WO2017090345A1

WO2017090345A1 - Door having mirror and video display function

Info

Publication number: WO2017090345A1
Application number: PCT/JP2016/080987
Authority: WO
Inventors: 明義榎原
Original assignee: エイブル株式会社
Priority date: 2015-11-24
Filing date: 2016-10-19
Publication date: 2017-06-01
Also published as: TW201727278A; TWI638191B

Abstract

A door comprises: a door 2 mounted in a doorway 1 of a building; a video display panel 4 that is housed in a recess 9 formed in the door 2 and that displays video; a one-way mirror 3 that is attached so as to cover the entire recess 9; a camera 11 that photographs a user U; a controlling device 21 comprising an image displaying device 25 that displays the photographed image, images from television, and images from the Internet on the video display panel 4 and a display controlling device 24 to control the images; and a door bottom hinge 16 that is mounted at the bottom of the door 2 and in the center of rotation portion so as to support from below. The one-way mirror functions as a full-length mirror when no video is displayed on the video display panel 4, and a selected video can be displayed on the video display panel 4 as required.

Description

Door with mirror and video display function

The present invention relates to a door used in a building. The present invention relates to a mirror having a mirror for displaying a front space on the door, a mirror capable of displaying images of television and the Internet, and a door having an image display function.

Stores that handle fashion items such as clothes and personal items are equipped with large mirrors that can be seen. Such a large mirror is used to determine whether or not to fit the selected clothes against the body. Some of these large mirrors also serve as entrances to fitting rooms or stock rooms. Recently, a virtual try-on system using AR technology (augmented reality) using digital signage (electronic signage) has been used.

Large displays installed in stores are usually used as mirrors. This large display is equipped with a half mirror that can display images when the system is used. This large display uses AR technology to identify the type of product such as a jacket or fleece from the color of clothing. A visitor wears a try-on product and stands in front of the mirror, and specifies a desired color with a tablet terminal installed beside the mirror. Visitors can enjoy color variations on the spot.

For example, Japanese Patent Application Laid-Open No. 2012-42501 “Glass plate structure” of Patent Document 1 has been proposed as a technique relating to such a half mirror having a display function. In the “glass plate structure” of Patent Document 1, a glass plate having a larger area than the display surface is installed on the display surface of a thin television, and the glass plate is placed on the surface on the display surface side of the television. A light-transmitting metal thin film is formed over the entire surface of the television display surface, and a black coating film is further formed on the surface of the glass thin film surface of the glass plate and outside the frame of the television display surface. A glass plate structure excellent in display properties and mirror effect has been proposed.

JP 2012-42501 A

However, digital signage (digital signage) that can use such a virtual fitting system was mostly used in shops. Although it is possible to use a personal computer, even if the monitor screen of the personal computer has become larger, if the whole body is displayed on the monitor screen like a shop, the image will be quite small. Even using this personal computer, there was a problem that it was different from the image of trying on.

The inventor of the present invention has paid attention to the fact that the technique using the half mirror having the display function of Patent Document 1 can be used even in a room. We thought that if the half mirror with such a display function was installed in the living room, it could be used by the whole family. We focused on integrating the half mirror with this display function with the indoor door such as the living room.

However, as shown in FIG. 21, when a conventional mirror 51 made of glass such as a half mirror and a monitor screen of a television serving as a display function are built in, it is considerably heavier than a door made of the same material. Become. Further, the conventional hinge 53 such as a flat hinge has a problem that such a heavy object cannot be supported and the door 51 cannot be opened and closed smoothly.

Furthermore, wiring C such as a power cord and cable for the TV monitor screen is required. This wiring C had to be pulled out from the door 51 to the outside. In the case of the hinge 53 of the flat hinge, the wiring C is greatly bent every time the door 51 is opened and closed, and in the worst case, there is a problem of cutting.

The present invention was created to solve such problems. That is, an object of the present invention is to incorporate a large display device into a door used in a building and to use it as a large mirror by using a hinge that supports such a heavy door. It is an object of the present invention to provide a door having a mirror and an image display function capable of smoothly opening and closing a door for displaying Internet images on a large display device.

The present invention comprises a door (2) attached to a doorway (1) of a living room, which opens and closes the doorway (1);
An image display board (4) for displaying an image stored in a recess (9) formed in the door (2);
A half mirror (3) attached to the front side of the video display panel (4);
A camera (11) for photographing a user (U) located in front of the video display board (4);
An image display device (25) for displaying an image taken by the camera (11), a television image, and an Internet image on the video display board (4), and a display for controlling the image of the image display device (25) A control device (21) comprising a control device (24);
The lower hinge receiver (16a) attached to the door frame (8) and attached to the bottom of the door (2), which is attached to the lower part of the door (2) and at the center of rotation to be supported from below. A door lower hinge (16) comprising a hinge shaft portion (16b) and a ring member (16c) sandwiched between the hinge shaft portion (16b) and smoothly rotated,
An upper hinge receiver comprising a flat plate portion (17d) attached to the door frame (8), which is attached to the upper portion of the door (2) and the center of rotation, and in which a rotation hole (17e) is opened at the center ( 17a) and a wiring door upper hinge (17) having a through-cylindrical portion (17b) through which the wiring (C) passes and comprising a hinge protrusion (17c) attached to the upper surface of the door (2). Prepared,
When the half mirror (3) does not display an image on the video display board (4), it functions as a mirror for “viewing” and the video display board (4) makes the display control device (24) as necessary. ) To display the video selected by
The door (2), which is heavier and contains the half mirror (3), the video display panel (4), and the control device (21), is supported by the door lower hinge (16) and smoothly opens and closes. Let
The wiring (C) of the video display panel (4), the camera (11) and the control device (21) is configured to be pulled out to the outside of the door (2) using the wiring door upper hinge (17). It is characterized by that.
The door lower hinge (16)
An upward cylindrical portion that opens upward and is attached to the door frame (8) of the doorway (1), which is attached to the lower part of the door (2) and at the center of rotation so as to be supported from below. A lower hinge receiver (16a) having 16e);
A downward cylindrical portion (16h) that is attached to the bottom of the door (2) and that opens downward, and a projecting shaft (in the center of the downward cylindrical portion (16h) at a position that is the center of rotation of the door (2) ( Hinge shaft portion (16b) formed with 16i) facing downward,
It consists of a ring member (16c) that is sandwiched between and smoothly rotated.

