CN201955614U - Three-dimensional (3D) image shooting device - Google Patents
Three-dimensional (3D) image shooting device Download PDFInfo
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- CN201955614U CN201955614U CN2010206287784U CN201020628778U CN201955614U CN 201955614 U CN201955614 U CN 201955614U CN 2010206287784 U CN2010206287784 U CN 2010206287784U CN 201020628778 U CN201020628778 U CN 201020628778U CN 201955614 U CN201955614 U CN 201955614U
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Abstract
The utility model discloses a three-dimensional (3D) image shooting device, which comprises fixing support feet, frame-shaped reflecting covers and a support frame, wherein a first camera assembly and a second camera assembly are respectively arranged above and behind the frame-shaped reflecting covers, the installation positions of lenses of the two groups of camera assemblies form a right angle being 90 degrees, a piece of semitransparent semi-reflecting first 45-degree inclined angle glass is arranged in each frame-shaped reflecting cover, the top and the back part of each frame-shaped reflecting cover are elastic organ-shaped fold strips, a push rod is respectively arranged one each frame-shaped reflecting cover for driving the two camera assemblies to realize the transverse movement, the two camera assemblies synchronously move and move in the opposite directions, the push rods are driven by a synchronous motor, the on-off state of the synchronous motor is controlled by a digital program control unit, a three-dimensional display, a driving controller and a step motor are arranged on the support frame, the driving controller is used for controlling the synchronous focusing or zooming of each group of camera assembly, a module connected with a power supply is also arranged on the support frame, and the module is respectively connected with the synchronous motor, the driving controller, the step motor, the three-dimensional display and the two camera assemblies.
Description
Technical field:
The utility model relates to a kind of 3D stereo image shooting device, the 3D stereo image shooting device that relates in particular to a kind of accurately focusing fast, zoom, can make camera lens move automatically.
Background technology:
Along with science and technology development with rapid changepl. never-ending changes and improvements, multimedia visual pattern develops into 3-D view, four-dimensional image etc. gradually from two dimensional image, enriched the shock that people's people often lives and brings visual effect, people claim that 3-D view is 3D usually, and four-dimensional image is 4D etc.Though existing 3D stereo image shooting equipment is put in the work of industries such as movie or television successively, existing 3D stereo image shooting equipment exists and takes trouble, takes defectives such as equipment cost height substantially.Especially often cumbersome for the need operation of the focusing of the camera lens of 3D stereo image shooting equipment and zoom, the precision of focusing and zoom is difficult to reach accurately, and focuses each time and zoom all needs suitable a period of time just can finish, and time-consumingly requires great effort again; And the focusing of controls lens and the device of zoom very easily damage in the existing 3D stereo image shooting equipment, and its service time and life-span are shorter, have increased the cost of taking.In addition, the camera lens of existing 3D stereo image shooting equipment needs horizontal when mobile, need control mobilely with staff, and this has just increased the staff when taking and the complicacy of operation, and the shift length of camera lens needs multiplely mobilely just can reach accurate.
In sum, the many defectives that exist in the 3D stereo image shooting equipment at prior art, the applicant is devoted to structural improvement and the exploitation to 3D stereo image shooting apparatus always, wish to research and develop a kind of 3D stereo image shooting device that can make camera lens rapid focus, zoom, also solve the problems such as accuracy of camera lens displacement simultaneously.
The utility model content:
The purpose of this utility model is to overcome the deficiencies in the prior art, and a kind of 3D stereo image shooting device is provided, and has advantages such as easy and simple to handle, light, focusing and zoom are easy accurately, shooting effect is good.
