CN102466947B - For the shifting axle photographic attachment of digital camera or video camera - Google Patents
For the shifting axle photographic attachment of digital camera or video camera Download PDFInfo
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- CN102466947B CN102466947B CN201010550361.5A CN201010550361A CN102466947B CN 102466947 B CN102466947 B CN 102466947B CN 201010550361 A CN201010550361 A CN 201010550361A CN 102466947 B CN102466947 B CN 102466947B
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Abstract
The present invention is a kind of shifting axle photographic attachment and method for imaging for digital camera or video camera, the device includes photographing unit or the sensor devices in video camera, it is characterized in that the sensor devices are connected with shifting shaft device, the shifting shaft device drives sensor devices to be moved, and reaches the effect for moving axle photography.Before or during photograph or shooting, taken a picture or imaged using the sensor devices in moving shaft device mobile cameras or video camera.By the improvement of the present invention, the technology of shifting axle photography is applied in photographing unit or video camera fuselage, do not require the use of shifting lens shaft and be capable of achieving to move axle photography, facilitate the popularization and application for moving axle photography.
Description
Technical field
The present invention relates to take a picture and image apparatus, a kind of precisely photography for being applied to digital camera or video camera
Structure and method, the structure and method can realize the effect for moving axle photography.
Background technology
Axle photography (Tilt-shift photography) is moved, is photographing unit to be installed on by special shifting lens shaft or is taken the photograph
On camera, realize moving axle photographic effects by the movement of shifting lens shaft, twisting, or the movement of can.Move axle to photograph most
Main the characteristics of is can to make the master of whole photographic lenss on the premise of camera body and film plane position keep constant
Optical axis is translated, is tilted or rotated, to reach the purpose of adjustment photographic image perspective relation or region-wide focusing.Therefore, move axle to take the photograph
Shadow is made using more and more extensive with the raising that the universalness and photographic work of photography are required.The photograph of existing shifting axle and photography set
It is standby, mainly used with moving lens shaft and interchangeable lenses photographing unit or camera chain, or bellows and mechanism are connected by camera lens
To realize, and all medium-sized, large size cameras, no corresponding product in small-sized, portable photograph and photographic goods.
The photography of existing shifting axle mainly by moving lens shaft or connecting bellows and mechanism by camera lens realizing, such as patent Shen
Mode that please be described by 200820051322.9, and the shifting lens shaft volume for being used to move axle photography is larger, can only be with mm professional camera special
It is applied in combination, it is bulky, limit to the range of application for moving axle photography, minicam or video camera cannot be applied.It is logical
It is identical with using lens shaft principle is moved to realize the principle for moving axle photography to cross camera lens connection bellows and mechanism, and equipment volume is then more
For huge, using more complicated.
Axle photography is moved due to being limited to move lens shaft, and shifting lens shaft design limiting factor is more, each moves lens shaft and only has
Specific structure, therefore, the replaceability for moving lens shaft product is poor, limited performance.
When shifting lens shaft is to use on interchangeable lenses fuselage, many automatic functions on fuselage, trick play functionality, sequencing
Function can not all be applied.Move lens shaft to be difficult to move the digitized of axle effect, electronization regulation.
Simultaneously as it is to coordinate professional camera or video camera to be shot by moving lens shaft to move axle photography, photograph and
Photographic goods are to high using people's technical requirements, cumbersome, it is impossible to realize universalness.
When moving lens shaft replacing, dust is easily accessible inside camera and camera lens.Move lens shaft expensive, coordinate with which
Interchangeable lenses photographing unit or video camera it is equally expensive, therefore must be high consumption product, common consumer is difficult to bear, can
Hope and it is unreachable.
Based on this, in the urgent need to proposing corrective measure, so as to move axle photography and can be received and be made by vast domestic consumer
With.
The content of the invention
It has been investigated that, the principal element for restricting shifting axle photography is to move the required shifting lens shaft of axle photography, current institute
It is some move axle photography mainly installs additional it is specific move what lens shaft was realized, and moving lens shaft then needs specific process equipment, tight
The technological requirement of lattice, necessarily causes relatively costly.
