JP3767900B2 - Video equipment for passengers riding on moving objects - Google Patents

Description

  The present invention relates to an image device for passengers (including passengers, drivers, conductors, etc.) who ride on moving objects that display images on the windows of moving objects (vehicles such as trains and trains, vehicles such as automobiles, ships, playground equipment, etc.). The present invention also relates to a video device for a passenger who rides on a moving object that can visually recognize an image from the window of the moving object.

  The present invention was considered as one of the events of the Expo 2005 Aichi (Aichi Expo) to be held in the hilly area of Aichi Prefecture. Specifically, it induces visitors to the Expo by public transport. Also, promote the use of public transportation and appeal the significance of the Expo. With this intent, the applicant intends to give the passengers a pleasure and surprise to the video displayed on the screen of the car window of the linear motor car (Linimo) traveling in the tunnel.

  In other words, it is an effective use of public transportation space where Morizo and Kikkoro suddenly appear in the car window of a murderous tunnel and the atmosphere of the Expo can be felt.

  Conventionally, as a structure for a passenger to enjoy moving images using moving objects, the following methods are well known, and some of them have been implemented. explain.

(1) Flappy cartoon style (sub-media style)
This is a method developed by the US sub-media, where a series of films are placed in a special display box in a tunnel and viewed from a running train. And it has already been installed at three locations in the United States and one location in Hong Kong. In Japan, it was introduced on June 3, 2004 on the Tokyo Metro Ginza Line. This example has the advantage that it can be seen in all windows of all passing trains, but it does not become a movie unless the train speed is above a certain level, and it takes several million yen to create and replace content etc. There is a problem, and it is considered that the implementation and / or construction requires improvement in terms of configuration and problem solving of economic efficiency. On the other hand, it seems to be a problem because the video is full color but has no sound.

(2) Light emitting diode method (time slit method)
This is a system developed by a certain company in Japan, where light emitting diode units are arranged in a tunnel at regular intervals (for example, at intervals of about 1.5 m), and light is emitted in synchronization with the train speed. It is characterized by using and projecting video. And according to interviews, this example is being implemented on the Tokyo Monorail and the JR East Narita Line, and in the local area. And in this structure, there is an advantage that it can be seen in all windows of all passing trains, but it does not become a movie unless the train speed is above a certain level. As before, there are still problems with its implementation and / or construction. On the other side, it seems to be a problem because the video is not full color and there is no sound.

  In addition, the prior patent document was searched regarding the imaging device for passengers who get on this kind of public transportation. However, no corresponding invention was found. There are inventions that provide video, information, etc. for advertisement in a vehicle window (for example, “Information display and its manufacturing method and method of use” in Japanese Patent Application Laid-Open No. 2004-163837), and inventions that have a structure for enjoying video in a vehicle. (For example, “Hologram Display Device” of JP-A-2002-40560).

JP 2004-163837 A JP2002-40560

  Patent Documents (1) and (2) are structures that project (project) an image of a projector (projector) onto a screen, and the method is a simple projection method and is a usage method, so that it is not interesting. Conceivable. The inventions of Patent Documents (1) and (2) have a structure for enjoying projection and images in a moving object (such as a vehicle or a train window), and a moving object through a stationary object (still body). It is considered that a moving image with a sense of presence along the running of a moving object cannot be expected because the passengers of the present invention do not have the structure of projecting the above-mentioned projection and enjoying the image of the projection. Furthermore, in the structures of Patent Documents (1) and (2), it is difficult to enjoy the screen image through the window.

  The invention of claim 1 has a structure in which an image is projected onto a screen of a car window by a projector and the image of the screen through the window is enjoyed. Therefore, there is a sense of reality and it is very intriguing. It is intended to guide visitors to the Expo, promote the use of public transportation, and promote the significance of the Expo. Further, the present invention has a structure in which a projection from a moving object (such as a vehicle or a train) and a static object are interposed, and a passenger in the moving object enjoys a moving image, and a reliable projection and an image obtained by this projection can be enjoyed. In addition, it is intended to visually recognize a moving image with a sense of presence along the running of a moving object. Furthermore, the present invention is a beneficial combination of a moving object and a static object, such as being able to enjoy a moving image with a sense of presence along the running of the moving object, making a moving image fully enjoyable, etc. Intended. Furthermore, the invention of claim 1 is intended to achieve smooth provision of information, control of a car society, environmental maintenance, and the like by promoting the use of public transportation.