Moreover, this invention is the door (2) attached to the entrance / exit (1) of a living room, and opens and closes this entrance / exit (1),
An image display board (4) for displaying an image stored in a recess (9) formed in the door (2);
A half mirror (3) attached to the front side of the video display panel (4);
A camera (11) for photographing a user (U) located in front of the video display board (4);
An image display device (25) for displaying an image taken by the camera (11), a television image, and an Internet image on the video display board (4), and a display for controlling the image of the image display device (25) A control device (21) comprising a control device (24);
A wiring insertion hole (161i) that is attached to the door frame (8) and that is attached to the lower portion of the door (2) so as to be supported from below and through which the wiring (C) is inserted is opened. The hinge formed with the lower hinge holder (161a) and the protruding shaft (161e) attached to the bottom of the door (2) and having the wiring insertion pipe (161f) through which the wiring (C) is inserted facing downward A wiring door lower hinge (161) comprising a shaft portion (161b) and a ring member (161c) sandwiched between the lower hinge receiver (161a) and the hinge shaft portion (161b) and smoothly rotated. )When,
An upper hinge receiver comprising a flat plate portion (17d) attached to the door frame (8), which is attached to the upper portion of the door (2) and the center of rotation, and in which a rotation hole (17e) is opened at the center ( 17a) and a door upper hinge (17) comprising a hinge protrusion (17c) attached to the upper surface of the door (2),
When the half mirror (3) does not display an image on the video display board (4), it functions as a mirror for “viewing” and the video display board (4) makes the display control device (24) as necessary. ) To display the video selected by
The door (2), which is heavier and contains the half mirror (3), the video display panel (4) and the control device (21), is supported smoothly by the wiring door lower hinge (161). Open and close
The wiring (C) of the video display panel (4), the camera (11), and the control device (21) is configured to be pulled out to the outside of the door (2) using the wiring door lower hinge (161). It is characterized by that.

The camera (11) can include a plurality of cameras (11) on the door (2) so that an object such as a person can be captured three-dimensionally as image data.
The video display panel (4) has a vertically long display screen.

In the control device (21),
A database (27) storing image data of a plurality of clothes;
A position calculation device (23) for calculating viewpoint position information of the user (U) based on position information of the user (U) detected by the camera (11);
Based on the viewpoint position information calculated by the position calculation device (23) and the position information of the video display board (4), the user (U) is reflected on the mirror image of the user (U) displayed on the video display board (4). The clothes image can be displayed on the video display board (4) by the display control device (24) for controlling the image display device (25) at the overlapping position as viewed from U).

In the control device (21),
A product display device (30) for displaying product information of a shopping site operator in the online shopping system on the video display panel (4);
The user (U) selects a product desired to be purchased from the products displayed on the product display device (30) by the display control device (24) that controls the image display device (25). ) Can be configured to be displayed.

In the above configuration, when the video display board (4) is used as a monitor screen of the personal computer (28) or the smartphone (28), the operation of the smartphone (28) (operator (13)) can be used to display images and sounds on the Internet. And other information. The half mirror (3) can be used as a normal mirror (view) when no video is displayed on the display screen of the video display board (4).
When this video display board (4) is used as “virtual try-on”, an image of his / her own image is taken with the camera (11) by the operation (operator (13)) of the smartphone (28). The image is displayed on the video display board (4) in combination with images such as clothes and personal items already stored in the database (27). By changing this combination, it can be used as “virtual fitting”.

In particular, according to the present invention, the door (2) which is made heavy by incorporating the glass half mirror (3) and the video display panel (4) is arranged so that the door lower hinge (16) is located below the rotation center portion. By supporting, this door (2) can be opened and closed smoothly. In addition, the power supply cord of the video display panel (4), the cable for TV, and the wiring (C) such as the cable for the Internet are connected to the upper hinge of the door attached to the center of rotation of the door (2). It can be pulled out to the door frame (8) side from the through cylindrical portion (17b) of the wiring hinge (17) or the wiring insertion tube (161f) and the wiring insertion hole (161i) of the wiring door lower hinge (161). . It is possible to prevent the wiring (C) from being bent every time the door (2) is opened and closed.

