear), automatic call answering, so, user is without carry out operation bidirectional in the situation that, just promptly auto-pickup is sent a telegram here.
Another object of the present invention, tie up to after mobile phone automatic call answering, this CPU is in the time receiving follow-up gradient detection numerical value, it can judge that (follow-up gradient detects numerical value, mobile phone is by the other gradient that is moved into other state of ear) when position is in one second slant range value (as: mobile phone is in flat condition), if so, automatically hang up the telephone, to improve the convenience in use.
A further object of the present invention, this action phone still comprises a rotary sensor, wherein phone auto-pickup incoming call or automatically before hanging up calling in action, CPU can start this rotary sensor, and detect value bit in the first rotating range value judging the rotation that this rotary sensor transmits, or second in rotating range value time, just can carry out auto-pickup incoming call or the program of hanging up calling automatically, can reduce the situation incidence of misoperation.
For just your juror can be to the object of the invention, technical characterictic and effect thereof, do further understanding and understand, hereby coordinate graphicly for embodiment, be described in detail as follows:
Accompanying drawing explanation
Fig. 1 is the hardware structure figure of mobile phone of the present invention;
Fig. 2 A is the flat condition figure of mobile phone of the present invention;
Fig. 2 B is the erectility figure of mobile phone of the present invention;
Fig. 2 C is that mobile phone of the present invention moves to the other state diagram of ear;
Fig. 3 is the schematic diagram of mobile phone of the present invention position in the first slant range value;
Fig. 4 is that mobile phone of the present invention changes azimuthal schematic diagram;
Fig. 5 is the flow chart of auto-pickup incoming call of the present invention;
Fig. 6 is the flow chart of of the present invention one automatic hanging up calling; And
Fig. 7 is the flow chart of another automatic hanging up calling of the present invention.
Main element symbol description:
Mobile phone ... 1
CPU ... 11
Display screen ... 110
Distance sensing device ... 13
Gradient sensor ... 15
Azimuth sensing device ... 17
Rotary sensor ... 19
Plane ... A
Angle ... θ 1, θ 2
Embodiment
The present invention be a kind of can be according to body sense operation and the method for auto-pickup or hanging up calling, system is applied in a mobile phone, refer to shown in Fig. 1, in a preferred embodiment, this action phone 1 comprises a CPU 11, one distance sensing device 13(proximity sensor), one gradient sensor 15, one azimuth sensing device 17 and a rotary sensor 19, wherein this CPU 11 can be electrically connected to respectively these sensors 13, 15, 17, 19, can transmit log-on message to these sensors 13, 15, 17, 19, make these sensors 13, 15, 17, 19 can carry out trace routine, heir, it can receive these sensors 13, 15, 17, the 19 detection information that transmit, to obtain these sensors 13, 15, 17, 19 testing result.In addition, in subsequent embodiment, mentioned all angles are only an enforcement aspect, according to the installing mode of different sensor elements, the variation of positive and negative angle can occur, for example: the angle between mobile phone 1 and a datum plane, in the time that sensor element is normally installed, testing result is negative 90 degree, but in the time that sensor element is oppositely installed, testing result is 90 degree, and give chat bright.
Hold, refer to again shown in Fig. 1, in this embodiment, this distance sensing device 13 can be located at the position of contiguous display screen, and its can detect and adjacent object between distance, can judge the current state of mobile phone 1 for this CPU 11, for example, in the time that mobile phone 1 is a cover-lifting type mobile phone, (this distance sensing device 13 can detect display screen and phone cover, object) between distance, make this CPU 11 can learn whether user raises phone cover; Or, when mobile phone 1 is a flat mobile phone (as: type such as iphone, GALAXY S3), and while being placed on a Bao Baonei, the foreign material that this distance sensing device 13 can detect itself and Bao Baonei (, object) between distance, make this CPU 11 can learn whether the display screen of mobile phone 1 is covered by foreign material, and whether taken out bag bag by user.Separately, this gradient sensor can detect the angle of inclination of this action phone 1, for example: when angle of inclination is 0 while spending, represent that mobile phone 1 is flat condition, when angle of inclination is for negative 90 when spend, represent that mobile phone 1 is erectility, again, this orientation sensor 17 can detect the orientation angles (azimuth of this action phone 1, or title azimuth), this special person of carrying, so-called " orientation angles " means, using a specific direction (as: north) as benchmark starting point, and folded angle between this benchmark starting point and an assigned direction (as: east) (90 degree), so that this CPU 11 can be learnt the direction of displacement of mobile phone 1, moreover, 19 of this rotary sensors can detect the anglec of rotation (roll) of this action phone 1, make this CPU 11 why can learn current three axles (Axis) spatiality of mobile phone 1, for example: when mobile phone 1 keeps flat, display screen faces upward or downward, or mobile phone 1 is when upright, and broadcast place position up (, towards user crown direction) or below (, towards user's neck direction).
