JPH02130592A - Picture information processing system for passenger room of transportation - Google Patents

Abstract

PURPOSE:To constitute the title system so that a distinct and bright picture can be viewed without darkening a car window and an electric lamp, a passenger does not become weary at all of a movement extending over many hours, and an information processing can be executed smoothly and exactly by providing a keyboard on a picture display device of a screen of a fixed type, etc., provided on the wall surface of a passenger room, and the back of a seat in the passenger room. CONSTITUTION:In each passenger room 8 of a JR Shinkansen (bullet train), etc., a polarizing screen 11 of a fixed type being a picture display device is installed on the wall surface 10, and also, on its ceiling 12, a liquid crystal picture projecting device 13 having a polarizing function of a suspended type is fixed and provided, so that a prescribed color picture 14 can be enlarged and projected. Also, by drawing and lifting up a table 29 of a seat back 9' of the front seat of a passenger seat 9, and transmitting ten keys, etc., of an operating panel 30 by a ten key operation after looking at a code number of a merchandise on the screen 11, the goods ordered can be delivered successively to a passenger 16 of the passenger seat 9 by a handcart, etc. In such a way, its picture 14 is distinctly visible without being influenced so much by brightness from a car window 15, and the time in the course of movement can be utilized effectively.

Description

[Detailed Description of the Invention] <Industrial Application Field> The disclosed technology is used to broadcast television and video tape from each passenger seat in the cabin of a transportation facility with multiple vehicles such as an existing Shinkansen or a refurbished Shinkansen. Processing system technology for image and text information that can be used to order items from product sales menus, play video games to kill time while traveling, play Famicom games, communicate outside the car, etc. Belongs to a field.

<Summary of the gist> The invention of this application is a liquid crystal image projection device for image display devices such as screens in cabins of multiple vehicles of transportation facilities such as JR trains such as the existing new Q♀ line and the newly renovated Q♀ line. The present invention relates to an image information processing system for a passenger cabin of a transportation facility, in which information is enlarged and projected through a screen, and information exchange processing is performed face-to-face with the projected image information by operating a numeric keypad or the like.
Image information such as multi-channel videotapes and television broadcast programs is enlarged and projected via a liquid crystal image projection device onto an image display device such as a screen installed on the front or rear wall of the guest room, and furthermore, predetermined characters are displayed. Information can be enlarged and projected on the same screen or an attached screen in a superimposed manner, or image information or text can be displayed on an image display device such as a liquid crystal display installed in a predetermined area such as Sea 1 to Back of the front seats of each passenger seat in the cabin. The information is enlarged and projected, and the audio signal is heard through earphones, etc., and when placing an order or taking a questionnaire on the enlarged image information or text information, it is necessary to operate the numeric keypad etc. provided on the armrest or folding table. Response information is manually entered face-to-face via a panel, and video games and Famicom games are played between the seats, and the image information is transmitted to a host computer installed in the equipment control center of the transportation facility. This image information is sent to the image display device in each guest room, allowing you to effectively utilize your time while traveling by means of transport to effectively carry out some of your business or leisure activities. This invention relates to a processing system.

<Prior art> As is well known, with the rise of not only industrial society but also civil society, information processing has come to occupy an extremely important position.
Among these, in place of conventional information processing systems using printed materials and the like, so-called OA, mainly using cathode ray tubes, has significantly expanded the form of information transmission through image information processing through devices.

Up until now, information processing systems using electronic devices for image information have mainly been operated in fixed facilities such as companies, factories, and hospitals, but with the expansion of industrial society and the leisure mode. Due to the increasing complexity of information transmission, the distance of information transmission becomes substantially shorter, and there is a strong desire to shorten the time required for transmission processing. Not only information processing, but also information processing during business trips, travel, etc. via transportation such as trains, airplanes, ships, automobiles, etc. can no longer be ignored from an efficiency standpoint. Writers - Handy information processing devices such as LCD portable TVs that replace printed matter have come to be valued, but these handy portable OA devices only have a passive function on the receiving side. In addition, for example, so-called video projectors, which are used in some aircraft and ships, are large-scale devices and tend to lack functions such as response input and selection of intake information. etc., resulting in a lack of sharpness and poor resolution of information.

