WO2022009825A1 - Display device - Google Patents

Abstract

[Problem] To provide a display device which looks good since having an excellent aesthetic appearance, and makes it possible to arouse the aesthetic sense of a user that views a display. [Solution] Provided is a display device 10A wherein a first intersection corner at which a first end edge 13 and a first side edge 15 intersect each other extends radially further outward than a first virtual intersection peripheral edge connecting a first outer peripheral edge 20a of a first extension member 12a and a third outer peripheral edge 20c of a third extension member 12c, a second intersection corner at which the first end edge 13 and a second side edge 16 intersect each other extends radially further outward than a second virtual intersection peripheral edge connecting the first outer peripheral edge 20a of the first extension member 12a and a fourth outer peripheral edge 20d of a fourth extension member 12d, a third intersection corner at which a second end edge 14 and the first side edge 15 intersect each other extends radially further outward than a third virtual intersection peripheral edge connecting a second outer peripheral edge 20b of a second extension member 12b and the third outer peripheral edge 20c of the third extension member 12c, and a fourth intersection corner at which the second end edge 14 and the second side edge 16 intersect each other extends radially further outward than a fourth virtual intersection peripheral edge connecting the second outer peripheral edge 20b of the second extension member 12b and the fourth outer peripheral edge 20d of the fourth extension member 12d.

Description

Display device

The present invention relates to a display device that outputs a predetermined image on a front panel.

A stand unit having a support and a rotary joint unit attached to the back of the display to change the state of the display by rotating the display are provided, and the rotary joint unit is fixed to a movable part and a stand unit that rotate with the display. It has a fixed part, and the movable part has a plurality of fixing members that stand vertically from the back surface of the display, and a plurality of groove-shaped rail parts in which the fixed part is fitted and engaged with the plurality of fixing members are formed. The guide plate is provided, and the first fixing member of the plurality of fixing members of the movable portion engages with the linear first rail portion of the plurality of rail portions to form a linear shape when the display is rotated. It is movable, the second fixing member engages with the second rail portion of the curve of the plurality of rail portions and can move along the curve when the display is rotated, and the rotary joint unit makes the display horizontally and vertically long. A display stand system that is rotatable to a state and whose height of the display unit can be adjusted by a stand unit is disclosed (see Patent Document 1).

JP-A-2019-219540

In the display stand system disclosed in Patent Document 1, the planar shape of the display is formed into a rectangular shape that is long in the width direction, the planar shape is not different from that of the existing display, the appearance is poor, and the appearance of the display is poor. Not only can the user who sees the display be aesthetically pleasing, but also the desire to use it and the desire to purchase it cannot be motivated. In addition, the display can be rotated between the landscape and portrait states to make it easier to see the display, but the display does not automatically move up and down in the vertical direction, and the display moves around the column around the column. It is automatic and does not rotate. Therefore, when the user is located on the side or the back of the display, the front panel of the display cannot be made visible to the user even if the display is rotated between the horizontally long state and the vertically long state.

An object of the present invention is to provide a display device that has an excellent aesthetic appearance, has a good view, can give a user a sense of beauty, and can motivate a user who wants to use the display and a purchase motivation. To provide. Another object of the present invention is that the front panel can be automatically moved up and down, rotated, and swiveled in a position that is easy for the user to see regardless of the position of the user, and the front panel can be visually recognized by the user. The purpose is to provide a display device that can be put into a state.

The premise of the present invention for solving the above problems is that the first and second edge edges extend in one direction in parallel with each other and the first and second sides extend in the crossing direction in parallel with each other and intersect with the one direction. A display device having edges and a front panel and a back area surrounded by their edge edges and their side edges, formed into a rectangle having a predetermined area long in one direction or an intersecting direction, and outputting a predetermined image to the front panel. Is.

The first feature of the present invention in the above premise is that the display device has a first extending portion having a predetermined area having a first outer peripheral edge that draws an arc so as to be radially outwardly convex from the first edge. , A second extending portion of a predetermined area having a second outer peripheral edge that draws an arc so as to be radially outwardly convex from the second end edge, and a radially outwardly convex portion from the first side edge. A third extension portion of a predetermined area having a third outer peripheral edge that draws an arc, and a fourth outer peripheral edge of a predetermined area that has a fourth outer peripheral edge that draws an arc so as to be radially outwardly convex from the second side edge. The first crossing corner portion having four extending portions and where the first end edge and the first side edge intersect is the first outer peripheral edge of the first extending portion and the third outer peripheral edge of the third extending portion. The second crossing corner portion extending radially outward from the first virtual crossing peripheral edge connecting the above and intersecting the first end edge and the second side edge is the first outer peripheral edge and the first of the first extending portion. The third crossing corner, which extends radially outward from the second virtual intersection peripheral edge connecting the fourth outer peripheral edge of the four extending portion and where the second end edge and the first side edge intersect, is the second extension. It extends radially outward from the third virtual intersection peripheral edge connecting the second outer peripheral edge of the protruding portion and the third outer peripheral edge of the third extending portion, and the second end edge and the second side edge intersect. The fourth crossing corner portion extends outward in the radial direction from the fourth virtual crossing peripheral edge connecting the second outer peripheral edge of the second extending portion and the fourth outer peripheral edge of the fourth extending portion. be.

As an example of the present invention having the first feature, in the display device, the first outer peripheral edge that draws the arc of the first extension portion and the third outer peripheral edge that draws the arc of the third extension portion are the first virtual intersection. The first outer peripheral edge that is connected at the peripheral edge and draws an arc of the first extension portion and the fourth outer peripheral edge that draws an arc of the fourth extension portion are connected at the second virtual intersection peripheral edge and draws an arc of the second extension portion. The second outer peripheral edge and the third outer peripheral edge that draws an arc of the third extension portion are connected at the third virtual intersection peripheral edge, and the arcs of the second outer peripheral edge and the fourth extension portion that draw the arc of the second extension portion are connected. By connecting the 4th outer peripheral edge to the 4th virtual intersection peripheral edge, the outer peripheral edge of the 1st to 4th extension portions and the 1st to 4th virtual intersection peripheral edge form a long ellipse in one direction or the intersection direction. I'm imitating.

The second feature of the present invention in the above premise is that the display device has a first extending portion having a predetermined area having a first outer peripheral edge that draws an arc so as to be radially outwardly convex from the first edge. , A second extending portion of a predetermined area having a second outer peripheral edge that draws an arc so as to be radially outwardly convex from the second end edge, and a radially outwardly convex portion from the first side edge. A third extension portion of a predetermined area having a third outer peripheral edge that draws an arc, and a fourth outer peripheral edge of a predetermined area that has a fourth outer peripheral edge that draws an arc so as to be radially outwardly convex from the second side edge. The first corner having 4 extension portions and the intersection of the first end edge and the first side edge is such that the first outer peripheral edge of the first extension portion and the third outer peripheral edge of the third extension portion are formed. The second corner, which is located inward in the radial direction of the intersecting first crossing edge and where the first end edge and the second side edge intersect, is the first outer peripheral edge and the fourth extending portion of the first extending portion. The third corner, which is located inward in the radial direction of the second crossing edge where the fourth outer peripheral edge intersects and where the second end edge and the first side edge intersect, is the second outer peripheral edge of the second extending portion. The fourth corner where the second edge and the second side edge intersect is the second extension, which is located in the radial direction of the third intersection where the third outer edge of the third extension intersects. It is located in the radial inward direction of the fourth crossing peripheral edge where the second outer peripheral edge of the portion and the fourth outer peripheral edge of the fourth extending portion intersect.

As an example of the present invention having the second feature, in a display device, a first outer peripheral edge that draws an arc of a first extending portion and a third outer peripheral edge that draws an arc of a third extending portion are a first intersecting peripheral edge. The first outer peripheral edge that draws an arc of the first extending portion and the fourth outer peripheral edge that draws an arc of the fourth extending portion are connected at the second crossing peripheral edge and draw an arc of the second extending portion. The outer peripheral edge and the third outer peripheral edge that draws an arc of the third extension portion are connected at the third crossing peripheral edge, and the second outer peripheral edge that draws the arc of the second extension portion and the arc of the fourth extension portion are drawn. Since the 4 outer peripheral edges are connected at the 4th intersection peripheral edge, the outer peripheral edge of the 1st to 4th extending portions and the 1st to 4th intersecting peripheral edges form a long ellipse in one direction or the intersecting direction.

As an example of the present invention having the first and second features, a display device including the first to fourth extending portions automatically moves clockwise and counterclockwise around the central portion thereof. It is possible to turn.

As another example of the present invention having the first and second features, a display device includes a support column installed in a rear area and extending in the vertical direction, and a display device including a first to fourth extension portion. , It is possible to move up and down automatically along the support column up and down in the vertical direction and downward in the vertical direction.

As another example of the present invention having the first and second features, the display device including the first to fourth extending portions automatically moves in the clockwise direction and the counterclockwise direction of the column centering on the column. It is rotatable.

As another example of the present invention having the first and second features, a microphone that collects the user's sound facing the front panel of the display is at least one of the first to fourth extension portions. When the display device is installed in the extension part and the display device picks up the swivel message sound in the clockwise direction or the counterclockwise direction of the user through the microphone, the clockwise direction or the counterclockwise direction around the center thereof. It turns automatically in the turning direction.

As another example of the present invention having the first and second features, when the display device picks up the vertical movement message voice of the user in the vertical direction upward or the vertical direction downward through the microphone, the support is used. It automatically moves up and down along the vertical direction upward or vertical direction downward.

As another example of the present invention having the first and second features, when the display device picks up the user's rotation message voice through the microphone, the column is rotated clockwise and counterclockwise around the column. Automatically rotates in the direction.

As another example of the present invention having the first and second features, at least one of a camera that photographs an object facing the front panel, a speaker that emits a predetermined sound, and an illumination that illuminates the front from the front panel. , It is installed in at least one of the first to fourth extension portions.

As another example of the present invention having the first and second features, a motion sensor that detects a person when a person is positioned in front of the front panel is one of the first to fourth extension portions. When the display device detects a person by the motion sensor, the display device is activated, and when the motion sensor detects the person and then the person is not detected, the display device is activated. Stop the displayed display device.

According to the display device according to the present invention, from the first extending portion having a predetermined area having a first outer peripheral edge that draws an arc so as to be radially outwardly convex from the first edge, and from the second edge. A second extending portion having a predetermined area having a second outer peripheral edge that draws an arc so as to be convex outward in the radial direction, and a third that draws an arc so as to be convex outward in the radial direction from the first side edge. A third extension portion having a predetermined area having an outer peripheral edge and a fourth extending portion having a predetermined area having a fourth outer peripheral edge that draws an arc so as to be radially outwardly convex from the second side edge. A first virtual intersection having a first crossing corner where the first edge and the first side edge intersect the first outer peripheral edge of the first extending portion and the third outer peripheral edge of the third extending portion. The second crossing corner, which extends radially outward from the peripheral edge and where the first edge and the second side edge intersect, is the first outer peripheral edge of the first extension and the fourth outer edge of the fourth extension. The third intersection corner portion extending radially outward from the second virtual intersection peripheral edge connecting the peripheral edge and where the second end edge and the first side edge intersect is the second outer peripheral edge of the second extending portion. The fourth crossing corner where the second end edge and the second side edge intersect is the second, while extending radially outward from the third virtual crossing edge connecting the third outer edge of the third extending portion. 2 Extends radially outward from the 4th virtual intersection peripheral edge connecting the 2nd outer peripheral edge of the extending portion and the 4th outer peripheral edge of the 4th extending portion, and draws an arc of the 1st to 4th extending portions. The 1st to 4th outer peripheral edges surround the front panel, and the 1st to 4th crossing corners extend radially outward from the 1st to 4th virtual crossing peripheral edges, so that the 1st to 4th extending edges are extended. Depending on the portion, the rectangular front panel can be provided with a decorative or functional beauty consisting of a combination of a rectangle and a circle. The display device has an excellent aesthetic appearance with decorative beauty or functional beauty consisting of a combination of a rectangle and a circle, and the front panel has a good view, and the user who sees the front panel can be aesthetically pleasing. , It is possible to motivate the user to use it, and at the same time, it is possible to motivate the user to purchase.

