CN104424029A - Information processing method and wearable electronic equipment - Google Patents
Information processing method and wearable electronic equipment Download PDFInfo
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- CN104424029A CN104424029A CN201310393058.2A CN201310393058A CN104424029A CN 104424029 A CN104424029 A CN 104424029A CN 201310393058 A CN201310393058 A CN 201310393058A CN 104424029 A CN104424029 A CN 104424029A
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Abstract
The invention discloses an information processing method and wearable electronic equipment. The wearable electronic equipment can be worn on at least a first body part or a second body part of the user. The information processing method includes detecting a first movement parameter of the wearable electronic equipment; based on the first movement parameter, judging that the wearable electronic equipment is wore on the first body part or the second first body, and accordingly a first judgment result is obtained; if the first judgment result shows that the wearable electronic equipment is wore on the first body part, the wearable electronic equipment is in a first use mode; if the first judgment result shows that the wearable electronic equipment is wore on the second body part, the wearable electronic equipment is in a second use mode different from the first use mode.
Description
Technical field
The application relates to electronic technology field, the method for particularly a kind of information processing and Wearable electronic equipment.
Background technology
Along with the fast development of electronic technology, the function of various Wearable electronic equipment is more and more abundanter, more and more hommization, makes user have better Experience Degree in the process using Wearable electronic equipment.At present, the hand-held Wearable electronic equipment of intelligent wearable type becomes trend gradually, and such as, have now the handheld device of a lot of similar watch form to emerge, these equipment can be worn on hand by user, easy to use;
But present inventor is in the process realizing invention technical scheme in the embodiment of the present application, find that above-mentioned technology at least exists following technical matters:
Because existing hand-held Wearable electronic equipment cannot detect the left hand or the right hand being worn on user automatically, when user handheld device changed another on hand after, need the duty of manual adjustment equipment, such as, the interface of clock, so existing hand-held Wearable electronic equipment existence is worn on user's left hand or the right hand owing to can not automatically detect, thus cause the technical matters can not carrying out corresponding switching using forestland according to the switching of user right-hand man.
Summary of the invention
The embodiment of the present application is by providing a kind of method and Wearable electronic equipment of information processing, be worn on user's left hand or the right hand in order to solve existing hand-held Wearable electronic equipment existence owing to can not automatically detect, thus cause the technical matters can not carrying out corresponding switching using forestland according to the switching of user right-hand man.
On the one hand, the embodiment of the present application provides a kind of method of information processing, is applied to a Wearable electronic equipment, and described Wearable electronic equipment at least can be worn on the first body part or second body part of user, and described method comprises:
Detect the first kinematic parameter of described Wearable electronic equipment; Based on described first kinematic parameter, judge that described Wearable electronic equipment is worn on described first body part or described second body part, obtain the first judged result; When described first judged result shows that described Wearable electronic equipment is worn on described first body part, determine that the using forestland of described Wearable electronic equipment is the first using forestland; When described first judged result shows that described Wearable electronic equipment is worn on described second body part, determine that the using forestland of described Wearable electronic equipment is second using forestland different from described first using forestland.
Optionally, described first body part and described second body part are symmetrical body part.
Optionally, described determine that the using forestland of described Wearable electronic equipment is the first using forestland after, described method also comprises: the display mode of described Wearable electronic equipment is defined as the first display mode; Described determine that the using forestland of described Wearable electronic equipment is the second using forestland after, described method also comprises: the display mode of described Wearable electronic equipment is defined as second display mode different from described first display direction.
Optionally, the first kinematic parameter of the described Wearable electronic equipment of described detection, specifically comprises:
When on the health position to be determined that described Wearable electronic equipment is worn on described user, space coordinates are set up to described body part to be determined; Within one section of Preset Time, detect the first kinematic parameter produced when described body part to be determined moves in described space coordinates, wherein, described first kinematic parameter is specially the direction vector in described space coordinates; From described first kinematic parameter, extract described body part level to be determined times of exercise left left, and level to the right move right number of times.