Refer to again shown in Fig. 1, in this embodiment, though be provided with four sensors 13 with mobile phone 1, 15, 17, 19 is example, but only for convenience of description, for the practitioner of general masses or this skill, have a taste of rapidly essence and the main idea of disclosure of the present invention, and be not only defined as above-mentioned hardware system structure, in reality is implemented, be familiar with this field skill personage when grasping technical characterictic of the present invention, by these sensors 13, 15, 17, 19 are integrated into single element, or two, three elements, for example: this gradient sensor 15, the result that azimuth sensing device 17 or rotary sensor 19 detect, can be a gyroscope (gyroscope), or the gyroscope result that an accelerometer (G-sensor) detects of arranging in pairs or groups, therefore, as long as in the detection information that sensor element transmits, can comprise the angle of inclination of mobile phone 1, orientation angles and the anglec of rotation, and distance between mobile phone 1 and adjacent object, be sensor 13 of the present invention, 15, 17, 19, close first Chen Ming.
General speech, in the time that user wants incoming call answering, mobile phone 1 has the stationary state of part conventionally, first, when user picks up mobile phone 1 on Bao Bao or desktop, now, mobile phone 1 is flat condition (as shown in Figure 2 A) conventionally, heir, user is for can conveniently watch caller ID, can make mobile phone 1 be erectility (as shown in Figure 2 B), again, user is in the time receiving calls, mobile phone 1 can be moved to ear other (as shown in Figure 2 C), finally, user's talk-through, can pack up mobile phone 1, make mobile phone 1 be again flat condition, in addition, in other occupation mode, although user also may be in the time that mobile phone 1 be flat condition, watch caller ID, but in the time mobile phone 1 being moved to ear side, this action phone 1 will certainly change erectility into by flat condition, therefore can learn, in aforesaid occupation mode, mobile phone 1 can comprise follow-up fixing state variation, , change to erectility by flat condition, and can produce displacement in erectility, finally change to again flat condition, therefore, the present invention is according to aforesaid occupation mode, designed body sense method of operation.
Subsequent embodiment is take mobile phone 1 as flat mobile phone, and be positioned in bag bag is example, describe, refer to again shown in Fig. 1 and Fig. 2 A～Fig. 2 C, in the time that mobile phone 1 receives an incoming telephone signal, this CPU 11 can first start this distance sensing device 13, heir, this distance sensing device 13 can detect the distance between itself and adjacent object, and produce one apart from detecting numerical value, give CPU 11 to transmit this apart from detecting numerical value, in this embodiment, this distance sensing device 13 can be located at the position of contiguous display screen 110, mainly be, in the time that user takes out mobile phone 1 in bag bag, in order to watch caller ID, user's finger can grip the lateral margin (as shown in Figure 2 B) of mobile phone 1 conventionally, and can not cover this display screen, therefore, the problem that aforesaid setting position can avoid distance sensing device 13 to be covered by finger, again, when CPU 11 reads this apart from detecting after numerical value, it can compare this apart from detecting numerical value and a distance threshold value, in the time that this exceedes this distance threshold value apart from detection numerical value, the display screen 110 that represents this action phone 1 is no longer covered by this object, that is user takes out mobile phone 1 in bag bag, CPU 11 can start this gradient sensor 15, again, this gradient sensor 15 can detect the current angle of inclination of mobile phone 1, and produce one gradient detect numerical value, give CPU 11 to transmit this gradient detection numerical value, when receiving this gradient, CPU 11 detects after numerical value, it can detect this gradient numerical value and one first slant range value (as: negative 130 degree ~ negative 45 degree) and compare, in the time that this gradient detection value bit is in this first slant range value (, the angle of inclination of mobile phone 1 is between negative 130 degree ~ negative 45 degree), represent that this action phone 1 is erectility, this declarant, erectility non-limiting mobile phone 1 that the present invention is alleged are vertical with a plane A, as long as the angle theta 1 between this action phone 1 and this plane A is between negative 130 degree ~ negative 45 degree (as shown in Figure 3), be aforesaid erectility.