Claim 1 is a vehicle such as a train / train, a vehicle such as an automobile, a ship, playground equipment, etc., a shield such as a tunnel, a cover, a curtain surrounding the moving object, and reflection of an image provided on the shield. A device that displays an image on a window of the moving object using a shield and a reflection medium configured by a medium and a projection body such as a projector that projects an image on the reflection medium,
The projecting body is arranged above the moving body, and an image of the projecting body can be projected onto a screen provided on the window of the moving body with a reflection medium. The screen adopts a transparent structure, and is provided outside the window. It is a video device for passengers who ride on a moving body that displays an image on a window of the moving body configured to be able to visually recognize an object.

  The invention of claim 2 is intended to achieve the object of claim 1 and to provide an optimum reflective medium for achieving this object.

A reflection medium according to a second aspect of the present invention is a video device for a passenger who rides on a moving body that displays an image on a window of the moving body having a configuration in which the reflection medium is a stainless steel mirror.

The invention of claim 1 is a vehicle such as a train / train, a vehicle such as an automobile, a ship, a playground equipment, etc., a shield surrounding a moving object, a cover, a curtain, etc., and a reflection of an image provided on the shield A device that displays an image on a window of a moving object using a shield and a reflection medium configured by a medium and a projection body such as a projector that projects an image on a reflection medium,
The projecting body is arranged above the moving body, and the image of the projecting body can be projected onto the screen provided on the window of the moving body with a reflection medium, and the screen adopts a transparent structure so that an object outside the window can be visually recognized. It is the imaging device for passengers who get on the moving body which displays an image on the window of the moving body having the configuration.

  Accordingly, the first aspect of the present invention is a structure in which an image is projected on the screen of the car window by a projector and the image of the screen through the window is enjoyed, so that there is a sense of reality and it is very intriguing. It has features such as guiding visitors to the Expo, promoting the use of public transportation, and appealing the significance of the Expo. In addition, the present invention has a structure in which a projection from a moving body and a static body are interposed, and a passenger in the moving body enjoys a moving image, and a reliable projection and a video by the projection can be enjoyed. There are advantages such as being able to visually recognize moving images with a sense of reality. Furthermore, the present invention is a beneficial combination of a moving body and a stationary body, and has features such as being able to enjoy a moving image with a sense of presence along the running of the moving body, and being able to fully enjoy a moving image. .

A second aspect of the present invention is a video device for a passenger who rides on a moving body that displays an image on a window of the moving body having a configuration in which the reflecting medium is a stainless steel mirror.

  Accordingly, the second aspect is characterized in that the object of the first aspect can be achieved and an optimum reflection medium can be provided to achieve the object.

  An example of the present invention will be described.

Referring to the drawings, FIG. 1 is a conceptual diagram showing the whole of the present invention as viewed from the front, and the right half is a conceptual diagram showing an example (example) of claim 1. 2 is a conceptual diagram showing the whole of the present invention in a side view, and FIG. 3 is a conceptual diagram for explaining the outline of a tunnel of the present invention, which is schematically shown.

  In the figure, reference numeral 1 denotes a linear motor car. This linear motor car 1 is provided on a carriage 100 provided with a large number of electromagnets 2, a vehicle body 101 provided above the carriage 100, and a floor surface 100a of the carriage 100. A large number of seats 3 and the doorway 102 provided in the vehicle body 101 are main components. In the figure, reference numeral 103 denotes a handrail provided in the vehicle.