The first outer peripheral edge that draws an arc of the first extension portion and the third outer peripheral edge that draws an arc of the third extension portion are connected at the first virtual intersection edge, and the first outer peripheral edge that draws an arc of the first extension portion. And the 4th outer peripheral edge that draws the arc of the 4th extension part are connected at the 2nd virtual intersection edge, and the 2nd outer edge that draws the arc of the 2nd extension part and the 3rd outer edge that draws the arc of the 3rd extension part. The peripheral edge is connected at the third virtual intersection peripheral edge, and the second outer peripheral edge that draws the arc of the second extension portion and the fourth outer peripheral edge that draws the arc of the fourth extension portion are connected at the fourth virtual intersection peripheral edge. A display device in which the outer peripheral edge of the first to fourth extension portions and the first to fourth virtual intersection edges imitate an ellipse long in one direction or the intersection direction is a long ellipse in one direction or the intersection direction. The 1st to 4th outer peripheral edges and the 1st to 4th virtual intersection edges of the 1st to 4th extension portions that imitate the shape surround the front panel, and the 1st to 4th intersection corners imitate an ellipse. By extending radially outward from the 1st to 4th virtual intersection edges, the 1st to 4th extending portions make the rectangular front panel a decorative beauty or functional beauty consisting of a combination of a rectangle and an ellipse. Can be prepared. The display device has an excellent aesthetic with a decorative beauty or a functional beauty consisting of a combination of a rectangle and an ellipse, and the front panel has a good view, which can make the user who sees the front panel feel aesthetic. It is possible to motivate users to use it, and at the same time, it is possible to motivate users to purchase.

A first extending portion of a predetermined area having a first outer peripheral edge that draws an arc so as to be radially outwardly convex from the first edge, and a radially outwardly convex portion from the second edge. A second extension portion of a predetermined area having a second outer peripheral edge that draws an arc, and a third of a predetermined area having a third outer peripheral edge that draws an arc so as to be radially outwardly convex from the first side edge. It has an extension portion and a fourth extension portion having a predetermined area having a fourth outer peripheral edge that draws an arc so as to be radially outwardly convex from the second side edge, and has a first end edge and the first. The first corner where the 1 side edge intersects is located in the radial inward direction of the first crossing edge where the first outer peripheral edge of the first extending portion and the third outer peripheral edge of the third extending portion intersect. The second corner where the first edge and the second side edge intersect is the radial inward of the second intersection where the first outer peripheral edge of the first extension and the fourth outer edge of the fourth extension intersect. A third crossing edge where the third corner where the second edge and the first side edge intersect is the second outer edge of the second extension and the third outer edge of the third extension. The fourth corner where the second edge and the second side edge intersect is the second outer edge of the second extension and the fourth outer edge of the fourth extension. In the display device located inward in the radial direction of the intersecting fourth crossing peripheral edge, the first to fourth outer peripheral edges that draw an arc of the first to fourth extending portions surround the front panel, and the first to fourth With the corners located radially inward of the first to fourth crossing edges, the first to fourth extensions provide a decorative or functional beauty of the rectangular front panel consisting of a combination of a rectangle and a circle. Can be done. The display device has an excellent aesthetic appearance with decorative beauty or functional beauty consisting of a combination of a rectangle and a circle, and the front panel has a good view, and the user who sees the front panel can be aesthetically pleasing. , It is possible to motivate the user to use it, and at the same time, it is possible to motivate the user to purchase.

The first outer peripheral edge that draws an arc of the first extension portion and the third outer peripheral edge that draws an arc of the third extension portion are connected at the first crossing peripheral edge, and the first outer peripheral edge that draws an arc of the first extension portion. The fourth outer peripheral edge that draws the arc of the fourth extension is connected at the second crossing edge, and the second outer edge that draws the arc of the second extension and the third outer peripheral edge that draws the arc of the third extension. Is connected at the third intersection peripheral edge, and the second outer peripheral edge that draws the arc of the second extension portion and the fourth outer peripheral edge that draws the arc of the fourth extension portion are connected at the fourth intersection peripheral edge. A display device in which the outer peripheral edge of the fourth extending portion and the first to fourth intersecting peripheral edges form a long ellipse in one direction or the crossing direction is a first to first ellipse drawing a long ellipse in one direction or the crossing direction. 4 The 1st to 4th outer peripheral edges and the 1st to 4th crossing edges of the extension portion surround the front panel, and the 1st to 4th corners are within the radial direction of the 1st to 4th crossing edges in which an ellipse is formed. By being located in the direction, the first to fourth extending portions allow the rectangular front panel to have a decorative or functional beauty consisting of a combination of a rectangle and an ellipse. The display device has an excellent aesthetic with a decorative beauty or a functional beauty consisting of a combination of a rectangle and an ellipse, and the front panel has a good view, which can make the user who sees the front panel feel aesthetic. It is possible to motivate users to use it, and at the same time, it is possible to motivate users to purchase.

In the display device including the first to fourth extension portions, the display device can automatically turn clockwise and counterclockwise around the center of the display device, and the display device is clockwise and counterclockwise. Since it automatically turns in the clockwise direction, the front panel can be changed to either a vertically long portrait state or a horizontally long landscape state, and the front panel can be changed to portrait or landscape according to the user's preference. It can be automatically changed to any of the states.

A display device that is installed in the rear area and includes a support that extends in the vertical direction, and a display device that includes the first to fourth extension portions can automatically move up and down in the vertical direction and downward along the support. Since the display device automatically moves up and down in the vertical direction and downward, the front panel can be automatically moved up and down in the vertical direction and downward in the vertical direction. The vertical position can be changed automatically.

In the display device in which the display device including the first to fourth extension portions can be automatically rotated in the clockwise direction and the counterclockwise direction of the column centering on the column, the display device is in the clockwise direction of the column centering on the column. Since it automatically rotates counterclockwise, the front panel can be automatically moved to a position that is easy for the user to see, regardless of the position of the user, and the front panel can be visually recognized by the user. Can be.

A microphone that collects the user's sound facing the front panel of the display is installed in at least one of the first to fourth extension portions, and the user's clockwise direction or half is installed through the microphone. Turning in the clockwise direction When the message voice is picked up, the display device that automatically turns in the clockwise or counterclockwise direction around the center is the user's clockwise or counterclockwise direction. Since the display device automatically swivels clockwise and counterclockwise by the swivel message voice, the front panel can be either vertically long vertically or horizontally long horizontally only by the user's voice. The front panel can be automatically changed to either portrait or landscape according to the user's voice.

When the user picks up the vertical movement message voice in the vertical direction upward or vertical direction via the microphone, the display device that automatically moves up and down in the vertical direction upward or vertical direction along the support column is the user's vertical movement. Up and down movement message voice up and down in the direction The display device automatically moves up and down in the up and down direction and down in the up and down direction. It can be moved automatically, and the vertical position of the front panel can be automatically changed according to the user's voice.

When the user's rotation message voice is picked up via the microphone, the display device that automatically rotates clockwise and counterclockwise around the support column is such that the display device uses the user's rotation message sound to rotate the support column. Since the column automatically rotates clockwise and counterclockwise as the center, the front panel can be automatically moved to a position that is easy for the user to see, regardless of the position of the user. It is possible to make the front panel visible to the user according to the voice of the user.

At least one of a camera that shoots an object facing the front panel, a speaker that emits a predetermined sound, and a light that illuminates the front from the front panel is installed in at least one of the first to fourth extensions. The display device is an object including a user facing the front panel when a camera is installed in at least one of the first to fourth extension sections and the display device has a communication function by a network. Is photographed by the camera, and the photographed image data can be transmitted to another server, and the image data can be transmitted and received in both directions. In the display device, when a speaker is installed in at least one of the first to fourth extension sections and the display device has a communication function by a network, audio data transmitted from another server is transmitted from the speaker from the speaker. It can be output and audio data can be sent and received in both directions. When lighting is installed in at least one of the first to fourth extension portions of the display device, the lighting can brightly illuminate the periphery of the display device.

When a human sensor that detects a person when a person is located in front of the front panel is installed in at least one of the first to fourth extension portions, and the human sensor detects the person. , After activating the display device and detecting a person by the human sensor, if the person is no longer detected, the display device that stops the activated display device uses the human sensor to determine the presence or absence of a person in front of the front panel. When a person is detected and a person is detected, the display device can be automatically started, and when a person is no longer detected, the started display device can be automatically stopped, using a human sensor. The display device can be started and stopped automatically.

The perspective view of the display apparatus shown as an example. The front view of the display device of FIG. The rear view of the display device of FIG. A side view of the display device of FIG. An exploded view showing a state in which the first to fourth extension members are removed from the display body. A front view showing a state in which the display device is turned clockwise or counterclockwise. The front view which shows the state which the display device moved up and down along the support column. A visual view showing a state in which a display device rotates around a support column in a direction around the support column. The perspective view of the display apparatus shown as another example. The front view of the display device of FIG. The rear view of the display device of FIG. FIG. 9 is a side view of the display device of FIG. An exploded view showing a state in which the first to fourth extension portions are removed from the display device. The figure which shows an example of the menu screen output on the front panel of a display device. The figure which shows an example of the website introduction information screen output on the front panel of a display device. The figure which shows an example of the online medical examination screen output on the front panel of a display device. The figure which shows an example of the request related site introduction information screen output on the front panel of a display device. The figure which shows an example of the foreigner introduction information output on the front panel of a display device. The figure which shows an example of the online dialogue screen output on the front panel of a display device. The figure which shows an example of the IOT target device selection screen output on the front panel of a display device.

The details of the display device according to the present invention will be described below with reference to the attached drawings such as FIG. 1, which is a perspective view of the display device 10A shown as an example. 2 is a front view of the display device 10A of FIG. 1, and FIG. 3 is a rear view of the display device 10A of FIG. 1. FIG. 4 is a side view of the display device 10A of FIG. 1, and FIG. 5 is an exploded view showing a state in which the first to fourth extension members 12a to 12d are removed from the display device 10A. FIG. 6 is a front view showing a state in which the display device 10A is turned clockwise or counterclockwise, and FIG. 7 is a front view showing a state in which the display device 10A is moved upward in the vertical direction along the support column 37. It is a figure. FIG. 8 is a visual view showing a state in which the display device 10A rotates around the support column 37 in the circumferential direction of the support column 37. In FIG. 1, the vertical direction is indicated by an arrow A, and the width direction is indicated by an arrow B. In FIG. 6, the turning direction is indicated by an arrow C, and in FIG. 8, the rotation direction is indicated by an arrow D.

The display device 10A (display system) is formed of a display main body 11 and first to fourth extension members 12a to 12d (first to fourth extension portions) attached to the display main body 11. The display body 11 has a first edge 13 and a second edge 14 extending in the width direction (one direction) in parallel with each other, and a vertical direction (intersection direction) in parallel with each other and intersecting the width direction (one direction). It has a first side edge 15 and a second side edge 16 extending, and a front panel 17 and a back area 18 surrounded by the edge edges 13, 14 and the side edges 15, 16. The display body 11 (front panel 17 and back area 18) is formed into a rectangle having a predetermined area long in the vertical direction (intersection direction). The display body 11 (front panel 17 and back area 18) may be formed into a rectangle having a predetermined area long in the width direction (one direction). A predetermined image is output (displayed) on the front panel 17 of the display body 11. A controller (control device) (not shown) is housed in the display main body 11.

The first extension member 12a (first extension portion) is detachably attached to the first end edge 13 of the display body 11. The first extending member 12a has a first inner peripheral edge 19a extending in the width direction (one direction) in parallel with the first end edge 13 and an upper vertical direction (diameter) from the first inner peripheral edge 19a (first end edge 13). It has a first outer peripheral edge 20a that draws an arc so as to be convex in the outward direction). The first extending member 12a is formed into a crescent shape whose planar shape (front shape) is long in the width direction, and extends upward in the vertical direction (outward in the radial direction) from the first end edge 13 of the display body 11. ..

A device accommodating space (not shown) is formed inside the first extending member 12a. The front opening 21 of the first extending member 12a is covered with a fabric 22 (woven fabric or knitting such as a speaker grill net). A first mounting plate 23a extending in the width direction (one direction) is integrally connected to the first inner peripheral edge 19a of the first extending member 12a. In the first extending member 12a, the first mounting plate 23a is fixed to the first end edge 13 of the display body 11 by a predetermined mounting means (mounting bolt, screw, etc.), so that the first end edge of the display body 11 is fixed. It is installed at 13.

