JP5901731B1 - Room entry effect system in the guest room of the accommodation facility - Google Patents

Abstract

[PROBLEMS] To provide an entrance / exit system capable of starting more effective entrance / exit at the timing when a guest enters the room. A reception switch 211 is arranged at a reception front 300, and an entrance sensor 221 is installed in a guest room 400, and a right screen and a left screen are installed on a right wall and a left wall at a predetermined angle. In addition, an entrance portion is arranged at a position where a guest detected by the entrance sensor 221 can appreciate. The projector includes a right wall projector 224R, a left wall projector 224L, and an entrance projector 224E that project an entrance effect image on each screen. When the reception switch 211 is turned on, the control device 222 drives each projector to project an entrance effect image on each screen when the entrance sensor 221 detects the entrance of the guest. [Selection] Figure 1

Description

  The present invention relates to an entrance effect system in a guest room of an accommodation facility that is installed in an accommodation facility having a reception desk and a guest room, and displays a preset entrance effect video for directing the guest to enter the guest.

  2. Description of the Related Art Conventionally, in accommodation facilities such as hotels and inns, there is an effect of welcoming guests by greeting in a lobby or by a show. As a result, a good impression and satisfaction can be given to the guest, and it can be expected that the accommodation facility information will be diffused and the media will be interviewed by revisiting the guest, posting to a blog, SNS, etc.

  However, depending on the accommodation facility, there may be cases where the presentation in the lobby is not possible or the presentation in the lobby is not appropriate. In such a case, it may be considered effective to perform a welcome presentation in the guest room.

  As an effect in the guest room, music and voice can be reproduced while images are shown on a television set or screen installed in the guest room. Conventionally, the following technologies have been proposed as techniques that can be used for presentation in a guest room.

  Patent Document 1 describes the following effect device as a technology for fantastically producing an indoor space such as a guest room. That is, the rendering device of Patent Document 1 includes a projection plane arranged in a darkroom, position detection means for outputting the position of the light source in front of the projection plane as position information, and the position of the light source based on the position information. Projecting means for projecting one or more display images that move away or closer to the projection plane.

  Further, as a technique for projecting an image by installing a screen arranged in a guest room, Patent Document 2 describes a technique for projecting an image on a plurality of screens. That is, in Patent Document 2, at least the front screen, the side screens arranged continuously on both the left and right sides of the front screen, and the lower side of the front screen are continuously projected to the front side. A lower screen, and the both side screens are inclined so that a screen angle, which is an angle raised from the surface of the front screen toward the front side, becomes an acute angle, and the lower screen is the front screen. And an output means for outputting a predetermined image to each of the screens. .

Furthermore, Patent Document 3 describes a technique for arranging a display device on the door itself. That is, Patent Document 3 discloses a display device for mounting on a door, the display device main body, display driving means for driving the display device main body, and detection of approaching or moving away of an object. Based on the detection means and the detection signal of the detection means, a control signal corresponding to the detection symbol is sent to the display drive means in order to display a desired character, figure, number or symbol on the display. There is described a display device comprising control means for doing this.
JP 2008-264321 A Japanese Patent Laid-Open No. 10-233982 JP-A-1-244492

  However, in the conventional technology, there is a problem that an effective presentation cannot be performed because the video and audio are simply reproduced using the facilities in the guest room. In addition, the conventional technology does not take into consideration the circumstances specific to the accommodation facility. That is, even if the guest checks in at the front desk, it may not be possible to predict when the guest will enter the guest room. In such a case, the production start timing cannot be set, and an effective production cannot be performed. For this reason, the technique described in each literature cannot be applied to an accommodation facility as it is.

  As described above, even if the techniques described in Patent Documents 1 to 3 are applied to an accommodation facility, the request for an effective presentation or a request to start the presentation at the timing when the guest enters the room is met. I can't.

