CN109061996A - A kind of advertisement multimedia 3D solid automatic control track film shooting device - Google Patents
A kind of advertisement multimedia 3D solid automatic control track film shooting device Download PDFInfo
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- CN109061996A CN109061996A CN201811049037.8A CN201811049037A CN109061996A CN 109061996 A CN109061996 A CN 109061996A CN 201811049037 A CN201811049037 A CN 201811049037A CN 109061996 A CN109061996 A CN 109061996A
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- G—PHYSICS
- G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
- G03B—APPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
- G03B35/00—Stereoscopic photography
- G03B35/02—Stereoscopic photography by sequential recording
- G03B35/04—Stereoscopic photography by sequential recording with movement of beam-selecting members in a system defining two or more viewpoints
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Accessories Of Cameras (AREA)
Abstract
The present invention provides a kind of advertisement multimedia 3D solids to automatically control track film shooting device, belongs to apparatus for making a video recording technical field.A kind of its technical solution are as follows: advertisement multimedia 3D solid automatic control track film shooting device, wherein, including the closure guide rail being made of arcuate base and the mutual cooperation of linear type pedestal, guide holder on closure guide rail is set, two groups of power gears being disposed side by side on guide holder bottom surface, video camera on guide holder is set, the swing mechanism being connected in camera handle, the shooting tracking structure of swing mechanism side is set, photosensitive unit positioned at shooting one side-lower of tracking structure adjusts component, drive the dynamic structure of swing mechanism, dynamic structure is arranged on the support frame.The invention has the benefit that the present invention can be realized controlling automatically video camera carries out 3D anaglyph shooting on scheduled track, entire shooting process is gentle, stablizes, easy to operate.
Description
Technical field
The present invention relates to apparatus for making a video recording technical fields more particularly to a kind of advertisement multimedia 3D solid to automatically control track shadow
Film shooting device.
Background technique
Single machine bicamera is broadly divided into currently used for over-the-counter 3D shooting equipment and two-shipper bicamera two is big
Class.Single machine bicamera is two camera lenses of installation arranged side by side in two relative positions of a fuselage.Two-shipper bicamera
Refer to that two camera lenses individually use a fuselage, by specific holder by two video cameras according to certain angle and away from
From installation, manipulated by unified parameter adjustment with synchronous shooting, to realize stereoscopic shooting.
Single machine two-shot appearance, weight, size and mode of operation are similar to common 2D video camera, are respectively by two
The mode of a camera lens and photosensitive unit horizontal alignment is mounted in a fuselage.Single machine bicamera can pass through two mirrors
Head simulates left eye respectively and the imaging habit of right eye is shot.But since two camera lenses of single machine bicamera are
Fixed, distance between axles and angle between two camera lenses can not be all adjusted.So single machine bicamera is served only for clapping
The relatively simple picture of some scenes is taken the photograph, is often gone wrong when the scene of complicated and more depth of field objects in performance.This kind of video camera
It is generally used for of less demanding to shooting quality, needs the shooting of light follow shot and the fewer program of budget.
Two-shipper double-lens camera system is made of two independent video cameras, and camera lens and imaging unit are all independent.Two
A individual video camera is fixed by the bracket together, and according to a certain distance and angle laid out in parallel, and between camera lens
Distance and angle can be adjusted freely.Due to applied widely, the flexible and changeable two-shipper two-shot of coverage and angle
It is the mainstream of current 3D shooting.Difference in such a way that fuselage is fixed, two-shipper double-lens camera system can be divided into rectilinear
With two kinds of horizontal.
Rectilinear to refer to that two machines are vertically fixed according to certain angle and distance, two video cameras are not in same water
On horizontal line, camera lens is distributed at vertical configuration.Since rectilinear stereo camera shooting is that two video cameras are distributed at vertical angle, led in shooting
When body farther away scenic picture, it is be easy to cause the deformation of main body, is unsuitable for shooting the farther away picture of main body, this kind of camera shooting hand
Method is usually used in shooting the closer picture of main body.In addition, rectilinear camera system volume is more huge, cost is high, and it is difficult to be adjusted in synchronism
Degree is big, and image quality is easy to be influenced by spectroscope.
