A kind of notebook computer with 3D display effectTechnical field
The present invention relates to a kind of notebook computer, particularly a kind of notebook computer with 3D display effect.
Background technology
At present, modal 3D implementation method just need can reach corresponding effect by wearing polariscope, and therefore range of application is confined to the place of the public or family's projection, and is difficult to realize 3D effect on common mobile device, therefore, has occurred bore hole 3D technology; But, current bore hole 3D technology focuses mostly in the structural design to screen itself, such as optical barrier type technology, lens pillar technology etc., these designs can reach 3D effect by human eye depending on the principle of thing to a certain extent, but resolution and the brightness of screen can be reduced to a great extent, also be in the development phase at present, not mature enough, cannot be applied in existing product.
The design utilizes simple hardware and software, and the effect that can realize similar 3D is experienced, and the basis of low cost adds the sense organ comfort level of user.The design is based on the control to background picture, and the effect that can reach 3D is experienced, and improves user and is using the experience in notebook computer process.
Summary of the invention
Technical matters to be solved by this invention is to provide and a kind ofly according to the situation of movement of the upset situation of laptop computer displays and user, can regulates the notebook computer with 3D display effect of the position of the background picture of display.
In order to solve the problems of the technologies described above, present invention employs following technical scheme:
A kind of notebook computer with 3D display effect, it comprises the display and main frame that are hinged, and described display is provided with for detecting upset pick-up unit that whether described display overturn relative to described main frame and the displacement detector for the movement that detects the user being positioned at described display front; Data processing unit in described main frame communicates to connect with described upset pick-up unit and institute's displacement sensing device respectively, and described data processing unit is configured to detect according to described upset pick-up unit or institute's displacement sensing device and the flip angle data transmitted or displacement data calculate according to pre-defined rule the background picture that the screen of described display shows and carry out moving required shifting momentum data; Image display control unit in described main frame is configured to control described background picture according to described shifting momentum data and correspondingly moves along with described upset or described displacement.
As preferably, institute's displacement sensing device is configured to when described upset pick-up unit detects the upset of described display relative to described main frame, institute's displacement sensing device quits work, and when described upset pick-up unit detects that described display is static, institute's displacement sensing device is started working.
As preferably, when described upset pick-up unit detects that described display upwards overturns, described data processing unit is configured to calculate described background picture and moves down required shifting momentum data; When described upset pick-up unit detects that described display overturns downwards, described data processing unit is configured to calculate described background picture and moves up required shifting momentum data.
As preferably, when institute's displacement sensing device detects that user moves, described data processing unit is configured to calculate described background picture and moves up to the side identical with the moving direction of described user required shifting momentum data.
As preferably, described display is provided with the speed detector communicated to connect with described data processing unit, it is for the translational speed of the reversal rate and user that detect described display, and described data processing unit is also configured to detect according to described speed detector and the reversal rate data sent or translational speed data calculate described background picture carries out moving required translational speed data, described image display control unit is configured to control described background picture according to described shifting momentum data and described translational speed data and correspondingly moves along with described upset or described displacement.
As preferably, described upset pick-up unit is gravity sensor, and institute's displacement sensing device is displacement transducer.
As preferably, described upset pick-up unit is arranged in the housing in the outside of described display.
As preferably, institute's displacement sensing device is arranged on around the camera on described display.
Have a control method for the notebook computer of 3D display effect, described notebook computer comprises the display and main frame that are hinged, it is characterized in that, described control method comprises the following steps:
S1: install upset pick-up unit on the display and displacement detector and respectively the movement of described display relative to the upset of described main frame and the user that is positioned at described display front is detected, and the flip angle data of the upset of described display will be represented and represent that the displacement data of described user's movement sends to the data processing unit in described main frame;
S2: described data processing unit is according to the described flip angle data received and described displacement data, and calculate according to pre-defined rule the background picture that the screen of described display shows and carry out moving required shifting momentum data, and the image display control unit in described main frame controls described background picture according to described shifting momentum data correspondingly moves along with described upset or described displacement.
As preferably, between step S1 and S2, also comprise step S10 further: when described upset pick-up unit detects the upset of described display relative to described main frame, institute's displacement sensing device quits work, and described data processing unit detects according to described upset pick-up unit and described flip angle data transmitted calculate described background picture according to described pre-defined rule and carry out moving described shifting momentum data; When described upset pick-up unit detects that described display is static relative to described main frame, institute's displacement sensing device is started working.