  The present invention has been made in view of the above-described problems, and an object thereof is to provide a room entry effect system in a guest room of an accommodation facility capable of starting a more effective room entry effect at the timing when a guest enters the room. And

  The invention according to claim 1, which solves the above-mentioned problem, is installed in an accommodation facility having a reception desk and a guest room in a room entrance effect system in a guest room of the accommodation facility, and is set in advance to produce a guest room. An entrance effect system in a guest room of an accommodation facility that displays an entrance effect image to the guest, the reception switch arranged at the reception front of the accommodation facility and operating the entrance effect system, and a person entering the guest room A room entrance detecting means for detecting a room, two projection planes set in the cabin and adjacent to each other at a predetermined angle, and the entrance effect image on each projection plane. A projector for projecting, a video output device for sending a video signal of the entrance effect video to the projector, a light control device for adjusting the illuminance of the lighting in the cabin, Attached to the switch, the entry detection means, the projector, the video output device, and the light control device, and after the reception switch is turned on, the entry detection means detects entry. And controlling the light control device to adjust the lighting in the cabin so that the cabin interior has a predetermined illuminance, and the video output device and the projector are activated to enter the projection surface from the projector. And a control device for projecting the room effect image.

  According to the entrance effect system in the guest room of the accommodation facility according to claim 1, under the control of the control device, after the reception switch is turned on, and when the entrance detection means detects entry, By controlling the light control device and adjusting the lighting in the guest room, the interior of the guest room is made to have a predetermined illuminance, and the video output device and the projector are activated, and an entrance effect image is displayed on the two projection surfaces from the projector. Projected. For this reason, regardless of the time from the guest's check-in at the front desk until entering the room, the entrance effect video is shown as a result of the guest entering the room without any special processing. In addition, since the room effect image is projected on the projection surface of the two adjacent wall surfaces, it is projected over a wide range, so that a strong impression can be given to the guest.

  Similarly, the invention according to claim 2 is the entrance effect system in the guest room of the accommodation facility according to claim 1, further comprising an entrance screen disposed at a position that is visible from the entrance detection position of the entrance detection means. The control device is connected to a projector that projects an entrance effect image on the entrance screen.

  According to the entrance effect system in the guest room of the accommodation facility according to claim 2, the entrance effect video can be presented to the guest immediately after entering the entrance screen. In addition, it is possible to give a great impression to the guest who enters the room effect image on the entrance screen arranged near the entrance at the same time as the guest enters the room. The entrance effect image projected onto the entrance screen can be projected simultaneously with the entrance effect image projected onto the projection surface of the wall surface as an integral part of the entrance effect image projected onto the projection surface of the wall surface. After the entrance effect image is projected, the entrance effect image can be projected onto the wall screen.

  Similarly, the invention according to claim 3 is the room effect system in the guest room of the accommodation facility according to claim 1 or claim 2, wherein the video output device outputs an audio signal accompanying the room effect video, The cabin is provided with a speaker that outputs sound based on the audio signal.

  According to the room entry effect system in the guest room of the accommodation facility according to claim 3, music and voice can be output in the guest room together with the room effect image. This sound can be further enhanced in effect by matching and synchronizing with the projected entrance effect video.

  According to a fourth aspect of the present invention, in the room entry effect system in the guest room of the accommodation facility according to any one of the first to third aspects, the control device is independent of the state of the room entry detecting means. It can be set to the forced projection state which projects the said room entrance effect image | video, It is connected to the said control apparatus in the said guest room, The replay switch which makes the said control apparatus the said forced projection state is provided.

  According to the entry effect system in the guest room of the accommodation facility according to claim 4, the guest can project the entry effect image on the screen again by operating the replay switch regardless of the state of the entry / exit detection means. .

  According to a fifth aspect of the present invention, in the room entrance effect system in the guest room of the accommodation facility according to any one of the first to fourth aspects, the projection surface is formed by arranging a screen member on the wall surface. It is characterized by that.

  According to the room entry effect system in the guest room of the accommodation facility according to claim 5, there is no need to separately arrange a screen on the wall surface, and no screen is arranged on the wall surface even when no room effect image is projected. Does not feel uncomfortable.

  According to a sixth aspect of the present invention, in the room entrance effect system in the guest room of the accommodation facility according to the second aspect, the entrance screen is transparent on the glass plate when the image is not projected, and the image projected at the time of projection It is characterized in that a screen member capable of displaying is attached and configured.

  According to the room entrance effect system in the guest room of the accommodation facility according to claim 6, when the entrance effect image is not projected on the entrance screen, the entrance effect image projected on the two wall surfaces through the entrance screen is visually recognized. Can do. In addition, when the entrance effect image is not projected, the entrance screen is transparent and inconspicuous, and does not give the guest a feeling of pressure.

  The invention according to claim 7 is the room entry effect system in the guest room of the accommodation facility according to any one of claims 1 to 6, wherein the video output device is configured to project the position of the projection target on the projector, A video signal suitable for the shape is output.

