CN104216509A - Electronic equipment and information processing method - Google Patents
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- CN104216509A CN104216509A CN201310217553.8A CN201310217553A CN104216509A CN 104216509 A CN104216509 A CN 104216509A CN 201310217553 A CN201310217553 A CN 201310217553A CN 104216509 A CN104216509 A CN 104216509A
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Abstract
The invention discloses electronic equipment and an information processing method. The electronic equipment comprises a first body and a second body, and further comprises a connecting body and an image collection unit. The connecting body is used for connecting the first body with the second body and enabling the first body and the second body to relatively rotate. The image collection unit is arranged on the connecting body and used for adjusting the current collection range of the image collection unit to be the first collection range according to the first relative position generated after the first body and the second body rotate when a user uses the electronic equipment so that the image collection unit can collect a first image including a first physiological feature image corresponding to a first physiological feature of the user within the first collection range.
Description
Technical field
The application relates to electronic technology field, a kind of a kind of method of particularly electronic equipment and information processing.
Background technology
Along with the fast development of electronic technology, the user of notebook computer is used to get more and more, user to the profile of notebook computer and the requirement of operability also more and more higher, in order to meet the demand of user, the structural design of wide-angle upset all pursued by existing notebook computer, market even occurs display screen can relative to the notebook computer of body rotating 360 degrees, when user needs, can the display screen of notebook computer be rotated to the unspecified angle between 360 degree relative to body from 0 degree, to such an extent as to partially overlap with body, with 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:
Existing notebook computer substantially all has gesture interaction function, user can by directly carrying out the application that gesture operation controls in notebook computer before camera, especially when notebook computer be in wide-angle upset pattern of standing and tent pattern to use time, the interactive mode of user and notebook computer is substantially based on gesture interaction, but the camera due to existing notebook computer is positioned at the upper marginal position of display, when the upset of notebook computer wide-angle uses, the coverage of camera may be blocked, or shooting angle is nature not, so, notebook computer existence of the prior art may take the technical matters less than the picture including user's gesture when wide-angle upset uses.
Summary of the invention
The embodiment of the present application is by providing a kind of a kind of method of electronic equipment and information processing, exist and may take technical matters less than the picture including user's gesture in order to solve notebook computer of the prior art when wide-angle upset use, during to realize being in the wide-angle upset using states such as tent pattern when notebook computer, camera accurately can obtain the technique effect of the picture comprising user operation gesture.
On the one hand, the embodiment of the present application provides a kind of electronic equipment, and described electronic equipment comprises the first noumenon and the second body, and described electronic equipment also comprises:
Connector, for connecting described the first noumenon and described second body, enables described the first noumenon and described second body relatively rotate;
Image acquisition units, be arranged on described connector, for when there being a user at the described electronic equipment of use, the first relative position after rotating according to described the first noumenon and described second body, the current acquisition range adjusting described image acquisition units is the first acquisition range, can collect the first image of the first physiological characteristic image corresponding to the first physiological characteristic of comprising described user to make described image acquisition units in described first acquisition range.
Optionally, described image acquisition units specifically comprises: adjustment unit, and for according to described first relative position, adjusting described current acquisition range is described first acquisition range; Detecting unit, for detecting whether there is described first physiological characteristic in described first acquisition range; Collecting unit, when there being described first physiological characteristic in described first acquisition range, includes described first image for gathering.
Optionally, described image acquisition units is specially wide-angle camera.
Optionally, when described image acquisition units is specially described wide-angle camera, described first physiological characteristic image is the first physiological characteristic strain image corresponding to described first physiological characteristic.
Optionally, described electronic equipment also comprises: processing unit, is connected with described image acquisition units, for processing described first image, to obtain the first physiological characteristic undeformed image corresponding to described first physiological characteristic.
Optionally, described electronic equipment also comprises: the first angle detection unit, is connected with described processing unit, for detecting described the first noumenon first angle value that formed relative to described second body; Second angle detection unit, is connected with described processing unit, for detecting the second angle value between described first physiological characteristic and described the first noumenon normal.
Optionally, described processing unit specifically for: based on described first angle value and described second angle value, described first image is processed, to obtain described first physiological characteristic undeformed image.