Based on this, the present invention is designed and manufactured into integration by axle camera work is moved, and realizes moving axle without the need for relying on replacing camera lens
Photograph and camera function.
Present invention is primarily targeted at providing a kind of shifting axle photography photographic attachment for digital camera or video camera
And method, the device and method can will move axle photography applications in various photographing units or video camera, it is not necessary to install move lens shaft be
It is capable of achieving to move the purpose of axle photography.
Further object is that provide a kind of shifting axle photographic attachment for digital camera or video camera and
Method for imaging, device and method Jing move axle Integration ofTechnology in photographing unit or video camera, make the photography of shifting axle and photographing unit, shooting
It is machine integrated, and the volume of photographing unit or video camera is greatly reduced, it is easy to carry.
It is also another object of the present invention to provide a kind of shifting axle photographic attachment for digital camera or video camera and taking the photograph
Image method, the device and method can make full use of many automatic functions that existing photographing unit and video camera have, stunt work(
Energy, programmed functions, therefore can realize moving axle photograph or the intellectuality photographed, sequencing.
And, a further object of the present invention is to provide a kind of shifting axle photography dress for digital camera or video camera
Put and method for imaging, the device and method can be greatly lowered the cost for moving axle photography, making shifting axle photograph being capable of universalness, intelligence
Energyization, is widely applied.
Thinking of the present invention is：Using digital imaging techniques characteristic, by changing digital photosensitive device relative to imaging optical axis
The position of line, direction or angle and realize moving axle photographic effects, solve above-mentioned prior art existing problems.
Based on this, what the present invention was realized in：
A kind of shifting axle photographic attachment for digital camera or video camera, the device are included in photographing unit or video camera
Sensor devices, it is characterised in that the sensor devices are connected with shifting shaft device, the shifting shaft device drive sensor devices to be transported
It is dynamic, reach the effect for moving axle photography.
Described shifting shaft device, is to instigate sensor devices to carry out level, the device of vertical or axial-rotation, and which includes X
Any one or a few combination of shaft moving device, Y-axis mobile device and rotary apparatuss.
The X-axis mobile device, including X-axis guide rail, X-axis movement connecting rod, the sensor devices are arranged in X-axis guide rail,
And X-axis movement connecting rod is connected to, moving connecting rod drive by X-axis carries out the movement of X-direction.
The Y-axis mobile device, including Y-axis guide rail, Y-axis movement connecting rod, the sensor devices are arranged in Y-axis guide rail,
And Y-axis movement connecting rod is connected to, moving connecting rod drive by Y-axis carries out the movement of Y direction.
The rotary apparatuss, including rotary shaft and rotary drive mechanism, rotary shaft are fixed on sensor devices, rotation driving
Mechanism connects rotary shaft, drives rotary shaft rotation by rotary drive mechanism, so that sensor devices can rotate.
The sensor devices, which is arranged on a fixed support, and the fixed support is installed on photographing unit or video camera fuselage
Interior, sensor devices pass through fixed support and include any one of X-axis mobile device, Y-axis mobile device and rotary apparatuss or several
The combination planted is attached or fixed.
The X-axis mobile device, Y-axis mobile device and rotary apparatuss can realize by gear drive that i.e. X-axis movement is filled
Put, Y-axis mobile device realizes the movement of X-axis (horizontal direction) and Y-axis (vertical direction) by gear driven connecting rod, connecting rod connection
On sensor devices；Rotary apparatuss are rotated by gear driven sensor devices, are fixed with gear on the side wall of sensor devices, rotation
Device is occlusion gear, the gear rotation of sensor devices is fixed on by being engaged gear driven, so as to drive sensor devices to carry out
Rotation, reaches the effect for moving axle photography.
And, further, during control sensor devices X-axis, Y-axis movement and rotating, other can also be passed through
Part be controlled, yardstick, the anglec of rotation are moved by rotary switch control such as, or are carried out with reference to control circuit by button
The control of mobile yardstick and the anglec of rotation, rotary switch and button can be arranged on the fuselage of photographing unit or video camera, be easy to
People operate.
It should be noted that for any controllable movement and rotation of sensor devices, can realize moving axle photography
Need, therefore move shaft device not only to include above-mentioned implementation, also including other movements and the mode of rotation sensor devices.