  According to the room entrance effect system in the guest room of the accommodation facility according to the seventh aspect, since the image suitable for the projection is projected, the image utilizing the shape of the projection target itself can be projected realistically. This makes it possible to produce a more attractive performance.

  As described above, according to the entrance effect system in the guest room of the accommodation facility according to the present invention, the entrance detection means detects the entrance after the reception switch is turned on under the control of the control device. Then, the dimming device is controlled to adjust the lighting in the cabin so that the cabin interior has a predetermined illuminance, and the video output device and the projector are activated to enter the two projection surfaces from the projector. A production image is projected. For this reason, regardless of the time from the guest's check-in at the front desk until entering the room, the entrance effect video is shown as a result of the guest entering the room without any special processing.

  The number of personnel required for the operation can be reduced by automatically performing the operation when playing the entrance effect video. In addition, since the entrance effect image can be reproduced from the beginning immediately after the guest enters the room, the intent of the accommodation facility entrusted to the entrance effect image can be presented to the guest.

  In addition, because it is possible to project an entrance effect video using an adjacent wall at a predetermined angle, there is no need for capital investment such as setting a new projection plane, and there is a wide space that wraps guests in existing rooms An entrance effect image can be projected on the screen, and a vast impression can be given to the guest while staying indoors.

It is a block diagram which shows the structure of the room entrance production system in the guest room of the accommodation establishment which concerns on embodiment of this invention. It is a top view which shows arrangement | positioning of the apparatus which can be put in the guest room to which the room entrance production system in the guest room of the accommodation facility is applied. It is a flowchart which shows the flow of a process of the room entrance production system in the guest room of the accommodation facility. It is a flowchart which shows the flow of the image | video reproduction | regeneration of the image production of the room entrance production system in the guest room of the accommodation facility. It is a flowchart which shows the flow at the time of the replay of the process of the entrance effect production system in the guest room of the accommodation facility. It is a figure which shows an example of the image projected with the room entrance production system in the guest room of the accommodation facility. It is a figure which shows an example of the image projected with the room entrance production system in the guest room of the accommodation facility. It is a figure which shows the room which applied the room entrance production system in the guest room of the accommodation facility.

  A room entrance effect system in a guest room of an accommodation facility according to an embodiment for carrying out the present invention will be described.

  First, the facility of the entrance effect production system in the guest room of the accommodation facility according to the embodiment will be described. FIG. 1 is a block diagram showing a configuration of a room entry effect system in a guest room of an accommodation facility according to an embodiment of the present invention.

  The accommodation facility 100 includes a reception front 300 and a guest room 400. Although only one guest room is displayed in FIG. 1, there may be a plurality of guest rooms. The entrance effect system 200 includes an acceptance switch 211 disposed on the reception front 300, an entrance sensor 221 serving as an entrance detecting means disposed in the guest room 400, a control device 222, a video output device 223, and three in this embodiment. Projectors (right wall projector 224R, left wall projector 224L, and entrance projector 224E), speaker 225, cabin lighting 226, replay switch 227, lighting switch 228, lighting fader panel 229 that is a lighting control device, and lighting dimming device 230 And. The control device 222 can be connected to a personal computer (PC) 212 for setting a production scene.

  The reception switch 211 is turned on by the attendant when the guest checks in the accommodation facility. Thereby, the control apparatus 222 starts an entrance effect when the guest room is detected in the guest room 400.

  The entrance sensor 221 is, for example, a human sensor that detects infrared rays, and detects that a guest has entered the cabin 400. The control device 222 is activated when the reception switch 211 is turned on, and controls the start and playback start of the video output device 223, the start of the right wall projector 224R, the left wall projector 224L, and the entrance projector 224E, and the start and end of projection. To do. Further, the lighting control device 230 is controlled based on the operation of the lighting switch 228 and the lighting fader panel 229, and the lighting control of the cabin lighting 226 is performed.

In the video output device 223, the control device 222 stores video data for entrance effect video for the projector 224R for the right wall, the projector 224L for the left wall, the entrance projector 224E, and audio data to be reproduced by the speaker 225, and Send signals and audio signals.
The entrance effect video and audio are stored in a medium in the video output device 223, for example, a hard disk drive, a fixed disk device such as an SSD, a removable disk such as an SD card, a USB flash memory, and an optical disk. Changing the entry effect video and audio data to the fixed disk device can be performed by connecting the PC 212 to the control device 222. If necessary, the removable disk can be exchanged to change the room entry video and audio data.