Optionally, described based on described first kinematic parameter, detect described Wearable electronic equipment and be worn on described first body part or described second body part, obtain the first judged result, specifically comprise: times of exercise and the described size moving right the ratio of number of times left described in judgement, obtain the second judged result; Based on described second judged result, judge that described body part to be determined is right part body part or the left part body part of described user, obtain the first judged result; Wherein, show that described ratio is greater than the first preset value in described second judged result, then described first judged result shows that described body part to be determined is described right part body part; Show that described ratio is less than the second preset value in described second judged result, then described first judged result shows that described body part to be determined is described left part body part, described first preset value can be equal with described second preset value, also can be unequal, when described first preset value is equal with described second preset value, described first preset value and described second preset value are 1.
Optionally, when described first judged result shows that described Wearable electronic equipment is worn on described first body part, determine that the using forestland of described Wearable electronic equipment is the first using forestland, be specially: when described first judged result shows that described Wearable electronic equipment is worn on described left part body part, the current using forestland of described Wearable electronic equipment is defined as first using forestland corresponding with described left part body part, under described first using forestland, uses described Wearable electronic equipment to enable described user.
Optionally, when described first judged result shows that described Wearable electronic equipment is worn on described second body part, determine that the using forestland of described Wearable electronic equipment is the second using forestland, be specially: when described first judged result shows that described Wearable electronic equipment is worn on described right part body part, the current using forestland of described Wearable electronic equipment is defined as second using forestland corresponding with described right part body part, under described second using forestland, uses described Wearable electronic equipment to enable described user.
On the other hand, the embodiment of the present application also provides a kind of Wearable electronic equipment, and described Wearable electronic equipment at least can be worn on the first body part or second body part of a user, and described Wearable electronic equipment comprises:
Detecting unit, for detecting the first kinematic parameter of described Wearable electronic equipment; Judging unit, for based on described first kinematic parameter, judges that described Wearable electronic equipment is worn on described first body part or described second body part, obtains the first judged result; First determining unit, for when described first judged result shows that described Wearable electronic equipment is worn on described first body part, determines that the using forestland of described Wearable electronic equipment is the first using forestland; Second determining unit, for when described first judged result shows that described Wearable electronic equipment is worn on described second body part, determines that the using forestland of described Wearable electronic equipment is second using forestland different from described first using forestland.
Optionally, described first body part and described second body part are symmetrical body part.
Optionally, described first determining unit, also for: described determine that the using forestland of described Wearable electronic equipment is the first using forestland after, the display mode of described Wearable electronic equipment is defined as the first display mode; Described second determining unit, also for: described determine that the using forestland of described Wearable electronic equipment is the second using forestland after, the display mode of described Wearable electronic equipment is defined as second display mode different from described first display direction.
Optionally, described detecting unit, specifically comprises:
Set up coordinate system unit, time on the health position to be determined being worn on described user when described Wearable electronic equipment, space coordinates are set up to described body part to be determined; Detection sub-unit, within one section of Preset Time, detect the first kinematic parameter produced when described body part to be determined moves in described space coordinates, wherein, described first kinematic parameter is specially the direction vector in described space coordinates; Extraction unit, for extracting described body part level to be determined times of exercise left left from described first kinematic parameter, and level to the right move right number of times.
Optionally, described judging unit, specifically comprises: the first judgment sub-unit, for times of exercise and the described size moving right the ratio of number of times left described in judging, obtains the second judged result; Second judgment sub-unit, for based on described second judged result, judges that described body part to be determined is right part body part or the left part body part of described user, obtains the first judged result; Wherein, show that described ratio is greater than the first preset value in described second judged result, then described first judged result shows that described body part to be determined is described right part body part; Show that described ratio is less than the second preset value in described second judged result, then described first judged result shows that described body part to be determined is described left part body part, described first preset value can be equal with described second preset value, also can be unequal, when described first preset value is equal with described second preset value, described first preset value and described second preset value are 1.
Optionally, described first determining unit, specifically for: when described first judged result shows that described Wearable electronic equipment is worn on described left part body part, the current using forestland of described Wearable electronic equipment is defined as first using forestland corresponding with described left part body part, under described first using forestland, uses described Wearable electronic equipment to enable described user.
Optionally, described second determining unit, specifically for: when described first judged result shows that described Wearable electronic equipment is worn on described right part body part, the current using forestland of described Wearable electronic equipment is defined as second using forestland corresponding with described right part body part, under described second using forestland, uses described Wearable electronic equipment to enable described user.
