CN103813104A - Method for realizing shift photography and three-dimensional multi-region automatic focusing through touch screen operation - Google Patents
Method for realizing shift photography and three-dimensional multi-region automatic focusing through touch screen operation Download PDFInfo
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- CN103813104A CN103813104A CN201410089511.5A CN201410089511A CN103813104A CN 103813104 A CN103813104 A CN 103813104A CN 201410089511 A CN201410089511 A CN 201410089511A CN 103813104 A CN103813104 A CN 103813104A
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Abstract
The invention discloses a method for realizing shift photography and three-dimensional multi-region automatic focusing through touch screen operation. The method for realizing the shift photography and the three-dimensional multi-region automatic focusing through the touch screen operation includes the following steps: A, using a camera lens to gather an image of a shot object, converting into an electric signal through an image sensor, and displaying on a touch display screen; B, enabling an operator to choose a focus point through the touch screen; C, enabling the camera lens to automatically choose an offset direction, or enabling the operator finger to slide on the touch screen to indicate a camera lens deflecting direction; D, automatically focusing in Z-axis; E, automatically focusing in Rx-axis and Ry-axis. Through operating on the touchpad, the method for realizing the shift photography and the three-dimensional multi-region automatic focusing realizes the three-dimensional automatic focusing in different depths of fields selected by the operator on the touch screen through controlling the move of the camera lens according to the chose interested object region, and moreover, the method realizes the automatic focusing for the interested object region through choosing on the touch screen, and the focusing is more convenient to realize, is more precise, does not need training, and is more interesting and so on.
Description
Technical field
The present invention discloses a kind of lens focusing method, particularly one all crosses touch screen operation and realizes axle photography and the 3 dimension multi-regions method of focusing automatically of moving.
Background technology
Along with the development of minisize pick-up head, and there is the appearance of highly integrated miniature OIS technology, 5000000 and the realization on the portable equipment such as touch-screen mobile phone, panel computer of the minisize pick-up head of higher pixel resolution make the effect of taking pictures of mobile phone more and more approach digital camera, function, also more and more approach the function of large-scale camera arrangement, such as realize optics anti-shake (OIS) etc. (referring to patent: PCT/CN2008/072680) by translation or rotating lens.Many internationally recognizable miniature integrated cameras producer has all released the camera of the anti-shake focusing motor of optics based on rotation of lens successively, is also progressively adopted by some well-known cell phone manufacturers.But the application of the camera of the current anti-shake focusing motor of miniature integrated optics based on rotation of lens is to be mainly the functions such as the anti-shake and automatic focusing of optics.
In the common camera arrangement of tradition, in camera lens focal plane and the uneven situation of image sensing plane, image can only a certain specific focusing area of clear demonstration, and tool is equipped with the large-scale camera arrangement that moves lens shaft, and it has the operation of Sha's nurse and the operation of anti-Sha's nurse moves the function that axle is photographed.Although for large-scale camera arrangement, move lens shaft and released for many years.But for fear of the problem such as weight and volume problem and mode of operation of camera lens, limit navigability and the portability of automatic 3 dimension multi-region focusing photographing devices.And, be equipped with the operation of the large-scale camera arrangement that moves lens shaft normally to realize by knob to tool, need stronger professional knowledge to operate and operating process complexity, or even need professional training just can complete.
Summary of the invention
Can not realize for the above-mentioned minisize pick-up head of the prior art of mentioning the shortcoming that multiple spot is focused simultaneously, the invention provides a kind of on the smart mobile phone or portable flat panel class device of miniature integrated camera that has been equipped with touch screen operation interface and rotation of lens optics anti-trembling function, handle the method that obtains clear focusing when camera lens makes the different several interested target object of in picture shooting distance simultaneously or obtain other special oblique photograph effect by operation touch screen interface, it is combined and has the miniature integrated camera of rotation of lens optics anti-trembling function and touch screen technology that at present smart mobile phone and panel computer generally adopt, utilize touch screen interface operation to handle to have the miniature integrated camera of rotation of lens function to realize multiple spot focuses simultaneously.