The technical scheme that the utility model solves existing 3D stereo image shooting device is: a kind of 3D stereo image shooting device, comprise the shooting fixed feet that is provided with universal wheel and be positioned at shaped as frame reflection shield and the support of taking the fixed feet top, the top of shaped as frame reflection shield and rear are respectively equipped with first camera assembly and second camera assembly, the top of shaped as frame reflection shield and rear portion respectively are provided with a circular hole, each circular hole is the camera lens of corresponding every group of camera assembly separately, every set of shots extend in the corresponding circular hole, rectangular 90 ° of the installation site of the camera lens of two groups of camera assemblies, be provided with the one 45 ° of oblique angle glass of a translucent semi reflective in the wherein aforesaid shaped as frame reflection shield, the angle of the camera lens focal line of the one 45 ° of oblique angle glass and every group of camera assembly all is 45 °; Described shaped as frame reflection shield top and back are rubber-like organ shape gauffer bar, and circular hole is located on the gauffer bar; Respectively be provided with horizontal the moving of circular hole realization that a push rod drives two camera assemblies and organ shape gauffer bar on the described shaped as frame reflection shield, two camera assemblies are with moved further and mobile round about, push rod is by the synchronous machine drives of being located on the shaped as frame reflection shield, and synchronous motor is opened or closed by the control of digital process control module; Described support is provided with the manual focus and the zoom lens control device of three-dimensional display and focusing synchronously of every group of camera assembly of control or zoom, and manual focus and zoom lens control device are made up of driving governor and stepper motor; Also be provided with a box body on the described support, be provided with the module of a connection power supply in the box body, module is linking number word program control module, synchronous motor, driving governor, stepper motor, three-dimensional display, two camera assemblies respectively.Driving governor connects stepper motor, and stepper motor connects the camera lens of every group of camera assembly, regulates synchronous focusing or the zoom that stepper motor is controlled two camera lenses by driving governor, reaches synchronous focusing or zoom accurately, fast.In addition, shaped as frame reflection shield top and back are the gauffer bar, can produce displacement with the position of seasonal two circular holes, cooperate moving of first, second camera assembly and camera lens, utilize the driving of push rod and synchronous motor, but make first, second camera assembly and camera lens and circular hole synchronous shift, and both sense of displacement are opposite.The setting of organ shape gauffer bar can also can keep shading and resistance light when regulating the stereoscopic sensation power, can stop that extraneous light is injected in the shaped as frame reflection shield, thereby improve the quality of shooting.In addition, the effect of module is equivalent to processor, and module is received the input instruction of each parts, and module in corresponding parts, realizes the different requirements when filming apparatus is taken according to input instruction output output order.Filming apparatus of the present utility model adopts digit pulse speed governing and synchro control, thereby obtain the strong and weak adjusting of different stereoscopic sensations with realizing the twin-lens synchronism stability, adopt digital micro computer pulse micro-stepping to advance control technology, adjusted in concert focusing simultaneously and zoom, and keep two-shipper focusing and zoom 100% synchronous precision.In addition, the utility model also adopts incorporate middle control handle box (being module), and automatically controlled and signal Processing collection and the whole body are more succinct, more convenient with all.
As further design: be provided with two display screens in the aforesaid three-dimensional display to the aforementioned techniques scheme, be provided with the polarized lenses of scalable polarization angle in the display screen, two display screens become a right angle, and the 2 45 ° of oblique angle glass that is provided with a translucent semi reflective between two display screens is separated two display screens.In every display screen, add polarized lenses, and adjust its polarization angle.The projected image of taking simultaneously from first camera assembly and second camera assembly is transferred in the three-dimensional display, what first camera assembly transmitted is the projected image that stands upside down, what second camera assembly transmitted is upright projected image, the projected image that stands upside down is transferred to the display screen that keeps flat, from the projected image that keeps flat the display screen ejaculation is the lateral light projection, lateral light projection direct projection is to the 2 45 ° of oblique angle glass, and the projected image that goes out from the 2 45 ° of oblique angle glass-reflected is and the rectangular cross-polarization optical projection of former lateral light projection; Upright projected image is transferred to the display screen of placing vertically, from the projected image of placing the display screen ejaculation vertically is vertical optical projection, vertical optical projection direct projection is to the 2 45 ° of oblique angle glass, the vertical optical projection that penetrates from the 2 45 ° of oblique angle glass is constant, its vertical optical projection is vertical polarized light projection, is crossed as 90 ° from the cross-polarization optical projection of the 2 45 ° of oblique angle glass ejaculation and the light of vertical polarized light projection; The people is being with the 3D polarising glass to watch three-dimensional display, every eyes are only seen corresponding polarized light image, be the projected image that left eye can only be seen vertical polarized light projection, right eye can only be seen the projected image of cross-polarization optical projection, will produce stereo perception like this as direct viewing.
