JP3217970U - Experience device with different boarding directions - Google Patents

Abstract

A sensation apparatus having different boarding directions is provided. A bodily sensation device having different boarding directions according to the present invention includes a base unit 31, an actuator unit 32, a platform unit 33, and a seat unit 34. The base unit includes a base seat body 311, and the actuator unit includes: A plurality of seat seats 341 including an actuator module 321 installed on the base seat, a platform unit including a platform seat 331 installed on the actuator module, and a seat unit installed on an edge of the platform seat. Among them, the installation directions of the plurality of seats are different, and different experiences are provided to the plurality of seats. [Selection] Figure 2

Description

  The present invention relates to a sensation apparatus, and more particularly, to a sensation apparatus having different boarding directions.

  There are usually two types of amusement facilities in a general amusement park. One is an actual amusement facility that is actually experienced. For example, a roller coaster makes a user feel a stimulus of speed and gravity acceleration (G-Force). Can do. The other is a play facility that virtually simulates the bodily sensation, which effectively uses the sense of video and sound, combines the swing of the dynamic platform, and virtually simulates the bodily sensation effect.

  A general dynamic simulation apparatus is used for reproducing a dynamic image by installing a video facility in front and combining an audio facility. The dynamic simulation device provides a platform that can change the angle, mount it on the audience, control the drive device by combining video content, and freedom in multiple directions such as back and forth, up and down, elevation and rotation on the platform and the seat above it By exercising, it has the effect of making the audience feel as if they are placed in the scene and immersing them in the scene of the video.

  FIG. 1 shows a dynamic simulation apparatus of Taiwan Patent No. M484450. The dynamic simulation apparatus includes a base 11, a platform 12, and an actuator member 13 installed between the base 11 and the platform 12. The actuator member 13 controls the position of the platform 12 and swings the platform 12 relative to the base 11.

  A plurality of seats 14 are installed on the platform 12 and are used to board a plurality of users, and the installation directions of the plurality of seats 14 are the same, and the passengers are riding on the plurality of seats 14. It is used to match the user's sensations and allow the plurality of users to receive and receive the same video data.

  Although the above-described dynamic simulation device provides the effect of sensation simulation, the following drawbacks still exist at the time of actual implementation.

1. Installation location is limited:
The plurality of seats themselves have a height, and it is necessary to secure a height for a user to enter and exit. The installation positions of the plurality of seats are added to the platform and the height of the actuator member. The installation location of the conventional dynamic simulation apparatus has a relatively high ceiling, and cannot be installed in a general hierarchy, and the installation location is limited.

Second, you cannot increase your income:
Since the installation direction of the plurality of seats is the same, and the user who gets on the plurality of seats can view the same video data, the user usually consumes the play facility only once, You cannot increase your income.

Third, the reality of the physical effect is low:
The early Stewart platform is a device used to train airplane maneuvers and is operated with one person's experience and applied in combination with video data. Install multiple seats on top to increase sales. However, since the user boarding the seat is different in position, if the actuator member performs a forward tilt (Pitch), the user boarding forward will feel the forward tilt of the lowering but will board the rear. The user who is experiencing will experience the rise, thus causing an error in the sensation effect and the video expression.

  For this reason, how to increase sales by providing a better experience in a limited space and providing different video and audio is a goal that requires the efforts of related engineers.

Taiwan Patent No. M484450 specification

  In view of this, an object of the present invention is to provide a sensation apparatus having different boarding directions.

A bodily sensation device having different boarding directions according to the present invention includes a base unit, an actuator unit, a platform unit, and a seat unit.
The base unit includes a base seat;
The actuator unit includes an actuator module installed on the base seat;
The platform unit includes a platform seat mounted on the actuator module;
The seat unit includes a plurality of seat seats installed on the edge of the platform seat, and the installation directions of the plurality of seat seats are different.

  In one embodiment of the present invention, the platform seat described above has a circular shape, and the plurality of seat seats are respectively installed on a tangent line of the platform seat.

  In another embodiment of the present invention, the platform seat described above has a polygonal shape, and the plurality of seat seats are respectively installed on the sides of the platform seat.

  In still another embodiment of the present invention, the plurality of seats described above are installed side by side in the longitudinal direction with a space therebetween.

  In yet another embodiment of the present invention, the actuator module described above is a six-axis Stewart actuator member.

