CN1829283A - Hand-held image acquisition system and its controlling method - Google Patents
Hand-held image acquisition system and its controlling method Download PDFInfo
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- CN1829283A CN1829283A CN 200510051213 CN200510051213A CN1829283A CN 1829283 A CN1829283 A CN 1829283A CN 200510051213 CN200510051213 CN 200510051213 CN 200510051213 A CN200510051213 A CN 200510051213A CN 1829283 A CN1829283 A CN 1829283A
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Abstract
The present invention refers to hand held image taking system and control method. Said hand held image taking system is in first operator schema in power supply turn-on state, and containing first key, auxiliary key and processor. Said processor is coupled with above-mentioned auxiliary key and first key for judging whether said auxiliary key and first key are pressed. When above-mentioned auxiliary key is not pressed but first key is pressed, above-mentioned processor drives above-mentioned first function of first operation mode. When above-mentioned auxiliary key and first key simultaneously pressed, above-mentioned processor drives second function different with above-mentioned first function in first operation mode. The present invention provided system and control method can reduce press key number, thereby reducing manufacture cost and reducing complexity of using function program.
Description
Technical field
The invention relates to computer technology, and be particularly to hand-held image acquisition system and control method thereof.
Background technology
The size of digital camera on the market has more and more littler trend now, yet, it but still keeps consistent basal keystroke switch number demand (about 9～11 buttons), that is, comprise upper and lower, left and right directionkeys, acknowledgement key, mains switch, shutter key, half shutter key, menu display key, focal length and zoom out the focal length key furthers.
These operation push-buttons are distributed in the surface of digital camera, except meeting takies the space of display, make display sizes limited outside, also can increase the cost of manufacture of camera.
In addition, because many Premium Features of digital camera all need a plurality of menus on the operation display to realize that this can increase the complexity of function of use program, especially (for example older) is difficult to operate especially for some user.
Summary of the invention
In view of this, purpose of the present invention is in hand-held image acquisition system that the tool Macintosh is provided and control method thereof.
Based on above-mentioned purpose, a kind of hand-held image acquisition system and control method thereof are proposed.
The present invention at first provides a kind of hand-held image acquisition system, is in first operator scheme under electric power starting, and comprises one first key, a secondary key and a processor.Whether above-mentioned processor is coupled to above-mentioned secondary key and above-mentioned first key, be pressed in order to judge above-mentioned secondary key and above-mentioned first key.Do not push and above-mentioned first key when being pressed when above-mentioned secondary key, above-mentioned processor drives one first function of above-mentioned first operator scheme.When above-mentioned secondary key and above-mentioned first key were pressed simultaneously, above-mentioned processor drove one second different with above-mentioned first function in above-mentioned first operator scheme functions.
Hand-held image acquisition system of the present invention, more comprise: a housing, its surface is divided into first area and second area, wherein, above-mentioned first key is positioned at above-mentioned first area, above-mentioned secondary key is positioned at above-mentioned second area, and wherein this first area is with respect to this second area and does not overlap mutually each other.
Hand-held image acquisition system of the present invention more comprise a camera lens of the front surface that is positioned at above-mentioned housing in above-mentioned hand-held image acquisition system, and above-mentioned secondary key is positioned at the rear surface relative with above-mentioned front surface of above-mentioned housing.
Hand-held image acquisition system of the present invention, above-mentioned hand-held image acquisition system more comprises: a camera lens; An and display, wherein, above-mentioned first operator scheme is a photograph mode, and above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element that is shown in aforementioned display device, and above-mentioned second function is in order to adjust the focal length of above-mentioned camera lens.
Hand-held image acquisition system of the present invention, above-mentioned first key is a directionkeys on, and above-mentioned first function is in order to move above-mentioned graphical user's interface element toward the top of above-mentioned display, and above-mentioned second function is in order to the focal length of the above-mentioned camera lens that furthers.
Hand-held image acquisition system of the present invention, above-mentioned first key is directionkeys, and above-mentioned first function is in order to move above-mentioned graphical user's interface element toward the below of above-mentioned display, and above-mentioned second function is in order to zoom out the focal length of above-mentioned camera lens.
Hand-held image acquisition system of the present invention, more comprise: a display, wherein, above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element that is shown in aforementioned display device, above-mentioned second function comprises photograph mode, dynamic image acquisition pattern and play mode in order to switch above-mentioned hand-held image acquisition system operator scheme.