In addition, since the TVs installed in car TVs and train cabins are so-called cathode ray tubes, there is a lot of flickering and there is a limit to the size of the screen, which is also a one-way type of image information. However, the drawback is that the intake side is not able to make any choices or respond at all.

<Problems to be Solved by the Invention> Nevertheless, for example, even during long-term restricted movement or travel on Shinkansen trains, it is not possible to simply read weekly magazines, newspapers, etc. in a fixed passenger seat, or , you can only spend a fixed amount of time, such as admiring the scenery from the train window, and there is also the inconvenience that you cannot make sufficient choices in advance when purchasing products sold on the train, such as tickets, commuter passes, excursion tickets, etc. sold by the conductor. This also had to be checked on a clinical basis, which resulted in the problem of being extremely troublesome.

In addition, when it comes to urgent business trips, trips, etc., due to the urgency of the situation, it is not possible to reserve a hotel in Arrival Hikari or to procure financing in advance, and even though a considerable amount of time is wasted on travel, there is the problem of not being able to deal with the situation. There is freedom, and the appearance of these 111a ideal-like high-tech technologies while on the move was strongly desired.

<Object of the invention> The object of the invention of this application is based on the above-mentioned prior art! rl
'i! We consider the problem of information processing during business trips, trips, etc. by means of transportation as a technical issue to be solved, even though it takes a considerable amount of time to travel by train, etc. Despite being separated from the information processing systems of designated facilities that have developed in recent years, you can make full use of your time while on the move, freely place orders for product sales menus, and use image and text information from commercials. In addition, it is possible to play video games such as YaFamicom games between each passenger seat, and in some cases, fixed information outside the system can be obtained by FM communication via coaxial cables attached to the transportation facility. Provides an excellent image information processing system for passenger cabins of transportation vehicles that can communicate information with processing systems, etc., and can always perform effective information processing even while traveling by transportation, thereby benefiting the field of information processing technology application in the transportation industry. This is what I am trying to do.

<Means/effects for solving the problem> In order to solve the above-mentioned problem, the structure of the invention of this application, which is based on the scope of the above-mentioned patent claims, is, for example,
When traveling for a business trip or traveling while spending a certain amount of time on a transportation facility such as a FR trunk line, if you are in the passenger seat of a fixed guest room, there is no need to touch the front or rear wall of the guest room. A video tape player (VT) installed in the equipment control room of the transportation facility is displayed on an image display device such as a screen installed.
P) etc., the image information of multiple channels is enlarged and projected through a liquid crystal image projection device installed on the ceiling etc., and the image display device such as a screen installed in the seat pack of the front seat of each passenger seat is displayed on the armrest or headrest. The LCD image projection device installed on the vehicle displays the image enlarged and projected on the top and bottom of the same screen, or on a screen attached to the same screen, displaying the next stop, speed, surrounding information, or sales information from inside and outside the transportation facility. Enlarge and project the possible product menu, and also use questionnaires, tickets, etc.
We will guide you to check transportation tickets such as excursion tickets, and in response, on the passenger side, you will be able to perform designated operations using operating devices such as the armrest or the foldable folding key in the backsea I~ of the front seat. Responding face-to-face, they specified a predetermined order menu, checked and responded to transportation tickets, and even played video games and Famicom games themselves, which were transmitted in a time-sharing manner via the host computer in the equipment control room.
Alternatively, this can be done between multiple passenger seats, or data can be transmitted via a host computer in the equipment control room to select a hotel, inn, etc. for the arrival light, or to specify unforeseen weather conditions during the journey. In addition, information can be communicated from the host computer in the equipment control room to OA equipment at work, travel destinations, etc. via FM communication using coaxial cables attached to transportation facilities. Technology that enables information processing similar to that at home, work, etc. to be performed in a time-efficient manner while traveling in transportation. The measures taken were as follows.