As the further design to the aforementioned techniques scheme: support is provided with the horizontal slide-bar of two symmetries, and laterally slide-bar is provided with the slide block that is driven and can be slided along horizontal slide-bar by push rod, and slide block is provided with the slide of support camera assembly; With setting nut and slide block clamping, be erected in distance on the slide block on the slide with setting nut control slide; Vertical slide rail that described slider bottom is provided with symmetry is connected and fixed organ shape gauffer bar, respectively be provided with the gear focusing device that drives by step motor control on two vertical slide rails, the gear focusing device cooperates with the groove focusing ring that camera assembly is provided with, each vertical slide rail and being connected of organ shape gauffer bar are to connect by two connecting rods, are respectively equipped with on two connecting rods that first, second regulates that bolt is regulated between connecting rod and the connecting rod, the fixed position between connecting rod and the vertical slide rail; Described gear focusing device be placed on vertical slide rail and can before and after slide, focusing device be provided with can be according to the size of camera lens on the camera assembly and adjusting gear focusing device fixed angle and slip the 3rd regulate bolt; Distance between distance between the described two horizontal slide rails and the two vertical slide rails all is 120mm.What focusing device adopted is 100 grades of contactless segmentations of infrared light, has more guaranteed precision and reliability that focusing and zoom are synchronous.
As the further design again to the aforementioned techniques scheme: aforesaid first, second camera assembly is respectively equipped with the self-locking device of restriction camera lens focusing or zoom, and self-locking device is connected with module.When not needing camera lens focusing or zoom, start self-locking device and just can make the synchronous focusing of camera lens and zoom be lockable, camera lens is in tighter state, can both operate reliably under extremely abominable production environment, is difficult for by me moving.Need so when locking, also can normally focus and zoom, but when not regulating camera lens, compare power consumption after starting self-locking device.
In addition, driving governor is provided with and limits two caging bolts that camera lens can not regulated the position, also is fixed with the positive stop strip between two caging bolts on the driving governor.Being provided with of caging bolt and positive stop strip guaranteed that camera lens can not regulate the position, also can spacing front and back are burnt regulates.
Also be provided with at least two Universal linking levers on the aforesaid support, Universal linking lever is divided into two joints, and Universal linking lever is connected with a three-dimensional display respectively.The effect of Universal linking lever is and can adjusts the viewing angle and the use location of three-dimensional display because of different environment or need of work that Universal linking lever also may be used on the driving governor, changes in order to the use location of adjustment driving governor or to it etc.Universal linking lever makes the use angle of the supervision angle of three-dimensional display or driving governor more random, more flexible.
Aforesaid three-dimensional display is provided with two, and the size of two three-dimensional displays differs; Larger-size three-dimensional display is to offer the big three-dimensional display that the Chief Director watches, the less three-dimensional display of size is to offer the little three-dimensional display that photographer watches, little three-dimensional display can be provided with two or more simultaneously, makes things convenient for the more work personnel to watch.This undersized three-dimensional display is small-sized stereo monitor, adopts polarization type and exclusive optical processing technology, makes photographer also can realize three-dimensional the supervision, thereby obtains higher-quality shooting, and large-sized three-dimensional display is arranged, and can be used for the director and monitors.
Aforesaid organ shape gauffer bar can about flexible 0-20cm.The flexible distance of organ shape gauffer bar is to decide because of the width of its shaped as frame reflection shield, is compressed too tight or elongates oversizely as the gauffer bar, can cause the damage of organ shape gauffer, and cause the difficulty that resets of organ shape gauffer bar easily.
Aforesaid shaped as frame reflection shield left and right sides inwall is provided with reflection prevention blackboard, and the length of shaped as frame reflection shield is 30-80cm, highly is 20-60cm.
In addition, the principle of operation of 3D stereo image shooting device is: module receives the focusing of driving governor or the input instruction of zoom, will export output order control step motor two set of shots are carried out synchronous focusing or focusing; Module receives the input instruction of digital process control module, will export output order and start synchronous motor, and the synchronous machine drives push rod promotes each self-corresponding camera assembly, realizes the synchronous shift of two groups of camera assemblies; Self-locking device is also realized its function as processor with above-mentioned corresponding principle by module; The projected image of two groups of camera assembly shootings also is transferred to small one and large one three-dimensional display by module.