How real either single machine two-shot, two-shipper double-lens camera system, the camera shooting of rectilinear or horizontal be
It is the project that the present invention faces that existing controlling automatically video camera carries out the shooting of 3D anaglyph on scheduled track.
Summary of the invention
The purpose of the present invention is to provide a kind of advertisement multimedia 3D solids to automatically control track film shooting device.
The present invention is realized by following measure: a kind of advertisement multimedia 3D solid automatic control track film shooting dress
It sets, wherein including the closure guide rail being made of arcuate base and the mutual cooperation of linear type pedestal, be arranged on the closure guide rail
Guide holder, the video camera on the guide holder is arranged in two groups of power gears being disposed side by side on the guide holder bottom surface,
The shooting tracking structure of the swing mechanism side is arranged in the swing mechanism being connected in the camera handle, is located at institute
The photosensitive unit adjustment component for stating shooting one side-lower of tracking structure, drives the dynamic structure of the swing mechanism, the power
Structure setting is on the support frame.
The swing mechanism includes the hinged set being arranged in the camera handle, is flexibly connected with the hinged set
The connection frame component on the oscillating cylinder A is arranged in boom, the oscillating cylinder A being connected at the top of the boom, with the pendulum
It takes offence the hinged swing arm of driving output shaft of cylinder A；
The hinged set is by the lock sleeve that matches with the camera handle, the T-type hinge that is connected on the lock sleeve top surface
Extension bar is constituted, and the cross bar of the T-type hinge bar is plugged on being laterally hinged in hole of the boom bottom, the T-type hinge bar
Vertical bar is placed in the vertical hinge hole of the boom bottom；
The connection frame component is corresponding to be arranged in the support plate by the support plate that is fixed on the oscillating cylinder A
Riser is constituted, and the fixed column is disposed therein on the riser.
The shooting tracking structure includes the oscillating cylinder B that output shaft is hinged in the swing arm, is arranged in the swing
Leading truck on cylinder B, is arranged in the articulation piece on the leading truck, and the output shaft of the oscillating cylinder B runs through the guiding
Frame is provided with guide gear in the output shaft bottom of the oscillating cylinder B；
The leading truck is connected to several of the fixed plate bottom surface by being connected to the fixed plate of the bottom the oscillating cylinder B
Limited post, is connected to the transverse slat composition of the limit column bottom, and the articulation piece is fixed on the transverse slat；
The articulation piece includes U-shaped pedestal, the connector sleeve being connected on the U-shaped pedestal, offers cross on the connector sleeve
The through-hole of intersection, the through-hole of the right-angled intersection are matched with the cross connecting piece on the oscillating cylinder B output shaft.
The photosensitive unit adjustment component includes the swing rod that one end is hinged in the fixed column of the connection frame component, top
The limit plate of the bottom of upright rod is arranged in the upright bar that portion is connect with the swing rod other end, is arranged above the limit plate
The upright bar on drive bevel gear, the adjustment mechanism being hinged in the upright bar above the drive bevel gear；
The adjustment mechanism includes the support rod in the upright bar that one end is hinged on above the drive bevel gear, is equidistantly set
Several link blocks on the support rod are set, the transmission shaft of through-hole on the link block is arranged in the transmission shaft
The driven wheel of differential A and driven wheel of differential B at both ends, the support rod are driven equipped with being abutted against with the driven wheel of differential B phase
Bevel gear C is equipped with articulated joint in the free end of the support rod, is flexibly connected photosensitive element in the articulated joint.
Grooved rail is offered inside and outside the closure guide rail, notch is continuously offered in the grooved rail, described two groups dynamic
Powershift gear is respectively placed in the grooved rail inside and outside the closure guide rail.
The dynamic structure includes the driving gear component being arranged in the braced frame, is located at the braced frame top
T-type connector below the support rod junction of two right-angled intersection of portion setting, is arranged on the T-type connector, with the master
The driving gear component that movable tooth wheel assembly is mutually abutted against is arranged on the lateral support bar of T-type connector side, and with it is described
The Intermediate bevel gears that driving gear component is mutually abutted against, setting are mutually nibbled below the T-type connector, and with the Intermediate bevel gears
The driven wheel of differential driving member of conjunction；
By driving gear the crank on driving gear central rotating shaft is arranged in, setting is in crank freedom in the driving gear component
The dynamic rotation column of end is constituted.