  The right wall projector 224R, the left wall projector 224L, and the entrance projector 224E project an image based on the image signal from the image output device 223. A known liquid crystal projector can be used for these. The speaker 225 outputs the audio signal from the video output device 223.

  The guest room lighting 226 is disposed at a predetermined position of the guest room 400. By dimming the cabin lighting 226 with the illumination dimming device 230, the projected images of the right wall projector 224R, the left wall projector 224L, and the entrance projector 224E can be easily seen. The illumination dimmer 230 is also used for normal dimming.

  The replay switch 227 is operated by a guest, can set the entrance effect image that has been finished once to the forced projection state at an arbitrary timing, and forcibly stops the projected entrance effect image. be able to. The control device 222 controls the video output device 223, the right wall projector 224R, the left wall projector 224L, and the entrance projector 224E based on the state of the replay switch 227.

  The illumination dimming device 230 is controlled by the control device 222 based on signals from the illumination switch 228 and the illumination fader panel 229. In addition to the signals from the lighting switch 228 and the lighting fader panel 229, the control device 222 reduces the illuminance of the cabin lighting 226 when projecting the entrance effect image, or increases the illuminance of the cabin lighting 226 when the entrance effect image ends. It is configured so that.

  As described above, in the entrance effect system 200, the control device 222 controls the projection of the entrance effect image on the right wall projector 224R, the left wall projector 224L, and the entrance projector 224E by the video output device 223, as well as the room lighting. The illuminance of 226 is adjusted.

Next, the arrangement state of the room entry effect system 200 in the guest room 400 will be described.
FIG. 2 is a plan view showing the arrangement of devices that can be placed in a guest room to which the room entrance effect system is applied in the guest room of the accommodation facility. In this example, the guest room 400 includes a living room 410, an entrance hall 420, a bathroom 430, a washroom 440, and a toilet 450.
A living room door 414 is disposed between the living room 410 and the entrance hall 420, and an entrance sensor 221 is installed in the vicinity of the living room door 414 to detect a guest entering the living room 410. In addition, a guest room door 415 is disposed in the entrance hall 420.

In the living room 410, a bed 411, a sofa 412 and a table 413 are arranged. In the present embodiment, two walls, that is, a left wall 460L and a right wall 460R are adjacently disposed in the living room 410 at a predetermined angle θ (θ <90 °). In the room entry effect system 200, the right wall 460R is used as the right screen 240R as the right projection plane, and the room entry effect image is projected from the right wall projector 224R.
Further, the left wall 460L is used as the left screen 240L which is the left projection surface, and the entrance effect image is projected from the left wall projector 224L. Screens are formed on the right wall 460R and the left wall 460L by attaching wallpaper as screen members that function as the right screen 240R and the left screen 240L, respectively.
In addition, roll windows serving as openable and closable screens, for example, are arranged in the windows 461 and 462 provided in the right wall 460R and the left wall 460L so that the entire wall surface functions as a continuous screen. A dedicated screen device may be arranged on the right wall 460R and the left wall 460L.

  The right wall projector 224R and the left wall projector 224L are suspended from the ceiling. The right wall projector 224R is disposed at the optical axis position of the right screen 240R, and the left wall projector 224L is disposed at the optical axis position of the left screen 240L. The positions of the right wall projector 224R and the left wall projector 224L can be changed according to the projection characteristics of the apparatus.

  In the living room 410, an entrance screen 240E is arranged between the bed 411 and the sofa 412. The entrance screen 240E is disposed in a state that is visible from the entrance detection position when the guest enters the room through the entrance door 420 through the room door 414.

  The entrance screen 240E is configured by arranging a plurality of, for example, seven screen members 241 configured by sandwiching a transparent screen film between two glass plates (for example, a thickness of 12 mm). The screen member 241 is arranged upright on the base 242.

  As the screen film disposed on the screen member, for example, “SaiVis: registered trademark” manufactured by Mitsubishi Paper Industries Co., Ltd. can be used. This screen fill is transparent when the image is not projected, and can display the projected image when the image is projected. And, the image projected from both sides of the screen film can be appreciated.

