CN108786156A - Track visit formula ring curtain arenas experiencing system - Google Patents
Track visit formula ring curtain arenas experiencing system Download PDFInfo
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- CN108786156A CN108786156A CN201810597054.9A CN201810597054A CN108786156A CN 108786156 A CN108786156 A CN 108786156A CN 201810597054 A CN201810597054 A CN 201810597054A CN 108786156 A CN108786156 A CN 108786156A
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- 230000000007 visual effect Effects 0.000 abstract description 5
- 238000003384 imaging method Methods 0.000 description 12
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- 238000005034 decoration Methods 0.000 description 5
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- 230000003139 buffering effect Effects 0.000 description 2
- 239000004020 conductor Substances 0.000 description 2
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- 230000009286 beneficial effect Effects 0.000 description 1
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Classifications
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63J—DEVICES FOR THEATRES, CIRCUSES, OR THE LIKE; CONJURING APPLIANCES OR THE LIKE
- A63J25/00—Equipment specially adapted for cinemas
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Abstract
The invention discloses a kind of tracking visit formula ring curtain arenas experiencing systems, including：360 ° of rotating platforms are located in three-dimensional ring curtain arenas, can be carried in three-dimensional ring curtain arenas and tourist coach is driven to rotate 360 °；Multiple directory scenes are arranged to form visit scene along the tourist road for leading to three-dimensional ring curtain arenas respectively；Tourist coach is on tourist road, can be run along tourist road to 360 ° of rotating platforms of three-dimensional ring curtain arenas, is rotated 360 ° by 360 ° of rotating platform drives.360 ° of rotating platforms that the experiencing system is rotated by using that can carry tourist coach in three-dimensional ring curtain arenas, so that tourist coach spectators, which do not get off, can be realized the comprehensive viewing in three-dimensional ring curtain arenas, change previous viewing mode, the visit viewing experience complete, three-dimensional, visual angle is abundant can be obtained.
Description
Technical Field
The invention relates to an amusement performance system, in particular to a tracking tourism type circular screen theater experience system.
Background
At present, a plurality of stage performance systems such as dynamic theater cinemas and the like exist in the entertainment industry, the existing dynamic theater cinemas are novel exhibition, popular science and entertainment projects, and various modern technologies are adopted, so that different visual experiences with shock in the past are provided for audiences. However, most of the existing performance forms of the stage performance theatre adopt a plane, an arc-shaped screen or a circular screen with relatively fixed seats for audiences, when viewing the movies, the audiences are directly seated on the seats and are fixedly watched or are driven by the movement of the seats to be watched under the movement state, but the method is not suitable for the stage performance system with the sightseeing scene and the movie watching theatre at the same time, because the stage performance system with the sightseeing scene and the movie watching theatre adopts the sightseeing vehicle to bear the audiences for viewing the scenes and watching the movies, but is limited by the structural form of fixed point arrangement of the seats of the movie watching theatre at present, when the audiences watch the sightseeing scenes on the sightseeing vehicle, the audiences need to enter the seats of the movie watching theatre from the upside and the downside of the sightseeing vehicle for viewing the movies, particularly, for the movie watching theatre adopting the circular screen, because the seats with specific movement are matched to realize the multi-directional movie watching of the audiences, the spectators on the tourist car can go up and down from the tourist car to watch the movie in the ring-screen movie watching theater.
However, the above stage performance system cannot bear the audience through the tourist coach and directly enter the film watching theater from the tourist scene to perform multi-direction film watching, and when the tourist scene enters the film watching theater to watch the film, the audience needs to go up and down from the tourist coach, which is inconvenient, the tour experience is interrupted, and the experience is poor.
Disclosure of Invention
Based on the problems in the prior art, the invention aims to provide a tracking tour-type circular-screen theater experience system, which can realize that audiences can directly enter a circular-screen theater from a tour scene for omnibearing movie viewing through a tour bus without going from the tour bus to the outside, and solves the problem that the audiences can conveniently visit the tour bus in a whole course and view the movie in an omnibearing way in a performance system with the tour scene and the circular-screen theater.
The purpose of the invention is realized by the following technical scheme:
the embodiment of the invention provides a tracking tour type circular screen theater experience system, which comprises:
the system comprises a 360-degree rotating platform, a three-dimensional ring screen theater, a plurality of theater scenes and a tourist coach; wherein,
the 360-degree rotating platform is arranged in the three-dimensional ring-screen theater and can bear and drive the trackless tourist coach to rotate 360 degrees in the three-dimensional ring-screen theater;
the plurality of drama scenes are respectively arranged along tour roads leading to the three-dimensional ring screen theater to form tour scenes;
the tourist coach is positioned on the tourist road, can move to the 360-degree rotating platform of the three-dimensional ring screen theater along the tourist road, and is driven by the 360-degree rotating platform to rotate for 360 degrees.