A digital camera 24 (camera), a microphone 25, a motion sensor 26, and a light detection sensor 27 are housed in the device storage space of the first extension member 12a. The control unit of the digital camera 24 is connected to the controller via an interface, the lens of the digital camera 24 faces forward from the front opening 21 of the first extending member 12a, and a user or an object located in front of the front panel 17 is photographed. do. The control unit of the digital camera 24 transmits the captured image data to the controller. The microphone 25 is connected to the controller via an interface and collects the voice of the user located in front of the front panel 17. The microphone 25 transmits the collected voice data to the controller.

The motion sensor 26 is connected to the controller via the interface and detects a person located in front of the front panel 17. The motion sensor 26 transmits a human detection signal or a non-human detection signal to the controller. The photodetection sensor 27 is connected to the controller via an interface and detects the light around the display device 10A. The photodetection sensor 27 transmits a photodetection signal or a non-photodetection signal to the controller.

The second extension member 12b (second extension portion) is detachably attached to the second end edge 14 of the display body 11. The second extending member 12b has a second inner peripheral edge 19b extending in the width direction (one direction) in parallel with the second end edge 14 and a lower vertical direction (diameter) from the second inner peripheral edge 19b (second end edge 14). It has a second outer peripheral edge 20b that draws an arc so as to be convex in the outward direction. The second extending member 12b is formed into a crescent shape whose planar shape (front shape) is long in the width direction, and extends downward in the vertical direction (outward in the radial direction) from the second end edge 14 of the display body 11. ..

A device accommodating space (not shown) is formed inside the second extending member 12b. The front opening 21 of the second extending member 12b is covered with a fabric 22 (woven fabric or knitting such as a speaker grill net). A second mounting plate 23b extending in the width direction (one direction) is integrally connected to the second inner peripheral edge 19b of the second extending member 12b. The second extension member 12b has a second end edge of the display body 11 by fixing the second mounting plate 23b to the second end edge 14 of the display body 11 by a predetermined mounting means (mounting bolt, screw, etc.). It is installed at 14. The LED lighting 28 (lighting) is housed in the device housing space of the second extending member 12b. The LED lighting 28 is connected to the controller via an interface and illuminates the front of the front panel 17.

The third extension member 12c (third extension portion) is detachably attached to the first side edge 15 of the display body 11. The third extending member 12c has a third inner peripheral edge 19c extending in the width direction (one direction) in parallel with the first side edge 15 and a third inner peripheral edge 19c (first side edge 15) outward in the width direction (1st side edge 15). It has a third outer peripheral edge 20c that draws an arc so as to be convex in the radial direction). The third extending member 12c is formed into a crescent shape whose planar shape (front shape) is long in the vertical direction, and extends outward in the width direction (outward in the radial direction) from the first side edge 15 of the display body 11. There is.

A device accommodating space (not shown) is formed inside the third extension member 12c. The front opening 21 of the third extending member 12c is covered with a fabric 22 (woven fabric or knitting such as a speaker grill net). A third mounting plate 23c extending in the width direction (one direction) is integrally connected to the third inner peripheral edge 19c of the third extending member 12c. In the third extension member 12c, the third mounting plate 23c is fixed to the first side edge 15 of the display body 11 by a predetermined mounting means (mounting bolt, screw, etc.), so that the first side edge of the display body 11 is fixed. It is installed at 15. The speaker 29 and the LED lighting 28 (lighting) are housed in the 12c device storage space of the third extension member. The speaker 29 is connected to the controller via the interface and generates a predetermined sound. The LED lighting 28 is connected to the controller via an interface and illuminates the front of the front panel 17.

The fourth extension member 12d (fourth extension portion) is detachably attached to the second side edge 16 of the display body 11. The fourth extending member 12d has a fourth inner peripheral edge 19d extending in the width direction (one direction) in parallel with the second side edge 16 and a fourth inner peripheral edge 19d (second side edge 16) outward in the width direction (2nd side edge 16). It has a fourth outer peripheral edge 20d that draws an arc so as to be convex in the radial direction). The fourth extending member 12d is formed into a crescent shape whose planar shape (front shape) is long in the vertical direction, and extends outward in the width direction (outward in the radial direction) from the second side edge 16 of the display body 11. There is.

A device accommodating space (not shown) is formed inside the fourth extending member 12d. The front opening 21 of the fourth extending member 12d is covered with a fabric 22 (woven fabric or knitting such as a speaker grill net). A fourth mounting plate 23d extending in the width direction (one direction) is integrally connected to the fourth inner peripheral edge 19d of the fourth extending member 12d. The fourth extension member 12d has a second side edge of the display body 11 by fixing the fourth mounting plate 23d to the second side edge 16 of the display body 11 by a predetermined mounting means (mounting bolt, screw, etc.). It is installed at 16. The speaker 29 and the LED lighting 28 (lighting) are housed in the device storage space of the fourth extension member 12d. The speaker 29 is connected to the controller via the interface and generates a predetermined sound. The LED lighting 28 is connected to the controller via an interface and illuminates the front of the front panel 17.

In the display device 10A, the first outer peripheral edge 20a that draws an arc of the first extension member 12a (first extension portion) and the third outer peripheral edge 20c that draws an arc of the third extension member 12c (third extension portion). Is connected at the first virtual intersection peripheral edge 30a, and the first outer peripheral edge 20a that draws an arc of the first extending member 12a and the fourth outer peripheral edge 20d that draws an arc of the fourth extending member 12d (fourth extending portion). Are connected at the second virtual intersection peripheral edge 30b. Further, the second outer peripheral edge 20b that draws an arc of the second extension member 12b (second extension portion) and the third outer peripheral edge 20c that draws an arc of the third extension member 12c are connected at the third virtual intersection peripheral edge 30c. The second outer peripheral edge 20b that draws an arc of the second extending member 12b and the fourth outer peripheral edge 20d that draws an arc of the fourth extending member 12d are connected at the fourth virtual intersection peripheral edge 30d.

In the display device 10A, the first outer peripheral edge 20a and the third outer peripheral edge 20c are connected via the first virtual intersection peripheral edge 30a, and the first outer peripheral edge 20a and the fourth outer peripheral edge 20d are connected via the second virtual intersection peripheral edge 30b. The second outer peripheral edge 20b and the third outer peripheral edge 20c are connected via the third virtual intersection peripheral edge 30c, and the second outer peripheral edge 20b and the fourth outer peripheral edge 20d are connected via the fourth virtual intersection peripheral edge 30d. By connecting the first to fourth extension members 12a to 12d, the first to fourth outer peripheral edges 20a to 20d and the first to fourth virtual intersection edges 30a to 30d are long elliptical in the vertical direction (intersection direction). Is imitating. The first to fourth outer peripheral edges 20a to 20d and the first to fourth virtual intersection edges 30a to 30d of the first to fourth extending members 12a to 12d imitate an elliptical shape that is long in the width direction (one direction). May be.

In the display device 10A, the first crossing corner portion 31a where the first end edge 13 and the first side edge 15 of the display body 11 intersect is the first outer peripheral edge 20a and the third extending member 12c of the first extending member 12a. A second intersection corner portion 31b that extends radially outward from the first virtual intersection peripheral edge 30a connecting the third outer peripheral edge 20c of the display body 11 and intersects the first end edge 13 and the second side edge 16 of the display body 11. Extends radially outward from the second virtual crossing peripheral edge 30b connecting the first outer peripheral edge 20a of the first extending member 12a and the fourth outer peripheral edge 20d of the fourth extending member 12d. Further, the third crossing corner portion 31c where the second end edge 14 and the first side edge 15 of the display body 11 intersect is the third outer peripheral edge 20b of the second extending member 12b and the third extending member 12c. The fourth intersection corner portion 31d, which extends radially outward from the third virtual intersection peripheral edge 30c connecting the outer peripheral edge 20c and where the second end edge 14 and the second side edge 16 intersect, is the second extending member 12b. The second outer peripheral edge 20b and the fourth outer peripheral edge 20d of the fourth extending member 12d are extended outward in the radial direction from the fourth virtual crossing peripheral edge 30d connecting the second outer peripheral edge 20b.

The display device 10A draws an arc of the first to fourth extension members 12a to 12d (first to fourth extension portions) that imitate a long ellipse in the vertical direction (or width direction). The peripheral edges 20a to 20d and the first to fourth virtual intersection peripheral edges 30a to 30d surround the front panel 17, and the first to fourth intersection corners 31a to 31d imitate an ellipse. By extending outward in the radial direction from ~ 30d, the rectangular front panel 17 is made up of a combination of a rectangular shape and an elliptical shape (circular shape) by the first to fourth extending members 12a to 12d, which is a decorative beauty or a functional beauty. Can be provided. The display device 10A has an excellent aesthetic appearance having a decorative beauty or a functional beauty composed of a combination of a rectangle and an ellipse (circle), and the front panel 17 has a good view, so that the user who sees the front panel 17 can see it. It is possible to evoke a sense of beauty, to motivate the user to want to use the display device 10A (willingness to use), and to motivate the user to purchase.

9 is a perspective view of the display device 10B shown as another example, and FIG. 10 is a front view of the display device 10B of FIG. 9. 11 is a rear view of the display device 10B of FIG. 9, and FIG. 12 is a side view of the display device 10B of FIG. FIG. 13 is an exploded view showing a state in which the first to fourth extension members 32a to 32d are removed from the display device 10B. In FIG. 9, the vertical direction is indicated by an arrow A, and the width direction is indicated by an arrow B.

The display device 10B (display system) is formed of a display main body 11 and first to fourth extension members 32a to 32d (first to fourth extension portions) attached to the display main body 11. The display body 11 has a first edge 13 and a second edge 14 extending in the width direction (one direction) in parallel with each other, and a vertical direction (intersection direction) in parallel with each other and intersecting the width direction (one direction). It has a first side edge 15 and a second side edge 16 extending, and a front panel 17 and a back area 18 surrounded by the edge edges 13, 14 and the side edges 15, 16. The display body 11 (front panel 17 and back area 18) is formed into a rectangle having a predetermined area long in the width direction (one direction). The display body 11 (front panel 17 and back area 18) may be formed into a rectangle having a predetermined area long in the vertical direction (intersection direction). A predetermined image is output (displayed) on the front panel 17 of the display body 11. A controller (control device) (not shown) is housed in the display main body 11.

The first extension member 32a (first extension portion) is detachably attached to the first end edge 13 of the display body 11. The first extending member 32a has a first inner peripheral edge 19a extending in the width direction (one direction) in parallel with the first end edge 13 and an upper vertical direction (diameter) from the first inner peripheral edge 19a (first end edge 13). It has a first outer peripheral edge 20a that draws an arc so as to be convex in the outward direction). The first extending member 12a is formed into a crescent shape whose planar shape (front shape) is long in the width direction, and extends upward in the vertical direction (outward in the radial direction) from the first end edge 13 of the display body 11. ..

A device accommodating space (not shown) is formed inside the first extending member 32a. The front opening 21 of the first extending member 32a is covered with a fabric 22 (woven fabric or knitting such as a speaker grill net). A first mounting plate 33a extending in the width direction (one direction) is integrally connected to the first inner peripheral edge 19a of the first extending member 32a. In the first extending member 32a, the first mounting plate 33a is fixed to the first end edge 13 of the display body 11 by a predetermined mounting means (mounting bolt, screw, etc.), so that the first end edge of the display body 11 is fixed. It is installed at 13.

The digital camera 24 and the microphone 25 are accommodated in the device accommodating space of the first extension member 32a. The digital camera 24 is connected to a controller via an interface, and its lens faces forward from the front opening 21 of the first extending member 32a to photograph a user or an object located in front of the front panel 17. The digital camera 24 transmits the captured image data to the controller. The microphone 25 is connected to the controller via an interface and collects the voice of the user located in front of the front panel 17. The microphone 17 transmits the collected voice data to the controller.