<Example> Next, an example of the invention of this application will be described with reference to the drawings.

The illustrated embodiment is an image information processing system for the JR Shinkansen, and in the embodiments shown in FIGS. 1 to 4, the image display device is a fixed screen set on a wall. As shown in , a predetermined number of cars 2' are installed in front and behind each center passenger car 2 of the JR Shinkansen 1 as a means of transportation.
2'... 212'... are connected in a well-known manner, and at the front of the passenger car 2 in the center are equipment controls v3,
A conductor's room 4 is provided in the front part.

As described later, each passenger car 2'2'..., 2'2
'... are connected to cables 6.6 through cable connectors 5.5, and terminators 7.7 are connected to the front and rear passenger cars 2' and 2'. There is.

In each guest room 8, a predetermined number of rows of passenger seats 9.
Front or rear wall surface 10 on the opposite side of 9...
A polarizing screen 11 as an image display device is fixedly installed on the screen, and an image display device 11' for displaying the speed of the train and appropriate guidance is also installed next to it.

A liquid crystal image projection device @13 having a polarizing function is fixedly suspended from the ceiling 12, and the screen 1
A predetermined color image @14 can be enlarged and projected onto the screen.

The liquid crystal image projection device 13 has a light transmittance as already shown in many of the applicant's prior inventions, and is suitable for broadcast programs, fixed type video tape players (VTP), etc. is designed to be able to enlarge and project moving image information.

Since the liquid crystal image projection device @13 is of a polarizing type as described above, and the image display device 11 is also a polarizing screen, its brightness is not affected much by the disturbance light from the car window 15, so that it can be seen by the naked eye. However, the image 14 can be seen clearly, and the passengers in the passenger seats 9 do not see the image 14 on the screen 11, so that there is no problem in viewing the scenery outside the car or reading M. It is something that

Then, similarly to the conventional system, the passenger 16 in the passenger seat 9 can read the image 1 on the screen 11 by inserting the pin of the earphone into the jack formed in advance on the armrest 17 or the like.
It is possible to listen to the audio broadcast in synchronization with 4.

In the equipment control room 3, as shown in FIG.
．． 18... are provided, and a predetermined 0M tape 19.1
0M tape 19 as a video signal by a control signal to the VTP controller 21 which is set to automatically repeat 9.19 and is operated under the control of the remote control panel 20 in the conductor's room 4. 22, and the video signal from the channel selector 22 is converted into a video signal by the information generation system 23 using character data such as the next station name and arrival time via the character pattern generation device 24.
5, is inputted as a video signal to a video signal amplifier 26, and is sent to the front and rear cabins 8 via a coaxial cable 6.
The signal is sent to the separation circuit 27 provided in the passenger compartment 8.
An image 14 based on image information transmitted to a previously developed electronic drive device (not shown) provided in a liquid crystal image projection device 13 is enlarged and projected onto the screen 11. Character information such as station name and arrival time is enlarged and projected in a superimposed manner.

In this case, for example, textual information such as information requested by a physician or surgeon due to an emergency patient occurrence, or an emergency contact from a police officer to the conductor's room 4 is enlarged and projected.

Such image information and text information are also transmitted via the coaxial cable 6 to the screen 11 of the image display device in each cabin 8 and the monitor TV 28 in the conductor's room 4, and are transmitted to each cabin 8 in real time. You can know the broadcast status of image information and text information.