Optionally, described processing unit specifically comprises: interception unit, be connected with described image acquisition units, for based on described first angle value and described second angle value, the second image is intercepted out from described first image, wherein, described second image is for only to comprise described first physiological characteristic strain image; First correcting unit, is connected with described image acquisition units, for correcting described second image, to obtain described first physiological characteristic undeformed image.
Optionally, described processing unit specifically also comprises: compression unit, be connected with described image acquisition units, for carrying out geometric ratio compression to described first image, to obtain the 3rd image, wherein, described 3rd image be to described first image geometric ratio compression after include described first physiological characteristic strain image; Second correcting unit, is connected with described image acquisition units, for correcting described 3rd image, to obtain described first physiological characteristic undeformed image.
On the other hand, the embodiment of the present application also provides a kind of method of information processing, be applied to an electronic equipment, described electronic equipment comprises the first noumenon and the second body, and for connecting the connector of described the first noumenon and described second body, described the first noumenon and described second body are relatively rotated, and described connector is provided with an image acquisition units, and described method comprises:
When there being a user to use described electronic equipment, the first relative position after rotating according to described the first noumenon and described second body, the current acquisition range adjusting described image acquisition units is the first acquisition range, can collect the first image of the first physiological characteristic image corresponding to the first physiological characteristic of comprising described user to make described image acquisition units in described first acquisition range.
Optionally, described rotate according to described the first noumenon and described second body after the first relative position, the current acquisition range adjusting described image acquisition units is the first acquisition range, the first image of the first physiological characteristic image corresponding to the first physiological characteristic of comprising described user can be collected to make described image acquisition units in described first acquisition range, specifically comprise:
According to described first relative position, adjusting described current acquisition range is described first acquisition range;
Detect and whether have described first physiological characteristic in described first acquisition range;
When there being described first physiological characteristic in described first acquisition range, include described first image for gathering.
Optionally, described image acquisition units is specially wide-angle camera.
Optionally, when described image acquisition units is specially described wide-angle camera, described first physiological characteristic image is the first physiological characteristic strain image corresponding to described first physiological characteristic.
Optionally, described rotate according to described the first noumenon and described second body after the first relative position, the current acquisition range adjusting described image acquisition units is the first acquisition range, can collect the first image of the first physiological characteristic image corresponding to the first physiological characteristic of comprising described user in described first acquisition range to make described image acquisition units after, described method also comprises:
Described first image is processed, to obtain the first physiological characteristic undeformed image corresponding to described first physiological characteristic.
Optionally, described rotate according to described the first noumenon and described second body after the first relative position, the current acquisition range adjusting described image acquisition units is the first acquisition range, the first image of the first physiological characteristic image corresponding to the first physiological characteristic of comprising described user can be collected in described first acquisition range to make described image acquisition units after, and described, described first image is processed, before obtaining the first physiological characteristic undeformed image corresponding to described first physiological characteristic, described method also comprises:
Detect described the first noumenon first angle value that formed relative to described second body;
Detect the second angle value between described first physiological characteristic and described the first noumenon normal.
Optionally, described described first image to be processed, to obtain the first physiological characteristic undeformed image corresponding to described first physiological characteristic, is specially:
Based on described first angle value and described second angle value, described first image is processed, to obtain described first physiological characteristic undeformed image.
Optionally, describedly based on described first angle value and described second angle value, described first image to be processed, to obtain described first physiological characteristic undeformed image, specifically comprises:
Based on described first angle value and described second angle value, from described first image, intercept out the second image, wherein, described second image is for only to comprise described first physiological characteristic strain image;
Correct described second image, to obtain described first physiological characteristic undeformed image.
Optionally, described described first image to be processed, specifically comprises with the undeformed image obtaining described first physiological characteristic corresponding:
Geometric ratio compression is carried out to described first image, to obtain the 3rd image, wherein, described 3rd image be to described first image geometric ratio compression after include described first physiological characteristic strain image;
Correct described 3rd image, to obtain described first physiological characteristic undeformed image.
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, adopting is arranged in the rotating shaft of notebook computer by camera, and when notebook computer is turned to the using forestland of different angles, the coverage of camera also can corresponding technological means of carrying out adjusting, make when user is when using notebook computer, camera always can photograph the image of at least one physiological characteristic about user in coverage, solve notebook computer of the prior art to exist and may take technical matters less than the picture including user's gesture when wide-angle upset use, when achieving the upset such as the wide-angle that to be in tent pattern when notebook computer using state, camera accurately can obtain the technique effect of the picture comprising user operation gesture.