According to the technical scheme provided by the invention, the tour-tracking type circular screen theater experience system provided by the embodiment of the invention has the beneficial effects that:
through set up 360 rotary platform that can bear the weight of the sight-seeing bus in three-dimensional ring screen theatre, because 360 rotary platform can bear and drive the sight-seeing bus at three-dimensional ring screen theatre internal rotation, and then realized spectator on the sight-seeing bus after a plurality of drama scenes of tourism, under the state that need not come from the sight-seeing bus from top to bottom, directly get into three-dimensional ring screen theatre, directly carry out all-round sight shadow of seeing under 360 rotary state on the sight-seeing bus, it is more three-dimensional to bring for spectator, the sight of visual angle abundance and face its mirror experience, because spectator accomplishes holistic travelling on the sight-seeing bus, not only made things convenient for spectator, also guaranteed spectator's the integrality of travelling experience, can not interrupted travelling experience by going from sightseeing bus.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings needed to be used in the description of the embodiments are briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on the drawings without creative efforts.
Fig. 1 is a schematic overall configuration diagram of a system for tracking a tour-around theater experience according to an embodiment of the present invention;
FIG. 2 is a schematic structural diagram of a large 360 ° rotating platform according to an embodiment of the present invention;
FIG. 3 is a schematic side view of a large 360 ° rotating platform according to an embodiment of the present invention;
FIG. 4 is an enlarged schematic view of the power plant at A of FIG. 2;
FIG. 5 is a schematic structural diagram of a trackless tourist coach provided by an embodiment of the present invention;
FIG. 6 is a schematic structural diagram of a chassis of a trackless tourist car according to an embodiment of the present invention;
FIG. 7 is a schematic structural diagram of one side of a movable door assembly of a trackless tour bus according to an embodiment of the present invention;
fig. 8 is a schematic diagram of an orthographic projection manner in a drama scene according to an embodiment of the present invention;
fig. 9 is a schematic diagram of a rear projection manner in a drama scene according to an embodiment of the present invention;
fig. 10 is a schematic diagram of a phantom projection mode in a drama scene according to an embodiment of the present invention.
In the figure: 1-a drama scene; 11-projection playing means; 111-a projector; 112-projection screen; 113-projecting the imaging frame; 12-live action stage; 13-a viewer; 101-transparent aluminized film; 102-LED display screen; 2-trackless tourist bus; 21-a chassis; 22-a door opening mechanism; 23-a front cabin; 24-a rear compartment; 25-audience capsule; 26-a steering device; 27-magnetic induction means; 28-a walking drive device; 29-a movable door assembly; 3-a stereoscopic ring-screen theater; 4-360 DEG rotating the platform; 41-supporting the rotating table; 42-a central swivel assembly; 43-a power plant; 431-a drive mechanism; 432-sub friction wheel; 44-supporting a rotator wheel; 45-a main friction wheel; 46-circular orbit.
Detailed Description
The technical solutions in the embodiments of the present invention are clearly and completely described below with reference to the specific contents of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments of the present invention without making any creative effort, shall fall within the protection scope of the present invention. Details which are not described in detail in the embodiments of the invention belong to the prior art which is known to the person skilled in the art.
As shown in fig. 1, an embodiment of the present invention provides a system for tracking a tour-around theater experience, including:
the system comprises a 360-degree rotating platform 4, a three-dimensional ring-screen theater 3, a plurality of theater scenes 1 and a tourist car; wherein,
the 360-degree rotating platform 4 is arranged in the three-dimensional ring screen theater 3 and can bear the weight of the three-dimensional ring screen theater 3 and drive the tourist coach to rotate by 360 degrees;
a plurality of drama scenes 1 are respectively arranged along tour roads leading to a three-dimensional ring screen theater 3 to form tour scenes;
the tourist coach is positioned on the tourist route and can move to the 360-degree rotary platform 4 of the three-dimensional ring-screen theater 3 along the tourist route, and the 360-degree rotary platform 4 drives the tourist coach to rotate 360 degrees.
As shown in fig. 2 to 4, in the experience system, the 360 ° rotation platform 4 includes: a support rotary table 41 and a center revolving assembly 42;
wherein, the upper surface of the supporting rotary table 41 is a platform for bearing the tourist coach;
the support rotary table 41 is provided at a central portion thereof on the central revolving unit 42, and can be rotated by 360 ° on the central revolving unit 42.