Therefore, the video tape player (VTP) 18.
18...'s 0M tape 19.One of the 19... is sold in advance in the dining car of the new Q♀ line train 1, and is also sold inside and outside the train loaded at a designated stop station. There is a tape that guides products with codes, such as foodstuffs, magazines, souvenirs, etc., and the tape has the number of the product available for sale recorded so that it can be projected along with the image of the product. Therefore, passenger 1 in seat 9
6 looks at the product and its code number on the product information videotape enlarged and projected on the screen 11, and, for example, as shown in FIG. Raise the table 29 that is located on the table 29 and open the operation panel 30 that is
By looking at the code number of the product on the screen 11 and using the numeric keypad to send,
Feedback is sent from the operation panel 30 via the coaxial cable 6 to a host computer (not shown) to the separating device of the dining car, indicating what time and minute the passenger 16 in the seat number of the car number ordered the product with the code number. It is possible to know and record the order and sequentially transport it to the cabin 8 by wagon etc. according to the order and give it to the passenger 16 in the passenger seat 9. In this case, when the sale ends, the operation panel 3 of the passenger's seat 9
0 can be used to feed back a sales end signal to the management panel of the dining car.

In addition, for example, in the case of an emergency, for example, when a suddenly ill patient occurs, the character information generating system 23 in the equipment control room 3 instantly sends a message to the character information generating system 23, e.g. In case of a patient outbreak, please press 119 on the operation panel 30 of each passenger seat 9. Even when other image information signals are enlarged and projected onto the screen 11 via the channel selector 22 and the liquid crystal image projection device 13, character information is inserted.
In the event that there is a designated person for suddenly ill patients, the suddenly ill patient will send feedback to the conductor's room 4 by operating the instruction numeral number on the operation panel 30 in the passenger seat 9, and the conductor will broadcast the information in the train or generate text information. This can be dealt with by enlarging and projecting text information such as "If the doctor is coming, please come to the conductor's room" on the screen 11 via the system 23.

Of course, similar measures can be taken when a police officer is called in case of a fire or theft.

In the above configuration, when the train 1 is in operation from the starting station to the ending station, the equipment control room 3 stores the 0M tape 19.19.19 for each video tape player 18.18.18 in advance. In the conductor's room 4, the VTP controller 21 is operated by the control signal via the remote control panel 20, and each video tape player 18.1 is set to be repeatable.
8.18, the superimposer 2 is generated by the character pattern generator 24 which has been adjusted in advance through the channel collector 22 and the character information generation system 23.
5, text information such as passing station name, traveling speed, arrival time, etc. is sent to each passenger car 2.2'2#, along with image information from each videotape player 18, via an image information amplifier 26 via a coaxial cable 6. The image information is sent to the liquid crystal image projection device 13 in the guest room 8 of . . . and displayed on the screen 11.
Then, the text information is enlarged and projected.

In this case, the image information may be a still image of a commercial or a moving image, regardless of whether it is monochrome or color, and depending on the design, a three-dimensional image can be transmitted.

Passengers 16 in each passenger cabin 8 in each vehicle 2.2'2" then view the enlarged and projected image 14 on the screen 11 of the image display device on the wall 10 at the passenger window 15 in the 8th passenger N9.
You can see clearly without being hindered by ambient light from outside, and the scenery outside the car window and the person reading can be satisfied with this in a sufficiently bright state.

Between each piece of commercial image information, menu information for products that can be purchased inside and outside the vehicle is displayed on the screen 11.
By ordering a product menu using the operation panel 30 as seen above, the signal is fed back and managed by the dining car, and sales can be made accurately based on the vehicle number and passenger seat number that are sequentially fed back by key operations etc. In case of an emergency such as a sudden illness, emergency information can be sent via the character information generation system 23 via the remote control panel 20 from the conductor's room 4, or by key operation by the passenger 16 on the control panel 30 in the passenger seat 9. The situation can be avoided.

In addition, in the conductor's room 4, the operator can press the key number for the conductor via the character information generation system 23 or by operating the keys on the operation panel 30, based on an appropriate display in advance when the conductor has something to do. Then, the train number and passenger seat number are indicated on the monitor TV 28 in the conductor's room 4, and the conductor comes to the passenger 16, thereby exchanging prescribed information and allowing the conductor to deal with this at any time. I can do it.