(2) due in the embodiment of the present application, wide-angle camera is arranged on the technological means in the rotating shaft of notebook computer by employing, the technical matters may taken when wide-angle upset uses less than the picture including user's gesture that the coverage solving existing notes computer is little and cause, no matter the using state camera making notebook computer be in any flip angle can obtain the picture of user, achieve after camera have adjusted coverage, the technique effect of coverage can also be increased further.
(3) due in the embodiment of the present application, adopt the technological means to the first correct image process that wide-angle camera photographs, achieve the technique effect enabling the first image of acquisition reflect the true operation information of user.
Accompanying drawing explanation
The structural representation of a kind of electronic equipment that Fig. 1 provides for the embodiment of the present application;
The structural representation that the notebook computer tent pattern that is in that Fig. 2 provides for the embodiment of the present application uses;
What Fig. 3 provided for the embodiment of the present application carries out intercepting the process flow diagram corrected to the first image;
The process flow diagram the first image being carried out to compressed correction that Fig. 4 provides for the embodiment of the present application;
The process flow diagram of the method for a kind of information processing that Fig. 5 provides for the embodiment of the present application.
Embodiment
The embodiment of the present application is by providing a kind of a kind of method of electronic equipment and information processing, solve notebook computer of the prior art to exist and may take technical matters less than the picture including user's gesture when wide-angle upset use, during to realize being in the wide-angle upset using states such as tent pattern when notebook computer, camera accurately can obtain the technique effect of the picture comprising user operation gesture.
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 electronic equipment, described electronic equipment comprises the first noumenon and the second body, and described electronic equipment also comprises:
Connector, for connecting described the first noumenon and described second body, enables described the first noumenon and described second body relatively rotate;
Image acquisition units, be arranged on described connector, for when there being a user at the described electronic equipment of use, the first relative position after rotating according to described the first noumenon and described second body, the current acquisition range adjusting described image acquisition units is the first acquisition range, can collect the first image of the first physiological characteristic image corresponding to the first physiological characteristic of comprising described user to make described image acquisition units in described first acquisition range.
Visible, camera is arranged in the rotating shaft of notebook computer owing to adopting by the embodiment of the present application, and when notebook computer is turned to the using forestland of different angles, the coverage of camera also can corresponding technological means of carrying out adjusting, make when user is when using notebook computer, camera always can photograph the image of at least one physiological characteristic about user in coverage, solve existing notebook computer exist when wide-angle upset use time, the coverage of camera may be blocked and cause taking the technical matters less than the picture of user, when achieving the upset such as the wide-angle that to be in tent pattern when notebook computer using state, camera accurately can obtain the technique effect of the picture of user operation gesture.
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.
As shown in Figure 1, the electronic equipment that the embodiment of the present application provides, specifically comprises:
Connector 10, for connecting described the first noumenon and described second body, enables described the first noumenon and described second body relatively rotate;
In specific implementation process, the electronic equipment provided in the embodiment of the present application mainly refers to the electronic equipment including the first noumenon and the second body, wherein, the first noumenon is connected by a connector 10 with the second body, by connector 10, described the first noumenon can rotate relative to described second body.Modal this electronic equipment is notebook computer, or clamshell phone, below just illustrate with notebook computer, the display of notebook computer and keyboard are fixed by a connection rotating shaft, and display can overturn relatively around the shaft with keyboard.
Image acquisition units 20, be arranged on described connector 10, for when there being a user at the described electronic equipment of use, the first relative position after rotating according to described the first noumenon and described second body, the current acquisition range adjusting described image acquisition units is the first acquisition range, can collect the first image of the first physiological characteristic image corresponding to the first physiological characteristic of comprising described user to make described image acquisition units in described first acquisition range.