The above 360 ° rotary platform 4 further comprises: a main friction wheel 45 and a power device 43;
wherein, the main friction wheel 45 is circular and is fixedly arranged on the bottom surface of the supporting rotating platform 41, and the outer surface of the main friction wheel 45 is a friction contact surface;
the power device 43 is fixedly arranged on the periphery of the main friction wheel 45, is connected with the main friction wheel 45, and can drive the main friction wheel 45 to drive the supporting rotating platform 41 to rotate on the central rotating assembly 42 for 360 degrees.
A plurality of power devices 43 are uniformly distributed on the periphery of the main friction wheel 45; preferably, power device 43 is six, establishes respectively in main friction pulley 45 periphery, through adopting a plurality of power device, evenly arranges, and the atress is balanced, can guarantee to support revolving stage 41 even running, is fit for adopting bigger supporting revolving stage 41, and the diameter of the supporting revolving stage 41 of actual adoption is greater than the captain of tourist bus, can ensure to bear and drive the tourist bus and rotate together, and in this embodiment, rotary platform can bear 4 tourist buses simultaneously.
Each power unit 43 includes: the outer friction surface of the sub friction wheel 432 is connected with the friction contact surface of the main friction wheel 45 in a friction contact manner, namely the outer circumferential surface of the sub friction wheel 432 is a small friction wheel and clings to the outer circumference of the main friction wheel 45, namely the outer circumference of the large friction wheel, the driving mechanism 431 is connected with the sub friction wheel 432, the sub friction wheel 432 can be driven to rotate, and the main friction wheel 45 is driven to rotate by friction drive, namely when the driving mechanism 431 drives the sub friction wheel 432 to rotate, the sub friction wheel 432 drives the main friction wheel 45 to rotate by the friction force between the sub friction wheel 432 and the main friction wheel 45, so that the supporting rotating platform 41 is further driven to rotate.
The above 360 ° rotary platform 4 further comprises: an endless track 46 and sets of supporting rotating wheels 44;
wherein, the annular track 46 is arranged below the main friction wheel 45;
the plurality of sets of supporting rotation wheels 44 are uniformly distributed and fixedly arranged at the bottom of the main friction wheel 45, the plurality of sets of supporting rotation wheels 44 are all arranged on the annular track 46 and can move along the annular track 46, and the supporting rotation table 41 supporting the main friction wheel 45 and the main friction wheel 45 rotates 360 degrees by taking the central rotation assembly 42 as an axis.
In the 360 ° rotary platform 4, the supporting rotary table 41 is a disk structure formed by splicing a plurality of sector steel frames;
the main friction wheel 45 is an annular structure, and the outer surface of the annular structure is a friction contact surface.
The experience system further comprises: the magnetic track 5 is embedded in the sightseeing road and connected to the three-dimensional ring screen theater 3;
the tourist coach adopts a trackless tourist coach 2, the trackless tourist coach 2 can be in magnetic induction communication with the magnetic track 5 and runs to a 360-degree rotating platform 4 of the three-dimensional annular-screen theater 3 along a route of the magnetic track 5.
As shown in fig. 5 to 7, the trackless tourist car includes: chassis 21, spectator cabin 25, steering device 26, magnetic induction device 27, ground engaging device 28 and onboard control means not shown in the figures; wherein,
an audience cabin 25 is arranged on the chassis 21, and a movable door assembly 29 is arranged on the side surface of the audience cabin 25;
the front end of the bottom of the chassis 21 is provided with a steering device 26 and a magnetic induction device 27, and the magnetic induction device 27 is arranged between two steering wheels of the steering device 26;
the rear end of the bottom of the chassis 21 is provided with a driving walking device 28;
the vehicle-mounted control device is arranged on the chassis 21, is respectively electrically connected with the magnetic induction device 27, the steering device 26 and the walking drive device 28, and can control the walking drive device 28 to walk and the steering device 26 to steer according to the magnetic navigation signals of the magnetic track 5 obtained by the magnetic induction device 27.
The trackless tourist car further comprises: a door opening mechanism 22 provided on one side of the movable door assembly 29 of the spectator cabin 25, the door opening mechanism 22 being connected to the movable door assembly 29 and being capable of opening and closing each movable door of the movable door assembly 29;
the door opening mechanism 22 is electrically connected to the in-vehicle control device, and is capable of opening and closing the respective movable doors of the movable door assembly 29 under the control of the in-vehicle control device.
The chassis 21 of the trackless tourist coach adopts a multi-frame chassis structure. Adopt many framves formula chassis structure not only convenient manufacturing, transportation, the conductor can accomplish longer moreover, and the car width can accomplish the broad, becomes the large-scale trackless sight-seeing bus 2 that can once carry more spectator, to the complicated place of bottom surface unevenness, many framves formula chassis structure adaptability is better moreover, also can increase the stationarity that the sight-seeing bus travel.