In the present invention, by incorporating a large vertical display device (video display panel (4)) into a door (2) used in a building, it is possible to enjoy television and Internet images indoors as large images. . There is a way of enjoying that cannot be experienced on a large horizontal TV. Similarly, Internet video can be displayed on a large vertical display device (video display panel (4)).

FIG. 1 is a perspective view illustrating a mirror and a door having a video display function according to the first embodiment.
FIG. 2 is a front view illustrating a mirror and a door having a video display function according to the first embodiment.
FIG. 3 is a longitudinal cross-sectional view showing a mirror and a door having a video display function according to the first embodiment.
FIG. 4 is a bottom view showing the door having the mirror and the image display function according to the first embodiment.
FIG. 5 is an enlarged front view showing a wiring hinge for the door upper side.
FIG. 6 is an enlarged front view showing a door lower hinge for the door lower side.
FIG. 7 is an enlarged bottom view of the door lower hinge.
FIG. 8 is a longitudinal sectional view of the door showing a state in which the door having the mirror and the image display function of the present invention is attached to the entrance / exit frame.
FIG. 9 is a front view of the door showing a state in which the door having the mirror and the image display function of the present invention is attached to the doorway frame.
FIG. 10 is a modified example of a door lower hinge that is a wiring hinge, and is an enlarged front view showing a hinge shaft portion, a ring member, and an upper hinge receiver.
FIG. 11 is a modified example of a door lower hinge that is a wiring hinge, and is an enlarged bottom view of a hinge shaft portion.
FIG. 12 is a front view showing a state in which a door having a mirror and an image display function of the present invention is used as a “viewing mirror”.
FIG. 13 is a front view showing a state in which a door having a mirror and a video display function of the present invention is used as a “video display panel”.
FIG. 14 is a front view showing a modification of the half mirror of the door of the present invention.
FIG. 15 is a longitudinal sectional view showing a modification of the half mirror of the door of the present invention.
FIG. 16 is an enlarged plan view showing a modification of the half mirror of the door of the present invention.
FIG. 17 is a rear view showing a modification of the half mirror of the door of the present invention.
FIG. 18 is a schematic block configuration diagram relating to image control when virtual fitting is performed using a door having a mirror and a video display function.
FIG. 19 is a process flow diagram for virtual fitting.
FIG. 20 is a schematic configuration diagram when online shopping is performed using a mirror and a door having a video display function.
FIG. 21 is a front view showing a door using a conventional flat hinge.

A door having a mirror and a video display function according to the present invention includes a door attached to a doorway of a building that opens and closes the doorway, a video display panel that displays video stored in a recess formed in the door, and a video A half mirror attached to the front side of the display panel, a camera that captures the user located in front of the video display panel, and images captured by the camera, television images, and Internet images are displayed on the video display panel. A control device including an image display device and a display control device for controlling an image of the image display device; and a door lower hinge attached to a lower portion of the door and a rotation center portion so as to be supported from below. It is a provided door.

<Configuration of door with mirror and video display function>
Embodiments of the present invention will be described below with reference to the drawings.
FIG. 1 is a perspective view illustrating a mirror and a door having a video display function according to the first embodiment. FIG. 2 is a front view illustrating a mirror and a door having a video display function according to the first embodiment. FIG. 3 is a longitudinal cross-sectional view showing a mirror and a door having a video display function according to the first embodiment. FIG. 4 is a bottom view showing the door having the mirror and the image display function according to the first embodiment.
The door having the mirror and video display function of the first embodiment is provided with a half mirror 3 on one side of the door 2 that opens and closes the entrance 1 of the living room and a video display panel 4 on the back side of the half mirror 3. The door 2 is provided with a hinge and a door knob 6 for closing the original doorway 1 so as to be freely opened and closed. As shown in FIGS. 2 and 3, these hinges include a door lower hinge 16 attached to be supported from the lower side of the door 2, and a door upper wiring hinge 17 through which wiring can pass. Was used.

Since the door having the mirror and the image display function of the first embodiment includes the half mirror 3, the electronic display panel 4, the control device 21, and the like, it is preferable that the impact due to opening and closing is small. For example, it is preferable to attach a door closer (not shown) that slows the operation so that the door 2 does not close suddenly. Alternatively, when closing the door 2, it is preferable to attach an impact absorbing material to the collar 7 so that the collar 7 of the door 2 does not hit the door frame 8 of the doorway 1 (not shown).

As shown in FIG. 2, the door having the mirror and the image display function of the first embodiment is provided with a substantially rectangular recess 9 on one surface of the door 2, and the image display board 4 and the like are accommodated in the recess 9. The video display board 4 functions as a monitor screen for displaying the captured image of the user U, displaying clothes images, etc., and displaying video on a television. Furthermore, it functions as a monitor screen for personal computers and smartphones. As the video display board 4, a thin display using a liquid crystal display, PDP (plasma display panel), EL (Electro-Luminescence) or the like is used. Since this video display board 4 is housed in the door 2 that opens and closes, it is preferably light and thin.