In specific implementation process, the electronic equipment provided in the embodiment of the present application comprises one and is arranged on image acquisition units 20 on connector 10, for notebook computer, the rotation axis of notebook computer is provided with camera, and when the display of notebook computer is relative with keyboard be turned into different angles to use time, the camera be positioned in rotating shaft can adjust coverage according to the different angles of upset, to ensure when user opens the application had about camera, camera can photograph in coverage include user at least one physiological characteristic at the first interior image.The problem mainly solved due to the electronic equipment provided in the embodiment of the present application be existing notebook computer exist when wide-angle upset use, the coverage of camera may be blocked and cause taking the technical matters less than the picture of user, so, the using state being just tent pattern with notebook computer upset below illustrates, as shown in Figure 2, angle between display 101 front and keyboard 102 front is 300 degree, it is same directions that the coverage being arranged on camera 200 in rotating shaft 100 is adjusted to the front of display 101, make when user uses notebook computer, coverage is towards user, camera 200 can photograph the first image comprising user, wherein, first image also can be understood as the image of the physiological characteristic comprising user, here physiological characteristic refers to the face feature of user, gesture etc.Here it is to be noted, the scheme be arranged on notebook computer rotation shaft by camera provided in the embodiment of the present application is not limited in the camera shown in Fig. 2 and is positioned at the middle situation of rotating shaft, in specific implementation process, camera can be arranged at any position in rotating shaft by those skilled in the art according to different design requirements, such as left side or right side.
Further, described image acquisition units 20 specifically comprises:
Adjustment unit 201, for according to described first relative position, adjusting described current acquisition range is described first acquisition range;
Detecting unit 202, for detecting whether there is described first physiological characteristic in described first acquisition range;
Collecting unit 203, when there being described first physiological characteristic in described first acquisition range, includes described first image for gathering.
In specific implementation process, image acquisition units 20 specifically comprises adjustment unit 201, detecting unit 202 and collecting unit 203, wherein:
For notebook computer, adjustment unit 201 is specifically for when the display of notebook computer and the relative position (angle) of keyboard change, the coverage of corresponding adjustment camera, here coverage mainly refers to the direction of camera coverage, such as, when the flip angle of notebook computer is 100 degree, computer is in normal using forestland, the direction being positioned at the coverage of the camera in rotating shaft probably should be perpendicular to rotating shaft direction upwards, accurately can photograph the image of the user being in notebook computer dead ahead, when notebook computer is in the tent using forestland of wide-angle upset, if the shooting direction of camera or original towards, in coverage, be just difficult to get the user images being in notebook computer dead ahead, at this moment adjust under just needing the shooting direction picture by camera, make in shooting direction all the time towards this one side of user, certainly, when user changes position to the left or to the right before notebook computer, camera also can adjust the direction of coverage accordingly, make in coverage, the image including user can be got all the time, the adjustment mode of camera to coverage can be, first camera is arranged in rotating shaft flexibly, it is made to rotate up and down, accordingly again in notebook computer, write some steering orders, control the direction that camera rotates, ensure its coverage towards all the time towards user, for the mode making the camera be arranged in rotating shaft realize coverage adjustment, do not do concrete restriction in the embodiment of the present application, those skilled in the art can realize the adjustment of the coverage to camera in different ways according to actual design demand.
Whether detecting unit 202 has at least one physiological characteristic of user in the coverage of camera specifically for detecting, if had, illustrate that the coverage adjustment of adjustment unit 201 pairs of cameras is accurate, if can't detect at least one physiological characteristic of user in coverage, then illustrate that adjustment unit 201 also needs to continue adjustment, in specific implementation process, detecting unit 202 specifically refers to the pick-up unit of at least one physiological characteristic that user can be detected, such as face identification device.
Collecting unit 203 specifically for there being at least one physiological characteristic of user in acquisition range during when detecting unit 202, just gather include user at least one physiological characteristic at the first interior image.
Further, described image acquisition units 10 is specially wide-angle camera.
In specific implementation process, be arranged on the camera specifically wide-angle camera on notebook computer rotation shaft, angular field of view is greater than 90 degree to being less than 180 degree, general in actual applications can range of choice wide-angle lens between also passable, such as 110 degree to 160 degree, the coverage of wide-angle lens is larger, the field range of the first image photographed is also wider, so, wide-angle camera is arranged on the technological means in rotating shaft by employing, when notebook computer uses in wide-angle upset, coverage can be increased further.
Visible, the embodiment of the present application is owing to adopting the technological means be arranged on by wide-angle camera in the rotating shaft of notebook computer, the technical matters may taking the picture less than user when wide-angle upset uses that the coverage solving existing notes computer is little and cause, no matter the using state camera making notebook computer be in any flip angle can obtain the picture of user, achieve after camera have adjusted coverage, the technique effect of coverage can also be increased further.