In sum, 3D stereo image shooting device of the present utility model is easy to use, compares with the 3D stereo image shooting device of prior art, and 3D stereo image shooting device of the present utility model has following advantage:
1. 3D stereo image shooting device of the present utility model can be focused fast and accurately, zoom, the manual focus of controls lens focusing or zoom and zoom lens control device is simple in structure, volume is little, simple and efficient to handle.
2. the circular hole that first, second camera assembly of the present utility model and organ shape gauffer bar are provided with can be realized the synchronous of displacement, and the distance that moves is accurate, and the digital process control module and the pusher structure that drive their displacements are comparatively simple, install very convenient; And organ shape gauffer bar self has elasticity, and it is also more or less freely to reset.
3. the Universal linking lever that is provided with of shaped as frame reflection shield can be adjusted the use angle and the use location of three-dimensional display and manual focus and zoom lens control device according to user's different requirements, has stronger hommization.
Description of drawings:
Fig. 1 is the 3D stereo image shooting schematic representation of apparatus of the utility model embodiment.
Fig. 2 is another synoptic diagram of the 3D stereo image shooting device of the utility model embodiment.
Fig. 3 is the exploded view of the 3D stereo image shooting device of the utility model embodiment.
Fig. 4 is the synoptic diagram of camera lens of the camera assembly of the utility model embodiment.
Fig. 5 is the horizontal slide-bar of the utility model embodiment and the synoptic diagram of vertical slide rail.
Fig. 6 is the synoptic diagram of the three-dimensional display of the utility model embodiment.
Fig. 7 is the template acceptance of the utility model embodiment and the process flow diagram of output order.
Embodiment:
Provide most preferred embodiment of the present utility model below in conjunction with accompanying drawing.
Embodiment of the present utility model relates to a kind of 3D stereo image shooting device, the concrete structure of its device is: as Fig. 1, Fig. 2, shown in Figure 3, the 3D filming apparatus of present embodiment comprises that one is provided with the shooting fixed feet 1 of universal wheel and is positioned at shaped as frame reflection shield 17 and the support 2 of taking the fixed feet top, the front portion of shaped as frame reflection shield is an engraved structure, the left and right sides inwall of shaped as frame reflection shield all is provided with reflection prevention blackboard 16, the length of shaped as frame reflection shield is 30cm, highly is 20cm.The top of shaped as frame reflection shield and rear are respectively equipped with first camera assembly 3 and second camera assembly 4, the top of shaped as frame reflection shield and rear portion respectively are provided with a circular hole 5, each circular hole is the camera lens of corresponding every group of camera assembly separately, every set of shots extend in the corresponding circular hole, rectangular 90 ° of the installation site of the camera lens of two groups of camera assemblies, be provided with the one 45 ° of oblique angle glass 6 of a translucent semi reflective in the shaped as frame reflection shield, the one 45 ° of oblique angle glass is divided into two different area of space to the shaped as frame reflection shield, and the angle of the camera lens focal line of the one 45 ° of oblique angle glass and every group of camera assembly all is 45 °.
Aforesaid shaped as frame reflection shield top and back are rubber-like organ shape gauffer bar 7, organ shape gauffer bar can about flexible 0-20cm, circular hole is located on the gauffer bar; Respectively be provided with horizontal the moving of circular hole realization that a push rod 8 drives two camera assemblies and organ shape gauffer bar on the shaped as frame reflection shield, two camera assemblies are with moved further and mobile round about, push rod is driven by the synchronous motor of being located on the shaped as frame reflection shield 9, and synchronous motor is opened or closed by 12 controls of digital process control module.As shown in Figure 3, support is provided with the manual focus and the zoom lens control device of three-dimensional display 15 and focusing synchronously of every group of camera assembly of control or zoom, and manual focus and zoom lens control device are made up of driving governor 11 and stepper motor 10; Also be provided with a box body on the support, be provided with the module 13 of a connection power supply in the box body, module is linking number word program control module, synchronous motor, driving governor, stepper motor, three-dimensional display, two camera assemblies respectively.Driving governor connects stepper motor, and stepper motor connects the camera lens of every group of camera assembly, regulates synchronous focusing or the zoom that stepper motor is controlled two camera lenses by driving governor, reaches synchronous focusing or zoom accurately, fast.In addition, shaped as frame reflection shield top and back are the gauffer bar, can produce displacement with the position of seasonal two circular holes, the moving of camera lens that cooperates first, second camera assembly, utilize the driving of push rod and synchronous motor, but make the camera lens and the circular hole synchronous shift of first, second camera assembly, and both sense of displacement are opposite.Organ shape gauffer bar can also stop that extraneous light is injected in the shaped as frame reflection shield, thereby improves the quality of taking.In addition, the effect of module is equivalent to processor, and module is received the input instruction of each parts, and module in corresponding parts, realizes the different requirements when filming apparatus is taken according to input instruction output output order.