In addition, by operating a host computer (not shown) installed in the device control unit 3, it is possible to know the vehicle number and passenger seat number of each vehicle, so that tickets, commuter passes, excursion tickets, etc. can be displayed on the screen 11. By displaying a screen for inspecting tickets, each passenger 16 inputs the vehicle number and passenger seat number into the operation panel 30, and the conductor, via the host computer, can check the passenger's seat in the seat. The status can be known via the monitor television 28, or ticket inspection can be done automatically via the host computer while the user is present.

In addition, in the above embodiment, videotape 19.19.1
In 9..., it is possible to change the weekly program in advance as appropriate by ordering Spora 1 No-, etc., and it is also possible to change it to a broadcast television program.

In the above-mentioned embodiment, a liquid crystal image projection device is installed on the wall or a screen in the guest house so that passengers in a plurality of seats can view the images at the same time. There are embodiments shown in Fig. 5 and below as modes for performing game player-specific information processing work, etc.
In the embodiment shown in Figures ~7, each vehicle 2', 2', .
As shown in Fig. 7, in each passenger seat 9 in the cabin 8 in 2"2'..., a lever link 31 is attached to the seat cushion 9' of the front seat, which is a reclining seat type that can be tilted freely. A box-type liquid crystal television 32 is integrally installed through the seat, so that a clear image can be enlarged and projected onto the screen 11' of the image display device on the surface, regardless of the rotation and tilting of the audience seats 9. There is.

Further, as shown in FIG. 6, an earphone 33 can be inserted into and removed from the liquid crystal vibration device 32 via a jack.

Further, a pair of operation panels 30' having predetermined button-type keys such as a numeric keypad are installed on an armrest 91 provided between the left and right seats.

In the equipment control room 3, a necessary number of video tape players 18, 18, 18... are installed, and each video tape player 18.18. 0M tape 19. 19 News digest tape 19, tape 19 of how-to sports such as golf lessons, 0M tape 19 of video tape 19 of how-to educational programs such as Go, Shogi, etc.
are provided in an auto-reverse or auto-repeat format, and during each of these reverse and repeat operations, when the broadcast is unavailable, a spot-on notice image tape 19' such as ``Please wait for a moment, JR'' is displayed. A distributor 38 allows it to be freely inserted into each video tape player 18, 18, . . . .

Each videotape player 18, 18... is connected to a high frequency amplifier 36 via a corresponding modulator 34, a mixer 35 for mixing video signals, and a separation circuit 27 in the cabin 8 of each vehicle. The high frequency weak current distributed to the cabin 8 of each vehicle is transmitted by the high frequency amplifier 4.
The program tuner 45 of the video tape player at each seat inputs image information and text information from the video tape player into the switch 43 via the tuner 4.

In addition, in the equipment control room 3, for example, Famicom game software cassettes such as "Dragon Quest ■" and "Super Mario Bros." and video game cassettes 39 are stored.
．． 39... can be set and reset freely in the host computer 40, and the coaxial cable 6' is connected to the host computer 40 via the communication board 41.
The communication data can be transmitted to the RAM 42 of the game software terminal device through each of the eight separation circuits 27', and the operation panel 30' is connected to the terminal device. It is also electrically connected to a pay transfer mechanism 46, such as a magnetic card 47 for pay or a card reader for coins 47', together with the switch 43, so that the use of video television, games, etc. can be done for a fee. It is supposed to be done.

These operations are controlled by the host computer 4.
0, each videotape player 18, and a remote control panel 20' at the conductor 4, the vehicle can be controlled in a predetermined manner.

In the above configuration, when the passenger car 1 is operated from the starting station to the predetermined terminal point as described above, each passenger 16 in the passenger seat 9 in the passenger cabin 8 of each car can watch commercials, etc. during the time of the operation. If you want to watch TV images, operate the operation buttons on the operation panel 30' in accordance with the instructions on the information board on the seat back 9' of the front seat. The video tape 19.19.19 of the program is selectively enlarged and projected on the screen 11' of the image display device of the liquid crystal television 32 via the host viewer 40, and the image information is selectively viewed. , audio information is available through earphones 33
During this time, when rewinding a repeated program at the time of resetting, it is possible to switch to another program using the spot notification 19' of the still image 37.