  In the figure, reference numeral 4 is a projector showing an example of a projecting body (projector). This projector 4 is a roof 101a of the vehicle body 101 (an example of the upper side, the side surface of the vehicle body 101, the interior of the vehicle, the bottom surface, combinations thereof, parallel arrangement, etc. In addition, a cover (not shown) for dustproofing, protection, rainproofing and the like is provided as necessary. The projector 4 is controlled via a control unit 5 provided on the roof 101a of the vehicle body 101. This control includes ON / OFF of projection and / or sound, power supply, etc., change of inclination angle, and other various controls. The control unit 5 has a configuration for storing recording information and / or recording / video information (recording / recording medium such as a disk, card, etc.) and the recording information and / or recording / video information in real time by communication means. Various structures such as a configuration to be changed are used to provide a structure that can reliably and smoothly provide necessary recording information and / or recording / video information. And in this control unit 5, in the example which provides audio | voice information, this audio | voice information is emitted toward the inside and outside of the linear motor car 1 (moving body) with sounding apparatuses, such as a speaker which is not shown in figure.

  And although not shown in figure, the projector 4 is set as the structure which can provide an image | video continuously or individually to the window 104 of the vehicle body 101, and can select suitably according to a condition and a customer's request. As a matter of course, in the example that can be individually provided to each window 104, the presence and dynamic sense are excellent. The projector 4 can be another projector, for example, a laser.

  In the figure, reference numeral 6 denotes a stainless steel mirror serving as a reflection medium provided in the tunnel A (an example of a shield such as a tunnel, a cover, a curtain, etc.), and the stainless steel mirror 6 (static body) provided on the wall surface of the tunnel A. It is attached to the part A2 and is detachable. In principle, a predetermined angle (approximately 20 ° to approximately 50 °) is provided on the screen 7 provided on the window 104 by reflecting the image provided at the entire length of the tunnel A and projected from the projector 4 at a predetermined angle. And secure a positional relationship that can be projected beautifully and reliably. In this example, a position (dimension) from the shoulder portion position of the roof 101 a of the vehicle body 101 to the lower end of the window 104 is secured. In this example, it is possible to reflect the video from the projector 4 and project a moving image on the screen 7. It is conceivable that the stainless steel mirror 6 is easy to clean, has a low risk of breakage, is easy to maintain and install, and has versatility and recycling characteristics. The stainless steel mirror 6 is an example, and can be a reflector such as a mirror, plastic, or sheet, and is not limited, and means such as the stainless steel mirror 6 and the mirror suitable for the place of use is adopted. The screen 7 is an example, and other screen means such as a light control glass screen and a liquid crystal film screen can be used. In this example, the screen 7 has transparency and / or visibility secured when no image is projected. For example, when the screen 7 exits from the tunnel A, transparency is secured. Since the visibility from the window 104 is secured, the background, scenery (scenery, sight, etc.), objects, etc. from the linear motor car 1 and the background, scenery, etc. near the rail 8 are primary colors or colors. You can see (view) colored backgrounds and scenery through the glass. The screen 7 employs a configuration such as a screen (transparent / translucent hologram screen) having a structure for receiving inclined light, a liquid crystal screen (transparent / translucent structure), or the like. As another example, in the configuration of the left half of FIG. 1, a screen 7 (stationary body) is attached to the support portion A2 on the wall surface A1 of the tunnel A, and is detachably provided. Further, there may be an example in which the screen 7 is directly provided on the wall surface A1 of the tunnel A (the same applies to other examples). And the matter which is not demonstrated in this other example applies to the above-mentioned example. In this example, the stainless steel mirror 6 is not required, but in the case of the structure of the tunnel A, an event or the like, the stainless steel mirror 6 can be provided on the ceiling surface A3 of the tunnel A and the image can be reflected on the screen 7. The video displayed on the screen 7 can be used as an advertising medium, an emergency information medium, or the like. In addition, in vehicles such as subways and buses for public transportation, it can be used for wide-area use such as traffic information media, advertising media, emergency information media, etc. and is useful. This example of public transport has features such as the promotion of use of this public transport, the smooth provision of information, the control of the vehicle society, and the maintenance of the environment. Furthermore, the video device for passengers who ride on this moving object can also be adopted in moving bodies such as event venues, passenger cars, and in some cases, such as bicycles. The range can be expanded. In another example, although not shown, it is also possible to provide a stainless steel mirror 6 on the ceiling surface A3 of the tunnel A and display an image on a screen 7 provided on the wall surface A1.