Hand-held image acquisition system of the present invention, more comprise: a display, wherein, above-mentioned first operator scheme is a photograph mode, above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element that is shown in aforementioned display device, and above-mentioned second function is in order to switch the contextual model of above-mentioned hand-held image acquisition system photography.
Hand-held image acquisition system of the present invention, more comprise: a display, wherein, above-mentioned first operator scheme is a photograph mode, above-mentioned first key is a menu display key, above-mentioned first function is in order to show a menu in aforementioned display device, and above-mentioned second function is in order to switch above-mentioned hand-held image acquisition system to play mode.
Hand-held image acquisition system of the present invention, above-mentioned first operator scheme is a photograph mode, and above-mentioned first key is an acknowledgement key, and above-mentioned second function is shaken in order to start the anti-hand of optics.
Hand-held image acquisition system of the present invention, above-mentioned first operator scheme is a play mode, above-mentioned hand-held image acquisition system more comprises: a memory, in order to store a plurality of images; An and display, in order to show that one is stored in an image of above-mentioned memory, above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element of one on the aforementioned display device toward a direction, above-mentioned second function is in order to amplifying above-mentioned image, and the rightabout of above-mentioned image toward above-mentioned direction moved.
Hand-held image acquisition system of the present invention, above-mentioned first operator scheme is a play mode, above-mentioned hand-held image acquisition system more comprises: a memory, in order to store a plurality of images; And a display, being stored in an image of above-mentioned memory in order to show one, above-mentioned first key is an acknowledgement key, above-mentioned second function is in order to the above-mentioned image of deletion from above-mentioned memory.
Hand-held image acquisition system of the present invention, above-mentioned first operator scheme is a play mode, more comprise: a display, wherein, above-mentioned first key is a menu display key, above-mentioned first function is in order to show a menu in aforementioned display device, and above-mentioned second function is in order to switch above-mentioned hand-held image acquisition system to photograph mode.
The present invention provides a kind of hand-held image acquisition system control method in addition, is executed in a hand-held image acquisition system.Above-mentioned hand-held image acquisition system is in a photograph mode (shooting mode) under electric power starting, and comprises one first key, a secondary key and be coupled to a processor of above-mentioned first key and above-mentioned secondary key.At first, judge whether above-mentioned secondary key and above-mentioned first key are pressed.Do not push and above-mentioned first key when being pressed when above-mentioned secondary key, above-mentioned processor drives one first function of above-mentioned photograph mode.When above-mentioned secondary key and above-mentioned first key were pressed simultaneously, above-mentioned processor drove one second different with above-mentioned first function in above-mentioned photograph mode functions.
Hand-held image acquisition system control method of the present invention, above-mentioned hand-held image acquisition system more comprises a camera lens and a display, wherein, above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element that is shown in aforementioned display device, and above-mentioned second function is in order to adjust the focal length of above-mentioned camera lens.
Hand-held image acquisition system control method of the present invention, above-mentioned hand-held image acquisition system more comprises a camera lens and a display, above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element that is shown in aforementioned display device, above-mentioned second function comprises above-mentioned photograph mode, dynamic image acquisition pattern and a play mode in order to switch above-mentioned hand-held image acquisition system operator scheme.
Hand-held image acquisition system control method of the present invention, above-mentioned hand-held image acquisition system more comprises a camera lens and a display, above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element that is shown in aforementioned display device, and above-mentioned second function is in order to switch above-mentioned hand-held image acquisition system photography contextual model.
Hand-held image acquisition system control method of the present invention, above-mentioned hand-held image acquisition system more comprises a camera lens and a display, above-mentioned first key is a menu display key, above-mentioned first function is in order to show a menu in aforementioned display device, and above-mentioned second function is in order to switch above-mentioned hand-held image acquisition system to a play mode.
Hand-held image acquisition system control method of the present invention, above-mentioned first key is an acknowledgement key, above-mentioned second function is shaken in order to start the anti-hand of optics.