  In another embodiment of the present invention, the above-mentioned sensation apparatus having different boarding directions further includes a position adjustment unit, and the position adjustment unit is installed between the plurality of seat seats and the platform seat. It includes a plurality of position adjustment modules and is used to adjust the positions of the plurality of seat seats.

  In still another embodiment of the present invention, the above-described seat unit further includes a protection member installed on the seat base.

  In another embodiment of the present invention, the sensation apparatus having different boarding directions described above further includes a control unit, and the control unit is electrically connected to the actuator module, and the control module is electrically connected to the control module. A connected audio-visual module.

  In another embodiment of the present invention, the audio video module described above is composed of a plurality of audio video player members.

  In still another embodiment of the present invention, the above-described audio-video module includes a plurality of memory members used for storing different video data, and causes the plurality of audio-video player members to play different videos.

  As a beneficial effect of the present invention, the installation directions of the plurality of seat seats are different, and a user who rides on the plurality of seat seats has a different experience, and the plurality of seat seats are used as the platform seat body. It is possible to install with a reduced height by providing it on the side, and the plurality of audio-visual modules provide different video data, and the experience of the user who rides on the plurality of seat seats is It can be adapted to the video expression to be received.

It is a side view of the dynamic simulation apparatus of Taiwan patent No. M484450. It is a three-dimensional perspective view of the best embodiment 1 of the sensation apparatus having different boarding directions according to the present invention. It is a side view of the best Example 1 of the sensation apparatus having different boarding directions according to the present invention. It is a block diagram of the control unit of the best example of the sensation apparatus having different boarding directions of the present invention. It is a side view of the best Example 2 of the sensation apparatus having different boarding directions according to the present invention. It is an overhead view of the best Example 3 of the sensation apparatus having different boarding directions according to the present invention.

  To clearly show the features and technical contents of the present invention, the drawings and the three best embodiments will be described in detail below. Before entering into the detailed description, it should be noted that similar members are labeled with the same numbers.

  As shown in FIGS. 2, 3, and 4, the best embodiment 1 of the sensation apparatus having different boarding directions according to the present invention includes a base unit 31, an actuator unit 32, a platform unit 33, a seat unit 34, and a control. A unit 36 is included.

  The base unit 31 includes a base seat body 311. Preferably, the base seat body 311 is installed in a metal structure on the floor surface, fixed to the floor surface, pivotally mounted on the actuator unit 32, and supports the acting force and gravity of the actuator unit 32. In actual implementation, the base seat 311 can be installed on a rotating disk structure or a rail structure, but is not limited thereto.

  The actuator unit 32 includes an actuator module 321 installed on the base seat 311. In the best embodiment 1, the actuator module 321 is a six-axis Stewart actuator member, and six sets of linear actuators change the swing angle of the platform unit 33 to execute a sensation simulation. In actual implementation, the position of the platform unit 33 can be oscillated or moved by other bodily sensation actuators, and the present invention is not limited to the example given in the best embodiment.

  The platform unit 33 includes a platform seat 331 installed on the actuator module 321, wherein the platform seat 331 is fixed to a steel beam structure of the actuator module 321, and the actuator module 321 is the platform seat. The platform seat body 331 is swung with respect to the base seat body 311 by controlling the position of 331.

  The platform seat 331 has a polygonal shape, and in the best example 1, the platform seat 331 is an equilateral triangle, of which an actuator module 321 using a six-axis stewart and an equilateral triangle platform seat 331. Is located at the midpoint position of the three sides of the steel beam structure having the triangular shape of the platform seat body 331, and the actuator modules are combined with each other to change the swing angle or moving position of the platform seat body 331. be able to. In actual implementation, the platform seat 331 can be a polygon other than an equilateral triangle, but is not limited thereto.

  The seat unit 34 includes a plurality of seat seats 341 installed at the edge of the platform seat 331, and the installation directions of the plurality of seat seats 341 are different. In the best example 1, the platform seat 331 has an equilateral triangle, the number of the seat seats 341 is three, and each seat seat 341 is installed on the edge of the platform seat 331. The plurality of seat seats 341 are arranged adjacent to each other with a certain angle of refraction, spaced apart from each other in the longitudinal direction. Furthermore, the included angle formed by the two adjacent seat seats 341 is not smaller than 60 degrees, and a combination of the plurality of seat seats 341 forms a triangle or other polygonal shape. Increases the number of users and does not lose the bodily sensation.