Further, the trackless tourist car 2 further comprises: front and rear cabins 23, 24 respectively arranged at the front and rear ends of the chassis 21, and a spectator cabin 25 arranged on the chassis 21 between the front and rear cabins 23, 24; the front cabin 23 is composed of an annular baffle plate, and the front cabin 23 with the structure has a buffering effect and plays a role of an anti-collision device when accidental impact occurs. The in-vehicle control device is provided in the rear compartment 24.
In the trackless tourist car 2 with the above structure, the vehicle-mounted control device is matched with the magnetic induction device 27 to control the driving walking device 28 and the steering device 26, so that the trackless tourist car 2 can automatically track and drive in a recreation ground.
In the experience system, the stereoscopic ring-screen theater 3 includes: the system comprises a 360-degree three-dimensional circular screen, a plurality of projection devices and a playing device; wherein,
the plurality of projection devices are uniformly distributed around the 360-degree three-dimensional annular screen, and the projection end of each projection device correspondingly projects on the 360-degree three-dimensional annular screen;
the playing device is arranged outside the 360-degree three-dimensional circular screen.
The 360-degree three-dimensional annular curtain is composed of an annular three-dimensional structure body formed by splicing steel frames and an annular curtain paved on the annular three-dimensional structure body.
As shown in fig. 8 to 10, in the experience system, each of the plurality of scenario scenes 1 is composed of at least one set of projection playing device 11 and one live action stage 12.
In the experience system, the projection playing device 11 includes: a projection curtain 111 and a projector 112, wherein the projection mode of the projection playing device 11 on the live-action stage 12 is as follows: any one of a front projection, a back projection, and a phantom projection;
the main feature of the orthographic projection is that the viewer is on the same side of the projection screen 111 as the projector 112, and referring to fig. 8, the arrangement structure of the orthographic projection is: the projection curtain 111 of the projection playing device 11 is arranged at the rear end of the live-action stage 12, and the projector 112 of the projection playing device 11 is arranged in front of the projection curtain 111, that is, the projector 112 is located at one side of the audience watching the projection picture on the projection curtain 111;
the rear projection mainly means that the audience and the projector 112 are separated from each other on two sides of the projection curtain 111, referring to fig. 9, the arrangement structure of the rear projection is: the projection curtain 111 of the projection playing device 11 is disposed at the rear end of the live-action stage 12, and the projector 112 of the projection playing device 11 is disposed behind the projection curtain 111, that is, the projector 112 is located at the opposite side of the audience viewing the projection picture on the projection curtain 111.
The projection imaging picture of the projection playing device 11 in the front and back projection modes is separated from the real scene stage 12, the real scene stage 12 plays a role of decoration, and both the two projection modes can be switched as long as the projector 112 is convenient for installation space and the projector 112 is easy to hide to select the corresponding projection mode by matching with the decorated real scene stage when the audience sees the projection imaging picture of the projection playing device 11.
The phantom imaging projection utilizes a plane mirror imaging principle, as shown in fig. 10, specifically, a transparent aluminum-plated film 101 is disposed on the real scene stage 12, the transparent aluminum-plated film 101 and the real scene stage 12 are disposed at a set angle, preferably 135 degrees in this embodiment, an LED display screen 102 (equivalent to a projection playing device) is disposed on the real scene stage 12 at the right lower part of the front end of the transparent aluminum-plated film 101, a picture played in the LED display screen 102 forms a picture in the middle of the real scene stage 12 through the transparent aluminum-plated film 101, according to the principle of plane mirror imaging, the transparent aluminizer 101 can be seen as a transparent mirror, the spectator 13 in front of the live-action stage 12 can see the picture in the LED display screen 102 through the reflection of the transparent aluminizer 101, meanwhile, the transparent aluminizer 102 is transparent, so that the decoration or the real performance on the real scene stage 12 can be seen, and a real and unreal effect is formed on the real scene stage 12.
Through the projection mode, each drama scene 1 forms a drama scene combining virtual scenes and real scenes, and the novel viewing experience can be given to audiences 13.
Those skilled in the art will appreciate that the above projection method is only a preferred available method, and the position relationship between the projection curtain 111 and the live action stage 12 can be set according to the needs of the scenario as long as the novel viewing effect can be displayed for the audience 13.
In the experience system, a plurality of drama scenes 1 are arranged at two sides of the magnetic track 5 embedded in the tourist road, a plurality of different scenes which can be watched by audiences are formed on the tourist road, different scenes are switched by advancing of the trackless tourist car 2, and watching experience in the tourist process of the audiences can be improved.