The driving gear component of stating includes the transmission gear being meshed with the driving gear, with the transmission gear phase
The connector sleeve of connection is arranged in the connector sleeve bottom, and axis is overlapped the drive bevel gear of setting with the connector sleeve axis, if
The rotary swinging arm on the connector sleeve lateral surface is set, is located in the rotary swinging arm guide groove, and is slided along the guide groove
Counterweight component, the counterweight component includes counterweight roller, be arranged on the counterweight roller center shaft top
Portion, and the movable block being slidably matched with the rotary swinging arm guide groove.
The driven wheel of differential driving member includes the driven wheel of differential being mutually abutted against with the Intermediate bevel gears, is arranged described
Drawing swing arm on the hollow connector sleeve lateral surface of driven wheel of differential the center point, along the shifting of the shifting chute sliding of the drawing swing arm
The driven drawing swing arm below the moving member, fixed company at the top of the driven drawing swing arm and the boom is arranged in moving part
It connects.
The invention has the benefit that the present invention passes through the guide holder being located on closure guide rail, taking the photograph on guide holder
Camera, the swing mechanism being connected in camera handle are arranged in the shooting tracking structure of swing mechanism side, and are located at and clap
The photosensitive unit adjustment component for taking the photograph one side-lower of tracking structure realizes over-the-counter movies-making process, and entire shooting process is gentle, surely
It is fixed, convenient for manipulation；The range adjuster for adjusting guide holder bottom surface, so that two groups of power gears of the bottom surface of guide holder are respectively placed in
It is closed in the grooved rail of the interior lateral surface of guide rail, is placed in gear in the grooved rail of closure guide rail medial surface, adjust photosensitive element and take the photograph
The height of camera and relative distance between the two restart the driving gear of the driving gear component of shooting tracking structure
Operating drives drive bevel gear to synchronously rotate with it, at this point, drive bevel gear is driven by driving Intermediate bevel gears from mantle
Gear rotation, the counterweight roller with dynamic balance weight component moves in a circle while drive bevel gear rotates, meanwhile, it is driven
Drawing swing arm on the hollow connector sleeve lateral surface of bevel gear the center point drives the driving end of driven drawing swing arm by moving member
It drives boom to drive swing mechanism together, shoots tracking structure, photosensitive unit adjustment component is moved along closure guide rail, passes through swing
Cylinder A adjusts the angle of swing arm relative camera camera lens and swing rod is adjusted with respect to the angle of connection frame component, using leading truck
Limit is carried out to swing rod and plays video camera and photosensitive unit adjustment component synchronized tracking, whole device splicing and convenient disassembly, is held
Easily realize the operation of over-the-counter movies-making, leading truck to swing rod carry out limit play camera shooting adjusted with photosensitive unit component it is synchronous with
Track realizes that controlling automatically video camera carries out 3D anaglyph shooting on scheduled track, and entire shooting process is gentle, stablizes,
It is easy to operate.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the embodiment of the present invention.
Fig. 2 is the overall structure diagram of the embodiment of the present invention.
Fig. 3 is that guide rail is closed in the embodiment of the present invention, guide holder, video camera, and swing mechanism shoots tracking structure and sense
Light unit adjusts the structural schematic diagram of positional relationship between component.
Fig. 4 is guide holder in the embodiment of the present invention, two groups of power gears, video camera, swing mechanism, shooting tracking structure
And the structural schematic diagram of photosensitive unit adjustment part position relations.
Fig. 5 be the embodiment of the present invention in guide holder, two groups of power gears, video camera, swing mechanism, shoot tracking structure with
And the structural schematic diagram of photosensitive unit adjustment part position relations.
Fig. 6 is video camera in the embodiment of the present invention, and swing mechanism and the structure for shooting tracking structure positional relationship are shown
It is intended to.
Fig. 7 is video camera in the embodiment of the present invention, and swing mechanism and the structure for shooting tracking structure positional relationship are shown
It is intended to.
Fig. 8 is the structural schematic diagram that photosensitive unit adjusts component in the embodiment of the present invention.