In addition, a video signal created by a so-called “3D mapping” technique can be input from the video output device 223 to the entrance projector 224E that projects onto the entrance screen 240E. Here, “3D mapping” is also referred to as “projection mapping”, and is a technique for creating an image in consideration of the position, size, and shape of the projection target.
In the entrance projector 224E, since the plurality of screen members 241 are arranged at different positions in the front and rear, it is possible to project an image suitable for each screen member 241, and the image light is projected to the outside of the screen member 241. There is no. Thereby, an image utilizing the shape of the entrance screen 240E can be effectively projected, and a more attractive effect can be performed.

For this reason, in a state where the entrance effect image is projected on the entrance screen 240E, the entrance effect image can be viewed from either the room door 414 side or the bed 411 side of the entrance screen 240E. In this state, on the other hand, from the room door 414 side of the entrance screen 240E, an image controlled by the right screen 240R and the left screen 240L can be viewed through the entrance screen 240E.
On the other hand, in a state where the entrance effect image is not projected on the entrance screen 240E, the entrance effect image projected on the two wall surfaces through the entrance screen can be visually recognized. Furthermore, in a state where the entrance effect image is not projected onto the entrance screen 240E, the entrance screen 240E is transparent and inconspicuous, and does not give the guest a feeling of pressure.

  Next, the flow of projecting an entrance effect image in the entrance effect system 200 will be described. FIG. 3 is a flowchart showing the flow of processing of the entrance effect production system in the guest room of the accommodation facility. When a guest is received at the reception front 300 (SA1), the attendant turns on the reception switch 211 (SA2). As a result, the control device 222 performs a preparatory operation (SA2). In this state, the control device 222 turns on the lighting dimming device 230 (SA3), turns on the video output device 223 (SA4), and further projects the right wall projector 224R, the left wall projector 224L, and the entrance. The projector 224E is turned on (SA5). In this state, the entrance effect image is not yet projected.

  Next, when the guest arrives at the guest room 400 and enters the entrance hall 420 from the guest room door 415, and further opens the room door 414 and enters the room 410, the entrance sensor 221 detects the guest and turns on ( SA6). Thereby, the control apparatus 222 starts the reproduction operation of the room effect image (SA7).

  That is, the control device 222 adjusts the lighting dimming device 230 to turn off the cabin lighting 226 (SA8), and the video output device 223 reproduces the room entry effect video and audio (SA9). The entrance video is projected onto the right screen 240R, the left screen 240L, and the entrance screen 240E by the right wall projector 224R, the left wall projector 224L, and the entrance projector 224E (SA10). At the same time, music and sound are reproduced from the speaker 225.

  When the guest enters the bright room, the illumination is turned off, and then the entrance effect video and audio are viewed. For this reason, a guest can share a surprise with a companion by a change in indoor lighting and projection of an entrance effect image, and feels strongly that he / she is welcomed by the accommodation facility.

  When the reproduction of the entrance effect video over a predetermined time is completed, the control device 222 enters an end operation (SA11). In other words, the control device 222 controls the lighting dimming device 230 to set the cabin lighting 226 to the full lighting state (SA13), leaves the subsequent adjustment to the operation of the lighting fader panel 229, and sets the video output device 223 to the off state ( SA14), a black image is projected onto the right wall projector 224R, the left wall projector 224L, and the entrance projector 224E, and the power is automatically turned off after 5 minutes (SA15). Thereby, the projection of a series of entrance effect videos ends.

Next, a procedure for projecting the entrance effect image will be described.
FIG. 4 is a flowchart showing a flow of video reproduction of the video production of the room entry production system in the guest room of the accommodation facility. In the room entrance effect system 200 according to the present embodiment, the right screen 240R and the left screen 240L are set as one set, and the entrance screen 240E is arranged on this. As shown in FIG. 4A, first, projection is performed on the entrance screen 240E (SB1). After this is finished (Yes in SB2), it is effective to perform projection on the right screen 240R and the left screen 240L (SB3, SB4). That is, the guest first appreciates the projected image on the entrance screen 240E in the vicinity of the location A (see FIG. 2) that exits the room door 414.

  Next, when the projection onto 240E is completed, the projection onto the right screen 240R and the left screen 240L is immediately performed. As a result, the guest appreciates the images projected from the vicinity of the entrance to the location B (see FIG. 2) near the bed 411 and projected onto the right screen 240R and the left screen 240L. For this reason, the effect of entering the room can be obtained by allowing the guest to appreciate the video while urging the user to move.