The invention relates to an experience system, in particular to a three-dimensional ring-screen theater experience system based on a trackless tourist coach 2 for tracking and visiting various drama scenes 1, which is characterized in that trackless tourist coaches 2 are used for bearing audiences, a plurality of drama scenes 1 are arranged at two sides of a magnetic track 5 embedded in a visiting road, a large 360-degree rotating platform 4 capable of bearing the trackless tourist coach 2 to rotate together is arranged in a three-dimensional ring-screen theater 3, so that the audiences ride the trackless tourist coach 2, under the navigation effect of the magnetic track 5, virtual-real scene performances of the various drama scenes 1, which are combined by a projection imaging picture and a stage real scene, are tracked and watched along the visiting road, and the trackless tourist coach 2 and the audiences on the trackless tourist coach are driven by the large 360-degree rotating platform 4 to rotate and watch the contents played on the three-dimensional ring-screen theater 2 when the audiences arrive at the three-dimensional ring-screen theater 3 without getting off, so as to realize the omnibearing watching of the movies, under the premise of seamless connection of sightseeing and film watching, the sightseeing and film watching experience which is more complete, three-dimensional and rich in visual angle is brought to audiences. Adopt the trackless car, not only be convenient for with rotary platform butt joint, can also avoid the track to destroy whole visual effect.
The embodiments of the present invention are described in further detail below.
As shown in fig. 1, the present invention provides a system for tracking a tour-around theater experience, comprising: magnetic track 5, a plurality of drama scenes 1, a three-dimensional annular-screen theater 3, a 360-degree rotating platform 4 and a trackless tourist car 2. The magnetic track 5 is embedded in a tour road leading to the three-dimensional ring screen theater 3 and can provide magnetic navigation signals for magnetic navigation for the trackless tour bus 2;
a plurality of drama scenes 1 are distributed on the tour roads at two sides of the magnetic track 5, can provide different virtual and real scenes for audiences, and can be used for performing and showing a story;
the three-dimensional annular screen theater 3 is an annular three-dimensional projection playing theater and can provide 360-degree viewing directions for audiences;
the 360-degree rotating platform 4 is arranged in the three-dimensional ring-screen theater 3 and can bear the trackless sightseeing bus 2 in the three-dimensional ring-screen theater 3 to rotate together, so that audiences on the trackless sightseeing bus 2 can directly view the films in the three-dimensional ring-screen theater 3 in an omnibearing manner without getting off the bus;
the trackless sightseeing bus 2 can bear a plurality of audiences, and the trackless sightseeing bus runs into the three-dimensional ring screen theater 3 on a sightseeing road according to the magnetic navigation signal of the magnetic track 5, so that the omnibearing film watching from the sightseeing of each theater scene 1 to the three-dimensional ring screen theater 3 is realized.
The following describes the components of the experience system:
the structure of the 360-degree rotating platform 4 is shown in fig. 2 to 4, and is composed of a supporting rotating platform 41, a main friction wheel 45, a central revolving assembly 42, a plurality of groups of supporting rotating wheels 44, an annular track 46 and a power device 43;
the central part of the supporting rotating table 41 is arranged on the central revolving assembly 42 and can rotate on the central revolving assembly 42 by 360 degrees;
the upper surface of the supporting rotating platform 41 is a platform for bearing the trackless tourist car 2;
a circular main friction wheel 45 is fixedly arranged on the bottom surface of the supporting rotating platform 41, and the outer surface of the main friction wheel 45 is a friction contact surface;
a plurality of groups of supporting rotating wheels 44 are fixedly distributed at the bottom of the main friction wheel 45, the plurality of groups of supporting rotating wheels 44 are all arranged on an annular track 46 below the main friction wheel 45, the plurality of groups of supporting rotating wheels 44 can move along the annular track 46, and the supporting rotating table 41 supporting the main friction wheel 45 and the main friction wheel 45 rotates 360 degrees by taking the central rotating assembly 42 as an axis;
the power device 43 is fixedly arranged on the periphery of the main friction wheel 45, is connected with the main friction wheel 45, and can drive the main friction wheel 45 to drive the supporting rotating platform 41 to rotate on the central rotating assembly 42 for 360 degrees.
In the 360-degree rotary platform 4, a plurality of power devices 43 are distributed on the periphery of the main friction wheel 45; preferably, the number of the power devices 43 is six, the six power devices are respectively arranged on the periphery of the main friction wheel 45, the stable operation of the supporting rotating platform can be ensured by adopting a plurality of power devices, the supporting rotating platform is suitable for adopting a larger supporting rotating platform 41, the diameter of the actually adopted supporting rotating platform 41 is larger than the length of the trackless tourist car 2, and the trackless tourist car 2 can be ensured to be supported and driven to rotate together.