The present invention solves the technical scheme that its technical problem adopts: a kind of operate to realize by touch screen move the method that axle photography and 3 dimension multi-regions are focused automatically, the method comprises the steps:
A, utilize camera lens to gather the image of photographic subjects, and convert the signal of telecommunication to by image sensor, on touch display screen, show;
B, operator select one or more focusing by touch-screen;
C, carry out z axle and automatically focus;
D, carry out Rx axle and automatically focus;
E, carry out Ry axle and automatically focus.
The technical scheme that the present invention solves its technical problem employing further comprises:
When described z axle is focused automatically, concrete steps are as follows:
The stroke of C-1, change camera lens is to stroke 1;
Whether C-2 until the image settling position on image sensor, by waiting for a regular time, or observes image and decides image stable;
C-3, picked-up image;
Any one in the focusing area that C-4, calculating operation person select, or the sharpness of the specific focusing image of specifying;
C-5, change stroke are to next stroke 2, and repeating step C-2 to C-4, until stroke number is more than or equal to total kilometres number;
C-6, find out the stroke that has maximum sharpness, determine that the trip is best stroke;
C-7, change camera lens stroke are best stroke.
The described Rx axle that carries out is while automatically focusing, and concrete steps are as follows:
Inclination angle in D-1, change camera lens Rx direction;
Whether D-2 until the image settling position on image sensor, by waiting for a regular time, or observes image and decides image stable;
D-3, picked-up image;
The sharpness of the focusing area image that D-4, calculating operation person select;
Next inclination angle is arrived at D-5, the inclination angle changing in Rx direction, and repeating step D-2 to D-4, until stroke number is more than or equal to total Rx direction tilt angle number;
D-6, find out the inclination angle in the Rx direction that has maximum sharpness, determine that this inclination angle is the inclination angle in best Rx direction;
D-7, the inclination angle changing in camera lens Rx direction are the inclination angle in best Rx direction.
The described Ry axle that carries out is while automatically focusing, and concrete steps are as follows:
Inclination angle in E-1, change camera lens Ry direction;
Whether E-2 until the image settling position on image sensor, by waiting for a regular time, or observes image and decides image stable;
E-3, picked-up image;
The sharpness of the focusing area image that E-4, calculating operation person select;
Next inclination angle is arrived at E-5, the inclination angle changing in Ry direction, and repeating step E-2 to E-4, until stroke number is more than or equal to total Ry direction tilt angle number;
E-6, find out the inclination angle in the Ry direction that has maximum sharpness, determine that this inclination angle is the inclination angle in best Ry direction;
E-7, the inclination angle changing in camera lens Ry direction are the inclination angle in best Ry direction.
When described selection focusing, in camera field range, choose multiple regions simultaneously and progressively choose multiple regions etc.
The present invention also has another kind of implementation: one operates to realize by touch screen moves axle method for imaging, and the method comprises the steps:
A, utilize camera lens to gather the image of photographic subjects, and convert the signal of telecommunication to by image sensor, on touch display screen, show;
B, operator select focusing by touch-screen;
C, carry out z axle and automatically focus;
D, operator slide on touch-screen, indication camera lens yawing moment;
The technical scheme that the present invention solves its technical problem employing further comprises:
When described z axle is focused automatically, concrete steps are as follows:
The stroke of D-1, change camera lens is to stroke 1;
Whether D-2 until the image settling position on image sensor, by waiting for a regular time, or observes image and decides image stable;
D-3, picked-up image;
Any one in the focusing area that D-4, calculating operation person select, or the sharpness of the specific focusing image of specifying;
D-5, change stroke are to next stroke 2, and repeating step D-2 to D-4, until stroke number is more than or equal to total kilometres number;
D-6, find out the stroke that has maximum sharpness, determine that the trip is best stroke;
D-7, change camera lens stroke are best stroke.
When the described operation of carrying out Rx axle and Ry axle, draw according to operator in step C the incline direction of getting, convert thereof into the incline direction of camera lens, comprising the inclination ratio of Rx axle and Ry axle.