The one or more technical schemes provided in the embodiment of the present application, at least have following technique effect or advantage:
(1) due in the embodiment of the present application, adopt when Wearable electronic equipment is worn on first body part of user or the second body part to use, detect the first body part or the second body part that Wearable electronic equipment is worn on user, and according to testing result, the using forestland of Wearable electronic equipment is defined as the technological means with the first body part or the corresponding pattern of the second body part, solve existing hand-held Wearable electronic equipment existence and be worn on user's left hand or the right hand owing to can not automatically detect, thus cause the technical matters can not carrying out corresponding switching using forestland according to the switching of user right-hand man, achieve and enable hand-held Wearable electronic equipment carry out the technique effect of the using forestland of corresponding adjustment Wearable electronic equipment according to the body part that user is switched to.
(2) due in the embodiment of the present application, adopt by setting up the technological means that Virtual Space coordinate system detects movements of parts of the body parameter to be determined to body part to be determined, achieve the technique effect that can judge body part to be determined specifically the first body part or the second body part according to movements of parts of the body action to be confirmed.
Accompanying drawing explanation
The method flow diagram of a kind of information processing that Fig. 1 provides for the embodiment of the present application;
The schematic diagram setting up space coordinates that Fig. 2 provides for the embodiment of the present application;
The structural representation of a kind of Wearable electronic equipment that Fig. 3 provides for the embodiment of the present application.
Embodiment
The embodiment of the present application is by providing a kind of method and Wearable electronic equipment of information processing, what solve existing hand-held Wearable electronic equipment existence is worn on user's left hand or the right hand owing to can not automatically detect, thus causes the technical matters can not carrying out corresponding switching using forestland according to the switching of user right-hand man.
Technical scheme in the embodiment of the present application is for solving the problem, and general thought is as follows:
There is provided a kind of method of information processing, be applied to a Wearable electronic equipment, described Wearable electronic equipment at least can be worn on the first body part or second body part of a user, and described method comprises:
Detect the first kinematic parameter of described Wearable electronic equipment; Based on described first kinematic parameter, judge that described Wearable electronic equipment is worn on described first body part or described second body part, obtain the first judged result; When described first judged result shows that described Wearable electronic equipment is worn on described first body part, determine that the using forestland of described Wearable electronic equipment is the first using forestland; When described first judged result shows that described Wearable electronic equipment is worn on described second body part, determine that the using forestland of described Wearable electronic equipment is second using forestland different from described first using forestland.
Visible, the embodiment of the present application is owing to adopting when Wearable electronic equipment is worn on first body part of user or the second body part to use, detect the first body part or the second body part that Wearable electronic equipment is worn on user, and according to testing result, the using forestland of Wearable electronic equipment is defined as the technological means with the first body part or the corresponding pattern of the second body part, solve existing hand-held Wearable electronic equipment existence and be worn on user's left hand or the right hand owing to can not automatically detect, thus cause the technical matters can not carrying out corresponding switching using forestland according to the switching of user right-hand man, achieve and enable hand-held Wearable electronic equipment carry out the technique effect of the using forestland of corresponding adjustment Wearable electronic equipment according to the body part that user is switched to.
In order to better understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail, the specific features being to be understood that in the embodiment of the present application and embodiment is the detailed description to technical scheme, instead of the restriction to technical scheme, when not conflicting, the technical characteristic in the embodiment of the present application and embodiment can combine mutually.
The Wearable electronic equipment that the method provided in the embodiment of the present application is applied to mainly refers to Wearable electronic equipment, such as, now commonly the hand-held Wearable electronic equipment that wrist uses can be worn over as watch, as, design to obtain light small and exquisite Wearable mobile phone, MP3 etc. just can be worn in the wrist of user as wrist-watch, or can be worn on the Wearable electronic equipment of other body parts of user, such as, hand, leg, eyes, the body part that ear etc. are symmetrical.
As shown in Figure 1, the method for the information processing that the embodiment of the present application provides, specifically comprises step:
S1: the first kinematic parameter detecting described Wearable electronic equipment;
Further, described first body part and described second body part are symmetrical body part.