As shown in Figure 6, be provided with two display screens 19 in the aforesaid three-dimensional display, be provided with the polarized lenses of scalable polarization angle in the display screen, two display screens become a right angle, and the 2 45 ° of oblique angle glass 32 that is provided with a translucent semi reflective between two display screens is separated two display screens; In every display screen, add polarized lenses, and adjust its polarization angle.The projected image of taking simultaneously from first camera assembly and second camera assembly is transferred in the three-dimensional display, what first camera assembly transmitted is the projected image that stands upside down, what second camera assembly transmitted is upright projected image, the projected image that stands upside down is transferred to the display screen that keeps flat, from the projected image that keeps flat the display screen ejaculation is the lateral light projection, lateral light projection direct projection is to the 2 45 ° of oblique angle glass, and the projected image that goes out from the 2 45 ° of oblique angle glass-reflected is and the rectangular cross-polarization optical projection of former lateral light projection; Upright projected image is transferred to the display screen of placing vertically, from the projected image of placing the display screen ejaculation vertically is vertical optical projection, vertical optical projection direct projection is to the 2 45 ° of oblique angle glass, the vertical optical projection that penetrates from the 2 45 ° of oblique angle glass is constant, its vertical optical projection is vertical polarized light projection, is crossed as 90 ° from the cross-polarization optical projection of the 2 45 ° of oblique angle glass ejaculation and the light of vertical polarized light projection; The people is being with the 3D polarising glass to watch three-dimensional display, every eyes are only seen corresponding polarized light image, be the projected image that left eye can only be seen vertical polarized light projection, right eye can only be seen the projected image of cross-polarization optical projection, will produce stereo perception like this as direct viewing.
As Fig. 3, shown in Figure 5, aforesaid support is provided with the horizontal slide-bar 20 of two symmetries, and horizontal slide-bar is provided with also can be along the slide block 21 of horizontal slide-bar slip by the push rod driving, and slide block is provided with the slide 22 of support camera assembly; With setting nut 23 and slide block clamping, be erected in distance on the slide block on the slide with setting nut control slide; Vertical slide rail 25 that slider bottom is provided with symmetry is connected and fixed organ shape gauffer bar, respectively be provided with the gear focusing device 26 that drives by step motor control on two vertical slide rails, the gear focusing device cooperates with the groove focusing ring that camera assembly is provided with, each vertical slide rail and being connected of organ shape gauffer bar are to connect by two connecting rods 27, are respectively equipped with on two connecting rods that first, second regulates that bolt 28 is regulated between connecting rods and the connecting rod, the fixed position between connecting rod and the vertical slide rail; Described gear focusing device be placed on vertical slide rail and can before and after slide, focusing device be provided with can be according to the size of camera lens on the camera assembly and adjusting gear focusing device fixed angle and slip the 3rd regulate bolt 29; Distance between distance between the described two horizontal slide rails and the two vertical slide rails all is 120mm.What focusing device adopted is 100 grades of contactless segmentations of infrared light, has more guaranteed precision and reliability that focusing and zoom are synchronous.
Aforesaid first, second camera assembly is respectively equipped with the self-locking device 18 of focusing of restriction camera lens or zoom, and self-locking device is connected with module.When not needing camera lens focusing or zoom, start self-locking device and just can make the synchronous focusing of camera lens and zoom be lockable, camera lens is in tighter state, can both operate reliably under extremely abominable production environment, is difficult for by me moving.Need so when locking, also can normally focus and zoom, but rotate relatively power consumption when not regulating camera lens after starting self-locking device.
In addition, as shown in Figure 4, aforesaid driving governor is provided with and limits two caging bolts 30 that camera lens can not regulated the position, also is fixed with the positive stop strip 31 between two caging bolts on the driving governor.Being provided with of caging bolt and positive stop strip guaranteed that camera lens can not regulate the position, also can spacing front and back are burnt regulates.