Fig. 9 is the structural schematic diagram of positional relationship between dynamic structure and braced frame in the embodiment of the present invention.
Figure 10 is the structural schematic diagram of arcuate base in the embodiment of the present invention.
Figure 11 is the structural schematic diagram of linear type pedestal in the embodiment of the present invention.
Wherein, appended drawing reference are as follows: 1, arcuate base；2, linear type pedestal；3, it is closed guide rail；30, grooved rail；4, guide holder；
41, two groups of power gears；5, video camera；6, swing mechanism；60, hinged set；61, boom；62, oscillating cylinder A；63, connection frame
Component；64, swing arm；600, lock sleeve；601, T-type hinge bar；630, fixed column；631, support plate；632, riser；7, shooting with
Track structure；70, oscillating cylinder B；700, output shaft；71, leading truck；72, articulation piece；73, guide gear；710, fixed plate；
711, limited post；712, transverse slat；720, U-shaped pedestal；721, connector sleeve；8, photosensitive unit adjusts component；80, swing rod；81, it stands
Bar；82, limit plate；83, drive bevel gear；84, adjustment mechanism；840, support rod；841, link block；842, transmission shaft；843,
Driven wheel of differential A；844, driven wheel of differential B；845, driven wheel of differential C；846, articulated joint；847, photosensitive element；9, power knot
Structure；90, driving gear component；91, T-type connector；92, driving gear component；93, Intermediate bevel gears；94, driven wheel of differential passes
Moving part；920, rotary swinging arm；921, counterweight component；10, braced frame；100, support rod.
Specific embodiment
In order to clarify the technical characteristics of the invention, being illustrated below by specific embodiment to this programme.
Referring to Fig. 1 to Figure 11, the present invention is: a kind of advertisement multimedia 3D solid automatic control track film shooting device,
Wherein, including the closure guide rail 3 being made of arcuate base 1 and the mutual cooperation of linear type pedestal 2, it is arranged in the closure guide rail 3
On guide holder 4, two groups of power gears 41 being disposed side by side on 4 bottom surface of guide holder are arranged on the guide holder 4
The shooting tracking of 6 side of swing mechanism is arranged in video camera 5, the swing mechanism 6 being connected on 5 handle of video camera
Structure 7, the photosensitive unit positioned at shooting 7 one side-lower of tracking structure adjust component 8, drive the dynamic of the swing mechanism 6
Power structure 9, the dynamic structure 9 are arranged in braced frame 10.
The swing mechanism 6 includes the hinged set 60 being arranged on 5 handle of video camera, with 60 activity of hinged set
The boom 61 of connection is connected to the oscillating cylinder A62 at 61 top of boom, the connection on the oscillating cylinder A62 is arranged in
Frame component 63, the hinged swing arm 64 with the driving output shaft of the oscillating cylinder A62；
The hinged set 60 is connected to 600 top surface of lock sleeve by the lock sleeve 600 matched with 5 handle of video camera
On T-type hinge bar 601 constitute, what the cross bar of the T-type hinge bar 601 was plugged on 61 bottom of boom is laterally hinged with hole
In, the vertical bar of the T-type hinge bar 601 is placed in the vertical hinge hole of 61 bottom of boom；
The connection frame component 63 is by the support plate 631 being fixed on the oscillating cylinder A62, and corresponding setting is in the support
Riser 632 on plate 631 is constituted, and the fixed column 630 is disposed therein on the riser 632.
The shooting tracking structure 7 includes that output shaft 700 is hinged on the oscillating cylinder B70 in the swing arm 64, and setting exists
The articulation piece 72 on the leading truck 71 is arranged in leading truck 71 on the oscillating cylinder B70, the oscillating cylinder B70's
Output shaft 700 runs through the leading truck 71, and 700 bottom of output shaft of the oscillating cylinder B70 is provided with guide gear 73；
The leading truck 71 is connected to 710 bottom of fixed plate by being connected to the fixed plate 710 of the bottom the oscillating cylinder B70
Several limited posts 711 in face, the transverse slat 712 for being connected to 711 bottom of limited post form, and the articulation piece 72 is fixed on institute
It states on transverse slat 712；
The articulation piece 72 includes U-shaped pedestal 720, the connector sleeve 721 being connected on the U-shaped pedestal 720, the connector sleeve
The through-hole of right-angled intersection is offered on 721, the cross on the through-hole of the right-angled intersection and the oscillating cylinder B70 output shaft connects
Fitting matches.