Further, described determine that the using forestland of described Wearable electronic equipment is the first using forestland after, described method also comprises: the display mode of described Wearable electronic equipment is defined as the first display mode; Described determine that the using forestland of described Wearable electronic equipment is the second using forestland after, described method also comprises: the display mode of described Wearable electronic equipment is defined as second display mode different from described first display direction.
Wearable electronic equipment in the embodiment of the present application mainly refers to the symmetrical position on user's body, but is not limited to be any, is that the hand of user is to introduce each embodiment below with body part.
In specific implementation process, illustrate with the Wearable electronic equipment that can be worn on hand, when the first body part is the left hand of user, second body part is the right hand of user, when the Wearable electronic equipment hand be worn between right-hand man uses, the motion conditions that the system of Wearable electronic equipment can detect the hand of user judges left hand or the right hand, concrete mode is mainly by detecting the kinematic parameter of the hand of user, when detecting left hand or the right hand, system just is done corresponding adjustment to the using forestland of Wearable electronic equipment according to testing result, and the display mode of electronic equipment is also adjusted accordingly, such as, adjustment user interface, clock display interface, inputting interface etc.
Further, described step S1, specifically comprises:
When on the health position to be determined that described Wearable electronic equipment is worn on described user, space coordinates are set up to described body part to be determined; Within one section of Preset Time, detect the first kinematic parameter produced when described body part to be determined moves in described space coordinates, wherein, described first kinematic parameter is specially the direction vector in described space coordinates; From described first kinematic parameter, extract described body part level to be determined times of exercise left left, and level to the right move right number of times.
In specific implementation process, when Wearable electronic equipment is the hand-held Wearable electronic equipment being worn on user's hand, systems axiol-ogy judges that the embodiment of right-hand man can be: judge that Wearable electronic equipment is positioned at left hand or the right hand by the direction of action detecting user's arm, obtain the first kinematic parameter dressed and have the hand to be confirmed of Wearable electronic equipment, in the embodiment of the present application mainly by setting up Virtual space coordinate system to obtain the first kinematic parameter to hand to be determined, first kinematic parameter specifically refers to the direction of action vector in one section of Preset Time in these space coordinates of hand to be determined, according to this direction of action vector, system therefrom can extract level component left and level component to the right, finally count hand to be determined in one section of Preset Time hand level to be determined to the times of exercise of left movement, with the times of exercise that level moves right, such as, system obtained in half an hour at every turn, the kinematic parameter of hand to be determined, hand to be determined times of exercise left and times of exercise to the right within half an hour is obtained again according to kinematic parameter.In actual applications, can obtain the first kinematic parameter dressed and have the hand to be determined of Wearable electronic equipment by 3-axis acceleration sensor or gyroscope, concrete which kind of sensor that uses obtains these parameters, does not limit in the embodiment of the present application.
Continue below to illustrate for hand, as shown in Figure 2, in figure, A refers to the direction vector that hand to be determined is brandished left, namely hand to be determined is to the first kinematic parameter of left movement, B refers to the direction vector that hand to be determined is brandished to the right, i.e. the first kinematic parameter of moving right of hand to be determined, the level of extracting component a left can be analyzed from vectorial A, in like manner, the level of extracting component b to the right can be analyzed from vectorial B, then system can count hand to be confirmed to the number of times of left movement and the number of times that moves right according to the number of component a and component b, such as, if level left component a has 10, level has 5 to right component b, then system draw this hand to be determined left times of exercise be 10 times, moving right number of times is 5 times.
Visible, in the embodiment of the present application owing to adopting by setting up the technological means that Virtual Space coordinate system detects movements of parts of the body parameter to be determined to body part to be determined, achieve the technique effect that can judge body part to be determined specifically the first body part or the second body part according to movements of parts of the body action to be confirmed.
S2: based on described first kinematic parameter, judges that described Wearable electronic equipment is worn on described first body part or described second body part, obtains the first judged result;
Further, described step S2 is specially: times of exercise and the described size moving right the ratio of number of times left described in judgement, obtain the second judged result;
Based on described second judged result, judge that described body part to be determined is right part body part or the left part body part of described user, obtain the first judged result;
Wherein, show that described ratio is greater than the first preset value in described second judged result, then described first judged result shows that described body part to be determined is described right part body part; Show that described ratio is less than the second preset value in described second judged result, then described first judged result shows that described body part to be determined is described left part body part, described first preset value can be equal with described second preset value, also can be unequal, when described first preset value is equal with described second preset value, described first preset value and described second preset value are 1.