The present invention also provides a kind of hand-held image acquisition system control method, is executed in a hand-held image acquisition system.Above-mentioned hand-held image acquisition system is in a play mode (playback mode) under electric power starting, and comprises one first key, a secondary key and be coupled to a processor of above-mentioned first key and above-mentioned secondary key.At first, judge whether above-mentioned secondary key and above-mentioned first key are pressed.Do not push and above-mentioned first key when being pressed when above-mentioned secondary key, above-mentioned processor drives one first function of above-mentioned play mode.When above-mentioned secondary key and above-mentioned first key were pressed simultaneously, above-mentioned processor drove one second different with above-mentioned first function in above-mentioned play mode functions.
Hand-held image acquisition system control method of the present invention, above-mentioned hand-held image acquisition system more comprises in order to a memory that stores a plurality of images and in order to show that one is stored in a display of an image of above-mentioned memory, above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element of one on the aforementioned display device toward a direction, above-mentioned second function is in order to amplifying above-mentioned image, and the rightabout of above-mentioned image toward above-mentioned direction moved.
Hand-held image acquisition system control method of the present invention, above-mentioned hand-held image acquisition system more comprises in order to a memory that stores a plurality of images and in order to show that one is stored in a display of an image of above-mentioned memory, above-mentioned first key is an acknowledgement key, and above-mentioned second function is in order to the above-mentioned image of deletion from above-mentioned memory.
Hand-held image acquisition system control method of the present invention, above-mentioned hand-held image acquisition system more comprises a display, wherein, above-mentioned first key is a menu display key, above-mentioned first function is in order to show a menu in aforementioned display device, and above-mentioned second function is in order to switch above-mentioned hand-held image acquisition system to a photograph mode.
The hand-held image acquisition system of tool Macintosh provided by the invention and control method thereof can reduce number of keys, thereby reduce cost of manufacture.In addition, can also reduce the complexity of function of use program.
Description of drawings
Fig. 1 shows the structure calcspar of hand-held image acquisition system embodiment;
Fig. 2 shows the schematic diagram of hand-held image acquisition system embodiment;
Fig. 3 shows hand-held image acquisition system control method embodiment flow chart.
Embodiment
Hand-held image acquisition system and control method thereof are below proposed.
As shown in Figure 1, in the hand-held image acquisition system 20, processor 1 couples the anti-hand of focal length adjustment unit 2, memory 4, display 5, optics shake unit (image stabilizer) 15 and a plurality of button 6-13.Focal length adjustment unit 2 is in order to adjust the focal length of camera lens 14.A plurality of button 6-13 are respectively secondary key 6, determine key 7, menu display key 8, directionkeys 9-12 and shutter key 13 up and down.Graphical user interface (Graphicaluser interface is called for short GUI) element 51 can be a vernier, an image, literal or other GUI element.GUI element 51 can corresponding hand-held image acquisition system 20 order or request.In addition, hand-held image acquisition system 20 can have other button and a housing, and display 5 and each button 6-13 all are arranged on the surface of housing 3.
Fig. 2 shows the configuration embodiment schematic diagram of housing 3, display 5 and a plurality of button 6-13, but non-as limit.Wherein the camera lens 14 (not shown) of hand-held image acquisition system 20 is arranged on the opposite face on surface shown in Figure 2, virtual plane L1 is for passing through housing 3 central points, and the plane perpendicular to shutter key surface, 13 place and surface, display 5 place is divided into left area and zone, the right with housing 3.Secondary key 6 is in above-mentioned left area; And button 7-13 is in zone, above-mentioned the right.When a user operates hand-held image acquisition system 20, can hold zone, above-mentioned the right by the right hand, hold above-mentioned left area with left hand, and push secondary key 6 with the left hand thumb.Secondary key 6 is arranged near the steadiness that can increase display 5 upper left corners when holding housing 3.
Hand-held image acquisition system 20 has a plurality of operator schemes, for example photograph mode (shooting mode), dynamic image acquisition pattern (shooting mode-video), play mode (playback mode) and other pattern.With reference to the control method of Fig. 3 with explanation hand-held image acquisition system 20.
At first, hand-held image acquisition system 20 is (step S2) under electric power starting, is in first operator scheme (step S4).
Processor 1 is judged secondary key 6 and one first key whether be pressed (step S6).Wherein, do not push and above-mentioned first key when being pressed when secondary key 6, processor 1 drives one first function (step S8) of above-mentioned first operator scheme.When secondary key 6 and above-mentioned first key were pressed simultaneously, processor 1 drove one second function (step S10) different with above-mentioned first function in above-mentioned first operator scheme.