The photosensitive unit adjustment component 8 includes that one end is hinged in the fixed column 630 of the connection frame component 63
The limit plate 82 of 81 bottom of upright bar is arranged in swing rod 80, the upright bar 81 that top is connect with 80 other end of swing rod, setting
Drive bevel gear 83 in the upright bar 81 above the limit plate 82 is hinged on the institute of 83 top of drive bevel gear
State the adjustment mechanism 84 in upright bar 81；
The adjustment mechanism 84 includes the support rod that one end is hinged in the upright bar 81 of 83 top of drive bevel gear
840, several link blocks 841 being set in qually spaced on the support rod 840, the biography of through-hole on the link block 841
The driven wheel of differential A843 and driven wheel of differential B844 at 842 both ends of transmission shaft, the support rod 840 is arranged in moving axis 842
It is equipped with the driven wheel of differential C845 being abutted against with the driven wheel of differential B844 phase, is set in the free end of the support rod 840
There is articulated joint 846, is flexibly connected photosensitive element 847 in the articulated joint 846.
Grooved rail 30 is offered inside and outside the closure guide rail 3, continuously offers notch in the grooved rail 30, described two
Group power gear 41 is respectively placed in the grooved rail 30 inside and outside the closure guide rail 3.
The dynamic structure 9 includes the driving gear component 90 being arranged in the braced frame 10, is located at the support
T-type connector 91 below 100 junction of support rod of 10 top two right-angled intersections setting of frame, setting are connected in the T-type
On part 91,91 side of T-type connector is arranged in the driving gear component 92 being abutted against with 90 phase of driving gear component
On lateral support bar, and the Intermediate bevel gears 93 being abutted against with 92 phase of driving gear component, it is arranged in the T-type connector 91
Lower section, and the driven wheel of differential driving member 94 being meshed with the Intermediate bevel gears 93；
The crank on driving gear central rotating shaft is arranged in by driving gear in the driving gear component 90, setting crank from
It is made of the dynamic rotation column of end.
The driving gear component 92 of stating includes the transmission gear being meshed with the driving gear, with the transmission gear
The connector sleeve being connected is arranged in the connector sleeve bottom, and axis is overlapped the drive bevel gear of setting with the connector sleeve axis,
Rotary swinging arm 920 on the connector sleeve lateral surface is set, is located in 920 guide groove of rotary swinging arm, and led along described
The counterweight component 921 slided to slot, the counterweight component 921 include counterweight roller, and setting is matched in the balance
At the top of weight roller center shaft, and the movable block being slidably matched with 920 guide groove of rotary swinging arm.
The driven wheel of differential driving member 94 includes the driven wheel of differential being abutted against with 93 phase of Intermediate bevel gears, and setting exists
Drawing swing arm on the hollow connector sleeve lateral surface of the driven wheel of differential the center point, along the shifting chute sliding of the drawing swing arm
Moving member, the driven drawing swing arm below the moving member is set, 61 top of the driven drawing swing arm and the boom
It is fixedly connected.
The present invention is in actual use: starting that arcuate base 1 and linear type pedestal 2 are spliced to form closure guide rail before shooting
3, the range adjuster of guide holder bottom surface is adjusted, so that two groups of power gears 41 of the bottom surface of guide holder 4 are respectively placed in closure and lead
It in the grooved rail 30 of the interior lateral surface of rail 3, is placed in gear 73 in the grooved rail 30 of closure 3 medial surface of guide rail, adjusts photosensitive element 847
With the height and relative distance between the two of video camera 5, restart the driving gear component 70 of shooting tracking structure 7
Driving gear operating drives drive bevel gear to synchronously rotate with it, at this point, drive bevel gear passes through driving Intermediate bevel gears band
Dynamic driven wheel of differential rotation, the counterweight roller with dynamic balance weight component 921 does circumference fortune while drive bevel gear rotates
It is dynamic, meanwhile, the drawing swing arm on the hollow connector sleeve lateral surface of driven wheel of differential the center point drives driven drawing by moving member
The driving end of swing arm drives boom 61 to drive swing mechanism 6 together, shoots tracking structure 7, and photosensitive unit adjusts component 8 along closure
Guide rail 3 is mobile, by the oscillating cylinder A62 angle for adjusting 64 relative camera of swing arm, 5 camera lens and swing rod 80 with respect to connection frame
The angle of component 63 adjusts, leading truck 71 to swing rod 80 carry out limit play camera shooting i.e. 5 and photosensitive unit adjust component 8 it is synchronous with
Track realizes that controlling automatically video camera 5 carries out 3D anaglyph shooting on scheduled track.