Further, when described image acquisition units is specially described wide-angle camera, described first physiological characteristic image is the first physiological characteristic strain image corresponding to described first physiological characteristic.
In specific implementation process, owing to have employed wide-angle camera to obtain the first image, although the first wider image can be got, but the image content be taken can produce certain distortion, be as the criterion with picture centre, more severe by the picture deformation of image border, if first physiological characteristic of user is at the marginal position of the first image, also relative deformation is more serious for picture corresponding to that the first physiological characteristic.
Further, described electronic equipment also comprises:
Processing unit 30, is connected with described image acquisition units 20, for processing described first image, to obtain the first physiological characteristic undeformed image corresponding to described first physiological characteristic.
In specific implementation process, the picture of the user's physiological characteristic comprised due to the first image got by wide-angle camera is distortion, so need system to process the first image, picture in image is reduced, during to ensure the content of system in this image of follow-up use, real image information can be acquired, especially the picture that in the first image, first physiological characteristic of user is corresponding, is treated as unstrained image and truly could reflects that user is to the operation information of notebook computer by picture corresponding for the first physiological characteristic.
Visible, in the embodiment of the present application owing to adopting the technological means to the first correct image process that wide-angle camera photographs, achieve the technique effect enabling the first image of acquisition reflect the true operation information of user.
Further, described electronic equipment also comprises angle detection unit 40, and angle detection unit 40 is specially:
First angle detection unit 401, is connected with described processing unit 30, for detecting described the first noumenon first angle value that formed relative to described second body;
Second angle detection unit 402, is connected with described processing unit 30, for detecting the second angle value between first physiological characteristic of described user and described the first noumenon normal.
In specific implementation process, the electronic equipment provided in the embodiment of the present application also comprises two angle detection unit: relative the first angle value formed after the first angle detection unit 401 overturns for detection display device and keyboard, and the first angle value here refers to the angle in display front and keyboard front, second angle detection unit 402 is for detecting the second angle value between the physiological characteristic of user and display normal, here display normal can be understood as the vertical normal of display, so, second angle value is exactly the point at the physiological characteristic place of user and the angle of the line of display center point normal vertical with display, such as when the second angle value be inclined display perpendicular bisector on the right of 20 degree time, just represent that user is the position use computer of 20 degree to the right before being positioned at display, in the first image, the picture of user is also the position of 20 degree to the right being positioned at whole sub-picture center accordingly.
Further, described processing unit 30 specifically for:
Based on described first angle value and described second angle value, described first image is processed, to obtain described first physiological characteristic undeformed image.
In specific implementation process, when being obtained corner dimension first angle value of display and keyboard by angle detection unit 40, and after corner dimension second angle value of the physiological characteristic of user and display normal, processing unit 30 will based on the first angle value and the second angle value, process original image first image including the physiological characteristic of user obtained, object is that the picture of the physiological characteristic of user in the first image of generation deformation in order to be photographed by wide-angle camera is reduced into real picture.
Further, described processing unit 30 specifically comprises:
Interception unit 301, is connected with described image acquisition units, for based on described first angle value and described second angle value, from described first image, intercepts out the second image, and wherein, described second image is for only to comprise described first physiological characteristic strain image;
First correcting unit 302, is connected with described image acquisition units, for correcting described second image, to obtain described first physiological characteristic undeformed image.
In specific implementation process, in the electronic equipment provided in the embodiment of the present application, processing unit 30 specifically also includes interception unit 301 and the first correcting unit 302, wherein, interception unit 301 for intercepting out the part image of the physiological characteristic picture only including user from the first image, because the first image is the large-scale original image taken by wide-angle camera, the resolution of the first image is also higher than the resolution of the image information of processing unit actual needs, the image information that processing unit actual needs uses only has the picture of the physiological characteristic of user, such as, when user carrys out operating computer by the gesture identification function of notebook computer, the picture of the just gesture part of user of processing unit actual needs, so need the picture intercepting out gesture part from large-scale image.The concrete intercepting process of interception unit 301 is: based on the first angle value (corner dimension between display and keyboard), processing unit can judge that the physiological characteristic of user is positioned at the relative position up and down of the first image, based on the second angle value (corner dimension between the physiological characteristic of user and display normal), processing unit can judge that the physiological characteristic of user is positioned at the left and right relative position of the first image, thus just can show that the physiological characteristic of user is positioned at the particular location of the first image, thus just from the first original image by the physiological characteristic picture capturing of user out,
The picture of the physiological characteristic about user intercepting out due to interception unit 301 is the part in original image first image, although the size reduction of picture, but picture is still strain image, so need this part correct image about the user's physiological characteristic reduction intercepting out again, so, first correcting unit 302 can carry out correction for reduction, to obtain the real image of the last operable physiological characteristic about user by the strain image of aberration correction algorithm to the physiological characteristic of the user obtained.