Continue below to illustrate for right-hand man, when to be obtained in one section of Preset Time after hand to be determined times of exercise and to the right left by step S1, perform step S2, detect described Wearable electronic equipment and be worn on described left hand or the described right hand, thus obtain the first judged result, in specific implementation process, when system obtains hand to be determined in preset time period after times of exercise left and times of exercise to the right, will make a decision based on the hand of these parameters to Wearable electronic equipment place, be confirmed to be left hand or the right hand, concrete judgment mode can be: judge that hand to be determined is in motion process, in the component in the horizontal direction of the direction of each motion, whether times of exercise is greater than the first preset value with the ratio moving right number of times left, such as 2, illustrate that hand to be determined is greater than 2 times that move right number of times to the number of times of left movement, illustrate that hand to be determined moves right frequently to left movement ratio, now, system can judge that hand to be determined is the right hand of user, otherwise, if times of exercise is less than the second preset value with the ratio moving right number of times left, such as 1/2, illustrate that hand to be determined is less than the half of transporting times of exercise to the right to the number of times of left movement, illustrate that hand to be determined moves right frequently, now, system can judge that hand to be determined is the left hand of user.In a particular application, the first preset value and the second preset value user can be arranged according to demand, but, when the first preset value is equal with the second preset value, are all 1.
The detection mode of the right-hand man of user is judged above by the kinematic parameter of sensor acquisition user arm, the preferred detection mode of one just provided in the embodiment of the present application, in a particular application, those skilled in the art can also distinguish the right-hand man of user by other detection modes, such as, in Wearable electronic equipment, camera is set, employing camera takes the image about user, and the position being arranged in image according to the physical trait of user judges that Wearable electronic equipment is positioned at left hand or the right hand of user.
S3: when described first judged result shows that described Wearable electronic equipment is worn on described first body part, determines that the using forestland of described Wearable electronic equipment is the first using forestland;
Further, when described first judged result shows that described Wearable electronic equipment is worn on described left part body part, the current using forestland of described Wearable electronic equipment is defined as first using forestland corresponding with described left part body part, under described first using forestland, uses described Wearable electronic equipment to enable described user.
S4: when described first judged result shows that described Wearable electronic equipment is worn on described second body part, determines that the using forestland of described Wearable electronic equipment is second using forestland different from described first using forestland.
Further, when described first judged result shows that described Wearable electronic equipment is worn on described right part body part, the current using forestland of described Wearable electronic equipment is defined as second using forestland corresponding with described right part body part, under described second using forestland, uses described Wearable electronic equipment to enable described user.
In specific implementation process, when being worn on one of them body part in the symmetrical body part of a pair of user when Wearable electronic equipment detects, can according to testing result, automatically the using forestland of Wearable electronic equipment is adjusted to the using forestland adapted with the body part at place, such as, when testing result shows that Wearable electronic equipment is the left hand being worn on user, system can be defined as left hand using forestland the user interface of Wearable electronic equipment, Wearable electronic equipment can be used under pattern leftward to make user, when testing result shows that electronic equipment is the right hand being worn on user, system can be defined as right-handed mode the user interface of Wearable electronic equipment, Wearable electronic equipment can be used under right-handed mode to make user.Certainly, the different using forestland users of Wearable electronic equipment can pre-set according to actual conditions.Such as, the using forestland that the left hand that user presets is corresponding is the pattern that the operation interface of operation mark and user facilitates the right hand to use, the using forestland that the right hand is corresponding is the pattern that the operation interface of operation mark and user facilitates left hand to use, when system judges that electronic equipment is when being worn on left hand or the right hand, just automatic using forestland using forestland being adjusted to correspondence.