Each power unit 43 includes: the outer friction surface of the sub friction wheel 432 is connected with the friction contact surface of the main friction wheel 45 in a friction contact mode, namely the outer peripheral surface of the small friction wheel is tightly attached to the outer periphery of the large friction wheel, the driving mechanism 431 is connected with the sub friction wheel 432 and can drive the sub friction wheel 432 to rotate and drive the main friction wheel 45 to rotate in a friction driving mode, namely when the driving mechanism 431 drives the small friction wheel to rotate, the small friction wheel drives the large friction wheel to rotate under the action of friction force between the small friction wheel and the large friction wheel, and therefore the supporting rotating platform 41 is further driven to rotate.
In the 360 ° rotary platform 4, the supporting rotary table 41 is a disk structure formed by splicing a plurality of sector steel frames;
the main friction wheel 45 is an annular structure, and the outer surface of the annular structure is a friction contact surface.
The 360-degree rotating platform 4 with the structure can bear the large trackless tour bus 2 for carrying audiences to rotate in the three-dimensional ring screen theater 3, and rotates stably, so that the audiences can watch the performances displayed on the ring screen at all directions and multiple angles.
The stereoscopic ring-screen theater 3 includes: the system comprises a 360-degree three-dimensional circular screen, a plurality of projection devices and a playing device; the projection devices are uniformly distributed around the 360-degree three-dimensional annular screen, and the projection ends of the projection devices are correspondingly projected on the 360-degree three-dimensional annular screen; the playing device is arranged outside the 360-degree three-dimensional circular screen. The 360-degree three-dimensional annular curtain is composed of an annular three-dimensional structure body formed by splicing steel frames and an annular curtain paved on the annular three-dimensional structure body. The three-dimensional ring-screen theater 3 can bring 360-degree omnibearing three-dimensional film watching experience to audiences.
Trackless tourist coach 2 in the above-mentioned experience system can bear spectator and follow a plurality of drama scenes of track tracking tour 1 after, until the tour carries out all-round sight shadow to three-dimensional ring curtain theater 3, this kind of trackless tourist coach 2 is trackless tourist coach 2 who adopts magnetic navigation, as shown in fig. 5 to fig. 7, this trackless tourist coach 2 includes: the device comprises a chassis 21, a front cabin 23, a rear cabin 24, an audience cabin 25, a door opening mechanism 22, a steering device 26, a magnetic induction device 27, a driving walking device 28 and a vehicle-mounted control device; wherein, the front and rear ends of the chassis 21 are respectively provided with a front cabin 23 and a rear cabin 24, an audience cabin 25 is arranged on the chassis 21 between the front and rear cabins 23 and 24, and the side surface of the audience cabin 25 is provided with a movable door assembly 29;
the door opening mechanism 22 is arranged at one side of the movable door assembly 29 of the audience cabin 25, and the door opening mechanism 22 is connected with the movable door assembly 29 and can open and close each movable door of the movable door assembly 29;
the front end of the bottom of the chassis 21 is provided with a steering device 26 and a magnetic induction device 27, and the magnetic induction device 27 is arranged between two steering wheels of the steering device 26;
the rear end of the bottom of the chassis 21 is provided with a driving walking device 28;
the vehicle-mounted control device is arranged on the chassis 21, is respectively electrically connected with the door opening mechanism 22, the magnetic induction device 27, the steering device 26 and the driving travelling device 28, can control the door opening mechanism 22 to open and close each movable door of the movable door assembly 29, and controls the driving travelling device 28 to travel and the steering device 26 to steer according to a magnetic navigation signal provided by the magnetic track 5 obtained by the magnetic induction device 27. Preferably, the door opening mechanism 22 is located on the left side of the trackless tourist coach 2, and the steel wire rope controls each movable door of the movable door assembly 29 on the side surface of the spectator cabin 25, and the steel wire rope is wound and unwound to drive the movable doors to open and close.
In the trackless tourist car 2, the chassis 21 adopts a multi-frame chassis structure; adopt many framves formula chassis structure not only convenient manufacturing, transportation, the conductor can accomplish longer moreover, and the car width can accomplish the broad, becomes the large-scale trackless sight-seeing bus 2 that can once carry more spectator, to the complicated place of bottom surface unevenness, many framves formula chassis structure adaptability is better moreover, also can increase the stationarity that the sight-seeing bus travel. In practice, the trackless tour bus 2 may employ a large trackless tour bus 2 of length 12m and width 6 meters, carrying 80 people at a time.
The front cabin 23 is composed of an annular baffle plate, and the front cabin 23 with the structure has shielding and buffering effects when accidental impact occurs, and plays a role of an anti-collision and protection device.
The rear compartment 24 forms a box body, and the onboard control device is provided in the rear compartment 24.