In order to the clearer those of ordinary skill in the art of allowing understand the function of interception unit 301 and the first correcting unit 302 provided in the embodiment of the present application, set forth the function of these two unit below by a concrete application scenarios:
Suppose that the notebook computer provided in the embodiment of the present application has gestures detection function, user A controls the application in a computer by this function, the operating gesture process of computer identification user with regard to for: first obtain by the wide-angle camera be arranged in rotating shaft the original image that includes the gesture feature of user, certainly, if when there is no user in the original image obtained, wide-angle camera can detect again, until obtain the image including user, as shown in Figure 3, after an original image can be intercepted and correct by the step provided by S101 to S104 in Fig. 3, as the image needed.Obtaining a resolution is after the original image of 1920*2560, angle detection unit detect again display and keyboard overturn after the second angle value between the gesture of relative the first angle value of being formed and user and display normal, by these two angle values, interception unit 301 can determine the position of the gesture of user in original image, determine that the gesture picture of user is arranged in original graph upper left side, then intercepted out, obtain the image that resolution is 960*1280, then the first correcting unit 302 is again by the correct image of aberration correction algorithm to the new 960*1280 obtained, the image of final acquisition 1280*720, this image be exactly can truly reflect user's gesture picture and be applicable to processing unit use image information.
Further, described processing unit 30 specifically also comprises:
Compression unit 303, be connected with described image acquisition units, for carrying out geometric ratio compression to described first image, to obtain the 3rd image, wherein, described 3rd image is the strain image including described first physiological characteristic after compressing described first image geometric ratio;
Second correcting unit 304, is connected with described image acquisition units, for correcting described 3rd image, to obtain described first physiological characteristic undeformed image.
In specific implementation process, as shown in Figure 4, the step provided by S201 to S203 in Fig. 4 can by after an original image compressed correction, as the image needed.After wide-angle camera obtains the first image, according to different application needs, not necessarily will by the picture capturing of the physiological characteristic part of user out, the content of whole picture all can be retained, because the image resolution ratio of wide-angle camera acquisition is than the height required for processing unit, so just need to reduce process to the first image, the first image is become required image according to the demand Scaling of application by compression unit 303; And then by the second correcting unit 304 to the correct image reduction after reducing, making the content of deformation in the first image reduce becomes real picture.Such as, when user is when carrying out video calling by notebook computer, wide-angle camera can obtain the image on a large scale of the face comprising user, the image Scaling that system can only need will obtain, then corrects and can apply the image of acquisition.
Based on same inventive concept, the embodiment of the present application also provides a kind of method of information processing, be applied to an electronic equipment, described electronic equipment comprises the first noumenon and the second body, and for connecting the connector of described the first noumenon and described second body, described the first noumenon and described second body being relatively rotated, described connector is provided with an image acquisition units, as shown in Figure 5, described method comprises:
S1: when there being a user to use described electronic equipment, the first relative position after rotating according to described the first noumenon and described second body, the current acquisition range adjusting described image acquisition units is the first acquisition range, can collect the first image of the first physiological characteristic image corresponding to the first physiological characteristic of comprising described user to make described image acquisition units in described first acquisition range.
Further, described step S1 specifically comprises:
According to described first relative position, adjusting described current acquisition range is described first acquisition range;
Detect and whether have described first physiological characteristic in described first acquisition range;
When there being described first physiological characteristic in described first acquisition range, include described first image for gathering.
Further, described image acquisition units is specially wide-angle camera.
Further, when described image acquisition units is specially described wide-angle camera, described first physiological characteristic image is the first physiological characteristic strain image corresponding to described first physiological characteristic.
Further, after step S1, also comprise:
S2: process described first image, to obtain the first physiological characteristic undeformed image corresponding to described first physiological characteristic.