Described sensor devices, be CCD (Charge Coupled Device Charge Coupled Device (CCD) imageing sensors),
CMOS (Complementary Metal-Oxide Semiconductor Complimentary Metal-Oxide quasiconductors) or other can be used for
Any one of digital photography photographic sensitive image device.
The sensor devices, which is also provided with the horizontal rotation apparatus for horizontally rotating, and horizontal rotation apparatus connection is photosensitive
The edge of device, or on fixed support, by the level that sensor devices or support bracket fastened angle adjustment are controlled with sensor devices
Rotation.
A kind of shifting axle method for imaging for photographing unit or video camera, it is characterised in that before taking pictures or photographing, utilizes
Sensor devices in moving shaft device mobile cameras or video camera, are then shot after adjusting focal length again.
Methods described, is that sensor devices are carried out any one or a few the knot that rotates, move horizontally, vertically move
Close.
Described rotation, is rotated around the axle center of sensor devices.
Above-mentioned rotation, is carried out including the horizontal rotation around sensor devices axle center, the horizontal axis around sensor devices
Before and after rotate.
By the improvement of the present invention, the technology of shifting axle photography is applied in photographing unit or video camera fuselage, be not required to
It is capable of achieving to move axle photography using lens shaft is moved, facilitates the popularization and application for moving axle photography.
Design and use mode of the present invention, it is not necessary to change and move lens shaft, is not present because just changing the entrance of lens order dust
Problem.And the present invention can be used to designing and manufacturing miniaturization, portable photographing unit or video camera, can also equally be applied to specially
In industry camera installation, the photographing unit or video camera for being applied to the present invention can greatly reduce the volume of photographing unit or video camera, just
In carrying.
The present invention is on the basis of axle photography is moved, additionally it is possible to which make full use of that existing photographing unit and video camera have is a lot
Automatic function, trick play functionality, programmed functions.
Importantly, the present invention is when miniaturization, portable camera or video camera is applied to, as long as increasing corresponding
Function, price are more or less the same relative to similar photographing unit or video camera, substantially reduce the cost for moving axle photography, can easily meet one
As user consumption, make shifting axle photograph promoted, realize move axle photography low cost, high-performance, popularization easy to operate, easy, intelligence
Energyization, the function of sequencing, make the photography of shifting axle become the art creative activity that masses can enjoy.
Description of the drawings
Fig. 1 is the implemented side schematic view for moving shaft type numeral photographing unit of the present invention.
Fig. 2 is side schematic view when the implemented shifting shaft type numeral photographing unit of the present invention carries out rotation transfer shaft.
Fig. 3 is side schematic view when the implemented shifting shaft type numeral photographing unit of the present invention is vertically moved axle.
Fig. 4 be the present invention it is is implemented shifting shaft type numeral photographing unit carry out it is horizontal and vertical shifting axle when front schematic view.
Fig. 5 is that the implemented shaft type numeral photographing unit that moves of the present invention carries out horizontally rotating front schematic view when moving axle.
Fig. 6 is that the present invention is implemented moves the structural representation that shaft type numeral camera internal moves shaft device and sensor devices.
Fig. 7 is the side view of structure shown in Fig. 6.
Fig. 8 is the structure for moving shaft type numeral camera internal shifting shaft device and sensor devices of another embodiment of the invention
Schematic diagram.
Shown in figure, camera body is 1, and camera gun is 2, and the focussing plane of photographing unit optical imagery is 3, photosensitive
Device is 5, and optical axis are 4, and imaging photoreceptor original position is set to 6, and after imaging photoreceptor moves axle, position is 7.
Specific embodiment
Enforcement to the present invention below in conjunction with the accompanying drawings is further described.
Fig. 1 is shifting shaft type numeral photographing unit side view of the present invention.Shown in figure, sensor devices 5 are arranged at digital photographing
In the fuselage 1 of machine, camera gun 2 is located in front of sensor devices 5, and is located on same optical axis line 4 with sensor devices 5, optical axis
Line 4 is overlapped with Z axis.
Under normal circumstances, the optics sensor devices 4 of digital camera or video camera are located at digital camera optical imagery
On focussing plane 3,3 center of focussing plane is located in Y-axis perpendicular to optical axis 4, focussing plane 3.