Below lift a plurality of example explanations:
Example one:
Above-mentioned first operator scheme is a photograph mode, above-mentioned first key is a directionkeys (for example upper and lower, left and right key 9-12), do not push and above-mentioned directionkeys when being pressed when secondary key 6, processor 1 moves the graphical user's interface element that is shown in aforementioned display device.When secondary key 6 and above-mentioned directionkeys were pressed simultaneously, processor 1 was adjusted the focal length of above-mentioned camera lens.
For instance, above-mentioned first key is a directionkeys 9 on, and at step S8, processor 1 moves above-mentioned GUI element 51 toward the top of display 5.At step S10, processor 1 utilizes focal length adjustment unit 2 and camera lens 14 to carry out (zoom in) focal length that furthers.
If above-mentioned first key is directionkeys 10, at step S8, processor 1 moves above-mentioned GUI element 51 toward the below of displays 5.At step S10, processor 1 utilizes focal length adjustment unit 2 and camera lens 14 to carry out and zooms out (zoom out) focal length.
Example two:
Above-mentioned first key is a directionkeys, and when secondary key 6 is not pushed and above-mentioned directionkeys (for example upper and lower, left and right key 9-12) when being pressed, processor 1 is in order to move a GUI element 51 that is shown in display 5.When secondary key 6 and above-mentioned directionkeys were pressed simultaneously, processor 1 switched the operator scheme of hand-held image acquisition system 20, for example photograph mode, dynamic image acquisition pattern and play mode.
Example three:
Above-mentioned first operator scheme is a photograph mode, and above-mentioned first key is a directionkeys (for example upper and lower, left and right key 9-12).Do not push and above-mentioned directionkeys when being pressed when secondary key 6, processor 1 is in order to move a GUI element 51 that is shown in display 5.When secondary key 6 and above-mentioned directionkeys are pressed simultaneously, processor 1 switches above-mentioned hand-held image acquisition system 20 photography contextual models (Scene mode), for example portrait (Portrait), scenery with hills and waters (Landscape), Dynamic Photography (Sports), night photography (NightPortrait) and adjustment (Auto) automatically.
Example four:
Above-mentioned first operator scheme is a photograph mode, and above-mentioned first key is a menu display key 8.Do not push and menu display key 8 when being pressed when secondary key 6, processor 1 shows that a menu is in display 5.When secondary key 6 and menu display key 8 were pressed simultaneously, processor 1 switched above-mentioned hand-held image acquisition system 20 to play mode (playbackmode).
Example five:
Above-mentioned first operator scheme is a photograph mode, and above-mentioned first key is an acknowledgement key 7.Do not push and acknowledgement key 7 when being pressed when secondary key 6, processor 1 is handled the request of a GUI element 51 correspondences.When secondary key 6 and acknowledgement key 7 were pressed simultaneously, processor 1 started the anti-hand of the optics unit 15 (image stabilizer) that shakes.
Following form 1 illustrates first function and second function of button 7-12 in the photograph mode:
Form 1
| | Handle the corresponding requests of |
| | Show a menu |
| | Exposure value (exposure value) is adjusted |
| Following | Single-point/multi-spot is selected |
| LeftArrow 11 | Close-perspective recording is selected |
| | Photoflash lamp is selected |
| | Start optics |
| | Switch to play mode |
| | Focal length furthers |
| | Put focal length far away |
| | Operator scheme is selected |
| | Contextual model is selected |
Example six:
Above-mentioned first operator scheme is a play mode, and memory 4 stores a plurality of images.Display 5 is stored in an image of memory 4 in order to demonstration.Above-mentioned first key is a directionkeys (for example upper and lower, left and right key 9-12).When secondary key 6 is not pushed and above-mentioned directionkeys when being pressed, processor 1 shows and is stored in another image of memory 4 in display 5.When secondary key 6 and above-mentioned directionkeys were pressed simultaneously, processor 1 amplified above-mentioned image, and above-mentioned image is moved toward display 5 one directions.
Example seven:
Above-mentioned first operator scheme is a play mode, and above-mentioned first key is an acknowledgement key 7.Do not push and acknowledgement key 7 when being pressed when secondary key 6, processor 1 is handled the request of a GUI element 51 correspondences.When secondary key 6 and acknowledgement key 7 were pressed simultaneously, processor 1 was deleted above-mentioned image from memory 4.