Also be provided with three Universal linking levers 14 on the aforesaid support, Universal linking lever is divided into two joints, article three, Universal linking lever is connected with small one and large one three-dimensional display respectively, little three-dimensional display is provided with two, larger-size three-dimensional display is to offer the big three-dimensional display that the Chief Director watches, and the less three-dimensional display of size is to offer the little three-dimensional display that photographer watches; This undersized three-dimensional display is small-sized stereo monitor, adopts polarization type and exclusive optical processing technology, makes photographer also can realize three-dimensional the supervision, thereby obtains higher-quality shooting, and large-sized three-dimensional display is arranged, and can be used for the director and monitors.The effect of Universal linking lever is can be because of different environment or need of work, adjusts the viewing angle and the use location of three-dimensional display, perhaps adjusts the use location of driving governor or it is changed etc.; Universal linking lever makes the use angle of the supervision angle of three-dimensional display or driving governor more random, more flexible.
The principle of operation of 3D stereo image shooting device is: as shown in Figure 7, module receives the focusing of driving governor or the input instruction of zoom, will export output order control step motor two set of shots are carried out synchronous focusing or focusing; Module receives the input instruction of digital process control module, will export output order and start synchronous motor, and the synchronous machine drives push rod promotes each self-corresponding camera assembly, realizes the synchronous shift of two groups of camera assemblies; Self-locking device is also realized its function as processor with above-mentioned corresponding principle by module; The projected image of two groups of camera assembly shootings also is transferred to small one and large one three-dimensional display by module.
The above only is preferred embodiment of the present utility model, is not structure of the present utility model is done any pro forma restriction.Every foundation technical spirit of the present utility model all still belongs in the scope of the technical solution of the utility model any simple modification, equivalent variations and modification that above embodiment did.
Claims (9)
1. 3D stereo image shooting device, comprise the shooting fixed feet (1) that is provided with universal wheel and be positioned at shaped as frame reflection shield (17) and the support (2) of taking the fixed feet top, the top of shaped as frame reflection shield and rear are respectively equipped with first camera assembly (3) and second camera assembly (4), the top of shaped as frame reflection shield and rear portion respectively are provided with a circular hole (5), each circular hole is the camera lens of corresponding every group of camera assembly separately, every set of shots extend in the corresponding circular hole, rectangular 90 ° of the installation site of the camera lens of two groups of camera assemblies, it is characterized in that: be provided with the one 45 ° of oblique angle glass (6) of a translucent semi reflective in the described shaped as frame reflection shield, the angle of the camera lens focal line of the one 45 ° of oblique angle glass and every group of camera assembly all is 45 °; Described shaped as frame reflection shield top and back are rubber-like organ shape gauffer bar (7), and circular hole is located on the gauffer bar; Respectively be provided with horizontal the moving of circular hole realization that a push rod (8) drives two camera assemblies and organ shape gauffer bar on the described shaped as frame reflection shield, two camera assemblies are with moved further and mobile round about, push rod is driven by the synchronous motor of being located on the shaped as frame reflection shield (9), and synchronous motor is opened or closed by digital process control module (12) control; Described support is provided with the manual focus and the zoom lens control device of three-dimensional display (15) and focusing synchronously of every group of camera assembly of control or zoom, and manual focus and zoom lens control device are made up of driving governor (11) and stepper motor (10); Also be provided with a box body on the described support, be provided with the module (13) of a connection power supply in the box body, module connects synchronous motor, driving governor, stepper motor, three-dimensional display, two camera assemblies respectively.
2. filming apparatus according to claim 1, it is characterized in that: be provided with two display screens (19) in the described three-dimensional display, be provided with the polarized lenses of scalable polarization angle in the display screen, become a right angle between two display screens, the 2 45 ° of oblique angle glass (32) that two display screens are provided with a translucent semi reflective is separated two display screens.