When the inclination of described camera lens, draw the distance of getting according to operator, realize the deviation angle conversion of camera lens; Or operator draws while getting screen, camera lens rotates thereupon, and in the time that operator stops sliding, camera lens also stops operating.
When described focusing is selected, in camera field range, choose one or more regions simultaneously or choose one by one one or more regions.
The invention has the beneficial effects as follows: compared with the present invention applies with traditional portable unit camera, the minisize pick-up head operating function of a kind of brand-new mobile phone or portable flat panel computer is provided, it is by the operation touching on flat board, control camera motion according to selected interested target area, except the position (the 1st dimension) of the camera lens of common portable unit camera can also operate the inclination angle (the 2nd, 3 dimension) of two orthogonal directions, realize and carry out automatically the focus function of operation of 3 dimensions for operator in the region of the selected different depth of field of touch screen.And the present invention selects to realize the automatic focusing to interesting target region automatically by touch screen, faster, more accurately, without training, and it is interesting etc. to have more operation.
Below in conjunction with the drawings and specific embodiments, the present invention will be further described.
Accompanying drawing explanation
Fig. 1 is the focusing motor perspective view that the camera lens controlled that adopts in the present invention tilts.
Fig. 2 is the focusing motor cross-sectional view that the camera lens controlled that adopts in the present invention tilts.
Fig. 3 is by schematic diagram before the image correction of inclination camera lens correction inclination angle in the present invention.
Fig. 4 is by schematic diagram after the image correction of inclination camera lens correction inclination angle in the present invention.
Fig. 5 is the present invention to many selection areas of touch-screen input example schematic diagram of automatically focusing.
Fig. 6 is the example schematic diagram that deflection lens is manually controlled in contact of the present invention slip.
Fig. 7 is 3 under the touch-screen input of the present invention dimension multi-region flow chart of automatically focusing.
Fig. 8 is the manual control flow chart that tilts of the camera lens under touch screen of the present invention slidably inputs.
Embodiment
The present embodiment is the preferred embodiment for the present invention, and other all its principle is identical with the present embodiment or approximate with basic structure, all within protection range of the present invention.
Please refer to accompanying drawing 1 and accompanying drawing 2, the focusing motor of controlling camera lens of the present invention comprises: camera lens 101, can control camera lens tilt focusing motor 102 and image sensor 103, camera lens 101 arranges corresponding to image sensor 103, focusing motor 102 is arranged on image sensor 103 outsides, moves for controlling camera lens 101.Camera lens 101 is under the control of motor 102, and the degree of freedom is at least three-dimensional, and comprises Z axis translation direction, and Rx direction of principal axis rotates and Ry direction of principal axis rotates.In the present embodiment, camera lens 101 can be made up of one or more eyeglasses, while specifically enforcement, can adopt existing camera lens technology to carry out camera lens finger, and camera lens 101 adopts conventional camera lens.Please refer to accompanying drawing 3, in the time that target 201 tilts, when convex lens lens group 202 does not tilt, imaging 204 may cannot region-widely focus on because image exceeds the depth of field, target in the present embodiment can be made up of one or more objects, wherein, convex lens lens group 202 is equal to the camera lens 101 in single-lens system.Please refer to accompanying drawing 4, by motor 102, adjust the inclination angle of camera lens 101, according to husky nurse law (Scheimpflug principle, referring to GB Patent CN103246131 A), arrive new convex lens camera lens prescription to 212, and new imaging 214, to reach region-wide focusing.
Core of the present invention be a kind of adopt above-mentioned motor mechanism a kind of adopt touch-screen input obtain the locational focus target of the interested different depth of field of operator, control the two-dimensional deflection inclination angle of camera lens, to make the focusing effect of captured image on the interested impact point of operator automatically reach optimum method, incorporated by reference to referring to accompanying drawing 5 to accompanying drawing 8, the present invention mainly comprises the steps:
A, utilize camera lens 101 to gather the image of photographic subjects, and convert the signal of telecommunication to by image sensor 103, on touch display screen, show;
B, operator select focusing by touch-screen, when selected can camera field range 305(be generally display screen show image range) in choose multiple regions simultaneously and progressively choose multiple regions etc.In the present embodiment, take three focusing areas as example is specifically described, be respectively 301,302 and 303, three of touch areas focusing area and be respectively operator and point 304 selected regions, when concrete enforcement, also can choose one or more target areas by one or more input points.