Example eight:
Above-mentioned first operator scheme is a play mode, and above-mentioned first key is a menu display key 8.Do not push and above-mentioned menu display key 8 when being pressed when secondary key 6, processor 1 shows that a menu is in aforementioned display device.When secondary key 6 and menu display key 8 were pressed simultaneously, processor 1 switched above-mentioned hand-held image acquisition system to photograph mode (shootingmode).
Following form 2 illustrates first function and second function of button 7-12 in the play mode:
| | Handle the corresponding requests of |
| | Show a menu |
| | |
| Following directionkeys | |
| 10 | With nine palace lattice show images |
| LeftArrow 11 | Show next image |
| Right key 12 | Show last image |
| | Delete present image |
| | Switch to photograph mode |
| | Image amplify and on |
| Directionkeys | |
| 10 under the | Image amplifies and moves down |
| | Image amplifies and moves to left |
| | Image amplifies and moves to right |
First function of directionkeys (as a left side and right key 11 and 12) moves the direction of GUI element 5 (for example image) toward display 5, and second function moves the rightabout of above-mentioned image toward the above-mentioned direction of display 5.Need be appreciated that the function of above-mentioned button is to be adjusted change.
Therefore, hand-held image acquisition system 20 can omit and further focal length and zoom out the focal length key, and does not need complicated menu processing just can start above-mentioned a plurality of second function.
The above only is preferred embodiment of the present invention; so it is not in order to limit scope of the present invention; any personnel that are familiar with this technology; without departing from the spirit and scope of the present invention; can do further improvement and variation on this basis, so the scope that claims were defined that protection scope of the present invention is worked as with the application is as the criterion.
Being simply described as follows of symbol in the accompanying drawing:
1～processor
2～focal length adjustment unit
3～housing
4～memory
5～display
6～secondary key
7～acknowledgement key
8～menu display key
9-12～directionkeys
13～shutter key
14～camera lens
The anti-hand of the 15～optics unit that shakes
20～hand-held image acquisition system
51～graphical user's interface element
L1～virtual plane
Claims (23)
1, a kind of hand-held image acquisition system is characterized in that above-mentioned hand-held image acquisition system is in first operator scheme under electric power starting, comprise:
One first key;
One secondary key; And
One processor is coupled to above-mentioned secondary key and above-mentioned first key, in order to judge whether above-mentioned secondary key and above-mentioned first key are pressed, wherein, when above-mentioned secondary key is not pushed and above-mentioned first key when being pressed, above-mentioned processor drives one first function of above-mentioned first operator scheme, when above-mentioned secondary key and above-mentioned first key were pressed simultaneously, above-mentioned processor drove one second different with above-mentioned first function in above-mentioned first operator scheme functions.
2, hand-held image acquisition system according to claim 1 is characterized in that more comprising:
One housing, its surface is divided into first area and second area, and wherein, above-mentioned first key is positioned at above-mentioned first area, and above-mentioned secondary key is positioned at above-mentioned second area, and wherein this first area is with respect to this second area and does not overlap mutually each other.
3, hand-held image acquisition system according to claim 2, it is characterized in that: more comprise a camera lens of the front surface that is positioned at above-mentioned housing in above-mentioned hand-held image acquisition system, and above-mentioned secondary key is positioned at the rear surface relative with above-mentioned front surface of above-mentioned housing.
4, hand-held image acquisition system according to claim 1 is characterized in that: above-mentioned hand-held image acquisition system more comprises:
One camera lens; And
One display, wherein, above-mentioned first operator scheme is a photograph mode, and above-mentioned first key is a directionkeys, and above-mentioned first function is in order to move the graphical user's interface element that is shown in aforementioned display device, and above-mentioned second function is in order to adjust the focal length of above-mentioned camera lens.
5, hand-held image acquisition system according to claim 4, it is characterized in that: above-mentioned first key is a directionkeys on, above-mentioned first function is in order to move above-mentioned graphical user's interface element toward the top of above-mentioned display, above-mentioned second function is in order to the focal length of the above-mentioned camera lens that furthers.