3. filming apparatus according to claim 2, it is characterized in that: described support is provided with the horizontal slide-bar (20) of two symmetries, horizontal slide-bar is provided with also can be along the slide block (21) of horizontal slide-bar slip by the push rod driving, and slide block is provided with the slide (22) of support camera assembly; With setting nut (23) and slide block clamping, be erected in distance on the slide block on the slide with setting nut control slide; Vertical slide rail (25) that described slider bottom is provided with symmetry is connected and fixed organ shape gauffer bar, respectively be provided with the gear focusing device (26) that drives by step motor control on two vertical slide rails, the gear focusing device cooperates with the groove focusing ring that camera assembly is provided with, each vertical slide rail and being connected of organ shape gauffer bar are to connect by two connecting rods (27), are respectively equipped with on two connecting rods that first, second regulates that bolt (28) is regulated between connecting rod and the connecting rod, the fixed position between connecting rod and the vertical slide rail; Described gear focusing device be placed on vertical slide rail and can before and after slide, focusing device be provided with can be according to the size of camera lens on the camera assembly and adjusting gear focusing device fixed angle and slip the 3rd regulate bolt (29); Distance between distance between the described two horizontal slide rails and the two vertical slide rails all is 120mm.
4. filming apparatus according to claim 3 is characterized in that: described first, second camera assembly is respectively equipped with the self-locking device (18) of focusing of restriction camera lens or zoom, and self-locking device is connected with module.
5. filming apparatus according to claim 4 is characterized in that: described driving governor is provided with and limits two caging bolts (30) that camera lens can not regulated the position, also is fixed with the positive stop strip (31) between two caging bolts on the driving governor.
6. filming apparatus according to claim 5 is characterized in that: also be provided with at least two Universal linking levers (14) on the described support, Universal linking lever is divided into two joints, and Universal linking lever is connected with a three-dimensional display respectively.
7. filming apparatus according to claim 6 is characterized in that: described three-dimensional display is provided with two, and the size of two three-dimensional displays differs.
8. filming apparatus according to claim 7 is characterized in that: described organ shape gauffer bar can about flexible 0-20cm.
9. filming apparatus according to claim 8 is characterized in that: described shaped as frame reflection shield left and right sides inwall is provided with reflection prevention blackboard (16), and the length of shaped as frame reflection shield is 30-80cm, highly is 20-60cm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206287784U CN201955614U (en) | 2010-11-22 | 2010-11-22 | Three-dimensional (3D) image shooting device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206287784U CN201955614U (en) | 2010-11-22 | 2010-11-22 | Three-dimensional (3D) image shooting device |
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| CN201955614U true CN201955614U (en) | 2011-08-31 |
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|---|---|---|---|
| CN2010206287784U Expired - Lifetime CN201955614U (en) | 2010-11-22 | 2010-11-22 | Three-dimensional (3D) image shooting device |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102063006A (en) * | 2010-11-22 | 2011-05-18 | 严文骏 | 3D (Three-Dimensional) image shooting device |
| CN102829291A (en) * | 2012-09-20 | 2012-12-19 | 浙江华震数字化工程有限公司 | T-shaped shooting stand for three-dimensional restoring shooting |
| CN104776302A (en) * | 2014-01-10 | 2015-07-15 | 赵百华 | Camera-mobile phone self-timer expansion machine |
| CN105459687A (en) * | 2015-12-15 | 2016-04-06 | 重庆触视科技有限公司 | Holographic laser projection blackboard for online education |
| CN107238994A (en) * | 2017-06-22 | 2017-10-10 | 郑州工业应用技术学院 | Solid art works filming apparatus |
-
2010
- 2010-11-22 CN CN2010206287784U patent/CN201955614U/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102063006A (en) * | 2010-11-22 | 2011-05-18 | 严文骏 | 3D (Three-Dimensional) image shooting device |
| CN102063006B (en) * | 2010-11-22 | 2012-08-22 | 严文骏 | 3D (Three-Dimensional) image shooting device |
| CN102829291A (en) * | 2012-09-20 | 2012-12-19 | 浙江华震数字化工程有限公司 | T-shaped shooting stand for three-dimensional restoring shooting |
| CN104776302A (en) * | 2014-01-10 | 2015-07-15 | 赵百华 | Camera-mobile phone self-timer expansion machine |
| CN105459687A (en) * | 2015-12-15 | 2016-04-06 | 重庆触视科技有限公司 | Holographic laser projection blackboard for online education |
| CN107238994A (en) * | 2017-06-22 | 2017-10-10 | 郑州工业应用技术学院 | Solid art works filming apparatus |
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