The half mirror 3 is affixed on the entire surface of the recess 9 so as to cover the video display board 4 accommodated therein. The inner surface side of the half mirror 3 and the display surface of the video display board 4 are in close contact with each other. The half mirror 3 is a mirror surface material having a function of reflecting a part of incident light and transmitting a part thereof. When the video is not displayed on the display screen of the video display board 4, the user U in front of the half mirror 3 can enter the front of the half mirror 3 and visually recognize the reflected light. it can. That is, a person (user U) standing in front of the door 2 can use the half mirror 3 as a normal mirror (view). The half mirror 3 can be attached to the entire surface of the door 2.

On the other hand, when the video is displayed on the display screen of the video display board 4, the user U positioned in front of the half mirror 3 can superimpose the mirror image displayed on the half mirror 3 and visually recognize the video on the video display board 4. (See FIGS. 12 and 13). There are two TVs in the living room, and you can use them in various ways.
In addition, since this video display board 4 is easy to store heat, it arrange | positions providing many spaces between the recessed parts 9. FIG. In this embodiment, as shown in the cross-sectional view of FIG. 3 and the bottom view of FIG. 4, the plurality of ventilation holes 10 are vertically moved so that the air in the space sealed by the recess 9 and the half mirror 3 can be exchanged. It is provided in 框 7.

A plurality of cameras 11 are mounted in the recess 9 of the door 2 as shown in FIGS. As the camera 11, a small camera such as a CCD camera or a CMOS camera is used. The user 11 is photographed by the camera 11 and the image data is taken into the database 27. This database 27 is used for virtual fitting, which will be described later.

The camera 11 also functions as a “distance sensor” that measures the distance between the door 2 and the user U. By this distance measurement, the dimensions of clothes and the like are changed according to the standing position of the user U at the time of virtual fitting.

The video display board 4 functions as a monitor screen that displays an image of the user U captured by the camera 11. Functions like a monitor screen on a smartphone or computer. Further, by attaching a microphone 18 to the door 2, the voice generated by the user U is taken into the microphone 18 and is sent to the other party's smartphone or personal computer speaker 12, and the door 2 of the present invention is connected to the videophone. It can also be used. In the illustrated example of FIG. 2, microphones 18 are provided at two locations. This is for obtaining the sound in a three-dimensional manner, but is not limited to this position and number.

In the illustrated example, the camera 11 is attached to the inner surface of the half mirror 3. This is because the appearance when the door 2 is normally used as a mirror for appearance is taken into consideration. Of course, it is possible to attach a camera around the half mirror 3 (not shown).

Note that four of these cameras 11 are attached around the video display panel 4. This is to capture a human image from various angles. Further, each camera 11 is mounted in the recess 9 in a state where it is slightly inclined with respect to the center direction rather than the vertical direction with respect to the plate surface of the door 2. A person or the like can be captured three-dimensionally by the difference in the shooting angle. That is, a three-dimensional image can be captured. A three-dimensional image can be generated by image processing.

Furthermore, a plurality of speakers 12 are provided in the recess 9. This speaker 12 is provided so that audio can be enjoyed when the video display panel 4 is used as a TV video display or as a monitor screen of a personal computer or a smartphone.

In the illustrated example, the speaker 12 is attached to the inner surface of the half mirror 3. This is because the half mirror 3 is made of a thin plate material and functions as a diaphragm as it is. The illustrated example shows a state in which two speakers 12 are attached. However, it is of course possible to increase the number of speakers 12 to four or five without being limited to two. Further, although not shown, a speaker can be attached around the half mirror 3.

<Hinge configuration>
FIG. 5 is an enlarged front view showing a wiring hinge for the door upper side. FIG. 6 is an enlarged front view showing a door lower hinge for the door lower side. FIG. 7 is an enlarged bottom view of the door lower hinge.
The door 2 having the mirror and video display function according to the present invention includes the half mirror 3 and electronic components (video display panel 4, control device 21 and the like), so that it is heavier than a door made of the same material. . Therefore, a door lower hinge 16 that supports the weight is attached to the lower side of the door 2. A wiring hinge 17 having a through cylindrical portion 17b was attached to the upper side of the door so that the wiring C could be pulled out.

<Composition of door lower hinge>
As shown in FIGS. 6 and 7, the door lower hinge 16 is sandwiched between the lower hinge receiver 16 a attached to the door frame 8 and the hinge shaft portion 16 b attached to the bottom of the door 2, and smoothly rotates. It is the hinge which consists of the ring member 16c to be made.
The lower hinge receiver 16a is a member composed of a vertical plate portion 16d having a screw hole attached to the door frame 8 and an upward cylindrical portion 16e that is connected to the vertical plate portion 16d and opens upward.

The hinge shaft portion 16b includes a horizontal plate portion 16g in which a screw hole 16f to be attached to the bottom portion of the door 2 is opened, a downward cylindrical portion 16h that opens downward in a part of the horizontal plate portion 16g, and the downward cylinder. This is a member formed with the projecting shaft 16i facing downward in the center of the portion 16h at a position that becomes the rotational center of the door 2.

The door lower hinge 16 configured in this manner sandwiches the ring member 16c from the opening of the upward cylindrical portion 16e, and the protruding shaft 16i of the hinge shaft portion 16b is inserted into the through hole 16k of the ring member 16c. Yes. The opening of the upward cylindrical portion 16e and the opening of the downward cylindrical portion 16h are slidably engaged. The door lower hinge 16 is structured to be supported from the lower side of the door 2. The heavy door 2 with built-in glass half mirror 3, television display panel 4, control device 21 and the like can be easily supported, and the door 2 can be opened and closed smoothly. A thrust bearing can be used instead of the ring member 16c.