6, hand-held image acquisition system according to claim 4, it is characterized in that: above-mentioned first key is directionkeys, above-mentioned first function is in order to move above-mentioned graphical user's interface element toward the below of above-mentioned display, above-mentioned second function is in order to zoom out the focal length of above-mentioned camera lens.
7, hand-held image acquisition system according to claim 1 is characterized in that more comprising:
One display, wherein, above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element that is shown in aforementioned display device, above-mentioned second function comprises photograph mode, dynamic image acquisition pattern and play mode in order to switch above-mentioned hand-held image acquisition system operator scheme.
8, hand-held image acquisition system according to claim 1 is characterized in that more comprising:
One display, wherein, above-mentioned first operator scheme is a photograph mode, above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element that is shown in aforementioned display device, and above-mentioned second function is in order to switch the contextual model of above-mentioned hand-held image acquisition system photography.
9, hand-held image acquisition system according to claim 1 is characterized in that more comprising:
One display, wherein, above-mentioned first operator scheme is a photograph mode, and above-mentioned first key is a menu display key, above-mentioned first function is in order to show a menu in aforementioned display device, and above-mentioned second function is in order to switch above-mentioned hand-held image acquisition system to play mode.
10, hand-held image acquisition system according to claim 1 is characterized in that: above-mentioned first operator scheme is a photograph mode, and above-mentioned first key is an acknowledgement key, and above-mentioned second function is shaken in order to start the anti-hand of optics.
11, hand-held image acquisition system according to claim 1 is characterized in that: above-mentioned first operator scheme is a play mode, and above-mentioned hand-held image acquisition system more comprises:
One memory is in order to store a plurality of images; And
One display, in order to show that one is stored in an image of above-mentioned memory, above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element of one on the aforementioned display device toward a direction, above-mentioned second function is in order to amplifying above-mentioned image, and the rightabout of above-mentioned image toward above-mentioned direction moved.
12, hand-held image acquisition system according to claim 1 is characterized in that: above-mentioned first operator scheme is a play mode, and above-mentioned hand-held image acquisition system more comprises:
One memory is in order to store a plurality of images; And
One display is stored in an image of above-mentioned memory in order to show one, and above-mentioned first key is an acknowledgement key, and above-mentioned second function is in order to the above-mentioned image of deletion from above-mentioned memory.
13, hand-held image acquisition system according to claim 1 is characterized in that above-mentioned first operator scheme is a play mode, more comprises:
One display, wherein, above-mentioned first key is a menu display key, and above-mentioned first function is in order to show a menu in aforementioned display device, and above-mentioned second function is in order to switch above-mentioned hand-held image acquisition system to photograph mode.
14, a kind of hand-held image acquisition system control method, it is characterized in that described hand-held image acquisition system control method is executed in a hand-held image acquisition system, wherein above-mentioned hand-held image acquisition system is in a photograph mode under electric power starting, and comprise one first key, a secondary key and be coupled to a processor of above-mentioned first key and above-mentioned secondary key, comprise:
Judge whether above-mentioned secondary key and above-mentioned first key are pressed;
Do not push and above-mentioned first key when being pressed when above-mentioned secondary key, above-mentioned processor drives one first function of above-mentioned photograph mode; And
When above-mentioned secondary key and above-mentioned first key were pressed simultaneously, above-mentioned processor drove one second different with above-mentioned first function in above-mentioned photograph mode functions.
15, hand-held image acquisition system control method according to claim 14, it is characterized in that: above-mentioned hand-held image acquisition system more comprises a camera lens and a display, wherein, above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element that is shown in aforementioned display device, and above-mentioned second function is in order to adjust the focal length of above-mentioned camera lens.
16, hand-held image acquisition system control method according to claim 14, it is characterized in that: above-mentioned hand-held image acquisition system more comprises a camera lens and a display, above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element that is shown in aforementioned display device, above-mentioned second function comprises above-mentioned photograph mode, dynamic image acquisition pattern and a play mode in order to switch above-mentioned hand-held image acquisition system operator scheme.
17, hand-held image acquisition system control method according to claim 14, it is characterized in that: above-mentioned hand-held image acquisition system more comprises a camera lens and a display, above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element that is shown in aforementioned display device, and above-mentioned second function is in order to switch above-mentioned hand-held image acquisition system photography contextual model.