  The inventor wants to emphasize that, after installing the plurality of seat seats 341 on the edge of the platform seat body 331, the greater the distance from the center of swing, the more the arc of swing becomes more intense. When the actuator module 321 swings the platform seat body 331, the swinging effect of the plurality of seat seat bodies 341 becomes more intense than the center position of the platform seat body 331, and is more intense by the plurality of seat seat bodies 341. It is a point which can provide a bodily sensation effect.

  The plurality of seat seats 341 are respectively installed on steel beams on the sides of the platform seat body 331, and at least one person can get on each seat seat 341. In the best embodiment 1, the width of the seat seat body 341 is substantially the same as the length of the side of the platform seat body 331, and can be mounted on a plurality of users.

  Each seat seat 341 includes a seat plate and a backrest for seating a user, and the installation direction of the plurality of seat seats 341 is a direction when the user is seated. The installation direction of the plurality of seat seats 341 is opposite to the center direction of the platform seat body 331 and fixed on the steel beam structure of the platform seat body 331 having an equilateral triangle, that is, on the side of the platform seat body 331. Is done.

  The control unit 36 includes a control module 361 electrically connected to the actuator module 321 and an audio / video module 362 electrically connected to the control module 361. The audio video module 362 includes a plurality of audio video player members, and provides video and audio, respectively. Among them, the audio video module 362 includes a plurality of memory members 363 used to store different video data, and causes the plurality of audio video player members to play different videos.

  The inventor of the present invention wants to emphasize that the platform seat body 331 of the best embodiment 1 has an equilateral triangle, and the installation direction of the plurality of seat seat bodies 341 is the center direction of the platform seat body 331. Oppositely, since the line of sight of the users sitting on the plurality of seats 341 is different, when the actuator module 321 controls the platform seat 331 to generate the swing, each seat 341 This is the difference in the bodily sensation effect provided to the user.

  In the case of a six-axis Stewart platform, the platform seat 331 has a front and rear pitch (Pitch), left and right yaw (Yaw), left and right rolls (Roll), front and rear surge (Surge), elevating heave (Heave), left and right It is possible to provide a sensory effect with six degrees of freedom of Sway. Users who have boarded the plurality of seat seats 341 have different experiences, for example, when one of the seat seats 341 provides the user with a forward tilt, the other seat seats 341 are completely Provides a sense of backward tilting that is a contradictory experience.

  Therefore, the audio video module 362 separately prepares video data for each seat seat 341 and stores the video data in the plurality of memory members 363 so that the users on the plurality of seat seats 341 have different users. An acoustic effect can be obtained.

  Preferably, a 360-degree panoramic screen is installed around the sensation device, and images are projected on the panorama screen using a plurality of audio-video player members, and the plurality of seat seats 341 are used. It is possible for a person to obtain a feeling that combines physical experience and video. In actual implementation, the plurality of audiovisual player members may use a plurality of head mounted display equipment and headphones, but are not limited thereto.

  FIG. 5 shows a second preferred embodiment of the sensation apparatus having different boarding directions according to the present invention. The best embodiment 2 and the best embodiment 1 are almost the same, and the description of the same portions is omitted here. The difference is that the plurality of seat seats 341 are installed on the sides of the platform seat 331, that is, outside the platform seat 331, and the installation height of the entire sensation apparatus is low.

  The best embodiment 2 further includes a position adjusting unit 35, which includes a plurality of position adjusting modules 351 installed between the plurality of seat seats 341 and the platform seat 331, respectively. , And used to adjust the positions of the plurality of seats 341, respectively.

  Among them, each position adjustment module 351 includes an altitude adjusting member and a lateral movement adjusting member, and the altitude adjusting member can adjust the height of the plurality of seat seats 341, and the lateral movement adjusting member is the plurality of seat seats. The positions of the centers of the body 341 and the platform seat 331 can be adjusted. Preferably, the altitude adjusting member may be a screw member, and the lateral movement adjusting member may be a rail member, but other position adjusting structures can be used in actual implementation, and the present invention is not limited thereto.