Further, the door lower hinge 16 is configured so that each member to be engaged can be supported by the central portion of the rotation of the door 2 and can open and close the heavy door 2 smoothly. Other configurations than the ring member 16c or the thrust bearing may be used.

<Configuration of the upper door hinge for wiring>
A wiring door upper hinge 17 attached to the upper side of the door 2 is attached to the upper surface of the door 2 having an upper hinge receiver 17a attached to the door frame 8 and a through cylindrical portion 17b through which the wiring C passes, as shown in FIG. The hinge is composed of a hinge projection 17c.
The upper hinge receiver 17a is a member having a flat plate portion 17d with a screw hole attached to the door frame 8, and a rotation hole 17e at the center of the flat plate portion 17d. The hinge protrusion 17c includes a flat plate portion 17f with a screw hole attached to the upper portion of the door 2, and a through cylindrical portion 17b through which the wiring C passes through a portion of the flat plate portion 17f to be a rotation center of the door 2. This is a member formed upward. The central axis of the through cylindrical portion 17b coincides with the rotation center of the protruding shaft 16i of the door lower hinge 16 described above, so that the door 2 can be opened and closed smoothly.

The wiring door upper hinge 17 can draw out the power supply cord of the video display panel 4 and the control device 21 and the wiring C such as a cable from the through cylindrical portion 17b to the door frame 8 side. The wiring C is slightly twisted every time the door 2 is opened and closed, but the wiring C is not bent. Therefore, unlike the conventional hinge, unlike the conventional hinge, the wiring C does not bend and thus does not break.

Furthermore, although not shown, it is possible to use a pivot hinge for wiring. This wiring pivot hinge has a pivot at the center of the metal fitting, and a connector is built in the pivot so that the door 2 can be hooked and suspended.

<Explanation of how to install the door>
FIG. 8 is a longitudinal sectional view of the door showing a state in which the door having the mirror and the image display function of the present invention is mounted on the doorway frame. FIG. 9 is a front view of the door showing a state in which the door having the mirror and the image display function of the present invention is attached to the doorway frame.
As shown in the figure, the door 2 of the present invention can be mounted or removed by simply tilting the door 2 when the door 2 is mounted or removed from the door frame 8. For example, when the door 2 of the present invention is mounted, the door 2 is tilted, and the hinge protrusion 17 c having the through cylindrical portion 17 b is inserted into the upper hinge receiver 17 a of the wiring door upper hinge 17. Since the upper hinge receiver 17a is a flat plate portion 17d having a rotation hole 17e, it can be easily inserted.

Next, the door 2 is erected so as to be parallel to the door frame 8. In this state, the ring member 16c is sandwiched from the opening of the upward cylindrical portion 16e of the door lower hinge 16, and the protruding shaft 16i of the hinge shaft portion 16b is inserted into the through hole 16k of the ring member 16c.
Thus, it is not necessary to remove the screw, and the door 2 can be easily mounted or removed from the door frame 8.

<Modified example of the lower hinge of the door as a wiring hinge>
FIG. 10 is a modified example of a door lower hinge that is a wiring hinge, and is an enlarged front view showing a hinge shaft portion, a ring member, and an upper hinge receiver. FIG. 11 is a modified example of a door lower hinge that is a wiring hinge, and is an enlarged bottom view of a hinge shaft portion.
The wiring hinge is not limited to the wiring door upper hinge 17. The lower hinge of the door can be used as a wiring hinge. The lower door 161 for wiring doors of this modification includes a lower hinge receiver 161a attached to the door frame 8, a hinge shaft portion 161b attached to the bottom of the door 2, and a ring member 161c that is sandwiched between them and smoothly rotated. It is the hinge which consists of. A protruding shaft 161e is formed in the downward cylindrical portion 161d of the hinge shaft portion 161b so as to be inserted downward into the center hole 161j of the ring member 161c (thrust bearing). The protruding shaft 161e can prevent the door 2 from being detached from the lower hinge receiver 161a and the ring member 161c. In this modification, a wiring insertion tube 161f for inserting the wiring C in the axial direction is formed on the protruding shaft 161e.

The lower hinge receiver 161a is a member composed of a vertical plate portion 161g with a screw hole attached to the door frame 8, and an upward cylindrical portion 161h that is connected to the vertical plate portion 161g and opens upward. In this modified example, a wiring insertion hole 161i through which the wiring C is inserted in the axial direction is formed in the upward cylindrical portion 161h. Therefore, the wiring C passed through the wiring insertion tube 161f can be pulled out to the outside through the wiring insertion hole 161i.

The wiring door lower hinge 161 configured as described above sandwiches the ring member 161c from the opening of the upward cylindrical portion 161h, and inserts the protruding shaft 161e of the hinge shaft portion 161b into the center hole 161j of the ring member 161c. It has become. The opening of the upward cylindrical portion 161h and the opening of the downward cylindrical portion 161d are slidably engaged.