Introduce the detection mode when body part is specially the ear of user below again:
In specific implementation process, when Wearable electronic equipment is the Wearable electronic equipment being applicable to ear, the embodiment provided in the embodiment of the present application is: suppose that the first body part is the left ear of user, second body part is the auris dextra of user, when Wearable electronic equipment is worn by the user at left ear or auris dextra, or after being switched to another ear from an ear, system can by detecting Wearable electronic equipment is worn on which ear to adjust corresponding mode of operation, due to the symmetry of the structure of left ear and auris dextra, so the structure that will present when Wearable electronic equipment is worn on left ear and auris dextra is also symmetrical, Wearable electronic equipment is worn over left ear or auris dextra to utilize this feature to judge, when deformation texture first structure that systems axiol-ogy goes out Wearable electronic equipment be with left ear to corresponding structure time, illustrate that Wearable electronic equipment is now be worn on left ear, when deformation texture second structure of Wearable electronic equipment is the structure corresponding with auris dextra be, illustrate that Wearable electronic equipment is now be worn on auris dextra.
Below provide in the embodiment of the present application after Wearable electronic equipment is worn on user's hand or ear, by detecting right-hand man or left and right ear, carry out the using forestland of corresponding adjustment Wearable electronic equipment, the preferred embodiment just provided in the embodiment of the present application, which body part of the first body part and the second body part specifically user is not limited in the embodiment of the present application, can left and right pin, right and left eyes etc., the concrete detection mode according to different body parts may be slightly different, but those skilled in the art can realize according to usual detection means, such as when Wearable electronic equipment is worn on left eye or the right eye of user, image can be obtained by image collecting device, judged by the picture of user in movement images, the face image feature of the user such as photographed downwards from left eye direction or right eye direction, the position of nose in picture can be to the right or to the left, like this, just can detect that Wearable electronic equipment is worn on left eye or right eye.
Based on same inventive concept, the embodiment of the present application also provides a kind of Wearable electronic equipment, and described Wearable electronic equipment can be worn on the first body part or second body part of a user, and as shown in Figure 3, described Wearable electronic equipment specifically comprises:
Detecting unit 10, for detecting the first kinematic parameter of described Wearable electronic equipment;
Judging unit 20, for based on described first kinematic parameter, judges that described Wearable electronic equipment is worn on described first body part or described second body part, obtains the first judged result;
First determining unit 30, for when described first judged result shows that described Wearable electronic equipment is worn on described first body part, determines that the using forestland of described Wearable electronic equipment is the first using forestland;
Second determining unit 40, for when described first judged result shows that described Wearable electronic equipment is worn on described second body part, determines that the using forestland of described Wearable electronic equipment is second using forestland different from described first using forestland.
Further, described first body part and described second body part are symmetrical body part.
Further, described first determining unit 30, also for: described determine that the using forestland of described Wearable electronic equipment is the first using forestland after, the display mode of described Wearable electronic equipment is defined as the first display mode;
Described second determining unit 40, also for: described determine that the using forestland of described Wearable electronic equipment is the second using forestland after, the display mode of described Wearable electronic equipment is defined as second display mode different from described first display direction.
Further, described detecting unit 10, specifically comprises:
Set up coordinate system unit, time on the health position to be determined being worn on described user when described Wearable electronic equipment, space coordinates are set up to described body part to be determined;
Detection sub-unit, within one section of Preset Time, detect the first kinematic parameter produced when described body part to be determined moves in described space coordinates, wherein, described first kinematic parameter is specially the direction vector in described space coordinates;
Extraction unit, for extracting described body part level to be determined times of exercise left left from described first kinematic parameter, and level to the right move right number of times.
Further, described judging unit 20, specifically comprises:
First judgment sub-unit, for times of exercise and the described size moving right the ratio of number of times left described in judging, obtains the second judged result;
Second judgment sub-unit, for based on described second judged result, judges that described body part to be determined is right part body part or the left part body part of described user, obtains the first judged result;
Wherein, show that described ratio is greater than the first preset value in described second judged result, then described first judged result shows that described body part to be determined is described right part body part; Show that described ratio is less than the second preset value in described second judged result, then described first judged result shows that described body part to be determined is described left part body part, described first preset value can be equal with described second preset value, also can be unequal, when described first preset value is equal with described second preset value, described first preset value and described second preset value are 1.
Further, described first determining unit 30, specifically for:
When described first judged result shows that described Wearable electronic equipment is worn on described left part body part, the current using forestland of described Wearable electronic equipment is defined as first using forestland corresponding with described left part body part, under described first using forestland, uses described Wearable electronic equipment to enable described user.