Of course, in this case, it is also possible to listen to only the music program through the earphones 33.

At this time, it is of course possible to enjoy viewing during the pay time using the magnetic card 47 or coins 47' via the pay processing mechanism 46.

In addition, it is possible to appropriately select Famicom game software or video game software 39 via the host computer 40 and enjoy data communication via the terminal device 42 via the operation panel 30'. ．．
Even if the users are seated apart from each other in the computers 9, .

In addition, in this embodiment, as in the previous embodiment, if the 0M tape 19 in the device control unit 3 is broadcasting a hotel information etc., the conductor can specify the inn or hotel of the arrival light using the operation panel 30'. You can also make a reservation through Room 4, 59
In some cases, it is possible to communicate with financial institutions through FM communication via coaxial cables outside the train, and it is also possible to receive and collect the designated amount of money at the arrival station using the bank card you own. Of course, it is also possible to communicate data with office computers at business destinations and workplaces, and remote control from the conductor's room 4 is possible in case of emergencies, fires, thefts, etc. By displaying emergency information on the screen 11' of the LCD television device 32 via the panel 20', passengers 16 can fully exchange information via the operation panel 30' and prepare for emergencies. Of course.

In the above-mentioned image information and character information processing, the image information and character information from each 0M tape 19 are mixed in a superimposer 25, and sent to a coaxial cable 6 via a video signal amplifier 26. The image passes through the separation circuit 27 of the cabin 8 of each vehicle and is displayed on the liquid crystal image projection device 13 of the cabin 8.

Of course, in this case, Famicom game software, video game software, etc. are also stored in the RAM 42 via the host computer 40.
A predetermined video game can be enjoyed via the operation panel 30'.

Of course, in this embodiment as well, it is possible to provide information about the menu of products available inside and outside the vehicle, take orders, etc., as in the previous embodiment, and it is also possible to inspect tickets, etc., in the same way as in the face-to-face method. That's true.

In the embodiment described above, the image display device is provided on the seat back 9' of the front seat backrest via a link lever 31, but in the embodiment shown in FIG.
7.8 is an embodiment in which a box-shaped liquid crystal television device 32' is installed on the rear surface of the headrest in an openable/closable manner. can be selected as appropriate depending on the design of the Romance Car, Royal Box, etc., and the design can be changed very freely. It goes without saying that it can be installed on a luggage rack or on the side of the headrest of your seat.

Also in this embodiment, by providing a polarizing panel in the liquid crystal image projection device and the image display device, the car window 15
The larger area allows you to freely view the scenery outside the train window, and when you want to do some reading, etc., you can get clear color images without causing any inconvenience to surrounding passengers. be.

It goes without saying that color stereoscopic images can be viewed by using a stereoscopic color television system as disclosed in many of the applicant's prior inventions.

It goes without saying that the embodiments of the invention of this application are not limited to the above-mentioned embodiments. For example, as communication satellites and data communication satellites become more sophisticated, It goes without saying that image display devices such as LCD televisions installed in Japan will be able to be freely connected to image display devices at home and on the go for information processing, and that it will be possible to communicate internationally by videophone. In addition, the target transportation is JR
It goes without saying that the present invention can be applied not only to Shinkansen trains, but also to ordinary trains such as trains, connected buses, passenger ships, large aircraft, and even automobiles such as passenger cars and buses.

<Effects of the Invention> As described above, according to the invention of this application, basically when going on a business trip or taking a long-term trip using a means of transportation such as the JR Shinkansen, the wall surface of the cabin of the means of transportation can be Images and textual information from broadcasts and video tapes are enlarged and projected onto image display devices such as fixed screens installed on the seats, or LCD televisions installed on the seatbacks of the front seats of the passenger seats. By being able to spend a long time without having to worry about anything, or enjoying Famicom games or video games, or ordering products in and out of the vehicle in advance, such transportation means You can spend a long time traveling without getting bored and without causing any inconvenience to those around you. Depending on the design, you can also book hotels and inns on arrival, and check tickets inside the train. I can also handle the situation! ! This has the effect that processing can be performed extremely smoothly, smoothly, and accurately.