C, carry out z axle and automatically focus, when z axle is focused automatically, concrete steps are as follows:
C-1, change the stroke of camera lens to stroke 1, the stroke in the present embodiment is defined as the relative position of camera lens on z axle, the position of camera lens 101 when the reference position of stroke can not switch on for image sensor 103 or motor;
C-2, until the image settling position on image sensor, by waiting for a regular time, or observe image and decide image whether stable, due in the time that camera lens 101 positions are not fixed, the definition of image cannot settle out, conventionally, camera lens 101 is in the time moving to rapidly certain position, due to factors such as inertia, camera lens 101 also can be near this position swing a period of time, image now also cannot be focused clear, therefore need to wait for a period of time, until image is clear, the concrete stand-by period is relevant with the multiple parameters of whole system and lens performance, be approximately tens to up to a hundred milliseconds of left and right, in a word, more short better.
C-3, picked-up image;
Any one in the focusing area that C-4, calculating operation person select, or the sharpness (sharpness) of the specific focusing of specifying (operator specifies this step focusing in the time of operation) image;
C-5, change stroke arrive next stroke 2, repeating step C-2 to C-4, until stroke number is more than or equal to total kilometres number, in the present embodiment, a stroke of common camera lens 101 is generally tens microns of left and right, and conventional selects 30 ~ 80 microns;
C-6, find out the stroke that has maximum sharpness, determine that the trip is best stroke;
C-7, change camera lens stroke are best stroke.
D, carry out Rx axle and automatically focus or carry out Ry axle and automatically focus, when focusing, camera lens 101 need to be rotated operation, when this step operation, the rotation take articulation point definite in step C as benchmark, carry out Rx axle and automatically focus or carry out Ry axle while automatically focusing, can not affect the definition of focusing definite in step C;
Inclination angle in D-1, change camera lens Rx direction;
Whether D-2 until the image settling position on image sensor, by waiting for a regular time, or observes image and decides image stable;
D-3, picked-up image;
The sharpness of all focusing area images that D-4, calculating operation person select;
Next inclination angle is arrived at D-5, the inclination angle changing in Rx direction, repeating step D-2 to D-4, until stroke number is more than or equal to total Rx direction tilt angle number, in the present embodiment, an inclination angle of common camera lens 101 can be selected 3 ~ 10 °;
D-6, find out the inclination angle in the Rx direction that has maximum sharpness, determine that this inclination angle is the inclination angle in best Rx direction;
D-7, the inclination angle changing in camera lens Rx direction are the inclination angle in best Rx direction.
E, carry out Ry axle and automatically focus or carry out Rx axle and automatically focus, when focusing, camera lens 101 need to be rotated operation, when this step operation, the rotation take articulation point definite in step C as benchmark, carrying out Rx axle automatically focuses or carries out Ry axle while automatically focusing, can not affect the definition of focusing definite in step C
Inclination angle in E-1, change camera lens Ry direction;
Whether E-2 until the image settling position on image sensor, by waiting for a regular time, or observes image and decides image stable;
E-3, picked-up image;
The sharpness of the focusing area image that E-4, calculating operation person select;
Next inclination angle is arrived at E-5, the inclination angle changing in Ry direction, repeating step E-2 to E-4, until stroke number is more than or equal to total Ry direction tilt angle number, in the present embodiment, an inclination angle of common camera lens 202 can be selected 3 ~ 10 °;
E-6, find out the inclination angle in the Ry direction that has maximum sharpness, determine that this inclination angle is the inclination angle in best Ry direction;
E-7, the inclination angle changing in camera lens Ry direction are the inclination angle in best Ry direction.