As preferably, in step s 2, when described upset pick-up unit detects that described display upwards overturns, described data processing unit calculates described background picture and moves down required shifting momentum data; When described upset pick-up unit detects that described display overturns downwards, described data processing unit calculates described background picture and to move up required shifting momentum data.
As preferably, in step s 2, when institute's displacement sensing device detects that user moves, described data processing unit calculates described background picture and to move up to the side identical with the moving direction of described user required shifting momentum data.
As preferably, step S1 also comprises: the speed detector installed on the display detects the reversal rate of described display or the translational speed of user and sends to described data processing unit; Step S2 also comprises: described data processing unit also detects according to described speed detector and the reversal rate data sent or translational speed data calculate described background picture carries out moving required translational speed data, and described image display control unit controls described background picture according to described shifting momentum data and described translational speed data correspondingly moves along with described upset or described displacement.
Compared with prior art, beneficial effect of the present invention is:
1, whether the present invention is provided with for detection display device over the display relative to the displacement detector of the upset pick-up unit of main frame upset and the movement for the user in detection display device front, and according to testing result, background picture on the data processing unit calculation display of main frame moves required shifting momentum data, and regulated by the shift position of image display control unit to the background picture on display of main frame, realize the effect of " figure walks with eye ";
2, the present invention utilizes simple software and hardware structure, and the effect that can realize similar 3D is experienced, and the basis of low cost adds the sense organ comfort level of user.
Accompanying drawing explanation
Fig. 1 is the block scheme with the notebook computer of 3D display effect of the embodiment of the present invention;
Fig. 2 is the process flow diagram with the control method of the notebook computer of 3D display effect of the embodiment of the present invention;
Description of reference numerals
1-display 2-main frame
3-overturns pick-up unit 4-displacement detector
5-data processing unit 6-speed detector
7-image display control unit
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail, but not as a limitation of the invention.
As shown in Figure 1, for the notebook computer block scheme with 3D display effect of the embodiment of the present invention, it comprises: the display 1 be hinged and main frame 2, display 1 is provided with for detecting its upset pick-up unit 3 whether overturn relative to main frame 2 and the displacement detector 4 for the movement that detects the user being positioned at display 1 front, data processing unit 5 in main frame 2 communicates with upset pick-up unit 3 and displacement detector 4 respectively and is connected, and data processing unit 5 is configured to the flip angle data that detect according to upset pick-up unit 3 or displacement detector and transmit or displacement data carry out moving required shifting momentum data according to the background picture that pre-defined rule comes on calculation display 1, and image display control unit 7 in main frame controls background picture movement accordingly along with the upset of display 1 or the movement of user according to this shifting momentum data.In the present embodiment, upset pick-up unit 3 can be gravity sensor, and displacement detector 4 can be displacement transducer.Wherein, in the housing that upset pick-up unit 3 can be arranged on the outside of described display and displacement detector 4 is preferably arranged on the position of frame central authorities on the upside of display 1, also can be arranged on around the camera on display 1.
In one embodiment, display 1 is also provided with the speed detector 6 communicating with data processing unit 5 and be connected, the translational speed of the user in its reversal rate for detection display device 1 or display 1 front, and data processing unit 5 can be configured to also detect according to speed detector 6 and the translational speed data sent calculate background picture carries out moving required translational speed data, image display control unit 7 is configured to control background picture according to shifting momentum data and translational speed data and correspondingly moves along with described upset or described displacement, to reach better visual experience.
As the example of described pre-defined rule, when overturning pick-up unit 3 and detecting that display 1 upwards overturns, data processing unit 5 can be configured to calculate background picture and move down required shifting momentum data, and when overturning pick-up unit 3 and detecting that display 1 overturns downwards, data processing unit 5 can be configured to calculate background picture and to move up required shifting momentum data, and data processing unit 5 can translational speed data needed for the movement of the background picture on the translational speed data calculation display 1 of the reversal rate about display 1 from speed detector 6, and image display control unit 7 moves along with the upset of display 1 according to the background picture in this Mobile data amount and Mobile data speeds control display 1, make while realizing the 3D effect of background picture, better visual effect can also be reached.