Further, after step S1, and before step S2, described method also comprises:
Detect the first angle value that described the first noumenon and described second body relatively rotate formation; And
Detect the second angle value between first physiological characteristic of described user and the normal of described the first noumenon.
Further, described step S2 is specially:
Based on described first angle value and described second angle value, described first image is processed, to obtain described first physiological characteristic undeformed image.
Further, describedly based on described first angle value and described second angle value, described first image to be processed, specifically comprises to obtain described first physiological characteristic undeformed image:
Based on described first angle value and described second angle value, from described first image, intercept out the second image, wherein, described second image is for only to include described first physiological characteristic strain image;
First correcting unit, is connected with described image acquisition units, for correcting described second image, to obtain described first physiological characteristic undeformed image.
Further, described step S2 specifically comprises:
Geometric ratio compression is carried out to described first image, to obtain the 3rd image, wherein, described 3rd image be to described first image geometric ratio compression after include described first physiological characteristic strain image;
Correct described 3rd image, to obtain described first physiological characteristic undeformed image.
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, adopting is arranged in the rotating shaft of notebook computer by camera, and when notebook computer is turned to the using forestland of different angles, the coverage of camera also can corresponding technological means of carrying out adjusting, make when user is when using notebook computer, camera always can photograph the image of at least one physiological characteristic about user in coverage, solve notebook computer of the prior art to exist and may take technical matters less than the picture including user's gesture when wide-angle upset use, when achieving the upset such as the wide-angle that to be in tent pattern when notebook computer using state, camera accurately can obtain the technique effect of the picture comprising user operation gesture.
(2) due in the embodiment of the present application, wide-angle camera is arranged on the technological means in the rotating shaft of notebook computer by employing, the technical matters may taken when wide-angle upset uses less than the picture including user's gesture that the coverage solving existing notes computer is little and cause, no matter the using state camera making notebook computer be in any flip angle can obtain the picture of user, achieve after camera have adjusted coverage, the technique effect of coverage can also be increased further.
(3) due in the embodiment of the present application, adopt the technological means to the first correct image process that wide-angle camera photographs, achieve the technique effect enabling the first image of acquisition reflect the true operation information of user.
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 (18)
1. an electronic equipment, is characterized in that, described electronic equipment comprises the first noumenon and the second body, and described electronic equipment also comprises:
Connector, for connecting described the first noumenon and described second body, enables described the first noumenon and described second body relatively rotate;
Image acquisition units, be arranged on described connector, for when there being a user at the described electronic equipment of use, the first relative position after rotating according to described the first noumenon and described second body, the current acquisition range adjusting described image acquisition units is the first acquisition range, can collect the first image of the first physiological characteristic image corresponding to the first physiological characteristic of comprising described user to make described image acquisition units in described first acquisition range.
2. electronic equipment as claimed in claim 1, it is characterized in that, described image acquisition units specifically comprises:
Adjustment unit, for according to described first relative position, adjusting described current acquisition range is described first acquisition range;
Detecting unit, for detecting whether there is described first physiological characteristic in described first acquisition range;
Collecting unit, when there being described first physiological characteristic in described first acquisition range, includes described first image for gathering.
3. electronic equipment as claimed in claim 2, it is characterized in that, described image acquisition units is specially wide-angle camera.
4. electronic equipment as claimed in claim 3, is characterized in that, when described image acquisition units is specially described wide-angle camera, described first physiological characteristic image is the first physiological characteristic strain image corresponding to described first physiological characteristic.
5. electronic equipment as claimed in claim 4, it is characterized in that, described electronic equipment also comprises:
Processing unit, is connected with described image acquisition units, for processing described first image, to obtain the first physiological characteristic undeformed image corresponding to described first physiological characteristic.
6. electronic equipment as claimed in claim 5, it is characterized in that, described electronic equipment also comprises:
First angle detection unit, is connected with described processing unit, for detecting described the first noumenon first angle value that formed relative to described second body;
Second angle detection unit, is connected with described processing unit, for detecting the second angle value between described first physiological characteristic and described the first noumenon normal.
7. electronic equipment as claimed in claim 6, is characterized in that, described processing unit specifically for:
Based on described first angle value and described second angle value, described first image is processed, to obtain described first physiological characteristic undeformed image.