Refer to again shown in Fig. 1 and Fig. 2 A～Fig. 2 C, in the time that mobile phone 1 is erectility, CPU 11 can start azimuth sensing device 17, this orientation sensor 17 can detect the current orientation angles of mobile phone 1, and produce an orientation detection numerical value, give CPU 11 to transmit this orientation detection numerical value, heir, CPU 11 can be by the orientation detection setting value receiving for the first time benchmark angle (, when user watches caller ID, the orientation angles of this action phone 1), afterwards, CPU 11 is continuing to receive the follow-up orientation detection numerical value transmitting of this orientation sensor 17 (, user moves to mobile phone 1 by ear) after, follow-up orientation angles and this benchmark angle can be subtracted each other and taken absolute value (, absolute difference), to calculate the move angle of this action phone, for example, refer to shown in Fig. 4, suppose that 1 of mobile phone is in a northerly direction (, user faces the north), making its benchmark angle is 0 while spending, when user grips mobile phone 1 with the right hand, and by mobile phone 1 towards auris dextra (, easting) when mobile, the absolute difference of follow-up orientation angles and benchmark angle, can be changed towards 90 degree gradually by 0 degree, in like manner, when user is with left-handed mobile phone 1, and by mobile phone 1 towards left ear (, the direction of being exposed to the west) when mobile, the absolute difference of follow-up orientation angles and benchmark angle, also can be changed towards 90 degree gradually by 0 degree.
From the above, refer to again shown in Fig. 1 and Fig. 2 A ~ Fig. 2 C, CPU 11 can be by the move angle of mobile phone (, absolute difference) with one move threshold value (as: 45 degree) and compare, in the time that this move angle is greater than this and moves threshold value, represent that mobile phone 1 is moved to by ear by user, afterwards, CPU 11 can start rotary sensor 19, again, this rotary sensor 19 can detect the current anglec of rotation of mobile phone 1, and produce one rotation detect numerical value, give CPU 11 to transmit this rotation detection numerical value, heir, CPU 11 can detect this rotation numerical value and one first rotating range value (as: negative 80 degree ~ negative 30 degree) and compare, in the time that this rotation detection value bit is in this first rotating range value, broadcast place that represents this action phone 1 is for up, its radio reception place position below, meaning, the mobile phone 1 that user grips in the right direction, CPU 11 just can be sent a telegram here by auto-pickup, if user grips the direction of mobile phone 1 while putting upside down (, the broadcast of mobile phone is in below, radio reception is in top), CPU 11 can not sent a telegram here by auto-pickup, to remind the current holding mode mistake of user.