<Usage example of door with mirror and video display function>
FIG. 12 is a front view showing a state in which a door having a mirror and an image display function of the present invention is used as a “viewing mirror”. FIG. 13 is a front view showing a state in which a door having a mirror and a video display function of the present invention is used as a “video display panel”.
As shown in FIG. 12, the half mirror 3 occupying a large area in the door 2 literally functions as an appearance in the door having the mirror and the image display function configured as described above. Here, the whole body of the user U can be projected. Therefore, as the nature of the mirror, it is sufficient that the vertical length of the half mirror 3 is about half (70 to 90 cm) of the human height (140 to 180 cm).

As shown in FIG. 13, when the video display board 4 is used, an image is displayed using an operating device 13 such as a remote controller or a smartphone. When an image is displayed on the image display board 4, the front surface is the half mirror 3, so that the image on the image display board 4 can be seen through the half mirror 3. When used as a television, a TV tuner 29 can be connected to select and view programs by remote control operation. At the same time, the volume of the speaker 12 is adjusted.

When the video display board 4 is used as a monitor screen of the personal computer 28 or the smartphone 28, information such as Internet images and sounds can be obtained by a smartphone operation (operator 13). As will be described later, it can be used as a monitor screen for online shopping. *

Further, when the video display panel 4 is used as a virtual try-on, a photograph of the user is taken with the camera 11 by a smartphone operation (operator 13), and the clothes and personal belongings already stored in the image and the database. The image is displayed as a virtual try-on on the video display board 4 in combination with the image, and can be used as a virtual try-out by changing this combination.

As described above, the door having the mirror and the image display function of the present invention incorporates a large vertical display device (image display panel 4) into the door 2 used in the building, thereby enabling a large image of the television and the Internet. You can enjoy it indoors. There is a way of enjoying that cannot be experienced on a large horizontal TV. Similarly, the image on the monitor screen of the smartphone can be displayed on the large vertical display device without any discomfort.

<Modification of half mirror>
FIG. 14 is a front view showing a modification of the half mirror of the door of the present invention. FIG. 15 is a longitudinal sectional view showing a modification of the half mirror of the door of the present invention. FIG. 16 is an enlarged plan view showing a modification of the half mirror of the door of the present invention. FIG. 17 is a rear view showing a modification of the half mirror of the door of the present invention.
The half mirror 3 of the present invention does not need to be entirely flat as described above as long as the video display board 4 is provided on the back side thereof. As shown in the enlarged plan view of FIG. 16, the half mirror 3 may be bent at both ends. The door 2 of this modification also includes a door lower hinge 16 attached so as to be supported from the lower side of the door 2 and a wiring door upper hinge 17 through which wiring can pass. In addition, a substantially rectangular concave portion 9 is provided on one surface of the door 2, and the video display board 4 and the like are accommodated in the concave portion 9, and the air in the space sealed by the concave portion 9 and the half mirror 3 can be exchanged. Thus, providing the several ventilation hole 10 in the upper and lower ridges 7 is the same as the structure shown in FIG. Not only the structure of the door 2 of this modification but the shape of the half mirror 3 can be appropriately changed according to the atmosphere of the room.

<Explanation of virtual try-on using a mirror and a door with video display function>
FIG. 18 is a schematic block configuration diagram relating to image control when virtual fitting is performed using a door having a mirror and a video display function. FIG. 19 is a process flow diagram for virtual fitting.
The door 2 having the mirror and video display function of the present invention can be used as a device for “virtual fitting”. At this time, the entire display processing of the video display board 4 is performed by the control device 21 installed inside the door 2. The control device 21 is a device that includes a setting device 22, a position calculation device 23, and a display control device 24. The image display device 25 displays an image on the display screen of the video display board 4 based on the image data transmitted from the display control device 24.

The heel position detection device 26 detects the position of a predetermined part of the user U based on the captured image obtained from the camera 11. The database 27 stores clothes images such as clothes to be displayed on the video display board 4.

The clothes image is composed of 3D image data, and by using the 3D image data, a clothing image corresponding to the viewing direction can be displayed. The operation device 13 is a device for inputting selection information necessary for trying on.

The heel setting device 22 sets the positional relationship between the video display board 4 and the camera 11. For example, the positional relationship between the spatial coordinates of the center position on the display screen of the video display board 4 and the spatial coordinates of the shooting position of the camera 11 is set.

Furthermore, the control device 21 is also provided with a product display device 30 for displaying the product information of the operator of the shopping site in the online shopping system described later on the video display board 4. A product desired to be purchased from the products displayed by the product display device 30 is displayed on the video display board 4 by the display control device 24 that controls the image display device 25. As a result, when the user U actually purchases a product using online shopping, the user U can select and purchase a product that suits herself from a large number of products.

Next, a method for virtual try-on will be described based on the process flow diagram of FIG.
(A) Positioning of the user The user U is put on a pre-marked garment and stands at a predetermined position on the front side of the door 2. In this state, the user U is photographed by the camera 11 to capture the photographed image. Image data of a position detection mark is extracted from the captured image that has been taken in, the extracted position detection mark is analyzed to detect the position of a predetermined part of the user U, and the information is stored.

(B) Selection of clothes to try on Checks whether a clothes image to be virtually tried on has already been selected and displayed. If not displayed, a clothing image selection display process is performed. A menu screen for making a selection is displayed on the display screen. On the selection display screen, it is checked whether the clothes image is selected by an operation input from a remote controller or the like.