Further, described second determining unit 40, specifically for:
When described first judged result shows that described Wearable electronic equipment is worn on described right part body part, the current using forestland of described Wearable electronic equipment is defined as second using forestland corresponding with described right part body part, under described second using forestland, uses described Wearable electronic equipment to enable described user.
The one or more technical schemes provided in the embodiment of the present application, at least have following technique effect or advantage:
(1) due in the embodiment of the present application, adopt when Wearable electronic equipment is worn on first body part of user or the second body part to use, detect the first body part or the second body part that Wearable electronic equipment is worn on user, and according to testing result, the using forestland of Wearable electronic equipment is defined as the technological means with the first body part or the corresponding pattern of the second body part, solve existing hand-held Wearable electronic equipment existence and be worn on user's left hand or the right hand owing to can not automatically detect, thus cause the technical matters can not carrying out corresponding switching using forestland according to the switching of user right-hand man, achieve and enable hand-held Wearable electronic equipment carry out the technique effect of the using forestland of corresponding adjustment Wearable electronic equipment according to the body part that user is switched to.
(2) due in the embodiment of the present application, adopt by setting up the technological means that Virtual Space coordinate system detects movements of parts of the body parameter to be determined to body part to be determined, achieve the technique effect that can judge body part to be determined specifically the first body part or the second body part according to movements of parts of the body action to be confirmed.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (14)
1. an information processing method, is applied to a Wearable electronic equipment, and described Wearable electronic equipment at least can be worn on the first body part or second body part of user, and described method comprises:
Detect the first kinematic parameter of described Wearable electronic equipment;
Based on described first kinematic parameter, judge that described Wearable electronic equipment is worn on described first body part or described second body part, obtain the first judged result;
When described first judged result shows that described Wearable electronic equipment is worn on described first body part, determine that the using forestland of described Wearable electronic equipment is the first using forestland;
When described first judged result shows that described Wearable electronic equipment is worn on described second body part, determine that the using forestland of described Wearable electronic equipment is second using forestland different from described first using forestland.
2. the method for claim 1, is characterized in that, described first body part and described second body part are symmetrical body part.
3. the method for claim 1, is characterized in that,
Described determine that the using forestland of described Wearable electronic equipment is the first using forestland after, described method also comprises: the display mode of described Wearable electronic equipment is defined as the first display mode;
Described determine that the using forestland of described Wearable electronic equipment is the second using forestland after, described method also comprises: the display mode of described Wearable electronic equipment is defined as second display mode different from described first display direction.
4. method as claimed in claim 2, it is characterized in that, the first kinematic parameter of the described Wearable electronic equipment of described detection, specifically comprises:
When on the health position to be determined that described Wearable electronic equipment is worn on described user, space coordinates are set up to described body part to be determined;
Within one section of Preset Time, detect the first kinematic parameter produced when described body part to be determined moves in described space coordinates, wherein, described first kinematic parameter is specially the direction vector in described space coordinates;
From described first kinematic parameter, extract described body part level to be determined times of exercise left left, and level to the right move right number of times.
5. method as claimed in claim 4, is characterized in that, described based on described first kinematic parameter, detects described Wearable electronic equipment and is worn on described first body part or described second body part, obtain the first judged result, specifically comprise:
Times of exercise and the described size moving right the ratio of number of times left described in judgement, obtain the second judged result;
Based on described second judged result, judge that described body part to be determined is right part body part or the left part body part of described user, obtain the first judged result;
Wherein, show that described ratio is greater than the first preset value in described second judged result, then described first judged result shows that described body part to be determined is described right part body part; Show that described ratio is less than the second preset value in described second judged result, then described first judged result shows that described body part to be determined is described left part body part, described first preset value can be equal with described second preset value, also can be unequal, when described first preset value is equal with described second preset value, described first preset value and described second preset value are 1.
6. method as claimed in claim 5, is characterized in that, when described first judged result shows that described Wearable electronic equipment is worn on described first body part, determine that the using forestland of described Wearable electronic equipment is the first using forestland, be specially:
When described first judged result shows that described Wearable electronic equipment is worn on described left part body part, the current using forestland of described Wearable electronic equipment is defined as first using forestland corresponding with described left part body part, under described first using forestland, uses described Wearable electronic equipment to enable described user.