In the present invention, also have another kind of implementation, its substantially with the present embodiment in step close, specific as follows:
A, utilize camera lens 101 to gather the image of photographic subjects, and convert the signal of telecommunication to by image sensor 103, on touch display screen, show;
B, operator select focusing by touch-screen, when selected can camera field range 405(be generally display screen show image range) in choose multiple regions simultaneously and progressively choose multiple regions etc.In the present embodiment, take three focusing areas as example is specifically described, be respectively 401,402 and 403, three of touch areas focusing area and be respectively operator and point 404 selected regions, when concrete enforcement, also can choose one or more target areas by one or more input points.
C, carry out z axle and automatically focus, when z axle is focused automatically, concrete steps are as follows:
C-1, change the stroke of camera lens to stroke 1, the stroke in the present embodiment is defined as the relative position of camera lens on z axle, the position of camera lens 101 when the reference position of stroke can not switch on for image sensor 103 or motor;
C-2, until the image settling position on image sensor, by waiting for a regular time, or observe image and decide image whether stable, due in the time that camera lens 101 positions are not fixed, the definition of image cannot settle out, conventionally, camera lens 101 is in the time moving to rapidly certain position, due to factors such as inertia, camera lens 101 also can be near this position swing a period of time, image now also cannot be focused clear, therefore need to wait for a period of time, until image is clear, the concrete stand-by period is relevant with the multiple parameters of whole system and lens performance, be approximately tens to up to a hundred milliseconds of left and right, in a word, more short better.
C-3, picked-up image;
Any one in the focusing area that C-4, calculating operation person select, or the sharpness (shaprness) of the specific focusing image of specifying;
C-5, change stroke arrive next stroke 2, repeating step D-2 to D-4, until stroke number is more than or equal to total kilometres number, in the present embodiment, a stroke of common camera lens 101 is generally tens microns of left and right, and conventional selects 30 ~ 80 microns;
C-6, find out the stroke that has maximum sharpness, determine that the trip is best stroke;
C-7, change camera lens stroke are best stroke.
D, operator point 404 and slide on touch-screen, indication camera lens yawing moment 406(X axle), 407(Y axle) or 408(X axle and Y-axis between arbitrarily angled);
E, draw according to operator in step D the incline direction of getting, convert thereof into the incline direction of camera lens, comprising the inclination ratio of Rx axle and Ry axle, draw the distance of getting according to operator, realize the deviation angle conversion of camera lens, operator draws and gets how much how long distance is spent if converting the deflection of camera lens angle of inclination on screen, as: operator draws and gets 1cm on screen, corresponding camera lens 101 rotates 3 °, while specifically enforcement, also can specifically set according to actual needs.In the present embodiment, get apart from changing into camera lens angle of inclination to draw, while specifically enforcement, also can rotate in real time, operator draws while getting screen, and camera lens rotates thereupon, and in the time that operator stops sliding, camera lens also stops operating.Thereby can get image that operator wants and the special effect of taking pictures.
In above-described embodiment, be specifically described to be adjusted into example at Rx and Ry both direction simultaneously, while specifically enforcement, also can first adjust a direction on axle, then adjust the direction on another axle.
The present invention is operated and is obtained by touch screen, or is operated and directly manually controlled that the operation of Sha's nurse is realized at deflection lens inclination angle and the operation of anti-Sha's nurse moves the function that axle is photographed by touch screen.
Compared with the present invention applies with traditional portable unit camera, the minisize pick-up head operating function of a kind of brand-new mobile phone or portable flat panel computer is provided, it is by the operation touching on flat board, control camera motion according to selected interested target area, except the position (the 1st dimension) of the camera lens of common portable unit camera can also operate the inclination angle (the 2nd, 3 dimension) of two orthogonal directions, realize and carry out automatically the focus function of operation of 3 dimensions for operator in the region of the selected different depth of field of touch screen.And the present invention selects to realize the automatic focusing to interesting target region automatically by touch screen, faster, more accurately, without training, and it is interesting etc. to have more operation.