  When the position of the seat seat 341 is adjusted to be high by the position adjustment module 351, both feet of the user riding on the plurality of seat seats 341 can be suspended in the air. A seat can be seated on the seat 341. When the position of the seat seat 341 is horizontally moved outward by the position adjustment module 351, the sensation of the user who has boarded the seat seat 341 becomes more intense under the action of the lever principle.

  The inventor of the present invention wants to emphasize that the position adjustment module 351 does not participate in the control of the sensation, and the position adjustment module 351 operates after moving the position of the seat seat 341 to a fixed position. In other words, the actuator module 321 is responsible for all the control of the virtual experience, and the position adjustment module 351 does not participate in the control of the experience.

  In addition, in the second embodiment, the plurality of seat seats 341 are installed on the sides of the platform seat 331, and when the position of the seat seat 341 is lowered by the position adjustment module 351, The height of the plurality of seat seats 341 and the height of the actuator module coincide with each other, and the installation height of the sensation device can be effectively reduced. As a result, the sensation apparatus disclosed in the present invention can be installed directly on the floor surface, so that the user can get on the seat seat 341 directly on the floor surface, and there is no need to install a high platform to allow the user to board. Alternatively, the actuator module 321 can be accommodated by installing an underground space, which is suitable for installation in a limited indoor space, and there is no need to modify the building.

  In addition, when the seat seat 341 is installed in the outer periphery of the platform seat 331, the moving speed of the plurality of seat seats 341 is increased and the moving distance is increased based on the principle of the lever. It is possible to increase the bodily sensation effect of a user who has boarded a plurality of seats 341.

  The seat unit 34 further includes a protection member 342 installed on the seat seat 341. Preferably, the protection member 342 is a seat belt member, which can fix a user who has boarded the seat seat 341 and can safely protect the user when experiencing the bodily sensation. In actual implementation, other protective structures may be used, but are not limited thereto.

  FIG. 5 shows a second preferred embodiment of the sensation apparatus having different boarding directions according to the present invention. FIG. 6 shows a third preferred embodiment of the sensation apparatus having different boarding directions according to the present invention. The best embodiment 3 and the best embodiment 2 are almost the same, and the description of the same portions is omitted here. The difference is that the platform seat body 331 has a circular shape, and the plurality of seat seat bodies 341 are respectively installed on the tangent line of the platform seat body 331.

  In the best embodiment 3, the platform seat 331 is installed in a circular steel beam structure on the actuator module (not shown), and the number of the seat seats 341 is 12, The body 341 is installed on the outer periphery of the platform seat body 331 on average, and the installation direction is opposite to the center direction of the platform seat body 331, and one user can get on each seat seat body 341. In actual implementation, the number of seats 341 installed and the number of passengers in each seat 341 are not limited thereto.

  The inventor of the present invention wants to emphasize the following points. The early Stewart Actuator Platform was mainly used to simulate the experience of one person, and one person was able to obtain a sensory effect with six degrees of freedom. Since the seats to be used have been installed and the screen displayed by the early video playback device was a single screen, multiple seats were all oriented in the same direction, that is, the playback screen direction. Due to restrictions on the platform structure, each seat could not have the same experience.

  With the advancement of video playback technology, 360-degree panoramic video playback has been widely used in various audiovisual facilities. Since the panoramic image can provide a 360-degree image, the plurality of seat seats 341 according to the present invention are installed on the side of the platform seat body 331, and the installation direction of the plurality of seat seats is the same as the platform seat body 331. Contrary to the central direction, it effectively matches the bodily sensation effect with the panorama screen and provides a novel sense to the user.

  In addition, when the plurality of seat seats 341 are installed on the side of the platform seat 331, the installation height of the entire sensation apparatus can be effectively reduced, and the height of a general shopping center level Because it can be installed directly without having to change the structure of the building itself, installation costs can be effectively saved.

  As can be understood from the above description and FIGS. 2 to 6, the sensation apparatus having different boarding directions of the present invention surely has the following effects.

1. Increased body sensitivity:
Based on the lever principle, when the seat seat 341 is installed on the outer periphery of the platform seat 331 and the actuator module 321 controls and swings the platform seat 331, the plurality of seat seats 341 The moving speed of the user can be increased, the moving distance can be increased, and the bodily sensation effect of the user who has boarded the plurality of seats 341 can be enhanced.