Fig. 2 is the schematic diagram that rotates before and after sensor devices.Shown in Fig. 2, when cameraman needs to carry out rotating photograph or photography
When, imaging photoreceptor 5 can be adjusted by adjusting rotation shifting shaft device and be rotated along the direction of arrow (i.e. along X-axis),
Sensor devices 5 are made to be in certain angle with focussing plane 3, so that it may to shoot the work of vertical direction rotating shaft photograph and photographic effects
Product.
Sensor devices 5 equally can carry out the elevation angle, tilt adjustment along Y direction, to create different shifting axle photograph
And photographic effects.
Sensor devices 5 can carry out clockwise, counterclockwise adjusting, to create different shifting axle photograph and effect of photographing
Really.
Fig. 3 is to move schematic diagram when shaft type numeral photographing unit carries out water translation shaft.
When cameraman needs to carry out vertical direction rotating shaft photograph and photography, can be adjusted to as photoreceptorss by governor motion
Part 5 makees the regulation of vertical direction along focussing plane, for example, be moved vertically downward apart from a, i.e., along Y direction along focussing plane 3
To bottom offset, so that it may shoot the works that rotating shaft photograph and photographic effects are translated along focussing plane.
Equally, the regulation that imaging photoreceptor 5 simultaneously can be made both vertically and horizontally along focussing plane 3, to create
Make different shifting axle photograph and photographic effects.As shown in figure 4,6 is imaging photoreceptor original position, 7 is imaging photoreceptor
Position after axle is moved, imaging photoreceptor is moved along X-axis and Y-axis, it is clear that the position 7 of sensor devices is than position 6 in Vertical Square
To moving in Y-axis apart from a, in the horizontal direction, i.e., move apart from b in X-axis.
In another case, can also sensor devices 5 be carried out with the rotation of horizontal direction, i.e., it is flat along focussing plane 3
Line direction is rotated, as shown in Figure 5.
When cameraman needs to carry out horizontal rotating shaft photograph and photography, can pass through to move level of the shaft device in focussing plane 3
The anglec of rotation of sensor devices 5 is adjusted on position, so that it may shoot the works in the horizontal direction rotating shaft photograph and photographic effects.
A is the original position of sensor devices 5, is horizontally rotated by moving shaft device, and position B, Ke Yijin are arrived in 45 ° of rotation
Row B location shifting axle photograph or photograph, further rotate, position C can be rotated by 90 °, in position C carry out move axle photograph or
Photography.
Fig. 6 is the structural representation of a concrete application of the invention, and shown in figure, the primary structure for constituting the present invention includes
Shaft device and sensor devices 5 are moved, wherein moving shaft device includes X-axis mobile device (critical piece is to move horizontally bar 53,54), is revolved
Turn mobile device (critical piece is rotary shaft 52).Wherein, moving horizontally the control sensor devices of bar 53,54 carries out horizontal direction
Mobile, rotary shaft 52 then controls sensor devices 5 and is rotated around the horizontal axis of sensor devices.In the situation of purely mechanic control
Under, move horizontally bar and only can arrange one, it is not necessary to which the employing as described in Fig. 6 two moves horizontally bar 53 and 54.
Wherein, sensor devices 5 are arranged on mounting platform 51, and rotary shaft 52 is provided with the horizontal axis of sensor devices 5,
Rotary shaft 52 is rotated by motor control.
In other embodiments, rotary shaft 52 can only be arranged at the both sides of sensor devices 5, not affect to take a picture or take the photograph
The effect of shadow.
In the manner, rotating and moving device of configuration-changeable includes the occlusion gear 531 of rotary shaft 52, connection gear 533 and motor, rotation
Rotating shaft 52 is connected together with gear 531 is engaged, and rotary shaft 52 is engaged with gear 533 is connected by being engaged gear 531, tooth connection
Wheel 533 is connected to motor, rotates in the case where motor drives, and passes to rotary shaft 52 by being engaged gear 531, so that rotary shaft 52
Rotation, reaches the shifting axle effect rotated before and after making sensor devices 5.