Claims (10)
1. operate to realize by touch screen and move axle photography and a 3 dimension multi-regions method for focusing automatically, it is characterized in that: described method comprises the steps:
A, utilize camera lens to gather the image of photographic subjects, and convert the signal of telecommunication to by image sensor, on touch display screen, show;
B, operator select one or more focusing by touch-screen;
C, carry out z axle and automatically focus;
D, carry out Rx axle and automatically focus;
E, carry out Ry axle and automatically focus.
According to claim 1 operate to realize by touch screen move axle photography and the 3 dimension multi-regions method of focusing automatically, it is characterized in that: when described z axle is focused automatically, concrete steps are as follows:
The stroke of C-1, change camera lens is to stroke 1;
Whether C-2 until the image settling position on image sensor, by waiting for a regular time, or observes image and decides image stable;
C-3, picked-up image;
Any one in the focusing area that C-4, calculating operation person select, or the sharpness of the specific focusing image of specifying;
C-5, change stroke are to next stroke 2, and repeating step C-2 to C-4, until stroke number is more than or equal to total kilometres number;
C-6, find out the stroke that has maximum sharpness, determine that the trip is best stroke;
C-7, change camera lens stroke are best stroke.
According to claim 1 operate to realize by touch screen move axle photography and the 3 dimension multi-regions method of focusing automatically, it is characterized in that: the described Rx axle that carries out is while automatically focusing, and concrete steps are as follows:
Inclination angle in D-1, change camera lens Rx direction;
Whether D-2 until the image settling position on image sensor, by waiting for a regular time, or observes image and decides image stable;
D-3, picked-up image;
The sharpness of the focusing area image that D-4, calculating operation person select;
Next inclination angle is arrived at D-5, the inclination angle changing in Rx direction, and repeating step D-2 to D-4, until stroke number is more than or equal to total Rx direction tilt angle number;
D-6, find out the inclination angle in the Rx direction that has maximum sharpness, determine that this inclination angle is the inclination angle in best Rx direction;
D-7, the inclination angle changing in camera lens Rx direction are the inclination angle in best Rx direction.
According to claim 1 operate to realize by touch screen move axle photography and the 3 dimension multi-regions method of focusing automatically, it is characterized in that: the described Ry axle that carries out is while automatically focusing, and concrete steps are as follows:
Inclination angle in E-1, change camera lens Ry direction;
Whether E-2 until the image settling position on image sensor, by waiting for a regular time, or observes image and decides image stable;
E-3, picked-up image;
The sharpness of the focusing area image that E-4, calculating operation person select;
Next inclination angle is arrived at E-5, the inclination angle changing in Ry direction, and repeating step E-2 to E-4, until stroke number is more than or equal to total Ry direction tilt angle number;
E-6, find out the inclination angle in the Ry direction that has maximum sharpness, determine that this inclination angle is the inclination angle in best Ry direction;
E-7, the inclination angle changing in camera lens Ry direction are the inclination angle in best Ry direction.
According to claim 1 operate to realize by touch screen move axle photography and the 3 dimension multi-regions method of focusing automatically, it is characterized in that: when described selection focusing, in camera field range, choose multiple regions simultaneously and progressively choose multiple regions etc.
6. operate to realize by touch screen and move axle photography and a 3 dimension multi-regions method for focusing automatically, it is characterized in that: described method comprises the steps:
A, utilize camera lens to gather the image of photographic subjects, and convert the signal of telecommunication to by image sensor, on touch display screen, show;
B, operator select focusing by touch-screen;
C, carry out z axle and automatically focus;
D, operator slide on touch-screen, indication camera lens yawing moment.
According to claim 6 operate to realize by touch screen move axle photography and the 3 dimension multi-regions method of focusing automatically, it is characterized in that: when described z axle is focused automatically, concrete steps are as follows:
The stroke of D-1, change camera lens is to stroke 1;
Whether D-2 until the image settling position on image sensor, by waiting for a regular time, or observes image and decides image stable;
D-3, picked-up image;
Any one in the focusing area that D-4, calculating operation person select, or the sharpness of the specific focusing image of specifying;
D-5, change stroke are to next stroke 2, and repeating step D-2 to D-4, until stroke number is more than or equal to total kilometres number;
D-6, find out the stroke that has maximum sharpness, determine that the trip is best stroke;
D-7, change camera lens stroke are best stroke.