The armrests are equipped with operation panels equipped with numeric keys, etc., so you can communicate with the conductor's room, friends who are far away, parents and children, and the dining car. It can perform simple calculations similar to a portable microcomputer, and it can also perform business transactions while in the car.

Since it is possible to project a clear enlarged image on an image display device using a liquid crystal television, etc., and by using a polarizing panel, it is possible to see a clear and bright image without dimming the car window or electric lights. Moreover, because the so-called setting information can be visually recognized through the image information enlarged projection on the image display device, and the text information can also be heard, and by having the operation panel at hand, the conductor can This has the excellent effect of making it possible to communicate with restaurants, dining cars, etc. while still being present, and allowing for comfortable movement.

The display function of the image display device, audio listening via earphones, and data processing feedback via the operation panel make it possible to use the display function at home or at work.
Processing operations that are completely the same as those performed by operating equipment A can be performed even in high-speed transportation vehicles, and information can be exchanged with these devices outside the vehicle by connecting via FM communication. This has the excellent effect of accurately processing information regardless of time or distance.

In addition, since face-to-face processing is possible, it is possible to protect not only passengers but also passengers in the event of sudden illness, fire, theft, etc. during transportation.
Staff such as conductors can also deal with the situation in an emergency, and
Since tie-ups with financial institutions and the like are possible, there is an advantage in that urgent economic and industrial issues can be dealt with without any worries.

Even when changing transportation modes from an airplane to a car, or from a car to a ship, etc., as long as the system linkage between the modes of transportation is smooth, it is possible to transfer from one of these modes of transportation to another. It has significant benefits for the economy and society, such as making it possible to smoothly proceed with procedures to transportation facilities, and it also makes it possible to completely clarify how to deal with suddenly ill patients, fires, theft, etc. during transportation. It also has the effect of being able to do it.

In addition, recently, in order to expand and enrich their corporate management, there are many opportunities for transportation agencies to collect 1q of information data by conducting questionnaires on passengers. By enlarging and projecting the information on the screen, passengers can respond by pressing the specified keys on the operation panel at hand, and then enter the information into the computer in the equipment control room, making it possible to fully meet these latent demands. I can do it.

By doing so, the transportation facility side can also collect data from the passenger while comfortably moving to the transportation facility, which will serve as the basis for the effective development of the transportation facility.

By doing so, transportation facilities such as Shinkansen trains themselves can be systemized as information processing devices, and there is an advantage that information processing can be upgraded.

As is well known, each information processing system and device that has reached the limit of the conventional mode is formed by an image display device and an operation panel of a type of display device such as a cathode ray tube or a liquid crystal television. Even in the transportation system of the invention, a liquid crystal image projection device for enlarging and projecting image information and an operation panel are installed in a compact cabin, making it possible to process information more reliably, making the transportation system extremely high grade. It also has the potential benefit of being an upgraded system processor.

[Brief explanation of the drawing]

The drawings are detailed explanatory diagrams of the invention of this application, and FIG. 1 is an enlarged perspective view of each interior during enlarged projection of image information of one embodiment,
Figure 2 is a schematic partially cut-away side view of the entire train, Figure 3 is a mechanical diagram of the equipment control room and the 8th control system, and Figure 4 is an enlarged perspective view of the information feedback part from the operation panel in the passenger seat. , Fig. 5 is a schematic partially cutaway side view of a train according to another embodiment, Fig. 6 is a schematic structural diagram of the equipment control room and the connection between the 8th and 8th.
FIG. 7 is a partially enlarged perspective view of the inside of the passenger compartment, and FIG. 8 is a perspective view of the inside of the passenger compartment of another embodiment corresponding to FIG. 8...To 8, 1...Transportation facility, 3...Equipment controller, 11.11'...Image display device, 10.
...Wall surface, 13...Liquid crystal image projection device, 14...
Image, 19...Video tape, 11', 19'.
...Character information, 30, 30'...Operation panel (key)
, 40...Host computer, 32.32'...Liquid crystal image projection device, 39...TV game program (Famicom game program),