The second extension member 32b (second extension portion) is detachably attached to the second end edge 14 of the display body 11. The second extending member 32b has a second inner peripheral edge 19b extending in the width direction (one direction) in parallel with the second end edge 14 and a lower vertical direction (diameter) from the second inner peripheral edge 19b (second end edge 14). It has a second outer peripheral edge 20b that draws an arc so as to be convex in the outward direction. The second extending member 32b is formed into a crescent shape whose planar shape (front shape) is long in the width direction, and extends upward in the vertical direction (outward in the radial direction) from the second end edge 14 of the display body 11. ..

A device accommodating space (not shown) is formed inside the second extending member 32b. The front opening 21 of the second extending member 32b is covered with a fabric 22 (woven fabric or knitting such as a speaker grill net). A second mounting plate 33b extending in the width direction (one direction) is integrally connected to the second inner peripheral edge 19b of the second extending member 32b. In the second extending member 32b, the second mounting plate 33b is fixed to the second end edge 14 of the display body 11 by a predetermined mounting means (mounting bolt, screw, etc.), so that the second end edge of the display body 11 is fixed. It is installed at 14.

The LED lighting 28 (lighting), the motion sensor 26, and the light detection sensor 27 are housed in the device storage space of the second extension member 32b. The LED lighting 28 is connected to the controller via an interface and illuminates the front of the front panel 17. The motion sensor 26 is connected to the controller via an interface and senses a person located in front of the front panel 17. The motion sensor 26 transmits a human detection signal or a non-human detection signal to the controller. The photodetection sensor 27 is connected to the controller via an interface and detects the light around the display device 10B. The photodetection sensor 27 transmits a photodetection signal or a non-photodetection signal to the controller.

The third extension member 32c (third extension portion) is detachably attached to the first side edge 15 of the display body 11. The third extending member 32c has a third inner peripheral edge 19c extending in the width direction (one direction) in parallel with the first side edge 15 and a third inner peripheral edge 19c (first side edge 15) outward in the width direction (1st side edge 15). It has a third outer peripheral edge 20c that draws an arc so as to be convex in the radial direction). The third extending member 32c is formed into a crescent shape whose planar shape (front shape) is long in the vertical direction, and extends outward in the width direction (outward in the radial direction) from the first side edge 15 of the display body 11. There is.

A device accommodating space (not shown) is formed inside the third extension member 32c. The front opening 21 of the third extending member 32c is covered with a fabric 22 (woven fabric or knitting such as a speaker grill net). A third mounting plate 33c extending in the width direction (one direction) is integrally connected to the third inner peripheral edge 19c of the third extending member 32c. In the third extension member 32c, the third mounting plate 33c is fixed to the first side edge 15 of the display body 11 by a predetermined mounting means (mounting bolt, screw, etc.), so that the first side edge of the display body 11 is fixed. It is installed at 15. The speaker 29 and the LED lighting 28 (lighting) are housed in the device storage space of the third extension member 32c. The speaker 29 is connected to the controller via the interface and generates a predetermined sound. The LED lighting 28 is connected to the controller via an interface and illuminates the front of the front panel 17.

The fourth extension member 32d (fourth extension portion) is detachably attached to the second side edge 16 of the display body 11. The fourth extending member 32d has a fourth inner peripheral edge 19d extending in the width direction (one direction) in parallel with the second side edge 16 and a fourth inner peripheral edge 19d (second side edge 16) outward in the width direction (2nd side edge 16). It has a fourth outer peripheral edge 20d that draws an arc so as to be convex in the radial direction). The fourth extending member 32d is formed into a crescent shape whose planar shape (front shape) is long in the vertical direction, and extends outward in the width direction (outward in the radial direction) from the second side edge 16 of the display body 11. There is.

A device accommodating space (not shown) is formed inside the fourth extending member 32d. The front opening 21 of the fourth extending member 32d is covered with a fabric 22 (woven fabric or knitting such as a speaker grill net). A fourth mounting plate 33d extending in the width direction (one direction) is integrally connected to the fourth inner peripheral edge 19d of the fourth extending member 32d. The fourth extension member 32d has a second side edge of the display body 11 by fixing the fourth mounting plate 33d to the second side edge 16 of the display body 11 by a predetermined mounting means (mounting bolt, screw, etc.). It is installed at 16. The speaker 29 and the LED lighting 28 (lighting) are housed in the device storage space of the fourth extension member 32d. The speaker 29 is connected to the controller via the interface and generates a predetermined sound. The LED lighting 28 is connected to the controller via an interface and illuminates the front of the front panel 17.

In the display device 10B, the first outer peripheral edge 20a that draws an arc of the first extension member 32a (first extension portion) and the third outer peripheral edge 20c that draws an arc of the third extension member 32c (third extension portion). The first outer peripheral edge 20a that draws an arc of the first extending member 32a and the fourth outer peripheral edge 20d that draws an arc of the fourth extending member 32d (fourth extending portion) are connected to each other at the first intersecting peripheral edge 34a. It is connected at the second crossing peripheral edge 34b. Further, the second outer peripheral edge 20b that draws an arc of the second extending member 32b (second extending portion) and the third outer peripheral edge 20c that draws an arc of the third extending member 32c are connected at the third intersecting peripheral edge 34c. The second outer peripheral edge 20b that draws an arc of the second extending member 32b and the fourth outer peripheral edge 20d that draws an arc of the fourth extending member 32d are connected at the fourth crossing peripheral edge 34d.

In the display device 10B, the first outer peripheral edge 20a and the third outer peripheral edge 20c are connected, the first outer peripheral edge 20a and the fourth outer peripheral edge 20d are connected, and the second outer peripheral edge 20b and the third outer peripheral edge 20c are connected. By connecting the second outer peripheral edge 20b and the fourth outer peripheral edge 20d, the first to fourth outer peripheral edges 20a to 20d and the first to fourth intersecting peripheral edges 34a to the first to fourth extending members 12a to 12d are connected. 34d draws a long ellipse in the width direction (one direction). The first to fourth outer peripheral edges 20a to 20d and the first to fourth intersecting peripheral edges 34a to 34d of the first to fourth extending members 12a to 12d draw a long ellipse in the vertical direction (intersection direction). You may.

In the display device 10B, the first corner 35a where the first end edge 13 and the first side edge 15 intersect is the first outer peripheral edge 20a of the first extending member 32a and the third outer peripheral edge 20c of the third extending member 32c. The second corner 35b where the first edge 13 and the second side edge 16 intersect is located inward in the radial direction of the first crossing peripheral edge 34a where the first extending member 32a intersects with the first outer peripheral edge 20a. It is located in the radial direction of the second crossing peripheral edge 34b where the fourth outer peripheral edge 20d of the fourth extending member 32d intersects with the fourth outer peripheral edge 20d. Further, the third corner 35c where the second end edge 14 and the first side edge 15 intersect intersects the second outer peripheral edge 20b of the second extending member 32b and the third outer peripheral edge 20c of the third extending member 32c. The fourth corner 35d, which is located inward in the radial direction of the third crossing peripheral edge 34c and where the second end edge 14 and the second side edge 16 intersect, is the second outer peripheral edge 20b and the fourth of the second extending member 32b. It is located radially inward of the fourth crossing peripheral edge 34d where the fourth outer peripheral edge 20d of the extending member 32d intersects.

In the display devices 10A and 10B, the arrangements of the digital camera 24, the microphone 25, the motion sensor 26, the LED lighting 27 (lighting), and the speakers 28 with respect to the first to fourth extension members 12a to 12d and 32a to 32d are shown in the figure. The arrangement of the digital camera 24, the microphone 25, the motion sensor 26, the LED lighting 27 (lighting), and the speaker 28 with respect to the first to fourth extending members 12a to 12d and 32a to 32d is freely determined. can do.

The display device 10B has a first to fourth outer peripheral edge that draws an arc of the first to fourth extending members 32a to 32d (first to fourth extending portions) that draw a long ellipse in the width direction (or the vertical direction). 20a to 20d and the first to fourth crossing edges 34a to 34d surround the front panel 17, and the first to fourth corners 35a to 35d form an ellipse in the radial direction of the first to fourth crossing edges 34a to 34d. By being located inward, the first to fourth extending members 32a to 32d allow the rectangular front panel 17 to have a decorative or functional beauty consisting of a combination of a rectangle and an ellipse (circle). The display device 10B has an excellent aesthetic appearance having a decorative beauty or a functional beauty composed of a combination of a rectangle and an ellipse (circle), and the front panel 17 has a good view, so that the user who sees the front panel 17 can see it. It can provoke a sense of beauty, motivate the user to use the display device 10B, and motivate the user to purchase.

The controller (control device) built in the display body 11 of the display devices 10A and 10B (display system) is connected to the cloud server 36 virtually (formed) in the cloud (cloud computing) on the Internet. The cloud server 36 is a virtual server that has a virtual CPU or a virtual MPU (central processing unit), a virtual main memory, and a virtual cache memory (memory) and operates by an independent operating system (virtual OS), and has a large capacity storage. The area has been generated. As the cloud, Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS) can be used. The virtual main memory of the cloud server 36 includes a display system application that implements each means described later in the display system (including a 3D design application that processes image data into a 3D image, and a translation application that translates voice and characters into multiple languages). Is stored (stored).

The controller (control device) may be a physical server (computer). The physical server includes a central processing unit (CPU or MPU) and a memory (main memory and cache memory), and has a large capacity storage area (large capacity hard disk). The cloud server 36 (or a physical server) is formed (installed) in a data center contracted by a provider (provider company) that provides a display system. A cloud server 36 (or a physical server) may be formed (installed) at a business office or office of a provider (provider company) that provides a display system.

The cloud server 36 (or physical server) is a DSN server that sets the correspondence between the host name and the IP address assigned to the host name, and receives requests from other computers and other servers to read and write various information. Database / file server that provides the function to publish, Web server required to publish the homepage, mail server for sending and receiving e-mail, all data such as created sentences and images can be saved and searched. Various servers (various virtual servers) such as document servers are connected, and these servers form a server group (virtual server group).

The cloud server 36 (or physical server) itself has a DSN server function, a database server function, a Web server function, a mail server function, and a document server function, and is classified by software according to each server function. There may be. The cloud server 36 (or a physical server) can access any other server having no access restriction by using the Internet while passing through various various DSN servers connected to the Internet. The cloud server 36 (or physical server) forms a network with other servers in a data center located anywhere in the world via the Internet.

The user-specific information of the user who uses the display device 10A is stored (stored) in the large-capacity storage area of the cloud server 36 (or the large-capacity storage area of the physical server), and the display devices 10A and 10B are stored. The face image data of the user to be used is stored (stored), and the voice data of the user using the display devices 10A and 10B is stored (stored) (user attribute information information storage means). The user attribute information is stored in the large-capacity virtual storage area in a state associated with the user identification information (password, ID number, unique identifier, etc.) of the user. The user attribute information includes a user's name, a user's address, a telephone number, a fax number, an age, a gender, an e-mail address, and the like.

The URL (including the URL of a foreign friend's server) or IP address of another server is stored (stored) in the large-capacity storage area of the cloud server 36 (or the large-capacity storage area of the physical server). .. The large-capacity storage area of the cloud server 36 (or the large-capacity storage area of the physical server) includes refrigerators, air conditioners (air conditioners), washing machines, water heaters (water heaters), lighting appliances, cleaning robots, kotatsu, and floors. Electrical equipment identification information that identifies electrical appliances (electrical equipment) such as heating appliances is stored (stored) (electrical equipment identification information storage means).

For the electrical device identification information, solid identification numbers and machine numbers of refrigerators, air conditioners, washing machines, water heaters, lighting fixtures, cleaning robots, kotatsu, floor heaters, etc. can be used, as well as cloud server 36 (or cloud server 36). , Physical server) can independently generate unique identifiers that identify them, and the generated identifiers can be used as electrical equipment identification information. The electrical device identification information is stored in the large-capacity virtual storage area in a state associated with the sub-user identification information (password, ID number, unique identifier, etc.) of the user who uses the electric appliance (electrical device). ..

Electrical equipment includes not only those described above, but all electrical equipment that can be operated by IOT. In the large-capacity storage area of the cloud server 36 (or the large-capacity storage area of the physical server), a refrigerator, an air conditioner, a washing machine, a water heater, a lighting appliance, a cleaning robot, a kotatsu, and floor heating are used. A process (job) to be performed by an electric appliance (electrical device) such as an electric appliance is stored (stored) in a state associated with the electric device identification information (process storage means). The electrical device has a wireless LAN function, receives predetermined information (process) from the cloud server 36 (or physical server) via the wireless LAN, and becomes the cloud server 36 (or physical server) via the wireless LAN. Send the specified information.