Second, installation cost control:
By installing the plurality of seat seats 341 on the side of the platform seat body 331 and effectively reducing the installation height of the entire sensory device, the sensory device can be placed on the floor or in a general building hierarchy. It can be installed directly on the floor, and the user can get on the seat seat 341 directly on the floor, so that it is not necessary to install a high platform to ride the user, or an underground space is installed to provide the actuator module 321. Can also be accommodated, and the installation cost of the sensation apparatus can be effectively suppressed.

3. Both feet float in the air:
In response to the above, even when the sensation apparatus is installed in the building, the height of the seat seat 341 is changed by the position adjustment module 351 and the legs of the user sitting on the seat seat 341 are suspended in the air. It is possible to achieve the effect of lifting the legs in the air without increasing the height of the chair legs or changing the structure of the building.

4. Experience with different sensations:
Since the installation direction of the plurality of seat seats 341 is opposite to the center direction of the platform seat body 331 and the line-of-sight direction of the user sitting on the plurality of seat seats 341 is different, the actuator module 321 is installed in the platform seat. When the body 331 is controlled to generate a swing, the sensible effects provided to the user by each seat seat 341 are different, and further, the sound image module 362 is combined so that each seat 341 has a different sound image effect. By being able to provide it, the user who gets on the plurality of seat seats 341 can have different experiences.

  To summarize the above, the installation direction of the plurality of seat seats 341 is opposite to the center direction of the platform seat 331, the plurality of seat seats 341 can be installed on the side of the platform seat 331, and Since the audio / video module 362 can provide different audio / video effects, it is possible to improve the sensation of the user who has boarded the plurality of seats 341. In addition, since the plurality of seat seats 341 installed around the platform seat body 331 can reduce the installation height of the entire sensation apparatus and can be installed in a general building hierarchy, the installation cost can be effectively suppressed. And the object of the present invention can be reliably achieved.

  The above description is based on the three best embodiments of the present invention, and the scope of implementation of the present invention cannot be limited by these, and the contents of claims and specification of the present invention All simple equivalent effect changes and modifications based on the above are included within the scope of the present invention.

11 Base 12 Platform 13 Actuator Member 14 Seat 31 Base Unit 311 Base Seat 32 Actuator Unit 321 Actuator Module 33 Platform Unit 331 Platform Seat 34 Seat Unit 341 Seat Seat 342 Protection Member 35 Position Adjustment Unit 351 Position Adjustment Module 36 Control Unit 361 Control module 362 Audio video module 363 Memory member

Claims (10)

A sensation device having different boarding directions,
A base unit including a base seat,
An actuator unit including an actuator module installed on the base seat;
A platform unit including a platform seat installed on the actuator module;
Including a plurality of seat seats installed at the edge of the platform seat body, of which the seat units have different installation directions;
A bodily sensation device having different boarding directions.   The sensation apparatus having different boarding directions according to claim 1, wherein the platform seat has a circular shape, and the plurality of seats are respectively installed on a tangent line of the platform seat.   The sensation apparatus having different boarding directions according to claim 1, wherein the platform seat has a polygonal shape, and the plurality of seat seats are respectively installed on the sides of the platform seat.   The sensation apparatus having different boarding directions according to claim 1, wherein the plurality of seat seats are arranged adjacent to each other with a space therebetween in the longitudinal direction.   The sensation apparatus having different boarding directions according to claim 1, wherein the actuator module is a six-axis Stewart actuator module.   Further, a position adjustment unit is included, and the position adjustment unit includes a plurality of position adjustment modules respectively installed between the plurality of seat seats and the platform seat, and adjusts the positions of the plurality of seat seats, respectively. The sensation apparatus having a different boarding direction according to claim 1, wherein the sensation apparatus is used to perform the operation.   The sensation apparatus having different boarding directions according to claim 1, wherein the seat unit further includes a protection member installed on the seat body.   The control unit according to claim 1, further comprising a control unit, wherein the control unit includes a control module electrically connected to the actuator module, and an audio video module electrically connected to the control module. A sensation apparatus having different boarding directions.   The sensation apparatus having different boarding directions according to claim 8, wherein the audio video module includes a plurality of audio video player members.   The different boarding according to claim 9, wherein the audio-video module includes a plurality of memory members used for storing different video-audio data, and causes the plurality of audio-video player members to play different videos. A sensation device having a direction.

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