  In principle, the present invention removes and supports the stainless steel mirror 6 and, along with this movement, moves and moves ancillary equipment such as the projector 4 of the linear motor car 1 (moving body) to move the linear motor. You can enjoy images that are not captured by the driving (direction, speed, etc.) of the car 1 (without synchronization) and are displayed on a static object at any point. Therefore, it has characteristics such as being beneficial and economical, versatile, and convenient. Further, there is an advantage that the above-described effects and / or characteristics can be exhibited at a place where the moving body moves (air, land, sea, etc.) or a moving place of the moving body without being caught by the rail 8.

  Further, in the present invention, the image projected on the screen 7 can be projected without being synchronized with the traveling speed of the linear motor car 1 and is useful, or has no sense of incongruity in visual recognition, and has a sense of reality. It is characterized by being able to enjoy excellent images. In addition, the present invention employs a video (audio) display / video (audio) method for catching video and / or audio between a moving object and a static object, and is not limited by the traveling speed of the linear motor car 1. Is a very innovative projection / video viewing method, and can exhibit the above-described excellent features and effects. In the example where the video can be visually recognized by the afterimage method without being constrained by the traveling speed of the linear motor car 1, it is considered that the novelty and the unknown moving image can be enjoyed.

  The configuration of the tunnel A is such that the right half has a wall surface A1 as a vertical surface, and the attachment of the stainless steel mirror 6 to the wall surface A1 is facilitated and the incident / reflection and / or incidence / reflection of the image of the stainless steel mirror 6 is facilitated. It is intended to ensure an angle and to have an optimal shape for the passenger to easily view the screen 7 of the window 104. The combined structure of the vertical wall surface A1, the stainless steel mirror 6 provided on the wall surface A1, and the screen 7 that displays the image of the stainless steel mirror 6 is best for passengers to enjoy a realistic video. Further, the left half has a wall surface A1 as a curved surface, and it is easy to attach the screen 7 to the wall surface A1, and it is possible to secure the incidence and / or incidence angle of the image on the screen 7, and the passenger can view the image through the window 104. It is intended to have an optimal shape for visual recognition. The combined structure of the curved wall surface A1 and the screen 7 that displays the image provided on the wall surface A1 is best that passengers can easily enjoy a realistic video. Although not shown, the wall surface A1 of the tunnel A can have a structure in which the vertical surfaces face each other, a structure in which the curved surfaces face each other, or a combination thereof, and is appropriately selected. In any case, it provides a structure that can display realistic images and maximize passenger satisfaction.

  In the figure, reference numeral 10 denotes an electromagnet provided on the rail 8, which is a driving means facing the electromagnet 2. Although not shown, the linear motor car 1 is provided with a buffer means.

Is a conceptual view showing an front view of the whole of the present invention, conceptual view half right showed an example of Claim 1 (Example) towards The conceptual diagram which showed the whole this invention by the side view The conceptual diagram explaining the outline | summary of the tunnel (tunnel) of this invention

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Linear motor car 100 Bogie 100a Floor surface 101 Car body 101a Roof 102 Entrance 103 Handrail 104 Window 2 Electromagnet 3 Sheet 4 Projector 5 Control unit 6 Stainless steel mirror 7 Screen 8 Rail 10 Electromagnet A Tunnel A1 Wall A2 Support part A3 Ceiling

Claims (2)

Vehicles such as trains and trains, vehicles such as automobiles, ships, playground equipment, etc., shields such as tunnels, covers, curtains, etc. surrounding the moving bodies, image reflection media provided on the shields, and reflections A device that displays an image on a window of the moving object using a shielding body and a reflecting medium configured with a projecting body such as a projector that projects an image on a medium,
The projecting body is arranged above the moving body, and an image of the projecting body can be projected onto a screen provided on the window of the moving body with a reflection medium. The screen adopts a transparent structure, and is provided outside the window. A video device for a passenger who rides on a moving object that displays an image on a window of the moving object configured to be visible. The reflection medium according to claim 1 is an image device for passengers who rides on a moving body that displays an image on a window of the moving body configured as a stainless steel mirror.

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