In the back area 18 of the display devices 10A and 10B, a support column 37 extending vertically in the vertical direction is installed. A first motor (not shown) is installed on the upper part of the column 37 (center of the rear area 18). The control unit of the first motor is connected to the controller via an interface. A linear motor (not shown) is installed on the support column 37. The control unit of the linear motor is connected to the controller via an interface. A stand 39 having four legs 38 is connected to the lower part of the support column 37. A second motor (not shown) is installed on the stand 39. The control unit of the second motor is connected to the controller via an interface.

The display devices 10A and 10B including the first to fourth extension members 12a to 12d and 32a to 32d are automatically (automatically) clockwise and counterclockwise around the center of the display device 10A and 10B by the first motor. (See Fig. 6). The display devices 10A and 10B including the first to fourth extension members 12a to 12d and 32a to 32d are automatically (automatically) moved up and down along the support column 37 in the vertical direction upward and vertical direction downward by a linear motor. (See Fig. 7). The display devices 10A and 10B including the first to fourth extension members 12a to 12d and 32a to 32d automatically rotate (automatically) around the support column 37 in the direction around the support column 37 (see FIG. 8).

The display devices 10A and 10B (controller (cloud server or physical server)) have communication means for transmitting and receiving predetermined data to and from other servers using the Internet (predetermined network). The display devices 10A and 10B (controller (cloud server 36 or physical server)) implement image photographing means for photographing an object or a user by using a digital camera 24, and the object or the user photographed by the photographing means. Implement the image data transmission means for transmitting the image data of the above to another server by using the communication means. The display devices 10A and 10B (controller (cloud server 36 or physical server)) use communication means to transfer image data of an object or a third party facing the user via the display devices 10A and 10B to another. An image data receiving means received from a server is implemented, and an image data output means for outputting (displaying) an image of an object or a third party received by the image data receiving means on the front panel 17 is implemented.

The display devices 10A and 10B (controller (cloud server 36 or physical server)) implement a voice sound collecting means for collecting the user's sound by using the microphone 25, and collect the sound by the voice sound collecting means. Implement a voice data transmission means for transmitting a user's voice data to another server by using a communication means. The display devices 10A and 10B (controller (cloud server 36 or physical server)) transmit voice data of a third party that interacts with the user via the display devices 10A and 10B from another server by using a communication means. The voice data receiving means for receiving is carried out, and the voice output means for sounding (outputting) the voice of a third party received by the voice data receiving means by using the speaker 29 is carried out.

When the display devices 10A and 10B (controller (cloud server 36 or physical server)) collect the request sounded by the user by the voice sound collecting means, various plurality of display devices 10A and 10B (controller (cloud server 36 or physical server)) respond to the request by using the request as a keyword. Implement the website introduction information receiving means to receive the website introduction information of the website from other servers using the communication means, and output the website introduction information received by the website introduction information receiving means to the front panel 17. When a predetermined website is specified from various websites output (displayed) by the website introduction information output means while implementing the website introduction information output means to be (displayed), the specified website is displayed in front. Implement the website output means to output (display) on the panel 17.

When the display devices 10A and 10B (controller (cloud server 36 or physical server)) collect the request sounded by the user by the voice sound collecting means, various kinds related to the request item are used as keywords. Request-related data is received from another server using a communication means. The request-related data receiving means is implemented, and the request-related data received by the request-related data receiving means is output (displayed) on the front panel 17. Requests Implement related data output means.

The display devices 10A and 10B (controller (cloud server 36 or physical server)) implement translation means for translating the voice pronounced by the user and the voice of a third party received from another server into a predetermined language. , The translated voice output means for outputting the voice of the user translated by the translation means and the voice of a third party by using the speaker 29 is implemented. When a command for executing a predetermined process is input to a predetermined electric device by an IOT, the display devices 10A and 10B (cloud server 36 or a physical server) perform a predetermined process corresponding to the command on the Internet (communication means). A process execution means for causing an electric device to execute a predetermined process while transmitting to the electric device by using the above.

The display devices 10A and 10B (controller (cloud server 36 or physical server)) implement the first display starting means for activating the display devices 10A and 10B when a person is detected by the motion sensor 26, and the motion is felt. After the sensor 26 detects a person, when the person is no longer detected, the first display stopping means for stopping the activated display devices 10A and 10B is implemented.

The display devices 10A and 10B (controller (cloud server 36 or physical server)) are activated by the display first activation means, and then the person who photographed the person located in front of the front panel 17 by the photographing means. The result of carrying out the first image data comparison means for comparing the image data of the user and the image data of the user stored in advance, and comparing the image of the photographed person and the image of the stored user by the first image data comparison means. When the image of the photographed person and the image of the stored user are different, the first display stopping means is implemented.

When the display devices 10A and 10B (controller (cloud server 36 or physical server)) collect the activation message pronounced by the user by the voice collecting means, the voice of the user's activation message and the voice of the user's activation message are collected in advance. As a result of implementing the first voice comparison means for comparing the voice of the memorized user and comparing the voice of the activation message with the voice of the memorized user by the first voice comparison means, the voice of the activation message and the stored use When the voice of the user is the same, the second display starting means for activating the display devices 10A and 10B is implemented, and when the stop message uttered by the user is collected by the voice collecting means, the activated display is performed. A second display stopping means for stopping the devices 10A and 10B is implemented.

The display devices 10A and 10B (controller (cloud server 36 or physical server)) detect a person by the human sensor 26, and the light detection sensor 27 detects the light around the display devices 10A and 10B. If not, the first lighting means for activating the LED lighting 28 is implemented, and the human sensor 26 does not detect a person, or the light detection sensor 27 detects the light around the display devices 10A and 10B. The first lighting means for turning off the activated LED lighting 28 is implemented.

The display devices 10A and 10B (controller (cloud server 36 or physical server)) activate the LED lighting 28 by the lighting first activation means, and then photograph a person located in front of the front panel 17 by the photographing means. The second image data comparison means for comparing the image data of the photographed person with the image data of the user stored in advance is carried out, and the image of the photographed person and the stored image of the user are compared with the second image data comparison means. As a result of comparison, when the image of the photographed person and the image of the stored user are different, the first lighting stop means is implemented.

When the display devices 10A and 10B (controller (cloud server 36 or physical server)) collect the lighting activation message pronounced by the user by the voice collecting means, the voice of the user's lighting activation message collected. The second voice comparison means for comparing the voice of the user and the voice of the user stored in advance was carried out, and the voice of the lighting activation message was compared with the voice of the stored user by the second voice comparison means. When the user's voice memorized as " A second lighting means for turning off the turned off LED lighting 28 is implemented.

When the display devices 10A and 10B (controller (cloud server 36 or physical server)) collect the display swivel message pronounced by the user by the voice collecting means, the display devices 10A and 10B are rotated clockwise or in the clockwise direction. Implement a display turning means that automatically turns in the counterclockwise direction. When the display devices 10A and 10B (controller (cloud server 36 or physical server)) collect the display vertical movement message pronounced by the user by the voice sound collecting means, the display devices 10A and 10B are moved upward in the vertical direction or upward. Implement display vertical movement means that automatically moves up and down in the vertical direction. The display devices 10A and 10B (controller (cloud server 36 or physical server)) rotate the display devices 10A and 10B clockwise or left when the display rotation message pronounced by the user is collected by the voice collecting means. Implement a display rotating means that automatically rotates in the clockwise direction.

Hereinafter, the start / stop, turning, vertical movement, and rotation of the display device 10A will be described by exemplifying the display device 10A, and the start / stop of the LED lighting 28 will be described. The rotation and the start and stop of the LED lighting 28 are the same as those of the display device 10A. An example of starting and stopping the display device 10A is as follows. When the user is located near the display device 10A (a distance of 50 to 500 cm from the display device 10A) and in front of the front panel 17, the motion sensor 26 detects the user (person), and the motion sensor 26 detects the user (person). Send a human detection signal to the controller. The controller (cloud server 37 or physical server) that has received the human detection signal turns on the ON / OFF switch of the display device 10A to start the display device 10A (display first starting means).

After the motion sensor 26 detects the user (person), when the user separates from the front of the front panel 17 and the motion sensor 26 no longer detects the user (person), the motion sensor 26 stops the user (person). Send a non-detection signal to the controller. The controller (cloud server 36 or physical server) that has received the human non-detection signal turns off the ON / OFF switch of the display device 10A to stop the display device 10A (display first stop means).

In the display device 10A (including the display device 10B), the human sensor 26 detects the presence or absence of a person in front of the front panel 17, and when the human sensor 26 detects a person, the display device 10A is automatically activated. When a person is no longer detected by the human sensor 26, the activated display device 10A can be automatically stopped, and the display device 10A is automatically started and stopped using the human sensor 26. be able to.

The controller (cloud server 36 or physical server) activates the display device 10A by the display first activation means, and then captures a photographing signal for capturing a face image of a user (person) located in front of the front panel 17. Is transmitted to the control unit of the digital camera 24, and the face image of the user (person) located in front of the front panel 17 is photographed using the digital camera 24 (image photographing means), and the photographed person (user) is photographed. The face image data (image data) of the user and the user's face image data (image data) stored in advance are compared (image data first comparison means).

The controller (cloud server 36 or physical server) uses the first image data comparison means to compare the photographed person's (user's) face image data (image data) and the stored user's face image data (image data). As a result of comparison, when the photographed person's (user's) face image data and the stored user's face image data are different, the ON / OFF switch of the display device 10A is turned off to stop the display device 10A (display No. 1). 1 Stop means). Since the display device 10A (including the display device 10B) stops the activated display device 10A when the user of the display device 10A and the person who took the picture are different, only a legitimate user is allowed to use the display device 10A. This makes it possible to prevent unauthorized use of the display device 10A.

Another example of starting and stopping the display device 10A is as follows. The user of the display device 10A moves to the vicinity of the display device 10A (a distance of 50 to 500 cm from the display device 10A) and sounds an activation message (for example, ON, activation, etc.) of the display device 10A. The activation message pronounced by the user is collected by the speaker 29, and the electric signal of the activation message is transmitted to the controller (voice sound collecting means). The controller (cloud server 36 or physical server) that receives the electrical signal of the activation message is the voice data (voice) of the user's activation message collected by the voice sound collecting means and the user's voice data stored in advance. As a result of comparing (voice) with (voice first comparison means) and comparing the voice data of the activation message with the stored voice data of the user by the voice first comparison means, the voice data of the activation message and the stored user When the audio data of the above is the same, the display device 10A is activated (ON) (display second activation means).

When the display device 10A is stopped (OFF), the user pronounces a stop message (for example, OFF, stop, etc.) of the display device 10A. The stop message pronounced by the user is collected by the speaker 29, and the electric signal of the stop message is transmitted to the controller (voice sound collecting means). The controller (cloud server 36 or physical server) that has received the electric signal of the stop message stops (OFF) the activated display device 10A (display second stop means). The operation of starting and stopping the display device 10A can also be performed by a remote controller (not shown).

The display device 10A (including the display device 10B) compares the voice of the activation message with the voice of the memorized user, and when the voice of the activation message and the voice of the memorized user are the same, the display device 10A is used. Since it is activated, not only can the display device 10A be activated only by the voice of the user, but also if the voice of the activation message and the stored voice of the user are different, the display device 10A will not be activated. Only a legitimate user can activate the display device 10A, and unauthorized use of the display device 10A can be prevented. The display device 10A (including the display device 10B) can automatically stop the display device 10A by a stop message pronounced by the user, and can automatically start and stop the display device 10A by the voice of the user. ..

An example of starting and stopping the LED lighting 28 installed on the second to fourth extending members 12a to 12d of the display device 10A is as follows. When the user is located near the display device 10A (a distance of 50 to 500 cm from the display device 10A) and in front of the front panel 17, the motion sensor 26 detects the user (person), and the motion sensor 26 detects the user (person). Send a human detection signal to the controller. Further, when the photodetection sensor 27 does not detect the light around the display device 10A, the photodetection signal is transmitted to the controller. The controller (cloud server 36 or physical server) receives the human detection signal from the motion sensor 26, and the controller (cloud server 36 or physical server) receives the light non-detection signal from the light detection sensor 27. The LED lighting 28 is activated (ON) to illuminate the front of the front panel 17 (lighting first activation means).