In the trackless tourist car 2, the magnetic induction navigation is adopted, and the vehicle-mounted control device is matched with the magnetic induction device 27 to control the driving walking device 28 and the steering device 26, so that the trackless tourist car 2 can automatically seek track and drive in the amusement field. And, adopt trackless sight-seeing bus 2 can also hide the magnetic track, avoid the magnetic track to destroy holistic touring environment, and is preferred, trackless sight-seeing bus 2 can adopt trackless sight-seeing bus.
In the above experience system, the drama scene 1 is provided with a live-action stage 12 and a plurality of sets of projection playing devices 11, and each projection playing device 11 includes: a projection curtain 111 and a projector 112, the projector 112 may include: projector host computer, light and sound equipment etc. the projection mode of projection play device 11 on outdoor stage 12 includes: one or more of a front projection, a back projection, and a phantom projection; specifically, the orthographic projection mainly means that the audience 13 and the projector 112 are located on the same side of the projection curtain 111, and the arrangement structure of the orthographic projection is as follows: the projection curtain 111 of the projection playing device 11 is arranged at the rear end of the live-action stage 12, and the projector 112 of the projection playing device 11 is arranged in front of the projection curtain 111, that is, the projector 112 is positioned at one side of the audience 13 watching the projection picture on the projection curtain 111 (see fig. 8);
the rear projection mainly means that the audience 13 and the projector 112 are separated from the two sides of the projection curtain 111, and the arrangement structure of the rear projection is as follows: the projection curtain 111 of the projection playing apparatus 11 is disposed at the rear end of the real scene stage 12, and the projector 112 of the projection playing apparatus 11 is disposed behind the projection curtain 111, that is, the projector 112 is located at the opposite side of the audience 13 viewing the projection picture on the projection curtain 111 (see fig. 9).
The imaging picture of the front and back projection type projection playing device 11 is separated from the real scene stage 12, the real scene stage 12 plays a role of decoration, and both the two projection modes can be switched as long as the projection device is convenient for installation space and is easy to hide to select the corresponding projection mode by matching with the decorated real scene stage 12 when the audience 13 sees the projection imaging picture of the projection playing device 11.
The phantom imaging projection utilizes a plane mirror imaging principle, as shown in fig. 10, specifically, a transparent aluminizer 101 is disposed on the real scene stage 12, the transparent aluminizer 101 and the real scene stage 12 are disposed at a set angle, preferably 135 degrees in this embodiment, an LED display screen 102 (corresponding to a projection playing device) is disposed on the real scene stage 12 at the lower right of the front end of the transparent aluminizer 101, a picture played in the LED display screen 102 is formed in the middle of the real scene stage 12 through the transparent aluminizer 101, the transparent aluminizer 101 can be regarded as a mirror with a transparent surface according to the plane mirror imaging principle, the audience 13 in front of the real scene stage 12 can see the picture in the LED display screen 102 through the reflection of the transparent aluminizer 101, and the transparent aluminizer 102 is transparent, so that the decoration or the real person performance on the real scene stage 12 can be seen, and a true effect is formed on the real scene stage 12, can bring the viewer an updated and fancy viewing experience.
When the experience system is used, the trackless tourist coach 2 carries the audience to run along the magnetic track 5 which provides the magnetic navigation signal, virtual projection and real scene 12 decoration are combined to form a scene with virtual and real combination and light and shade change on the two sides for watching, and a very vivid scene watching and experiencing effect is created by matching with the sound special effect of the vehicle-mounted and/or drama scene 1, so that the audience can achieve the personally on the scene, after the trackless tourist coach 2 enters the stereoscopic environment theater 3, the trackless tourist coach 2 and the audience thereon are driven to carry out 360-degree all-around watching projection performance on the stereoscopic environment by rotating the platform 4 at 360 degrees, the convenience of the audience visiting is improved, and meanwhile, the complete and novel visiting and viewing experience is brought to the audience.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (10)
1. A system for tracking a tour-around theater experience, comprising:
the system comprises a 360-degree rotating platform (4), a three-dimensional ring-screen theater (3), a plurality of theater scenes (1) and a tourist car; wherein,
the 360-degree rotating platform (4) is arranged in the three-dimensional ring screen theater (3) and can bear in the three-dimensional ring screen theater (3) and drive the tourist coach to rotate for 360 degrees;
the plurality of the drama scenes (1) are respectively arranged along the tour roads leading to the three-dimensional ring screen theater (3) to form tour scenes;
the tourist coach is positioned on the tourist road, can move to the 360-degree rotating platform (4) of the three-dimensional ring screen theater (3) along the tourist road, and is driven by the 360-degree rotating platform (4) to rotate for 360 degrees.