After automatic call answering, refer to again shown in Fig. 1, this CPU 11 still can receive follow-up gradient and detect numerical value, and follow-up gradient can be detected to numerical value and one second slant range value (as: negative 10 degree ~ 10 degree) compares, in the time that follow-up gradient detection value bit is in this second slant range value (, the angle of inclination of mobile phone 1 is between negative 10 degree ~ 10 degree), represent that this action phone 1 is flat condition, similarly, aforesaid flat condition is non-limiting mobile phone 1 and a plane parallel also, as long as this action phone 1 and this interplanar angle theta 2 are between negative 10 degree ~ 10 degree (as shown in Figure 3), be aforesaid flat condition.Again, in the time that mobile phone 1 is flat condition, represent user's talk-through, and want to hang up the telephone, now, CPU 11 can receive follow-up rotation again and detect numerical value, heir, its CPU 11 can detect follow-up rotation numerical value and one second rotating range value (as: negative 10 degree ~ 10 degree) and compare, in the time that follow-up rotation detection value bit is in this second rotating range value (, mobile phone 1 is by the other anglec of rotation that is moved into other state of ear), represent the display screen of this action phone 1 up (, towards user's direction), CPU 11 just can be hung up the telephone automatically, otherwise, CPU 11 can not be hung up the telephone, therefore, when user is in communication process, because of some factor, while temporarily mobile phone 1 being to flat condition, can't be interrupted call, to avoid misoperation, only, in other embodiments of the invention, the display screen that this second rotating range value also can represent mobile phone 1 below, or other direction, to meet dealer's design requirement.
In addition, when user watches after caller ID, when not thinking incoming call answering and wanting hanging up calling, refer to again shown in Fig. 1, user can directly be flat condition by mobile phone 1, meaning, CPU 11 detects value bit in this first slant range value in the gradient of judging this action phone 1, and when move angle is less than this and moves threshold value, it can detect numerical value by received follow-up gradient, compare with this second slant range value (as: negative 10 degree ~ 10 degree), in the time that follow-up gradient detection value bit is in this second slant range value, represent that this action phone 1 is flat condition, heir, it can start rotary sensor 19, the rotation detection numerical value transmitting to receive this rotary sensor 19, in the time that this rotation detection value bit is in this second rotating range value, just direct hanging up calling of CPU 11.So, only manage the elderly or child and be unfamiliar with the mode of operation of intelligent mobile phone, for example: the release of first sliding, touch again virtual Answer Key or virtual hang-up key, but by preceding method of the present invention, user is as long as phone 1(is as intelligent mobile phone in action) while receiving incoming telephone signal, pick up mobile phone 1, and near ear, just can be directly and caller's call, and after user's talk-through, as long as mobile phone 1 is positioned on desktop, just can directly hang up the telephone, and need not touch separately virtual Answer Key or virtual hang-up key, effectively improve the operation ease of mobile phone 1, in addition, in the time that mobile phone system is used capacitance type touch-control panel as display screen, see through preceding method of the present invention, user is at cold weather, and wear in glove situation, also can normally answer or hang up the telephone, and do not need additionally to add again the special gloves of structure, significantly improve convenience and minimizing expense expenditure on using.
Express process step of the present invention for knowing, below hereby take the handling procedure of CPU 11 as example, refer to shown in Fig. 1 and Fig. 5, CPU 11 is receiving after incoming telephone signal, can carry out the following step, with can auto-pickup incoming call:
(201) start this distance sensing device 13, enter step (202);
(202) receive the distance detection numerical value that this distance sensing device 13 transmits, enter step (203);
(203) judge whether this exceedes a distance threshold value apart from detecting numerical value, if so, enters step (204), otherwise, step (202) returned to;
(204) start this gradient sensor 15, enter step (205);
(205) receive the gradient detection numerical value that this gradient sensor 15 transmits, enter step (206);
(206) judge whether position, in one first slant range value, if so, enters step (207) to this gradient detection numerical value, otherwise, step (205) returned to;
(207) start this orientation sensor 17, enter step (208);
(208) receive the orientation detection numerical value that this orientation sensor 17 transmits, enter step (209);
(209) calculate multiple orientation detection numerical value, to obtain move angle, enter step (210);
(210) judging whether this move angle is greater than moves threshold value, if so, enters step (211), otherwise, return to step (208);
(211) start this rotary sensor 19, enter step (212);
(212) receive the rotation detection numerical value that this rotary sensor 19 transmits, enter step (213);
(213) judge whether position, in one first rotating range value, if so, enters step (214) to this rotation detection numerical value, otherwise, step (212) returned to; And
(214) auto-pickup incoming call.