18, hand-held image acquisition system control method according to claim 14, it is characterized in that: above-mentioned hand-held image acquisition system more comprises a camera lens and a display, above-mentioned first key is a menu display key, above-mentioned first function is in order to show a menu in aforementioned display device, and above-mentioned second function is in order to switch above-mentioned hand-held image acquisition system to a play mode.
19, hand-held image acquisition system control method according to claim 14 is characterized in that: above-mentioned first key is an acknowledgement key, and above-mentioned second function is shaken in order to start the anti-hand of optics.
20, a kind of hand-held image acquisition system control method, it is characterized in that described hand-held image acquisition system control method is executed in a hand-held image acquisition system, wherein above-mentioned hand-held image acquisition system is in a play mode under electric power starting, and comprise one first key, a secondary key and be coupled to a processor of above-mentioned first key and above-mentioned secondary key, comprise:
Judge whether above-mentioned secondary key and above-mentioned first key are pressed;
Do not push and above-mentioned first key when being pressed when above-mentioned secondary key, above-mentioned processor drives one first function of above-mentioned play mode; And
When above-mentioned secondary key and above-mentioned first key were pressed simultaneously, above-mentioned processor drove one second different with above-mentioned first function in above-mentioned play mode functions.
21, hand-held image acquisition system control method according to claim 20, it is characterized in that: above-mentioned hand-held image acquisition system more comprises in order to a memory that stores a plurality of images and in order to show that one is stored in a display of an image of above-mentioned memory, above-mentioned first key is a directionkeys, above-mentioned first function is in order to move the graphical user's interface element of one on the aforementioned display device toward a direction, above-mentioned second function is in order to amplifying above-mentioned image, and the rightabout of above-mentioned image toward above-mentioned direction moved.
22, hand-held image acquisition system control method according to claim 20, it is characterized in that: above-mentioned hand-held image acquisition system more comprises in order to a memory that stores a plurality of images and in order to show that one is stored in a display of an image of above-mentioned memory, above-mentioned first key is an acknowledgement key, and above-mentioned second function is in order to the above-mentioned image of deletion from above-mentioned memory.
23, hand-held image acquisition system control method according to claim 20, it is characterized in that: above-mentioned hand-held image acquisition system more comprises a display, wherein, above-mentioned first key is a menu display key, above-mentioned first function is in order to show a menu in aforementioned display device, and above-mentioned second function is in order to switch above-mentioned hand-held image acquisition system to a photograph mode.
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101877761A (en) * | 2009-04-30 | 2010-11-03 | 奥林巴斯映像株式会社 | Camera, parameter setting method and program |
| CN102196162A (en) * | 2010-03-08 | 2011-09-21 | 华晶科技股份有限公司 | Method for enabling user to define hot key combinations and image pick-up device |
| CN102722332A (en) * | 2012-05-31 | 2012-10-10 | 华为终端有限公司 | Touch screen equipment and processing operation trigger method thereof |
| CN104125328A (en) * | 2013-04-28 | 2014-10-29 | 北京壹人壹本信息科技有限公司 | Message processing method, message processing device and mobile terminal |
| CN111327818A (en) * | 2020-02-14 | 2020-06-23 | Oppo（重庆）智能科技有限公司 | Shooting control method and device and terminal equipment |
-
2005
- 2005-03-02 CN CN 200510051213 patent/CN1829283A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101877761A (en) * | 2009-04-30 | 2010-11-03 | 奥林巴斯映像株式会社 | Camera, parameter setting method and program |
| CN102196162A (en) * | 2010-03-08 | 2011-09-21 | 华晶科技股份有限公司 | Method for enabling user to define hot key combinations and image pick-up device |
| CN102722332A (en) * | 2012-05-31 | 2012-10-10 | 华为终端有限公司 | Touch screen equipment and processing operation trigger method thereof |
| CN104125328A (en) * | 2013-04-28 | 2014-10-29 | 北京壹人壹本信息科技有限公司 | Message processing method, message processing device and mobile terminal |
| CN104125328B (en) * | 2013-04-28 | 2017-01-25 | 北京壹人壹本信息科技有限公司 | Message processing method, message processing device and mobile terminal |
| CN111327818A (en) * | 2020-02-14 | 2020-06-23 | Oppo（重庆）智能科技有限公司 | Shooting control method and device and terminal equipment |
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