Claims (16)

[Claims] (1) In an image information processing system in which image information from an equipment control room of a transportation facility having a passenger cabin is enlarged and projected onto an image display device in the passenger cabin, the image display device is formed on the wall of the passenger cabin. An image information processing system for a passenger cabin of a transportation facility that enlarges and projects an image using a liquid crystal image projection device installed at a predetermined location so that it can be viewed from unspecified passenger seats. (2) The image information processing system for a passenger cabin of a transportation facility according to claim 1, wherein the image information is superimposed with text information as desired on continuous information from a videotape. (3) Claim 2, characterized in that the above-mentioned image information and text information are projected together on the same image display device.
An image information processing system for a cabin of a transportation facility as described in Section 1. (4) Claim 2, characterized in that the above image information and text information are projected separately on an image display device installed together.
An image information processing system for a cabin of a transportation facility as described in Section 1. (5) The above-mentioned image information is information on the menu of sales products inside and outside the transportation facility, and product orders can be made via the host computer in the equipment control room by inputting keys at each passenger seat in the cabin. An image information processing system for a cabin of a transportation facility according to claim 1. (6) The image information processing system for a passenger cabin of a transportation facility according to claim 1, wherein the image information is questionnaire question information and the questionnaire survey is conducted by key operation of each passenger seat. . (7) In an image information processing system in which image information from an equipment control room of a transportation facility having a passenger cabin is enlarged and projected onto an image display device in the passenger cabin, the image display device is installed at a predetermined part of each passenger seat. An image information processing system for a passenger cabin of a transportation facility, characterized in that a plurality of pieces of image information formed and transmitted in an equipment control room are dividedly transmitted to each passenger seat and selectively displayed for viewing. (8) The above-mentioned image information is a television game program managed by a host computer in the equipment control room, a Famicom game program, a timetable, a hotel guide, a sales product menu, etc. 7
An image information processing system for a cabin of a transportation facility as described in Section 1. (9) The fifth aspect of the present invention is characterized in that the key operation for responding from each passenger seat to the projected image information is performed regardless of the posture of the passenger seat.
An image information processing system for a cabin of a transportation facility according to any of Item 6. (10) The image information processing system for a passenger cabin of a transportation facility according to any one of claims 5 and 6, wherein the projected image information is generated by key operation between different passenger seats. (11) The image information processing system for a guest room of a transportation facility according to claim 7, wherein the projected image information is projected by a pay processing mechanism of each passenger seat. (12) Image information of a cabin of a transportation facility according to claim 9, wherein response information and corresponding input information from key operations from each passenger seat are printed out by a printer in the equipment control room. processing system. (13) Response information from key operations at each of the seats is displayed on the image display device installed in front of each seat, and the image display device is sent to the financial institution's OA via an external communication network via the host computer in the equipment control room. 10. The image information processing system for a cabin of a transportation facility according to claim 9, wherein the system is connected to a device. (14) Response information from key operations at each of the seats is displayed on the image display device installed in front of each seat, and the image display device is transmitted to the medical institution's OA via an external communication network via the host computer in the equipment control room. 10. The image information processing system for a cabin of a transportation facility according to claim 9, wherein the system is connected to a device. (15) Response information from key operations at each of the seats is displayed on an image display device installed in front of each seat, and the image display device is transmitted to an outside business organization via an outside communication network via a host computer in the equipment control room. 10. The image information processing system for a cabin of a transportation facility according to claim 9, wherein the image information processing system is connected to OA equipment of a transportation facility. (16) Claims 6 and 7, characterized in that the above-mentioned key operations are used for collating and checking the pass ticket.
, 8. The image information processing system for a passenger cabin of a transportation facility according to any one of items 8 and 11.