(C) Display of a user wearing clothes on the video display panel 4 When a clothes image is selected, the selected clothes image is read and displayed at a predetermined coordinate position on the video display board 4 Process. The clothes image is displayed on the video display board 4 and is superimposed on the mirror image of the user U projected on the half mirror 3 to be projected and displayed.

(D) Replacement of clothes When the clothes image is already displayed, the display processing of the clothes image is updated. The clothing image can be changed following the change in the posture of the user U.
After the display processing of the clothes image, it is checked whether the change of the clothes image has been operated. When there is a change operation, display processing of the clothing image selected by the change operation is performed again. If there is no change operation, it is checked whether an end operation has been performed. If there is an end operation, an end process is performed.

Furthermore, a computer (a personal computer 28, a smart phone 28) and a TV tuner 29 are connected to the control device 21 so that various applications can be projected and enjoyed on a large vertical screen while using the video display panel 4 as a monitor screen. it can.

<Online shopping>
FIG. 20 is a schematic configuration diagram when online shopping is performed using a mirror and a door having a video display function.
Ordinary online shopping is possible for the door 2 having the mirror and video display function of the present invention by using the PC 28 or the Internet of the smartphone 28 and using the video display panel 4 as a monitor screen. This online shopping uses a homepage where you can shop on the Internet. For example, in a shopping site, the Web server 31 and the database 32 operate in cooperation. The database 32 stores customer information, product information, inventory information, sales information, and the like. Information inputted by the visitor, that is, the user U using the operation device 13 (smart phone 28) using the Internet function of the door 2 having the mirror and video display function of the present invention is written in the database 32 in real time. Updated.

<Online shopping system>
The system for online shopping using the door 2 having the mirror and video display function of the present invention includes a Web server 31, a database 32, the Internet, and a terminal of the user U (the personal computer 28, PC) connected via the Internet. Smart phone 28 and the like) and a manager of the shop connected to the Internet.

For example, this online shopping system classifies products into a plurality of product categories, and displays the product categories on the video display panel 4 of the door 2 that is the terminal of the user U, and the product category display device. A product category selection device for causing the video display panel 4 of the door 2 of the present invention to select a product category of a product desired to be purchased from the product categories selected, and a list of products belonging to the product category selected by the product category selection device A product display device displayed on the video display panel 4 of the door 2 of the invention, and a product selection device that allows the user U to select a product desired to be purchased from a list of products displayed by the product display device. is there.

The flow of purchase at the actual shopping site is as follows.
First, when a visitor, that is, a user U purchases a product such as clothes, purchase information (customer information of the purchaser or purchased product and its inventory information) is registered in the database 32. The shopping site notifies the user that purchase acceptance has been completed on the homepage screen or by e-mail, and notifies the shop manager of the order information.

The shop manager performs processing such as ordering / settlement (stock management, notification of acceptance, membership management, etc.) from this information. Furthermore, the information processing progress and the number of stocks in the database 32 are updated based on the order processing, and the progress status of these processes is notified to the purchaser by e-mail or the like. Then, merchandise shipping processing (preparation for shipping, shipping, etc.) and fence seeking processing are performed, and the merchandise is delivered to the purchaser. In this way, the manager of the shop performs actual processing in parallel while updating the information through the shopping site program from receiving the order to the completion of shipping based on the information stored in the database 32.

In particular, in the present invention, when the user U purchases a product such as clothes, the user can purchase the product while using the virtual try-on described in the second embodiment using the product information stored in the database 32. The user U can purchase merchandise such as clothes he / she wants from among a large number of merchandise, just as he actually went to the shop. That is, the control device 21 is provided with a product display device 30 for displaying the product information of the operator of the shopping site on the video display board 4. A product desired to be purchased from the products displayed by the product display device 30 is displayed on the video display board 4 by the display control device 24 that controls the image display device 25. As a result, when the user U actually purchases a product using online shopping, virtual try-on can be performed, and a product that suits him / her can be selected and purchased from a large number of products.

The present invention incorporates a large video display panel 4 into a door 2 used in a building, and uses a door lower hinge 16 that supports the door 2 having such a heavy weight, so that a large mirror ( As long as it can be used as a half mirror 3) and can smoothly open and close the door 2 for displaying TV and Internet images on a large monitor screen (image display panel 4), the present invention is not limited to the above-described embodiment. Of course, various changes can be made without departing from the scope of the present invention.

The door having the mirror and video display function of the present invention is not limited to a living room door, and can be used by being attached to a store, office, school, or the like.