7. method as claimed in claim 5, is characterized in that, when described first judged result shows that described Wearable electronic equipment is worn on described second body part, determine that the using forestland of described Wearable electronic equipment is the second using forestland, be specially:
When described first judged result shows that described Wearable electronic equipment is worn on described right part body part, the current using forestland of described Wearable electronic equipment is defined as second using forestland corresponding with described right part body part, under described second using forestland, uses described Wearable electronic equipment to enable described user.
8. a Wearable electronic equipment, described Wearable electronic equipment can be worn on the first body part or second body part of a user, and described Wearable electronic equipment comprises:
Detecting unit, for detecting the first kinematic parameter of described Wearable electronic equipment;
Judging unit, for based on described first kinematic parameter, judges that described Wearable electronic equipment is worn on described first body part or described second body part, obtains the first judged result;
First determining unit, for when described first judged result shows that described Wearable electronic equipment is worn on described first body part, determines that the using forestland of described Wearable electronic equipment is the first using forestland;
Second determining unit, for when described first judged result shows that described Wearable electronic equipment is worn on described second body part, determines that the using forestland of described Wearable electronic equipment is second using forestland different from described first using forestland.
9. Wearable electronic equipment as claimed in claim 8, it is characterized in that, described first body part and described second body part are symmetrical body part.
10. Wearable electronic equipment as claimed in claim 8, is characterized in that,
Described first determining unit, also for: described determine that the using forestland of described Wearable electronic equipment is the first using forestland after, the display mode of described Wearable electronic equipment is defined as the first display mode;
Described second determining unit, also for: described determine that the using forestland of described Wearable electronic equipment is the second using forestland after, the display mode of described Wearable electronic equipment is defined as second display mode different from described first display direction.
11. Wearable electronic equipment as claimed in claim 9, it is characterized in that, described detecting unit, specifically comprises:
Set up coordinate system unit, time on the health position to be determined being worn on described user when described Wearable electronic equipment, space coordinates are set up to described body part to be determined;
Detection sub-unit, within one section of Preset Time, detect the first kinematic parameter produced when described body part to be determined moves in described space coordinates, wherein, described first kinematic parameter is specially the direction vector in described space coordinates;
Extraction unit, for extracting described body part level to be determined times of exercise left left from described first kinematic parameter, and level to the right move right number of times.
12. Wearable electronic equipment as claimed in claim 11, it is characterized in that, described judging unit, specifically comprises:
First judgment sub-unit, for times of exercise and the described size moving right the ratio of number of times left described in judging, obtains the second judged result;
Second judgment sub-unit, for based on described second judged result, judges that described body part to be determined is right part body part or the left part body part of described user, obtains the first judged result;
Wherein, show that described ratio is greater than the first preset value in described second judged result, then described first judged result shows that described body part to be determined is described right part body part; Show that described ratio is less than the second preset value in described second judged result, then described first judged result shows that described body part to be determined is described left part body part, described first preset value can be equal with described second preset value, also can be unequal, when described first preset value is equal with described second preset value, described first preset value and described second preset value are 1.
13. Wearable electronic equipment as claimed in claim 12, is characterized in that, described first determining unit, specifically for:
When described first judged result shows that described Wearable electronic equipment is worn on described left part body part, the current using forestland of described Wearable electronic equipment is defined as first using forestland corresponding with described left part body part, under described first using forestland, uses described Wearable electronic equipment to enable described user.
14. Wearable electronic equipment as claimed in claim 12, is characterized in that, described second determining unit, specifically for:
When described first judged result shows that described Wearable electronic equipment is worn on described right part body part, the current using forestland of described Wearable electronic equipment is defined as second using forestland corresponding with described right part body part, under described second using forestland, uses described Wearable electronic equipment to enable described user.
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| CN201810319294.2A CN108549485B (en) | 2013-09-02 | 2013-09-02 | Information processing method and wearable electronic equipment |
| CN201310393058.2A CN104424029B (en) | 2013-09-02 | 2013-09-02 | The method and wearable electronic equipment of a kind of information processing |
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| CN201310393058.2A CN104424029B (en) | 2013-09-02 | 2013-09-02 | The method and wearable electronic equipment of a kind of information processing |
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| CN104424029B (en) | 2018-04-27 |
| CN108549485B (en) | 2021-04-13 |
| CN108549485A (en) | 2018-09-18 |
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