8. according to claim 6ly operate by touch screen axle photography and the 3 dimension multi-regions method of focusing automatically of moving that realize, it is characterized in that: described Rx axle and the Ry axle of carrying out is while automatically focusing, draw according to operator in step C the incline direction of getting, convert thereof into the incline direction of camera lens, comprising the inclination ratio of Rx axle and Ry axle.
According to claim 8 operate to realize by touch screen move axle photography and the 3 dimension multi-regions method of focusing automatically, it is characterized in that: when the inclination of described camera lens, draw the distance of getting according to operator, realize the deviation angle conversion of camera lens; Or operator draws while getting screen, camera lens rotates thereupon, and in the time that operator stops sliding, camera lens also stops operating.
According to claim 6 operate to realize by touch screen move axle photography and the 3 dimension multi-regions method of focusing automatically, it is characterized in that: when described focusing is selected, in camera field range, choose one or more regions simultaneously or choose one by one one or more regions.
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| CN104202527A (en) * | 2014-09-17 | 2014-12-10 | 广州三星通信技术研究有限公司 | Method and equipment for adjusting lens of portable terminals |
| CN104202509A (en) * | 2014-09-04 | 2014-12-10 | 成都凯裕电子电器有限公司 | Optical module installed on mobile terminal and capable of switching tilt-shift lens |
| CN104202510A (en) * | 2014-09-04 | 2014-12-10 | 成都凯裕电子电器有限公司 | Optical module installed on mobile terminal and capable of switching tilt-shift lens |
| CN104243825A (en) * | 2014-09-22 | 2014-12-24 | 广东欧珀移动通信有限公司 | Automatic focusing method and system of mobile terminal |
| CN104735355A (en) * | 2015-03-13 | 2015-06-24 | 广东欧珀移动通信有限公司 | Camera shooting method and device for intelligent terminal |
| CN104853105A (en) * | 2015-06-15 | 2015-08-19 | 爱佩仪光电技术有限公司 | Three-dimensional rapid automatic focusing method based on photographing device capable of controlling inclination of lens |
| WO2015180148A1 (en) * | 2014-05-30 | 2015-12-03 | 爱佩仪光电技术（深圳）有限公司 | Debugging and application method for tilt compensation control of lens of auto-focus camera module |
| CN105812669A (en) * | 2016-05-13 | 2016-07-27 | 大族激光科技产业集团股份有限公司 | Curved automatic imaging focusing method and system |
| WO2016201592A1 (en) * | 2015-06-15 | 2016-12-22 | 爱佩仪光电技术有限公司 | Three-dimensional rapid automatic focusing method based on photographing device capable of controlling the inclination of lens |
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| CN110971803A (en) * | 2019-12-18 | 2020-04-07 | 维沃移动通信有限公司 | Shooting method, shooting device, electronic equipment and medium |
| CN111213362A (en) * | 2017-10-11 | 2020-05-29 | 深圳传音通讯有限公司 | Computer-readable storage medium for focusing and intelligent terminal |
| CN113364963A (en) * | 2021-08-09 | 2021-09-07 | 浙江大华技术股份有限公司 | Imaging control method and related equipment |
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| CN105812669A (en) * | 2016-05-13 | 2016-07-27 | 大族激光科技产业集团股份有限公司 | Curved automatic imaging focusing method and system |
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| CN111213362A (en) * | 2017-10-11 | 2020-05-29 | 深圳传音通讯有限公司 | Computer-readable storage medium for focusing and intelligent terminal |
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| CN110971803A (en) * | 2019-12-18 | 2020-04-07 | 维沃移动通信有限公司 | Shooting method, shooting device, electronic equipment and medium |
| CN110971803B (en) * | 2019-12-18 | 2021-10-15 | 维沃移动通信有限公司 | Shooting method, shooting device, electronic equipment and medium |
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