  As shown in FIG. 4B, the projection on the right screen 240R and the left screen 240L can be started (SB12) simultaneously with the projection onto the entrance screen 240E (SB11). These selections can be made as appropriate based on the contents of the entrance effect video.

Next, a case where the guest performs replay by operating the replay switch 227 will be described. FIG. 5 is a flowchart showing a flow at the time of replay of the processing of the room entry effect system in the guest room of the accommodation facility.
When the guest turns on the replay switch 227 (SC1), the control device 222 performs a preparatory operation (SC2). In this state, the control device 222 ends the control by the lighting fader panel 229, controls the lighting dimming device 230, and puts the cabin lighting 226 into a fade-out state that gradually darkens (SC3).

  Further, the video output device 223 is turned on (SC4), and the right wall projector 224R, the left wall projector 224L, and the entrance projector 224E are turned on (SC5). At this time, the right wall projector 224R, the left wall projector 224L, and the entrance projector 224E are set in standby for one minute. During this standby preparation, projection is impossible.

When the standby preparation is completed, the control device 222 starts a reproduction operation of the entrance effect image (SC6). That is, the control device 222 adjusts the illumination dimming device 230 to turn off the cabin lighting 226 (SC7), and the video output device 223 reproduces the entrance effect video and audio (SC8).
This entrance video is the same as that shown in FIG. That is, the image is projected onto the right screen 240R, the left screen 240L, and the entrance screen 240E by the right wall projector 224R, the left wall projector 224L, and the entrance projector 224E (SC9). At the same time, music and sound are reproduced from the speaker 225. Thereby, the guest can appreciate the entrance effect video and the sound.

When the reproduction of the room effect image for a predetermined time is completed (Yes in SC10), the control device 222 enters an end operation (AC10). That is, the control device 222 controls the lighting dimming device 230 to make the cabin lighting 226 gradually fade in (SC12), and leaves the subsequent adjustment to the operation of the lighting fader panel 229.
Further, the video output device 223 is turned off (SC13), a black image is projected on the right wall projector 224R, the left wall projector 224L, and the entrance projector 224E, and the automatic power is turned off after 5 minutes (SAB14). . Thereby, the projection of the entrance effect image by replay is completed.

  Next, an entrance effect image projected on the right screen 240R, the left screen 240L, and the entrance screen 240E will be described. 6 is a view showing an example of an image projected by the room entrance effect system in the guest room of the accommodation facility, FIG. 7 is a view showing an example of an image projected by the room entrance effect system in the room of the accommodation facility, FIG. FIG. 4 is a diagram showing a room to which a room entry effect system in a guest room of the accommodation facility is applied.

  In FIG. 6 (a), the guest room illumination 226 fades out when entering the room (SA8 in FIG. 3), and the entrance effect image is displayed on the entrance screen 240E (SA8, 10 in FIG. 3, SB1 in FIG. 4 (a)). ). In this state, a fantastic image such as a crescent moon is projected on each screen member 241 on the entrance screen 240E.

  From this state, as shown in FIG. 6B, when the cabin lighting is turned off and the cabin is darkened, the image projected on the entrance screen 240E becomes clearly visible. These images are created by so-called “3D mapping”, are images that are positionally adapted to the screen members 241 of the entrance screen 240E, and do not leak out of the entrance screen 240E. .

  When the projection onto the entrance screen 240E ends (Yes in SB2 in FIG. 4), projection onto the right screen 240R and the left screen 240L starts (SB3 in FIG. 4). Thereafter, as shown in FIGS. 7A and 7B, the images projected on the right screen 240R and the left screen 240L can be seen through the entrance screen 240E. In the example shown in FIG. 7A, a large number of stepped geometric patterns are projected on the right screen 240R and the left screen 240L. In the example shown in FIG. 8B, a flower image is projected on the right screen 240R and the left screen 240L. At this time, since the entrance screen 240E is configured by pasting a transparent screen film on glass, it does not become an obstacle to visually recognize the images projected on the right screen 240R and the left screen 240L.

  Then, when the projection onto the right screen 240R and the left screen 240L is completed (SA11 in FIG. 3 and SB4 in FIG. 4), the cabin lighting 226 is faded in as shown in FIG. Thereafter, the guest can view these videos at a desired opportunity by operating the replay switch 227.