8. electronic equipment as claimed in claim 7, it is characterized in that, described processing unit specifically comprises:
Interception unit, is connected with described image acquisition units, for based on described first angle value and described second angle value, from described first image, intercepts out the second image, and wherein, described second image is for only to comprise described first physiological characteristic strain image;
First correcting unit, is connected with described image acquisition units, for correcting described second image, to obtain described first physiological characteristic undeformed image.
9. electronic equipment as claimed in claim 4, it is characterized in that, described processing unit specifically also comprises:
Compression unit, is connected with described image acquisition units, for carrying out geometric ratio compression to described first image, to obtain the 3rd image, wherein, described 3rd image be to described first image geometric ratio compression after include described first physiological characteristic strain image;
Second correcting unit, is connected with described image acquisition units, for correcting described 3rd image, to obtain described first physiological characteristic undeformed image.
10. the method for an information processing, be applied to an electronic equipment, it is characterized in that, described electronic equipment comprises the first noumenon and the second body, and for connecting the connector of described the first noumenon and described second body, described the first noumenon and described second body are relatively rotated, and described connector is provided with an image acquisition units, and described method comprises:
When there being a user to use described electronic equipment, the first relative position after rotating according to described the first noumenon and described second body, the current acquisition range adjusting described image acquisition units is the first acquisition range, can collect the first image of the first physiological characteristic image corresponding to the first physiological characteristic of comprising described user to make described image acquisition units in described first acquisition range.
11. methods as claimed in claim 10, it is characterized in that, described rotate according to described the first noumenon and described second body after the first relative position, the current acquisition range adjusting described image acquisition units is the first acquisition range, the first image of the first physiological characteristic image corresponding to the first physiological characteristic of comprising described user can be collected to make described image acquisition units in described first acquisition range, specifically comprise:
According to described first relative position, adjusting described current acquisition range is described first acquisition range;
Detect and whether have described first physiological characteristic in described first acquisition range;
When there being described first physiological characteristic in described first acquisition range, include described first image for gathering.
12. methods as claimed in claim 11, it is characterized in that, described image acquisition units is specially wide-angle camera.
13. methods as claimed in claim 12, is characterized in that, when described image acquisition units is specially described wide-angle camera, described first physiological characteristic image is the first physiological characteristic strain image corresponding to described first physiological characteristic.
14. methods as claimed in claim 13, it is characterized in that, described rotate according to described the first noumenon and described second body after the first relative position, the current acquisition range adjusting described image acquisition units is the first acquisition range, can collect the first image of the first physiological characteristic image corresponding to the first physiological characteristic of comprising described user in described first acquisition range to make described image acquisition units after, described method also comprises:
Described first image is processed, to obtain the first physiological characteristic undeformed image corresponding to described first physiological characteristic.
15. methods as claimed in claim 14, it is characterized in that, described rotate according to described the first noumenon and described second body after the first relative position, the current acquisition range adjusting described image acquisition units is the first acquisition range, the first image of the first physiological characteristic image corresponding to the first physiological characteristic of comprising described user can be collected in described first acquisition range to make described image acquisition units after, and described, described first image is processed, before obtaining the first physiological characteristic undeformed image corresponding to described first physiological characteristic, described method also comprises:
Detect described the first noumenon first angle value that formed relative to described second body;
Detect the second angle value between described first physiological characteristic and described the first noumenon normal.
16. methods as claimed in claim 15, is characterized in that, describedly process described first image, to obtain the first physiological characteristic undeformed image corresponding to described first physiological characteristic, are specially:
Based on described first angle value and described second angle value, described first image is processed, to obtain described first physiological characteristic undeformed image.
17. methods as claimed in claim 16, is characterized in that, describedly process described first image based on described first angle value and described second angle value, to obtain described first physiological characteristic undeformed image, specifically comprise:
Based on described first angle value and described second angle value, from described first image, intercept out the second image, wherein, described second image is for only to comprise described first physiological characteristic strain image;
Correct described second image, to obtain described first physiological characteristic undeformed image.
18. methods as claimed in claim 14, is characterized in that, describedly process described first image, specifically comprise with the undeformed image obtaining described first physiological characteristic corresponding:
Geometric ratio compression is carried out to described first image, to obtain the 3rd image, wherein, described 3rd image be to described first image geometric ratio compression after include described first physiological characteristic strain image;
Correct described 3rd image, to obtain described first physiological characteristic undeformed image.
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