Technical characteristic of the present invention without description can realize that details are not described herein, certainly, above-mentioned by or using the prior art
Illustrate to be not limitation of the present invention, the present invention is also not limited to the example above, those skilled in the art
The variations, modifications, additions or substitutions made within the essential scope of the present invention, also should belong to protection scope of the present invention.
Claims (8)
1. a kind of advertisement multimedia 3D solid automatically controls track film shooting device, which is characterized in that including by arcuate base
(1) and linear type pedestal (2) cooperate constitute closure guide rail (3), be arranged it is described closure guide rail (3) on guide holder
(4), taking the photograph on the guide holder (4) is arranged in two groups of power gears (41) being disposed side by side on the guide holder (4) bottom surface
The bat in the swing mechanism (6) side is arranged in camera (5), the swing mechanism (6) being connected on the video camera (5) handle
Tracking structure (7) are taken the photograph, the photosensitive unit for being located at shooting (7) one side-lower of tracking structure adjusts component (8), drives the pendulum
The dynamic structure (9) of motivation structure (6), the dynamic structure (9) are arranged on braced frame (10).
2. advertisement multimedia 3D solid according to claim 1 automatically controls track film shooting device, which is characterized in that
The swing mechanism (6) includes the hinged set (60) being arranged on the video camera (5) handle, with the hinged set (60) activity
The boom (61) of connection, the oscillating cylinder A(62 being connected at the top of the boom (61)), be arranged in the oscillating cylinder A(62)
On connection frame component (63), the hinged swing arm (64) of driving output shaft with the oscillating cylinder A(62)；
The hinged set (60) is connected to the lock sleeve by the lock sleeve (600) matched with the video camera (5) handle
(600) the T-type hinge bar (601) on top surface is constituted, and the cross bar of the T-type hinge bar (601) is plugged on the boom (61) bottom
Portion is laterally hinged in hole, and the vertical bar of the T-type hinge bar (601) is placed in the vertical hinge hole of the boom (61) bottom；
The connection frame component (63) is by being fixed on the oscillating cylinder A(62) on support plate (631), it is corresponding be arranged in institute
The riser (632) stated on support plate (631) is constituted, and the fixed column (630) is disposed therein on the riser (632).
3. advertisement multimedia 3D solid according to claim 1 or 2 automatically controls track film shooting device, feature exists
In shooting tracking structure (7) includes the oscillating cylinder B(70 that output shaft (700) is hinged on the swing arm (64)), setting
In the oscillating cylinder B(70) on leading truck (71), articulation piece (72) on the leading truck (71), the swing are set
Cylinder B(70) output shaft (700) run through the leading truck (71), in the oscillating cylinder B(70) output shaft (700) bottom
It is provided with guide gear (73)；
The leading truck (71) is by being connected to the oscillating cylinder B(70) fixed plate (710) of bottom, it is connected to the fixed plate
(710) several limited posts (711) of bottom surface are connected to transverse slat (712) composition of the limited post (711) bottom, the hinge
Fitting (72) is fixed on the transverse slat (712)；
The articulation piece (72) includes U-shaped pedestal (720), the connector sleeve (721) being connected on the U-shaped pedestal (720), described
The through-hole of right-angled intersection, the through-hole of the right-angled intersection and the oscillating cylinder B(70 are offered on connector sleeve (721)) output shaft
On cross connecting piece match.