2. The system of claim 1, wherein the 360 ° rotating platform (4) comprises:
a support rotary table (41) and a center revolving assembly (42); wherein,
the upper surface of the supporting rotating platform (41) is a platform for bearing the tourist coach (2);
the center part of the supporting rotating table (41) is arranged on the center revolving assembly (42) and can rotate on the center revolving assembly (42) for 360 degrees.
3. The system of claim 2, wherein the 360 ° rotating platform (4) further comprises:
a main friction wheel (45) and a power device (43); wherein,
the main friction wheel (45) is circular and is fixedly arranged on the bottom surface of the supporting rotating table (41), and the outer surface of the main friction wheel (45) is a friction contact surface;
the power device (43) is fixedly arranged on the periphery of the main friction wheel (45), is connected with the main friction wheel (45) and can drive the main friction wheel (45) to drive the supporting rotating table (41) to rotate for 360 degrees on the central rotating assembly (42).
4. The system as claimed in claim 3, wherein the plurality of power units (43) are evenly distributed around the periphery of the main friction wheel (45);
each power unit (43) comprises: the friction driving device comprises a driving mechanism (431) and a sub friction wheel (432), wherein the outer friction surface of the sub friction wheel (432) is in friction contact connection with the friction contact surface of the main friction wheel (45), and the driving mechanism (431) is connected with the sub friction wheel (432) and can drive the sub friction wheel (432) to rotate and drive the main friction wheel (45) to rotate through friction driving.
5. The system of claim 3, wherein the 360 ° rotating platform (4) further comprises:
an endless track (46) and a plurality of sets of supporting rotating wheels (44); wherein,
the annular track (46) is arranged below the main friction wheel (45);
the multiunit support swiveling wheel (44) evenly distributed fixed the setting and be in the bottom of main friction wheel (45), the multiunit support swiveling wheel (44) and all establish on circular orbit (46), can follow circular orbit (46) remove, support on main friction wheel (45) and this main friction wheel (45) bearing revolving stage (41) with center gyration subassembly (42) carry out 360 rotations as the axle center.
6. The system of any one of claims 1 to 5, further comprising: the magnetic track (5), the magnetic track (5) is buried in the said sightseeing road, and connect to the said stereoscopic ring screen theater (3);
the tourist car adopts trackless tourist car (2), this trackless tourist car (2) can with magnetic track (5) magnetic induction communication, follow the route of magnetic track (5) is moved extremely on 360 rotary platform (4) of three-dimensional ring curtain theater (3).
7. The system of claim 6, wherein the trackless tour guide (2) comprises:
the device comprises a chassis (21), a spectator cabin (25), a steering device (26), a magnetic induction device (27), a driving and walking device (28) and a vehicle-mounted control device; wherein,
an audience cabin (25) is arranged on the chassis (21);
the front end of the bottom of the chassis (21) is provided with a steering device (26) and a magnetic induction device (27), and the magnetic induction device (27) is arranged between two steering wheels of the steering device (26);
the rear end of the bottom of the chassis (21) is provided with a driving walking device (28);
the vehicle-mounted control device is arranged on the chassis (21), is respectively electrically connected with the magnetic induction device (27), the steering device (26) and the driving travelling device (28), and can control the driving travelling device (28) to travel and the steering device (26) to steer according to magnetic navigation signals of the magnetic track (5) obtained by the magnetic induction device (27).
8. The tracking tour style roundabout theater experience system according to claim 7, characterized in that in the trackless tour bus (2), the spectator cabin (25) is flanked by movable door assemblies (29);
this trackless tourist car (2) still includes: the door opening mechanism (22) is arranged on one side of a movable door assembly (29) of the audience cabin (25), and the door opening mechanism (22) is connected with the movable door assembly (29) and can open and close each movable door of the movable door assembly (29);
the door opening mechanism (22) is electrically connected with the vehicle-mounted control device and can open and close each movable door of the movable door assembly (29) under the control of the vehicle-mounted control device.
9. The follow-up arcade system of experience according to any of claims 1 to 5, wherein the stereoscopic arcade (3) comprises: the system comprises a 360-degree three-dimensional circular screen, a plurality of projection devices and a playing device; wherein,
the plurality of projection devices are uniformly distributed around the 360-degree stereoscopic annular screen, and the projection end of each projection device is correspondingly projected on the 360-degree stereoscopic annular screen;
the playing device is arranged outside the 360-degree three-dimensional circular screen.
10. The system according to any one of claims 1 to 5, wherein each of said plurality of said theatrical scenes (1) is comprised of at least one set of projection players (11) and a live action stage (12).
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| CN201810597054.9A CN108786156B (en) | 2018-06-11 | 2018-06-11 | Tracking tour type ring-screen theater experience system |
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| CN201810597054.9A CN108786156B (en) | 2018-06-11 | 2018-06-11 | Tracking tour type ring-screen theater experience system |
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