DESCRIPTION OF SYMBOLS 1 Entrance / exit 2 Door 3 Half mirror 4 Video display board 8 Door frame 9 Recess 11 Camera 16 Door lower hinge 161 Door lower hinge 161a Lower hinge receptacle 161b Hinge shaft part 161c Ring member 161e Projection shaft 161f Wiring insertion pipe 161i Wiring Insertion hole 17 Wiring door upper hinge 17b Through cylindrical portion 21 Control device 23 Position calculation device 24 Display control device 25 Image display device 27 Database 30 Product display device U User

Claims

A door (2) attached to the entrance (1) of the living room to open and close the entrance (1);
An image display board (4) for displaying an image stored in a recess (9) formed in the door (2);
A half mirror (3) attached to the front side of the video display panel (4);
A camera (11) for photographing a user (U) located in front of the video display board (4);
An image display device (25) for displaying an image taken by the camera (11), a television image, and an Internet image on the video display board (4), and a display for controlling the image of the image display device (25) A control device (21) comprising a control device (24);
The lower hinge receiver (16a) attached to the door frame (8) and attached to the bottom of the door (2), which is attached to the lower part of the door (2) and at the center of rotation to be supported from below. A door lower hinge (16) comprising a hinge shaft portion (16b) and a ring member (16c) sandwiched between the hinge shaft portion (16b) and smoothly rotated,
An upper hinge receiver comprising a flat plate portion (17d) attached to the door frame (8), which is attached to the upper portion of the door (2) and the center of rotation, and in which a rotation hole (17e) is opened at the center ( 17a) and a wiring door upper hinge (17) having a through-cylindrical portion (17b) through which the wiring (C) passes and comprising a hinge protrusion (17c) attached to the upper surface of the door (2). Prepared,
When the half mirror (3) does not display an image on the video display board (4), it functions as a mirror for “viewing” and the video display board (4) makes the display control device (24) as necessary. ) To display the video selected by
The door (2), which is heavier and contains the half mirror (3), the video display panel (4), and the control device (21), is supported by the door lower hinge (16) and smoothly opens and closes. Let
The wiring (C) of the video display panel (4), the camera (11) and the control device (21) is configured to be pulled out to the outside of the door (2) using the wiring door upper hinge (17). A door with a mirror and video display function.
The door lower hinge (16)
An upward cylindrical portion that opens upward and is attached to the door frame (8) of the doorway (1), which is attached to the lower part of the door (2) and at the center of rotation so as to be supported from below. A lower hinge receiver (16a) having 16e);
A downward cylindrical portion (16h) that is attached to the bottom of the door (2) and that opens downward, and a projecting shaft (in the center of the downward cylindrical portion (16h) at a position that is the center of rotation of the door (2) ( Hinge shaft portion (16b) formed with 16i) facing downward,
The door having a mirror and an image display function according to claim 1, comprising a ring member (16 c) sandwiched between and smoothly rotated.
A door (2) attached to the entrance (1) of the living room to open and close the entrance (1);
An image display board (4) for displaying an image stored in a recess (9) formed in the door (2);
A half mirror (3) attached to the front side of the video display panel (4);
A camera (11) for photographing a user (U) located in front of the video display board (4);
An image display device (25) for displaying an image taken by the camera (11), a television image, and an Internet image on the video display board (4), and a display for controlling the image of the image display device (25) A control device (21) comprising a control device (24);
A wiring insertion hole (161i) that is attached to the door frame (8) and that is attached to the lower portion of the door (2) so as to be supported from below and through which the wiring (C) is inserted is opened. The hinge formed with the lower hinge holder (161a) and the protruding shaft (161e) attached to the bottom of the door (2) and having the wiring insertion pipe (161f) through which the wiring (C) is inserted facing downward A wiring door lower hinge (161) comprising a shaft portion (161b) and a ring member (161c) sandwiched between the lower hinge receiver (161a) and the hinge shaft portion (161b) and smoothly rotated. )When,
An upper hinge receiver comprising a flat plate portion (17d) attached to the door frame (8), which is attached to the upper portion of the door (2) and the center of rotation, and in which a rotation hole (17e) is opened at the center ( 17a) and a door upper hinge (17) comprising a hinge protrusion (17c) attached to the upper surface of the door (2),
When the half mirror (3) does not display an image on the video display board (4), it functions as a mirror for “viewing” and the video display board (4) makes the display control device (24) as necessary. ) To display the video selected by
The door (2), which is heavier and contains the half mirror (3), the video display panel (4) and the control device (21), is supported smoothly by the wiring door lower hinge (161). Open and close
The wiring (C) of the video display panel (4), the camera (11), and the control device (21) is configured to be pulled out to the outside of the door (2) using the wiring door lower hinge (161). A door having a mirror and a video display function.
4. The mirror and image according to claim 1, wherein the camera (11) is provided with a plurality of the door (2) so that an object such as a person can be captured three-dimensionally as image data. Door with display function.
A door having a mirror and a video display function according to claim 1, wherein the video display panel (4) has a vertically long display screen.
In the control device (21),
A database (27) storing image data of a plurality of clothes;
A position calculation device (23) for calculating viewpoint position information of the user (U) based on position information of the user (U) detected by the camera (11);
Based on the viewpoint position information calculated by the position calculation device (23) and the position information of the video display board (4), the user (U) is reflected on the mirror image of the user (U) displayed on the video display board (4). The clothes image is configured to be displayed on the video display board (4) by the display control device (24) for controlling the image display device (25), at a position overlapping from the viewpoint of U). A door having a mirror and an image display function according to claim 1, 2, 3, 4 or 5.
In the control device (21),
A product display device (30) for displaying product information of a shopping site operator in the online shopping system on the video display panel (4);
The user (U) selects a product desired to be purchased from the products displayed on the product display device (30) by the display control device (24) that controls the image display device (25). The door having a mirror and a video display function according to claim 6, wherein the door is configured to be capable of being displayed on the screen.