Connection gear 533 is fixed on travelling arm 511.Travelling arm 511 is located at the top of mounting platform 51, while in peace
Slide with connecting rod respectively the both sides that the opposite side on 51 top of assembling platform also has a travelling arm 511, the bottom of mounting platform 51
Swing arm 512, travelling arm 511 and the 512 common mounting platform 51 for supporting sensor devices 5 to be located of travelling arm are on bar 53 is moved horizontally
Move horizontally.
Wherein, move horizontally the inner surface that bar 53,54 surfaces have external screw thread, travelling arm 511,512 and there is female thread, it is sliding
Swing arm 511 is coordinated by screw thread with bar 54 is moved horizontally with bar 53, travelling arm 512 is moved horizontally, and can so be led to
The rotation that control moves horizontally bar 53,54 is crossed, reaching makes mounting platform 51 and sensor devices 5 carry out the effect that level (X-axis) moves axle
Really.
Control is moved horizontally, and the movement for limiting mounting platform 51 is positioned at the two
Within point 532, equally, control is moved horizontally, and limits the moving range of mounting platform 51
Within two anchor points 541, generally, the relation of anchor point 532 and anchor point 541 is one-to-one.
When cameraman needs the vertical angle for adjusting sensor devices knob to adjust the shifting axle by way of carrying out optical axis distortion
When photography shoots, vertical moving horizontally can be directly or indirectly driven by being arranged at the adjusting knob of digital camera fuselage surface
Bar 53,54 rotates, and moves horizontally bar 53,54 by rotation, drives the travelling arm 511 and 512 of its passed through screw thread cooperation, so as to
Moved horizontally whole mounting platform 51 (including sensor devices 5), be up to the standard and move the effect of axle；When needs are rotated
When, then drive connection gear 533 rotates, and connection gear 533 drives occlusion gear 531, occlusion gear 531 to drive rotary shaft again
52, rotary shaft 52 drives sensor devices 5 to rotate, so as to the shifting axle rotated by the horizontal axis reached along sensor devices is imitated
Really, as shown in Figure 7.Therefore, the digital camera applied by the present invention is capable of achieving the shifting axle photography of horizontal optical axis distortion mode
With rotation transfer shaft camera function,
In an embodiment of the present invention, shaft type numeral photographing unit or the input order of the regulating key on video camera fuselage can be passed through
Processor and control circuit to inside moving shaft type numeral photographing unit or video camera, control and regulation move shaft type numeral photographing unit or video camera
Sensor devices adjust angles and positions.
Can be to be controlled in the way of knob, knob is adjusted by physical connection and moves shaft type numeral photographing unit or video camera
Sensor devices adjust angles and positions.Or by the adjusting knob input order on shaft type numeral photographing unit or video camera fuselage,
Processor and control circuit by shaft type numeral photographing unit or inside video camera, control and regulation move shaft type numeral photographing unit or video camera
Sensor devices adjust angles and positions.
In existing digital camera, by the regulating key input order on shaft type numeral photographing unit or video camera fuselage
Processor CPU and drive circuit to inside moving shaft type numeral photographing unit or video camera, drives and moves shaft type numeral photographing unit or video camera
Sensor devices adjust the motor of angles and positions, realize that moving shaft type numeral photographing unit or video camera sensor devices adjusts angle and position
Put.Meanwhile, CPU is shown in the status information of sensor devices on state display.Regulating key and state display can lead to
Cross program setting and other existing functions.
Fig. 8 is another kind specific embodiment of the invention, can realize the water of sensor devices in the embodiment of fig. 6
Translation is dynamic and rotates before and after horizontal axis, in the mode shown in Fig. 8, can also realize the shifting in vertical (Y-axis) direction
It is dynamic.
Shown in Fig. 8, increase by two vertical guide rails 55 on the basis of shown in Fig. 7, vertical guide rail 55 is naturally in the horizontal direction
With spacing effect, therefore the limit point 532 and 541 that can be changed the line map in mode shown in 6 with omission, meanwhile, moving horizontally bar
Arrange on 53 and 54 and be respectively provided with two pulleys 551, coordinated with vertical guide rail 55 by pulley 551, it is possible to achieve sensor devices 5
Vertical (Y-axis) displacement, vertical guide rail 55 and pulley 551 constitute Y-axis mobile device.