Again, refer to shown in Fig. 1 and Fig. 6, CPU 11, after auto-pickup incoming call, still can be carried out the following step:
(301) receive the follow-up gradient detection numerical value that this gradient sensor 15 transmits, enter step (302);
(302) judge whether position, in one second slant range value, if so, enters step (303) to follow-up gradient detection numerical value, otherwise, step (301) returned to;
(303) receive the follow-up rotation detection numerical value that this rotary sensor 19 transmits, enter step (304);
(304) judge whether position, in one second rotating range value, if so, enters step (305) to follow-up rotation detection numerical value, otherwise, step (303) returned to; And
(305) automatic hanging up calling.
Moreover, judge mobile phone 1 when CPU 11 and be erectility (, gradient detects value bit in the first slant range value), and not yet before auto-pickup incoming call, refer to shown in Fig. 1 and Fig. 7, CPU 11, except performing step (207) ~ (213), still can be carried out the following step simultaneously:
(401) receive the follow-up gradient detection numerical value that this gradient sensor 15 transmits, enter step (402);
(402) judge whether position, in this second slant range value, if so, enters step (403) to follow-up gradient detection numerical value, otherwise, step (401) returned to;
(403) judge whether this rotary sensor 19 not yet starts, and if so, enters step (404), otherwise, step (405) entered;
(404) start this rotary sensor 19, enter step (405);
(405) receive the rotation detection numerical value that this rotary sensor 19 transmits, enter step (406);
(406) judge whether position, in this second rotating range value, if so, enters step (407) to this rotation detection numerical value, otherwise, step (401) returned to; And
(407) automatic hanging up calling.
So, by aforesaid flow process, user is in the time receiving calls through intelligent mobile phone, just can be as traditional microphone type phone, as long as intelligent mobile phone is moved to by ear, just can directly converse, so that user to be provided a kind of intuitive answering mode, do not need the mode of operation of answering of the extra learning intelligence type of user mobile phone, in like manner, by aforesaid flow process, as long as user puts down after intelligent mobile phone, just can automatically hang up the telephone, aforementioned activities, be same as equally the mode of hanging up of traditional microphone type phone, also belong to a kind of intuitive mode of hanging up, make the hang up mode of operation of user without learning intelligence type mobile phone.Only, this declarant, in previous embodiment, although CPU all needs to start rotary sensor, and judgement rotation detects numerical value and first, the step of two rotating range values, but in other embodiments of the invention, dealer also can be in response to different product demands, " start rotary sensor and omit, and judgement rotation detects numerical value and first, two rotating range values " step and related hardware element, again, in other embodiments of the invention, dealer still can set out three above slant range values, or adjust the second slant range value, so, as long as this action phone is changed to after flat condition by erectility, mobile phone can direct hanging up calling.In addition; embodiments of the invention vocabulary used, only for narration, should not be considered as restriction of the present invention, the above; it is only preferred embodiment of the present invention; only, the interest field that the present invention advocates, is not limited to this; press all this skill personages that is familiar with; according to the disclosed technology contents of the present invention, can think easily and equivalence change, all should belong to and not depart from protection category of the present invention.
Claims (12)
1. an energy is according to body sense operation and the method for auto-pickup or hanging up calling, system is applied in a mobile phone, it is characterized in that, described mobile phone comprises a CPU, one distance sensing device, one gradient sensor and an azimuth sensing device, wherein said CPU is electrically connected to respectively described sensor, can transmit log-on message to described sensor, and receive the detection information that described sensor transmits, described distance sensing device can detect the distance between described mobile phone and adjacent object, and produce one apart from detecting numerical value, described gradient sensor can detect the angle of inclination of described mobile phone, and produce one gradient detect numerical value, described azimuth sensing device can detect the orientation angles of described mobile phone, and produce an orientation detection numerical value, mobile phone described in described method ties up to receives the state of an incoming telephone signal, described CPU can be carried out the following step:
Start described distance sensing device, and receive the distance detection numerical value that described distance sensing device transmits;
Detect numerical value and exceed under the state of a distance threshold value judging described distance, start described gradient sensor, and receive the gradient that described gradient sensor transmits and detect numerical value;
Judging under the state of described gradient detection value bit in one first slant range value, start described azimuth sensing device, and receive the orientation detection numerical value that described azimuth sensing device transmits;
By the orientation angles in the orientation detection numerical value receiving for the first time, be set as benchmark angle, and continue to receive the described follow-up orientation detection numerical value transmitting of azimuth sensing device, to calculate the move angle of described mobile phone; And
Be greater than under the state that moves threshold value automatic call answering at the move angle of judging described mobile phone.