  In addition, the number of screens in a guest room, arrangement | positioning location, a magnitude | size, and the number of projectors are not limited to the said example, It can change suitably with the shape of a guest room, a magnitude | size, the state of a wall surface, etc. Further, the position, size, shape, etc. of the entrance screen can be changed as necessary. Further, the contents of the room effect image and the projection timing on each screen can be changed as appropriate.

  As described above, according to the entry direction system in the guest room of the accommodation facility according to the embodiment, the hotel stays without performing special processing regardless of the time from the guest's check-in to the room entry. An entrance effect video will be screened when the customer enters the room. For this reason, personnel required for operation can be reduced. In addition, since the entrance effect image can be reproduced from the beginning immediately after the guest enters the room, the intent of the accommodation facility entrusted to the entrance effect image can be presented to the guest.

  In addition, because it is possible to project an entrance effect video using an adjacent wall at a predetermined angle, there is no need for capital investment such as setting a new projection plane, and there is a wide space that wraps guests in existing rooms An entrance effect image can be projected on the screen, and a great impression can be given to the guest. Furthermore, since an image is projected on the entrance screen by 3D mapping, an image utilizing the shape of the entrance screen 240E can be effectively projected, and a more attractive performance can be performed.

  As described above, the room entry effect system in the guest room of the accommodation facility according to the present invention can be used in accommodation facilities such as hotels and inns, and has industrial applicability.

100: Accommodation facility 200: Entrance effect system 211: Reception switch 212: Personal computer (PC)
221: Entrance sensor (entrance detection means)
222: Control device 223: Video output device 224E: Entrance projector 224L: Left wall projector 224R: Right wall projector 225: Speaker 226: Cabin lighting 227: Replay switch 228: Lighting switch 229: Lighting fader panel 230: Lighting dimming Device 240E: Entrance screen 240L: Left screen 240R: Right screen 241: Screen member 242: Pedestal 300: Reception front 400: Guest room 410: Living room 411: Bed 412: Sofa 413: Table 414: Living room door 415: Guest room door 420: Entrance hall 430: Bathroom 440: Toilet 450: Toilet 460L: Left wall 460R: Right wall

Claims (7)

An entrance effect system in a guest room of an accommodation facility that is installed in an accommodation facility having a reception desk and a guest room and displays a preset entrance effect video for directing the guest's entrance to the guest,
A reception switch that is arranged at the reception front of the accommodation facility and that activates the entrance direction system,
An entrance detection means for detecting an entrance of a person into the cabin;
Two projection planes set in two wall surfaces arranged in the cabin and arranged adjacent to each other at a predetermined angle;
A projector for projecting the entrance effect image on the projection surface;
A video output device for sending a video signal of the entrance effect video to the projector;
A dimming device for adjusting the illuminance of the lighting in the cabin;
Connected to the reception switch, the room entry detection means, the projector, the video output device, and the light control device, and after the reception switch is turned on, the room entry detection means detects entry. Then, by controlling the light control device and adjusting the lighting in the guest room, the interior of the guest room is brought to a predetermined illuminance, and the video output device and the projector are activated, and the projector is moved forward from the projector to the projection surface. A control device for projecting an entry room production image;
A room entry effect system in a guest room of an accommodation facility. An entrance screen disposed at a position visible from the entrance detection position of the entrance detection means;
The entrance control system in a guest room of an accommodation facility according to claim 1, wherein a projector for projecting an entrance effect image is connected to the control unit.   The said video output device outputs the audio | voice signal accompanying the said entrance effect image | video, The said guest room is provided with the speaker which outputs an audio | voice based on the said audio | voice signal, The Claim 1 or Claim 2 characterized by the above-mentioned. A room entry effect system in the guest room of the listed accommodation facility. The control device can be set to a forced projection state that projects the entrance effect video regardless of the state of the entrance detection means,
4. The accommodation facility according to claim 1, further comprising: a replay switch that is connected to the control device and sets the control device in the forced projection state in the cabin. 5. The room entrance production system in the guest room.   The room entrance effect system in the guest room of the accommodation facility according to any one of claims 1 to 4, wherein a screen member is disposed on the wall surface to form the projection surface.   The accommodation facility according to claim 2, wherein the entrance screen is formed by attaching a screen member that is transparent when an image is not projected onto the glass plate and capable of displaying the image projected during the projection. The room entrance production system in the guest room.   The said video output apparatus outputs the video signal which adapts the position and shape of a projection object to the said projector, The entrance in the guest room of the accommodation facility as described in any one of Claims 1-6 characterized by the above-mentioned. Production system.