As the other example of described pre-defined rule, when displacement detector 4 detects that user moves, data processing unit 5 can be configured to calculate background picture and to move up to the side identical with user's moving direction required shifting momentum data, namely, when user's relative screen moves, data processing unit 5 calculates the shifting momentum data that background picture moves up; When user's relative screen moves down, data processing unit 5 calculates the shifting momentum data that background picture moves down; When user's relative screen moves to left, data processing unit 5 calculates the shifting momentum data that background picture is moved to the left; And when user's relative screen moves to right, data processing unit 5 calculates the shifting momentum data that background picture moves right, and by above-mentioned setting, can realize the situation of movement according to user, regulate the position of the background picture of display 1, thus reach the effect of " figure walks with eye ".Same, data processing unit 5 can carry out the translational speed data needed for movement of the background picture on calculation display 1 according to the translational speed data about user from speed detector 6, and image display control unit 7 correspondingly moves along with the movement of user according to the background picture on this shifting momentum data and translational speed Data Control display 1, to reach better visual effect.In addition, in a preferred embodiment of the present invention, the size being arranged on the background picture of display on display 1 is less than the physical size of background picture, namely on display 1 display be the part of this background picture, preferably on the upside of display 1, downside, left side and right side be all provided with reserved size for moving up to corresponding side.
In one embodiment, when overturning pick-up unit 3 and the upset of display 1 being detected, main frame can quit work by command displacement pick-up unit 4, and detect that display 1 is for time static when overturning pick-up unit 3, main frame can be started working by command displacement pick-up unit 4.That is, when overturning pick-up unit 3 and the upset of display 1 being detected, displacement detector 4 does not work, and when display 1 is static, displacement detector 4 is started working, and realizes the object of saving power supply and optimal control.
As shown in Figure 2, be the method flow diagram with the notebook computer of 3D display effect of the embodiment of the present invention, wherein, this notebook computer comprises the display and main frame that are hinged.
As shown in Figure 2, the control method of the notebook computer to having 3D display effect of the present invention comprises the following steps:
S1: be arranged on upset pick-up unit 3 on display 1 and displacement detector 4 and respectively the movement of display 1 relative to the upset of main frame and the user that is positioned at described display front detected, and the flip angle data that display 1 overturns will be represented and represent that the displacement data of user's movement sends to the data processing unit 5 in main frame 2;
S2: data processing unit 5 is according to the flip angle data received and displacement data, calculate according to pre-defined rule the background picture that the screen of described display 1 shows to carry out moving required shifting momentum data, and control described background picture by the image display control unit in main frame 2 according to described shifting momentum data and correspondingly move along with described upset or described displacement.
In the present embodiment, when display is for upwards overturning, the background picture that data processing unit 5 controls display 1 moves down; And when display is for overturning downwards, the background picture that data processing unit 5 controls display 1 moves up; In addition, when user is for moving up, data processing unit 5 controls background picture and moves up; When user is for moving down, data processing unit 5 controls background picture and moves down; When user is for being moved to the left, data processing unit 5 controls background picture and is moved to the left; And when user is for moving right, data processing unit 5 controls background picture and moves right, and by above-mentioned setting, can realize the situation of movement of upset according to display and user, regulate the shift position of the background picture of display 1, thus reach the effect of " figure walks with eye ".
In one embodiment, also step S10 is comprised: when data processing unit 5 receives the flip angle data from upset pick-up unit 3 between step S1 and S2, displacement detector 4 on host computer control display 1 quits work, and image display control unit 7 regulates the movement of the background picture of display 1 according to flip angle data; When overturn pick-up unit 3 detect display 3 for static namely do not have flip angle data to produce time, the displacement detector 4 of host computer control display 1 is started working, to detect the situation of movement of user.
In another embodiment, in step sl, the speed detector installed over the display detects the reversal rate of display and the translational speed of user, and the reversal rate data detected or translational speed data are sent to data processing unit 5, in step S2, data processing unit 5 calculates background picture according to its reversal rate data received or translational speed data according to pre-defined rule to carry out moving required translational speed data, and regulated the translational speed of background picture according to these translational speed data by image display control unit 7, background picture is avoided to move too fast or moved slow situation, the 3D of display is shown more intelligent.
Above embodiment is only exemplary embodiment of the present invention, and be not used in restriction the present invention, protection scope of the present invention is defined by the claims.Those skilled in the art can in essence of the present invention and protection domain, and make various amendment or equivalent replacement to the present invention, this amendment or equivalent replacement also should be considered as dropping in protection scope of the present invention.