4. advertisement multimedia 3D solid according to claim 1-3 automatically controls track film shooting device,
It is characterized in that, photosensitive unit adjustment component (8) includes the fixed column that one end is hinged on the connection frame component (63)
(630) swing rod (80) on, the upright bar (81) that top is connect with the swing rod (80) other end are arranged at the upright bar (81) bottom
The limit plate (82) in portion, the drive bevel gear (83) in the upright bar (81) being arranged above the limit plate (82), hingedly
The adjustment mechanism (84) in the upright bar (81) above the drive bevel gear (83)；
The adjustment mechanism (84) includes the branch in the upright bar (81) that one end is hinged on above the drive bevel gear (83)
Strut (840), several link blocks (841) being set in qually spaced on the support rod (840) run through the link block
(841) the driven wheel of differential A(843 at the transmission shaft (842) both ends is arranged in the transmission shaft (842) of through-hole on) and from mantle
Gear B (844), the support rod (840) are equipped with the driven wheel of differential C being mutually abutted against with the driven wheel of differential B(844)
(845), articulated joint (846) are equipped in the free end of the support rod (840), sense is flexibly connected on the articulated joint (846)
Optical element (847).
5. advertisement multimedia 3D solid according to claim 1-4 automatically controls track film shooting device,
It is characterized in that, is offered grooved rail (30) inside and outside the closure guide rail (3), continuously offer slot in the grooved rail (30)
Mouthful, two groups of power gears (41) are respectively placed in the grooved rail (30) inside and outside closure guide rail (3).
6. advertisement multimedia 3D solid according to claim 1-5 automatically controls track film shooting device,
It is characterized in that, the dynamic structure (9) includes the driving gear component (90) being arranged on the braced frame (10), is located at institute
The T-type connector (91) at the top of braced frame (10) below support rod (100) junction of two right-angled intersections setting is stated, setting exists
On the T-type connector (91), the driving gear component (92) being mutually abutted against with the driving gear component (90) is arranged described
On the lateral support bar of T-type connector (91) side, and the Intermediate bevel gears being mutually abutted against with the driving gear component (92)
(93), setting is below the T-type connector (91), and the driven wheel of differential transmission being meshed with the Intermediate bevel gears (93)
Part (94)；
The crank on driving gear central rotating shaft is arranged in by driving gear in the driving gear component (90), is arranged in crank
The dynamic rotation column of free end is constituted.
7. advertisement multimedia 3D solid according to claim 1-6 automatically controls track film shooting device,
It is characterized in that, the driving gear component (92) of stating includes the transmission gear being meshed with the driving gear, with the transmission
The connector sleeve that gear is connected is arranged in the connector sleeve bottom, and axis is overlapped the transmission cone of setting with the connector sleeve axis
The rotary swinging arm (920) on the connector sleeve lateral surface is arranged in gear, is located in the rotary swinging arm (920) guide groove, and
Along the counterweight component (921) of guide groove sliding, the counterweight component (921) includes counterweight roller, setting
At the top of the counterweight roller center shaft, and the movable block being slidably matched with the rotary swinging arm (920) guide groove.
8. advertisement multimedia 3D solid according to claim 1-7 automatically controls track film shooting device,
It being characterized in that, the driven wheel of differential driving member (94) includes the driven wheel of differential being mutually abutted against with the Intermediate bevel gears (93),
Drawing swing arm on the hollow connector sleeve lateral surface of the driven wheel of differential the center point is set, along moving for the drawing swing arm
The moving member of slot sliding, is arranged in the driven drawing swing arm below the moving member, the driven drawing swing arm and the boom
(61) top is fixedly connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811049037.8A CN109061996A (en) | 2018-09-10 | 2018-09-10 | A kind of advertisement multimedia 3D solid automatic control track film shooting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811049037.8A CN109061996A (en) | 2018-09-10 | 2018-09-10 | A kind of advertisement multimedia 3D solid automatic control track film shooting device |
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| CN109061996A true CN109061996A (en) | 2018-12-21 |
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|---|---|---|---|
| CN201811049037.8A Withdrawn CN109061996A (en) | 2018-09-10 | 2018-09-10 | A kind of advertisement multimedia 3D solid automatic control track film shooting device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114415448A (en) * | 2022-01-18 | 2022-04-29 | 中南林业科技大学 | Virtual reality scene broadcasting and recording equipment based on AI interaction |
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