After the LED lighting 28 is activated, when the user is separated from the front of the front panel 17 and the motion sensor 26 no longer detects the user (person), the motion sensor 26 uses the non-human detection signal as the controller. Send. The controller (cloud server 36 or physical server) that has received the human non-detection signal from the motion sensor 26 stops (turns off) the activated LED lighting 28 (lighting first extinguishing means). Alternatively, when the periphery of the display device 10A becomes bright due to, for example, natural light after the LED lighting 28 is activated and the light detection sensor 27 detects the light around the display device 10A, the light detection sensor 27 is a non-light detection signal. To the controller. The controller (cloud server 36 or physical server) that has received the light non-detection signal from the light detection sensor 27 stops (turns off) the activated LED lighting 28 (lighting first extinguishing means).

In the display device 10A (including the display device 10B), the human sensor 26 detects the presence or absence of a person in front of the front panel 17, and the light sensor 27 detects a person by the human sensor 26. When the light around the display device 10A is detected and the light is not detected by the light sensing sensor 27, the LED lighting 28 can be automatically activated, and when the human sensor 26 does not detect a person, or the light sensing sensor. When the light is detected by 27, the activated LED lighting 28 can be automatically turned off, and the LED lighting 28 can be automatically started and stopped by using the human sensor 26 and the light sensing sensor 27. ..

The controller (cloud server 36 or physical server) activates the LED lighting 28 by the lighting first activation means, and then captures a shooting signal for capturing a face image of a user (person) located in front of the front panel 17. Is transmitted to the control unit of the digital camera 24, and the face image of the user (person) located in front of the front panel 17 is photographed using the digital camera 24 (image photographing means), and the photographed person (user) is photographed. The face image data (image data) of the user and the user's face image data (image data) stored in advance are compared (image data second comparison means).

The controller (cloud server 36 or physical server) uses a second image data comparison means to compare the photographed person's (user's) face image data (image data) and the stored user's face image data (image data). As a result of comparison, when the photographed person (user) face image data and the stored user face image data are different, the LED lighting 28 is stopped (OFF) (lighting first extinguishing means). Since the display device 10A (including the display device 10B) stops the activated LED lighting 28 when the user of the display device 10A and the person who took the picture are different, the display including the LED lighting 28 only for a legitimate user. The device 10A can be used, and unauthorized use of the display device 10A including the LED lighting 28 can be prevented.

Another example of starting and stopping the LED lighting 28 is as follows. The user of the display device 10A moves to the vicinity of the display device 10A (a distance of 50 to 500 cm from the display device 10A) and sounds a lighting activation message (for example, lighting ON, LED activation, etc.). The lighting activation message pronounced by the user is collected by the speaker 29, and the electric signal of the lighting activation message is transmitted to the controller (voice sound collecting means). The controller (cloud server 36 or physical server) that receives the electric signal of the lighting activation message receives the voice data (voice) of the user's lighting activation message collected by the voice sound collecting means and the user's voice stored in advance. As a result of comparing the data (voice) (voice second comparison means) and comparing the voice data of the lighting activation message with the stored voice data of the user by the voice second comparison means, the voice data and storage of the lighting activation message are stored. When the voice data of the user is the same, the LED lighting 28 is activated (lighting second activation means).

When the LED lighting 28 is stopped (OFF), the user sounds a lighting stop message (for example, lighting OFF, LED stop, etc.) of the LED lighting 28. The lighting stop message pronounced by the user is collected by the speaker 29, and the electric signal of the lighting stop message is transmitted to the controller (voice sound collecting means). The controller (cloud server 36 or physical server) that has received the electric signal of the lighting stop message stops (turns off) the activated LED lighting 28 (lighting second extinguishing means). The LED lighting 28 can be started or stopped by a remote controller (not shown).

The display device 10A (including the display device 10B) compares the voice of the lighting activation message with the memorized user's voice, and when the lighting activation message's voice and the memorized user's voice are the same, the LED lighting Since the 28 is activated, not only the LED lighting 28 can be activated only by the user's voice, but also the LED lighting 28 can be activated when the voice of the lighting activation message and the stored user's voice are different. Therefore, only a legitimate user can use the display device 10A including the LED lighting 28, and unauthorized use of the display device 10A including the LED lighting 28 can be prevented. The display device 10A (including the display device 10B) can automatically stop the LED lighting 28 by the lighting stop message pronounced by the user, and can automatically start and stop the LED lighting 28 by the user's voice. can.

An example of automatic turning of the display device 10A (including the display device 10B) is as follows. A user located in the vicinity of the display device 10A (a distance of 50 to 500 cm from the display device 10A) pronounces a display turn message (eg, turn right, turn left, etc.). The display swivel message pronounced by the user is collected by the speaker 29, and the electric signal of the display swivel message is transmitted to the controller (voice sound collecting means). The controller (cloud server 36 or physical server) that receives the electric signal of the display turning message activates the first motor when the display turning message is turning clockwise, and the first to fourth motors are rotated by the rotation of the first motor. The display device 10A including the extension members 12a to 12d is swiveled in a clockwise direction (display swivel means), and when the display swivel message is swivel to the left, the first motor is started and the first to first motors are rotated by the rotation of the first motor. 4 The display device 10A including the extending members 12a to 12d is swiveled in the counterclockwise direction (display swivel means). The display turning means can be implemented after the display device 10A is started by the display first starting means or the display second starting means. Further, the turning operation of the display device 10A can also be performed by a remote controller (not shown).

In the display device 10A (including the display device 10B), the display device 10A automatically moves in the clockwise direction and the counterclockwise direction (automatically) by the swivel message voice in the clockwise direction or the counterclockwise direction of the user. Since it turns, the front panel 17 can be changed to either a vertically long portrait state or a horizontally long landscape state only by the user's voice, and the front panel 17 can be changed according to the user's voice. It can be automatically changed to either portrait or landscape.

An example of automatic vertical movement of the display device 10A (including the display device 10B) is as follows. A user located in the vicinity of the display device 10A (a distance of 50 to 500 cm from the display device 10A) pronounces a display vertical movement message (for example, ascending (extending), descending (expanding), etc.). The swirling message pronounced by the user is collected by the speaker 29, and the electric signal of the swirling message is transmitted to the controller (voice sound collecting means). The controller (cloud server 36 or physical server) that receives the electric signal of the display vertical movement message activates the linear motor when the display vertical movement message rises (extends), and the first to first steps are driven by driving the linear motor. 4 The display device 10A including the extending members 12a to 12d is moved upward (moved) along the support column in the vertical direction (display vertical movement means). When the display vertical movement message is descending (contracting), the linear motor is activated, and the display device 10A including the first to fourth extending members 12a to 12d is descended vertically and downward along the support column by driving the linear motor. Move) (display up / down movement means). The display vertical movement means can be implemented after the display device 10A is activated by the display first activation means or the display second activation means. Further, the vertical movement operation of the display device 10A can also be performed by a remote controller (not shown).

In the display device 10A (including the display device 10B), the display device 10A automatically (automatically) moves up and down in the vertical direction upward and vertical direction downward by the vertical movement message voice of the user in the vertical direction upward or vertical direction downward. Since it moves, the front panel 17 can be automatically moved up and down in the vertical direction and downward in the vertical direction only by the voice of the user, and the position of the front panel 17 in the vertical direction is automatically changed according to the voice of the user. In addition, the vertical position of the front panel 17 can be adjusted to a position that is easy for the user to see.

An example of automatic rotation of the display device 10A (including the display device 10B) is as follows. A user located in the vicinity of the display device 10A (a distance of 50 to 500 cm from the display device 10A) sounds a display rotation message (for example, right rotation, left rotation, etc.). When the display rotation message is rotated clockwise, the controller (cloud server 36 or physical server) that receives the electric signal of the display rotation message activates the second motor, and the rotation of the second motor causes the first to fourth extension. The display device 10A including the projecting members 12a to 12d is rotated clockwise around the support column 37 (display rotating means). When the display rotation message is rotated counterclockwise, the second motor is activated, and the rotation of the second motor causes the display device 10A including the first to fourth extension members 12a to 12d to rotate counterclockwise around the support column 37. (Display rotation means). The display rotating means can be implemented after the display device 10A is started by the display first starting means or the display second starting means. Further, the rotation operation of the display device 10A can also be performed by a remote controller (not shown).

In the display device 10A (including the display device 10B), the display device 10A automatically rotates in the clockwise direction and the counterclockwise direction of the support 37 around the support column 37 by the rotation message voice of the user. Even if it is in the position, the front panel 17 can be automatically moved to a position where the user can easily see it only by the user's voice, and the front panel 17 is made visible to the user according to the user's voice. be able to.

FIG. 14 is a diagram showing an example of a menu screen output to the front panel 17 of the display device 10A, and FIG. 15 is a diagram showing an example of a website introduction information screen output to the front panel 17 of the display device 10A. Is. FIG. 16 is a diagram showing an example of an online medical care screen output on the front panel 17 of the display device 10A. In FIGS. 14 to 16, the columns 37 and the stand 39 are not shown. Hereinafter, the use of the website will be described by exemplifying the display device 10A, but the use of the website by the display device 10B is the same as that of the display device 10A.

When the display device 10A is activated, a standby screen (not shown) is output (displayed) on the front panel 17 of the display body 11. A terrestrial digital broadcasting icon, a BS digital broadcasting icon, a CS digital broadcasting icon, a game icon, a display system icon, and an OFF button are output (displayed) on the standby screen. When the OFF button is tapped (clicked), a message indicating OFF is sounded, or the OFF button on the remote controller is pressed, the display device 10A is turned off and the display device 10A is stopped (the same applies to the following OFF buttons). ).

By tapping (clicking) the terrestrial digital broadcasting icon, BS digital broadcasting icon, or CS digital broadcasting icon, or by sounding a message indicating the broadcasting icon and determining the broadcasting icon with the remote control, the display device 10A (display device 10B) can be operated. (Including) allows you to watch various broadcasts. By tapping (clicking) the game icon, pronouncing a message indicating the game icon, or determining the game icon with the remote control, various games can be played by the display device 10A (including the display device 10B). .. A series of operations (broadcast channel change, volume, playback, recording, etc.) of the display device 10A (including the display device 10B) can be performed by voice or a remote controller (not shown).

When the user uses the display system, tap the display system icon on the standby screen, sound a message indicating the display system icon, or determine the display system icon with the remote control. When the display system icon is tapped, pronounced (collected by voice collecting means), or determined, the menu screen shown in FIG. 14 is output (displayed) on the front panel 17 of the display body 11. On the menu screen of FIG. 14, a website introduction icon 14a, a request item display icon 14b, an IOT icon 14c, a translation icon 14d, and an OFF button 14e are output (displayed).

To view the desired website, the user taps the website introduction icon 14a, sounds a message indicating the website introduction icon 14a, or determines the website introduction icon 14a by the remote control. When the website introduction icon 14a is tapped or pronounced (sound is collected by voice collecting means) or determined, a request input screen is output (displayed) on the front panel 17 of the display body 11 (not shown). On the request item input screen, a request item input area for inputting a request item (keyword), a request item determination button, a clear button, and an OFF button are output (displayed). Tap (click) the clear button to clear the request (data) entered in the input area and enter the data again (the same applies to the clear button below).

The user inputs a predetermined request in the request input area, and then taps the request decision button. Or, pronounce a message indicating a predetermined request. The request message pronounced by the user is collected by the microphone 25, and the electric signal of the request (keyword) is transmitted to the controller (voice sound collecting means). The request is "online medical treatment" or "remote diagnosis". When the request decision button is tapped or the request electric signal is transmitted, the controller (cloud server 36 or physical server) visits various websites corresponding to the request with the request as a keyword. The front panel 17 displays the introduction information of various websites received from other servers using the Internet (communication means) (site introduction information receiving means) and received from other servers by the website introduction information receiving means. Output (display) (website introduction information output means).