2. the method for claim 1, is characterized in that, after automatic call answering, described CPU still can be carried out the following step:
Receive again follow-up gradient and detect numerical value, and judge described follow-up gradient and detect under the state of value bit in one second slant range value, automatically hang up the telephone.
3. method as claimed in claim 1 or 2, it is characterized in that, described mobile phone still comprises a rotary sensor, described rotary sensor can detect the anglec of rotation of described mobile phone, and produce one rotation detect numerical value, wherein judge described move angle in described CPU and be greater than described mobile threshold value, and not yet before automatic call answering, still comprise the following steps:
Start described rotary sensor, and receive the rotation detection numerical value that described rotary sensor transmits; And
Judging under the state of described rotation detection value bit in one first rotating range value automatic call answering.
4. method as claimed in claim 3, is characterized in that, judges described gradient and detects under the state of value bit in the second described slant range value, and before not yet automatically hanging up the telephone, still comprise the following steps: in described CPU
Receive the follow-up rotation detection numerical value that described rotary sensor transmits; And
Judging under the state of described follow-up rotation detection value bit in one second rotating range value, automatically hang up the telephone.
5. method as claimed in claim 4, is characterized in that, described CPU detects value bit in the first described slant range value in the gradient of judging described mobile phone, and not yet before automatic call answering, still can carry out the following step:
Receive follow-up gradient and detect numerical value, and judging described follow-up gradient detects under the state of value bit in one second slant range value, in the time starting described rotary sensor, receive the rotation detection numerical value that described rotary sensor transmits, in the time not starting described rotary sensor, start described rotary sensor, and receive rotation detection numerical value that it transmits; And
Judging under the state of described rotation detection value bit in described the second rotating range value, automatically hang up the telephone.
6. method as claimed in claim 5, is characterized in that, described move angle is the absolute difference between orientation angles in the follow-up orientation detection numerical value transmitting and described benchmark angle.
7. method as claimed in claim 6, is characterized in that, the first described slant range value, for negative 130 degree are to negative 45 degree, detects under the state of value bit in the first described slant range value in described gradient, and described mobile phone is erectility.
8. method as claimed in claim 7, is characterized in that, described mobile threshold value is 45 degree, is greater than under the state of described mobile threshold value at described move angle, and described mobile phone system is moved to by ear.
9. method as claimed in claim 8, it is characterized in that, the first described rotating range value is for negative 80 degree are to negative 30 degree, detect the anglec of rotation in numerical value in described rotation, under the state of position in the first described rotating range value, one broadcast of described mobile phone is in contiguous its apical position, and a radio reception of described mobile phone is in contiguous its bottom position.
10. method as claimed in claim 9, is characterized in that, the second described slant range value, for negative 10 degree are to 10 degree, detects under the state of value bit in the second described slant range value in described gradient, and described mobile phone is flat condition.
11. methods as claimed in claim 10, is characterized in that, the result that described gradient sensor, azimuth sensing device or rotary sensor detect is the result that a gyroscope detects.
12. methods as claimed in claim 10, is characterized in that, the result that described gradient sensor, azimuth sensing device or rotary sensor detects is the gyroscope result that an accelerometer detects of arranging in pairs or groups.
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| CN201210468340.8A CN103825998A (en) | 2012-11-19 | 2012-11-19 | Method for automatically answering or hanging up incoming call according to motion sensing operation |
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