A kind of reasonable design is that the surface of pulley 551 is set to gear-like structure, while the table of guide rail 55
Face is also configured as gear-like, is engaged the precise control that can realize vertical displacement by pulley 551 and guide rail 55.
According to same frame mode, Z axis mobile device can also be set, but current digital camera or video camera
All there is the mechanism of moving lens, also there is the effect of Z axis movement using the mechanism of this moving lens.
In a word, realize moving horizontally, vertically moving and rotation in front and back, horizontal rotation, the side of focal plane rotation for the present invention
Formula is varied, herein can not limit, but in existing frame for movement, level, the structure of vertical and rotation can be realized
Can be applied in the shifting shaft device of the present invention.
Presently preferred embodiments of the present invention is the foregoing is only, not to limit the present invention, all essences in the present invention
Any modification, equivalent and improvement made within god and principle etc., should be included within the scope of the present invention.
Claims (3)
1. a kind of shifting axle photographic attachment for digital camera or video camera, the device include photographing unit or the sense in video camera
Optical device, it is characterised in that the sensor devices are connected with shifting shaft device, the shifting shaft device drive sensor devices to be moved；Institute
Shifting shaft device is stated, which includes any one or a few combination of X-axis mobile device, Y-axis mobile device and rotary apparatuss；It is described
X-axis mobile device, including X-axis guide rail, X-axis movement connecting rod, the sensor devices are arranged in X-axis guide rail, and are connected to X-axis shifting
Dynamic connecting rod, moves connecting rod by X-axis and drives sensor devices to carry out the movement of X-direction；The rotary apparatuss, including rotary shaft and rotation
Turn drive mechanism, rotary shaft is fixed on sensor devices, rotary drive mechanism connection rotary shaft is driven by rotary drive mechanism and turned
Moving axis rotates, so that sensor devices can rotate.
2. the shifting axle photographic attachment of digital camera or video camera is used for as claimed in claim 1, it is characterised in that the Y-axis
Mobile device, including Y-axis guide rail, Y-axis movement connecting rod, the sensor devices are arranged in Y-axis guide rail, and are connected to Y-axis movement
Connecting rod, moves connecting rod by Y-axis and drives sensor devices to carry out the movement of Y direction.
3. the shifting axle photographic attachment of digital camera or video camera is used for as claimed in claim 1, it is characterised in that the sense
Optical device, which is arranged on a fixed support, and the fixed support is installed in photographing unit or video camera fuselage, and sensor devices pass through
Fixed support is attached with any one or a few the combination including X-axis mobile device, Y-axis mobile device and rotary apparatuss
Or it is fixed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010550361.5A CN102466947B (en) | 2010-11-19 | 2010-11-19 | For the shifting axle photographic attachment of digital camera or video camera |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010550361.5A CN102466947B (en) | 2010-11-19 | 2010-11-19 | For the shifting axle photographic attachment of digital camera or video camera |
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| Publication Number | Publication Date |
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| CN102466947A CN102466947A (en) | 2012-05-23 |
| CN102466947B true CN102466947B (en) | 2017-03-29 |
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| CN201010550361.5A Active CN102466947B (en) | 2010-11-19 | 2010-11-19 | For the shifting axle photographic attachment of digital camera or video camera |
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| CN104052912B (en) * | 2013-03-11 | 2019-03-15 | 腾讯科技（深圳）有限公司 | Handle the method and device of video |
| CN104849953B (en) * | 2014-02-19 | 2017-09-12 | 大昱光电股份有限公司 | Stereoscopic image generation method and stereopsis camera device |
| CN104754197A (en) * | 2015-03-25 | 2015-07-01 | 胡振强 | Plane view shooting device |
| CN110568697A (en) * | 2019-10-21 | 2019-12-13 | 深圳市永诺摄影器材股份有限公司 | Method and device for axis-shift photography |
| CN113572947B (en) * | 2020-04-29 | 2023-03-24 | 浙江大华技术股份有限公司 | Image sensor adjusting method and device, storage medium and electronic device |
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|---|---|
| CN102466947A (en) | 2012-05-23 |
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