In the website introduction information output means, the controller (cloud server 36 or physical server) outputs (displays) the website introduction information screen shown in FIG. 15 to the front panel 17. On the website introduction information screen of FIG. 15, the website output areas 15a to 15d, the OFF button 15e, and the menu button 15f that output (display) the websites (homepages) of various medical institutions capable of online medical treatment are output. (Is displayed. When the menu button 15f is tapped (clicked) or a message indicating a menu is pronounced, the menu screen of FIG. 14 is output (displayed) on the front panel 17 (the same applies to the following menu buttons and menu messages). By scrolling the website introduction information screen in the vertical direction, the websites (homepages) of various other medical institutions can be displayed.

The user taps (selects) the desired medical institution from the medical institution's website (homepage) output (displayed) on the website introduction information screen of FIG. 15, or sounds a message indicating the desired medical institution. Alternatively, when the website (homepage) of the desired medical institution is determined by the remote control, the controller (cloud server 36 or physical server) logs in to the server of the designated (selected) medical institution and is designated (selected). The website (homepage) of the medical institution is output to the front panel 11 (website output means), and the procedure for online medical treatment is started. When the prescribed procedure is completed, online medical treatment will start. When the online medical treatment is started, the controller (cloud server 36 or physical server) photographs the user using the digital camera 24 (imaging means), and captures the image data of the user captured by the photographing means. It is transmitted to a server (other server) of a medical institution using the Internet (communication means) (image data transmission means). Although not shown, a user's image (moving image or 3D image) is output (displayed) on a display connected to a server of a medical institution.

The controller (cloud server 36 or physical server) uses the Internet (communication means) to transfer the image data of the doctor (third party) who faces the user via the display device 10A to the server (other) of the medical institution. The image (video or 3D image) of the doctor (third party) received from the server) (image data receiving means) and received by the image data receiving means is output (displayed) on the front panel 17 of the display device 10A (image data). Output means). The online medical treatment screen shown in FIG. 16 is output (displayed) on the front panel 17, and online medical treatment is started. On the online medical examination screen of FIG. 16, a doctor video output area 16a for outputting (displaying) a video of a doctor at a medical institution, a comment output area 16b for outputting (displaying) a doctor's comment during a medical examination, an OFF button 16c, and a menu button are displayed. 16d is output (displayed).

The controller (cloud server 36 or physical server) outputs (displays) the video of the doctor on the front panel 17 of the display device 10A, and collects the user's voice using the microphone 25 (the sound of the user is collected (displayed). The voice data of the user collected by the voice collecting means) and the voice collecting means is transmitted to the server (other server) of the medical institution using the Internet (communication means) (voice data transmitting means). The controller (cloud server 36 or physical server) receives voice data of a doctor (third party) interacting with the user via the display device 10A from another server using the Internet (communication means) ( (Voice data receiving means), the voice of a doctor (third party) received by the voice data receiving means is pronounced (output) by using the speaker 29 (voice output means).

In online medical care, the display device 10A and the server of the medical institution are connected via the Internet (communication means), and face-to-face medical care is performed by images and voice between the user and the doctor of the medical institution. The display device 10A (including the display device 10B) is used not only for online medical treatment, but also for online classes, online seminars, online English conversation, online classes (cooking classes, tea classes, flower classes, writing classes, fitness, etc.). You can do anything that is done in. Further, the display device 10A (including the display device 10B) can output (display) any website corresponding to the user's request.

The display device 10A (including the display device 10B) outputs (displays) website introduction information of various websites corresponding to the requests pronounced by the user to the front panel 17, and is desired by the user. The website introduction information can be output (displayed) on the front panel 17 only by voice, and the specified website can be output (displayed) on the front panel 17, and the desired website requested by voice can be confirmed. By doing so, the user can obtain various information that is useful to him / herself.

FIG. 17 is a diagram showing an example of a request-related site introduction information screen output to the front panel 17 of the display device 10A. In FIG. 17, the support column 38 and the stand 39 are not shown. Hereinafter, the output of the required items will be described by exemplifying the display device 10A, but the output of the requested items by the display device 10B is also the same as that of the display device 10A.

To see the related information (related data) related to the request, the user taps the request display icon 14b on the menu screen of FIG. 14, or sounds a message indicating the request display icon 14b, or The request item display icon 14b is determined by the remote controller. When the request item display icon 14b is tapped, pronounced (sound collected by voice collecting means), or determined, a request item input screen is output (displayed) on the front panel 17 of the display body 11 (not shown). On the request item input screen, a request item input area for inputting a request item (keyword), a request item determination button, a clear button, and an OFF button are output (displayed).

The user inputs a predetermined request in the request input area, and then taps the request decision button. Or, pronounce a message indicating a predetermined request. The request message pronounced by the user is collected by the microphone 25, and the electric signal of the request (keyword) is transmitted to the controller (voice sound collecting means). The request is "sneaker shopping" or "sneaker shopping". When the request determination button is tapped or the electric signal of the request is transmitted, the controller (cloud server 36 or physical server) is associated with various requests corresponding to the request with the request as a keyword. Receive the site (various request-related data related to the request with the request as a keyword) from the servers (other servers) of various sneaker makers using the Internet (communication means) (request-related data reception). Means), request-related data Outputs the introduction information of various sneaker makers' sites (introduction information of various requests-related sites) received from the sneaker maker's server (other server) by the receiving means to the front panel 17. (Display) (Request related site introduction information output means).

In the request-related site introduction information output means, the controller (cloud server 36 or physical server) outputs (displays) the request-related site introduction information screen shown in FIG. 17 to the front panel 17. Requests in Fig. 17 On the related site introduction information screen, the website output areas 17a to 17d, the OFF button 17e, and the menu button that output (display) the websites (homepages) of various sneaker manufacturers that can shop for sneakers are displayed. 17f is output (displayed). By scrolling the request-related site introduction information screen in the vertical direction, the websites (homepages) of various other sneaker makers can be displayed.

The user taps (selects) the desired site (homepage) of the sneaker maker output (displayed) on the request-related site introduction information screen in Fig. 17, or sounds a message indicating the sneaker maker. Alternatively, when the sneaker maker's website (home page) is determined by the remote control, the controller (cloud server 36 or physical server) logs in to the designated (selected) sneaker maker's server and the designated (selected) sneaker. The manufacturer's website (home page) (request-related data received by the request-related data receiving means) is output to the front panel 17 (request-related data output means). Users shop online on the sneaker manufacturer's website (homepage). The display device 10A (including the display device 10B) can receive various request-related information related to (corresponding to) not only online shopping but also all other requests from other servers. Request-related information can be output (displayed) on the front panel 17.

The display device 10A (including the display device 10B) outputs (displays) various request-related information related to the request sounded (or input) by the user to the front panel 17, and is desired by the user. Various request-related information can be output (displayed) on the front panel 17 only by voice (or input), and the user can check the desired request-related information requested by voice (or input) by himself / herself. You can get various information that is useful for you.

FIG. 18 is a diagram showing an example of a foreigner introduction information screen output to the front panel 17 of the display device 10A, and FIG. 19 shows an example of an online dialogue screen output to the front panel 17 of the display device 10A. It is a figure. In FIGS. 18 and 19, the columns 37 and the stand 39 are not shown. Hereinafter, the online dialogue will be described by exemplifying the display device 10A, but the online dialogue by the display device 10B is also the same as that of the display device 10A.

When the user wishes to translate, tap the translation icon 14d on the menu screen of FIG. 14, sound a message indicating the translation icon 14d, or determine the translation icon 14d by the remote controller. When the translation icon 14c is tapped or pronounced (sound collected by voice collecting means) or determined, a translation request input screen is output (displayed) on the front panel 17 of the display body 11 (not shown). On the translation request input screen, a translation request input area for inputting a translation request (keyword), a translation request determination button, a clear button, and an OFF button are output (displayed).

The user inputs a predetermined translation request in the translation request input area, and then taps the translation request determination button. Alternatively, pronounce a message indicating a predetermined translation request. The translation request message pronounced by the user is collected by the microphone 25, and the electric signal of the translation request (keyword) is transmitted to the controller (voice sound collecting means). The translation request is "translation into English". When the translation request determination button is tapped or the electrical signal of the translation request is transmitted, the controller (cloud server 36 or physical server) responds to the translation request with the translation request as a keyword in Japanese. → Output (display) the English translation screen (not shown) on the front panel 17.

The user pronounces the word he / she wants to translate on the Japanese → English translation screen, or enters the word he / she wants to translate in the text input area of the Japanese → English translation screen and taps the translate button. When you tap the translate button, the controller (cloud server or physical server) translates Japanese into English using a translation application (translation means) and outputs the translated English to the Japanese → English translation screen (display). )do.

Further, when the translation request is "foreigner dialogue" or "foreign friend conversation" and the translation request determination button is tapped or the electric signal of the translation request is transmitted, the controller (cloud server 36 or physical). Server) uses the translation request as a keyword to connect various interactive foreigners (including the URL (contact information) of the foreigner (third party)) corresponding to the translation request to the Internet (communication means). The referral information (URL) of various foreigners (third parties) received from other servers by using (foreigner referral information receiving means) and received from other servers by the foreigner referral information receiving means is displayed in front of the server. Output (display) on the panel 17 (foreigner introduction information output means).

In the foreigner introduction information output means, the controller (cloud server 36 or physical server) outputs (displays) the foreigner introduction information screen shown in FIG. 18 to the front panel 17. On the foreigner introduction information screen of FIG. 18, the foreigner output areas 18a to 18d, the OFF button 18e, and the menu button 18f that output (display) a plurality of interactive foreigners (third parties) are output (displayed). To. By scrolling the foreigner introduction information screen in the vertical direction, a plurality of other foreigners (third parties) can be displayed.

The user taps (selects) the foreigner (URL) who wants to talk from the foreigner who is output (displayed) in the foreigner output areas 18a to 18d of the foreigner introduction information screen in FIG. 18, or the foreigner who wants to talk. When a message indicating a person is sounded or the foreigner who wants to talk is determined by the remote control, the controller (cloud server 36 or physical server) logs in to the specified (selected) foreigner's server for dialogue. , The image of the designated (selected) foreigner is output to the front panel 17 (foreigner output means), and the dialogue with the foreigner is started. When the dialogue is started, the controller (cloud server 36 or physical server) takes a picture of the user using the digital camera 24 (image taking means), and the image data of the user taken by the taking means is taken on the Internet. It is transmitted to the server (other server) of the foreigner to be interacted with by using (communication means) (image data transmission means). Although not shown, a user's image (moving image or 3D image) is output (displayed) on the display connected to the server of the foreigner to be interacted with.

The controller (cloud server 36 or physical server) uses the Internet (communication means) to transfer image data of a foreigner (third party) who faces the user via the display device 10A to the foreigner's server (other). (Image data receiving means), and outputs (displays) an image (video or 3D image) of a foreigner (third party) received by the image data receiving means on the front panel 17 of the display device 10A (display). Image data output means). The online dialogue screen shown in FIG. 19 is output (displayed) on the front panel 17, and the dialogue is started. On the online dialogue screen of FIG. 19, the foreigner video output area 19a for outputting (displaying) the video of the foreigner to be dialogued, the conversation output area 19b for outputting (displaying) the conversation of the foreigner during the dialogue, and the OFF button 19c. , Menu button 19d is output (displayed).

The controller (cloud server 36 or physical server) outputs (displays) the moving image of a foreigner on the front panel 17 of the display device 10A, and collects the user's voice using the microphone 25. (Voice collecting means), the voice data of the user collected by the voice collecting means is translated into a language that can be heard by the foreigner to be interacted with by using the translation application (translation means). The controller (cloud server 36 or physical server) transmits the user's voice data translated by the translation means to a foreign server (another server) using the Internet (communication means) (voice data transmission means). ). The translated user's voice is output (pronounced) from a speaker connected to a foreigner's server.

The controller (cloud server 36 or physical server) receives voice data of a foreigner (third party) interacting with the user via the display device 10A from another server using the Internet (communication means). (Voice data receiving means), the voice data of a foreigner received by the voice data receiving means is translated into a language that can be heard by the user using a translation application (translation means). The controller (cloud server 36 or physical server) outputs (pronounces) the voice of a foreigner translated by the translation means using the speaker 29 (voice output means). In the conversation output area 19b, the translated voice of the user in a foreign language is output (displayed) in chronological order, and the translated voice of the foreigner is output (displayed) in chronological order.

In the online dialogue, the display device 10A and the foreigner's server are connected via the Internet (communication means), a face-to-face dialogue is performed between the user and the foreigner by image and voice, and both can be understood by the translation means. Translated into various languages. The display device 10A (including the display device 10B) translates all foreign information into a language that can be understood by the user, not only by online dialogue but also by translation means. The display device 10A (including the display device 10B) translates the voice of the user and the voice of a foreigner (third party) into a predetermined language, and uses the speaker 29 to translate the voice of the user and the voice of the foreigner. It is possible to communicate with foreigners in different languages through dialogue, convey various useful information to foreigners in other countries, and obtain various useful information from foreigners in other countries. Can be done.

FIG. 20 is a diagram showing an example of an IOT target device selection screen output to the front panel 17 of the display device 10A. In FIG. 20, the support column 37 and the stand 39 are not shown. Hereinafter, the operation of the electric appliances by the IOT (Internet of Things) will be described by exemplifying the display device 10A, but the operation of the electric appliances by the IOT in the display device 10B is also the same as that of the display device 10A.

When the user wishes to operate the electric appliance by IOT, tap the IOT icon 14c on the menu screen of FIG. 14, sound a message (for example, IOT) indicating the IOT icon 14c, or use the remote control to sound the IOT icon. Determine 14c. When the IOT icon 14c is tapped or sounded (sound collected by voice collecting means) or determined, the controller (cloud server 36 or physical server) displays the IOT target device selection screen shown in FIG. 20 on the front panel 17 of the display body 11. Output (display) to.

On the IOT target device selection screen of FIG. 20, the IOT target device output area 20a, the OFF button 20b, and the menu button 20c that output (display) the IOT target device are output (displayed). In the IOT target device output area 20a, refrigerators, air conditioners, washing machines, water heaters, lighting equipment, and cleaning robots are output (displayed) as target devices (electric appliances), but the target devices (electric appliances) are. Not limited to those shown, the target equipment (electrical appliances) includes all electrical equipment that can be operated by IOT.

The user taps an electric appliance (target device) operated by IOT from the output area 20a of the IOT target device, sounds a message indicating the IOT target device (for example, a refrigerator, an air conditioner, etc.), or uses a remote controller to perform IOT. Determine the target device. When an electric appliance (target device) is tapped or pronounced (sound collected by voice collecting means) or determined, the electric device identification information of the electric appliance tapped or pronounced or determined is transmitted from the controller to the cloud server 36 (or physical server). Will be sent to. The cloud server 36 (or a physical server) identifies the IOT target device by the electrical device identification information, and selects a process (job) instructing the identified IOT target device. The cloud server 36 (or a physical server) sends the selected process to the electric appliance (target device) using the Internet, and causes the electric appliance to execute the selected process (process execution means). The electric appliance executes each process transmitted from the cloud server 36 (or a physical server) via the Internet.

The process of making the refrigerator run by IOT includes door open / close control, family safety confirmation based on the door open / close, message function to pronounce a message from the refrigerator, remote control of the refrigerator temperature, etc. The process of causing the air conditioner to be executed by IOT includes remote control of air conditioner switch ON / OFF, remote control of wind speed and temperature, timer setting by remote control, mode switching by remote control, and the like. The process of causing the washing machine to be executed by the IOT includes remote control of the washing machine switch ON / OFF, setting of a course suitable for the laundry, confirmation of the washing status, and the like. The process of causing the water heater to be executed by IOT includes remote control of the switch ON / OFF of the water heater, remote control of temperature, remote control of the amount of water, and the like. The process of causing the luminaire to be executed by the IOT includes remote control of the switch ON / OFF of the luminaire, remote control of the brightness of the luminaire, dimming of the luminaire, and the like. The process of causing the cleaning robot to execute by IOT includes remote control of the switch ON / OFF of the cleaning robot, remote control of the output of the cleaning robot, and the like.

Since the display device 10A (including the display device 10B) causes the electric equipment (refrigerator, air conditioner, washing machine, water heater, lighting equipment, cleaning robot) to execute a predetermined process corresponding to the command by the IOT, the user can use it. Various desired processes can be executed by the electric appliance via the IOT, and the electric appliance can be operated by remote control using the IOT.

10A display device (display system)
10B display device (display system)
11 Display body 12a to 12d 1st to 4th extension members (1st to 4th extension parts)
13 1st end edge 14 2nd end edge 15 1st side edge 16 2nd side edge 17 Front panel 18 Back area 19a to 19d 1st to 4th inner peripheral edges 20a to 20d 1st to 4th outer peripheral edges 21 Front opening 22 Fabric 23a-23d 1st-4th mounting plates 24 Digital camera (camera)
25 Microphone 26 Motion sensor 27 Photodetection sensor 28 LED lighting 29 Speaker 30a to 30d 1st to 4th virtual intersection peripheral edges 31a to 31d 1st to 4th intersection corners 32a to 32d 1st to 4th extension members (1st to 4th extension members) 1st to 4th extension part)
33a to 33d 1st to 4th mounting plates 34a to 34d 1st to 4th crossing edges 35a to 35d 1st to 4th corners 36 Cloud server 37 Supports 38 Legs 39 Stands

Claims (12)

1. Surrounded by the first and second edge edges that extend in one direction in parallel with each other, the first and second side edges that extend in the crossing direction that intersects the one direction in parallel with each other, and their edge edges and their side edges. In a display device having a front panel and a back area, which are formed into a rectangle having a predetermined area long in one direction or the crossing direction and output a predetermined image to the front panel.
   The display device has a first extending portion having a predetermined area having a first outer peripheral edge that draws an arc so as to be radially outwardly convex from the first edge, and a radial outside from the second edge. A second extending portion having a predetermined area having a second outer peripheral edge that draws an arc so as to be convex in the direction, and a third outer peripheral edge that draws an arc so as to be convex outward in the radial direction from the first side edge. It has a third extension portion having a predetermined area and a fourth extension portion having a predetermined area having a fourth outer peripheral edge that draws an arc so as to be radially outwardly convex from the second side edge. death,
   The first crossing angle portion where the first end edge and the first side edge intersect is the first connecting the first outer peripheral edge of the first extending portion and the third outer peripheral edge of the third extending portion. The second crossing corner portion extending radially outward from the virtual crossing peripheral edge and where the first end edge and the second side edge intersect is the first outer peripheral edge of the first extending portion and the fourth. The third intersection corner portion extending outward in the radial direction from the second virtual intersection peripheral edge connecting the fourth outer peripheral edge of the extending portion and where the second end edge and the first side edge intersect is the first. 2 The second outer peripheral edge of the extending portion and the third outer peripheral edge of the third extending portion extend outward in the radial direction from the third virtual intersection peripheral edge connecting the third outer peripheral edge, and the second edge and the second edge. The fourth crossing angle portion where the side edge intersects is radially outer than the fourth virtual crossing peripheral edge connecting the second outer peripheral edge of the second extending portion and the fourth outer peripheral edge of the fourth extending portion. A display device characterized by extending to.
2. In the display device, the first outer peripheral edge that draws an arc of the first extension portion and the third outer peripheral edge that draws an arc of the third extension portion are connected at the first virtual intersection peripheral edge, and the first extension portion is formed. The first outer peripheral edge that draws the arc of the portion and the fourth outer peripheral edge that draws the arc of the fourth extension portion are connected at the second virtual intersection peripheral edge, and the second outer peripheral edge that draws the arc of the second extension portion. The third outer peripheral edge that draws the arc of the third extension portion is connected at the third virtual intersection peripheral edge, and the second outer peripheral edge that draws the arc of the second extension portion and the arc of the fourth extension portion are connected. By connecting the fourth outer peripheral edge to be drawn at the fourth virtual intersection peripheral edge, the outer peripheral edge of the first to fourth extension portions and the first to fourth virtual intersection peripheral edges are connected in the one direction or the intersection direction. The display device according to claim 1, which imitates a long ellipse.
3. Surrounded by the first and second edge edges that extend in one direction in parallel with each other, the first and second side edges that extend in the crossing direction that intersects the one direction in parallel with each other, and their edge edges and their side edges. In a display device having a front panel and a back area, which are formed into a rectangle having a predetermined area long in one direction or the crossing direction and output a predetermined image to the front panel.
   The display device has a first extending portion having a predetermined area having a first outer peripheral edge that draws an arc so as to be radially outwardly convex from the first edge, and a radial outside from the second edge. A second extending portion having a predetermined area having a second outer peripheral edge that draws an arc so as to be convex in the direction, and a third outer peripheral edge that draws an arc so as to be convex outward in the radial direction from the first side edge. It has a third extension portion having a predetermined area and a fourth extension portion having a predetermined area having a fourth outer peripheral edge that draws an arc so as to be radially outwardly convex from the second side edge. death,
   The first corner where the first end edge and the first side edge intersect is the first intersection where the first outer peripheral edge of the first extending portion and the third outer peripheral edge of the third extending portion intersect. The second angle, which is located inward in the radial direction of the peripheral edge and where the first end edge and the second side edge intersect, is the first outer peripheral edge of the first extension portion and the fourth extension portion. 4 The third corner, which is located inward in the radial direction of the second crossing edge where the outer peripheral edge intersects and where the second end edge and the first side edge intersect, is the second outer edge of the second extending portion. The fourth corner where the second edge and the second side edge intersect is located in the radial direction of the third intersection where the peripheral edge and the third outer edge of the third extension intersect. , A display device characterized in that it is located radially inward of a fourth crossing peripheral edge where the second outer peripheral edge of the second extending portion and the fourth outer peripheral edge of the fourth extending portion intersect.
4. In the display device, the first outer peripheral edge that draws an arc of the first extension portion and the third outer peripheral edge that draws an arc of the third extension portion are connected at the first crossing peripheral edge, and the first extension portion. The first outer peripheral edge that draws the arc of the fourth extension portion and the fourth outer peripheral edge that draws the arc of the fourth extension portion are connected at the second crossing peripheral edge, and the second outer peripheral edge that draws the arc of the second extension portion and the first 3 The third outer peripheral edge that draws an arc of the extended portion is connected at the third crossing peripheral edge, and the second outer peripheral edge that draws the arc of the second extended portion and the fourth outer peripheral edge that draws the arc of the fourth extended portion are drawn. By connecting the outer peripheral edge at the fourth intersecting peripheral edge, the outer peripheral edge of the first to fourth extending portions and the first to fourth intersecting peripheral edges form an elliptical shape that is long in one direction or the intersecting direction. The display device according to claim 3.
5. The first to fourth aspects of claim 4, wherein the display device including the first to fourth extension portions can automatically turn clockwise and counterclockwise with respect to the central portion thereof. Display device.
6. The display device includes a support column installed in the rear area and extends in the vertical direction, and the display device including the first to fourth extending portions automatically moves up and down in the vertical direction along the support column. The display device according to any one of claims 1 to 5, which can be moved up and down.
7. The display device according to claim 6, wherein the display device including the first to fourth extension portions can automatically rotate around the support column in the clockwise direction and the counterclockwise direction of the support column.
8. A microphone that collects user's sound facing the front panel of the display is installed in at least one of the first to fourth extension portions, and the display device is provided via the microphone. Claims 5 to 7 automatically turn clockwise or counterclockwise around the center of the user when the user picks up the turning message voice in the clockwise direction or the counterclockwise direction. The display device according to any one.
9. When the display device picks up a vertical movement message voice of the user in the vertical direction upward or vertical direction downward via the microphone, the display device automatically moves up and down in the vertical direction upward or vertical direction along the support column. The display device according to any one of claims 6 to 8.
10. Claims 7 to 8 automatically rotate around the support column in the clockwise direction and the counterclockwise direction when the display device picks up the rotation message voice of the user via the microphone. The display device according to any one.
11. At least one of a camera that photographs an object facing the front panel, a speaker that emits a predetermined sound, and lighting that illuminates the front from the front panel is at least one extension of the first to fourth extension portions. The display device according to any one of claims 1 to 10 installed in a protrusion.
12. A motion sensor that detects a person when a person is positioned in front of the front panel is installed in at least one of the first to fourth extension portions, and the display device is the display device. A claim that the display device is activated when the person is detected by the motion sensor, and the activated display device is stopped when the person is no longer detected after the motion sensor detects the person. The display device according to any one of 1 to 11.

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