JP2019008227A - Information display device - Google Patents

Abstract

To provide a graphic information display device enabling a plurality of graphics which have positional information associated with each other and include an identical position to be visible in a state where the plurality of figures are concurrently displayed.SOLUTION: A graphic information display device selects graphic information of a designated display object from a plurality of display objects with respective pieces of positional information included in display contents associated with each other and displays the same on a touch panel TP. The graphic information display device: sets a display area E to display a non-deformed map M2 which includes the positional information associated with the same on a position designated by a user in a graphic screen and reflects a real positional relation on a portion of a graphic screen where a deformed map M1, a map with the real positional relation deformed, is displayed thereon; and superimposes the mon-deformed map M2 on the display area E in the graphic screen.SELECTED DRAWING: Figure 3

Description

  The present invention relates to a graphic information display device that displays graphics such as map information.

As a technique of a graphic information display device that displays a graphic such as map information, there is a technique disclosed in Patent Document 1, for example.
In the technique disclosed in Patent Literature 1, in a graphic information display device that displays a plurality of graphic information items to be displayed, any position and size that are associated with each other while maintaining the graphic display of the first display object. The second display target is displayed. The first display target is, for example, a two-dimensional topographic map, and the second display target is, for example, a three-dimensional topographic map corresponding to a part of the two-dimensional topographic map.

JP-A-11-126150

In a deformed map, the distance between objects (stations, roads, etc.) is often displayed differently from the actual distance due to reasons such as displaying character information. For this reason, for example, when the nearest station of the destination is searched using only the deformed map, there is a problem that a station different from the nearest station of the destination is actually recognized as the nearest station. To solve this problem, close the deformed map display, search the nearest station for the destination using a non-deformed map, display the deformed map again, and start from the current location. Since it is necessary to search for the route to the nearest station, the work becomes complicated.

The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a graphic information display device capable of visually recognizing a plurality of figures including the same place in a state where they are simultaneously displayed.

  In order to solve the above problems, according to one embodiment of the present invention, graphic information of a specified display target is selected from a plurality of display targets associated with position information included in display content and displayed on a display device. A graphic information display device. The graphic information display device includes a display area setting unit and an overwrite processing unit. The display area setting unit sets a display area for displaying the graphic information of the second display target on a part of the graphic screen on which the graphic information of the first display target is displayed. The overwriting processing unit displays the graphic information of the second display target in the display area, and overwrites the graphic information of the second display target on the graphic screen. Note that the first display target represents a deformed map that is a map obtained by modifying the actual positional relationship. The second display target represents a non-deformation map that includes position information associated with the position information of the position designated by the user in the graphic screen and reflects the actual positional relationship.

The first display object may be a non-deformation map and the second display object may be a deformation map.

  According to one aspect of the present invention, it is possible to provide a graphic information display device capable of visually recognizing a plurality of figures including the same position where position information is associated with each other while being displayed simultaneously. .

It is a block diagram showing the structure of the graphic information display apparatus of 1st embodiment of this invention. It is a figure showing the structure of the portable body which forms a graphic information display apparatus. It is a figure showing an example of a display. It is a figure showing an example of a display.

  A first embodiment of the present invention will be described below with reference to the drawings. In the description of the drawings referred to in the following description, the same or similar parts are denoted by the same or similar reference numerals. However, the drawings are schematic, and specific dimensions should be determined in consideration of the following description. Moreover, it is a matter of course that the drawings include portions having different dimensional relationships and ratios.

  Furthermore, the first embodiment shown below exemplifies a tablet for embodying the technical idea of the present invention, and the technical idea of the present invention is the material of components, their shapes, The structure and arrangement are not specified as follows. The technical idea of the present invention can be variously modified within the technical scope defined by the claims described in the claims. The location includes a location on the map, a location on the screen, a location represented by latitude and longitude on the map, and a location (target location).

(First embodiment)
Hereinafter, a first embodiment of the present invention will be described with reference to the drawings.
(Graphic information display device)
The configuration of the graphic information display device 1 will be described with reference to FIGS.
As shown in FIG. 1, the graphic information display device 1 includes a processing device 8 to which an input device 2, a display device 4, and a display target information storage unit 6 are connected.
The graphic information display device 1 is a device that selects graphic information of a designated display target from a plurality of display targets associated with position information included in display content and displays the selected graphic information on the display device 4. is there.

(Input device)
The input device 2 is formed using a keyboard, a mouse, a touch panel, or the like.
In the first embodiment, a case where the input device 2 is formed using a touch panel will be described.
(Display device)
The display device 4 is formed using a CRT display capable of displaying graphic images, a touch panel, or the like.
In the first embodiment, a case where the display device 4 is formed using a touch panel will be described.

That is, the graphic information display device 1 of the first embodiment is a portable tablet terminal TT in which the input device 2 and the display device 4 are combined with the touch panel TP, as shown in FIG. In FIG. 2, a home button HB to which a preset function (for example, a function to return to the initial screen) is assigned, and an imaging unit CA formed using a CCD camera or the like are shown.
The touch panel TP detects a contact state on a touch input surface (also serving as a display screen) on which a touch input (such as a finger of a hand) by the user of the graphic information display device 1 can be detected, and a touch state on the touch input surface where the touch input is performed. Part (not shown). Therefore, the display device 4 includes a touch input surface and a contact state detection unit.
The touch input surface is formed by at least a part of a display screen capable of displaying image information.
In the first embodiment, a case where the touch input surface is formed on the entire display screen will be described.

(Display target information storage unit)
The display target information storage unit 6 is means for storing and managing information on a plurality of display targets that are graphically displayed on the display device 4 such as a map database, and is formed using an external storage device such as a disk device. Yes.
1st embodiment demonstrates the case where the display object information storage part 6 is formed using a map database (DB). That is, in the first embodiment, a case where the graphic information display device 1 is applied to a system that provides map information will be described.

The map data stored in the map database (DB) includes, for example, railway data, place name data, road data, river data, and the like.
Each data included in the map data is created in units of sections divided by a preset size, and has a hierarchical data structure. In the first embodiment, as an example, a case will be described in which the mesh partition unit has two layers (a primary mesh and a secondary mesh). Note that the number of layers in the data structure is not limited to two.
Each data included in the map data is created in the data format of vector data or the data format of mesh data depending on the type of information. For example, road data, river data, and the like are created in a vector data format, and elevation data and the like are created in a mesh data format.

The plurality of display objects are associated with position information (for example, coordinate information) included in each display content.
The display contents associated with the position information include, for example, a deformed map M1 and a non-deformed map M2 as shown in FIG. 3 showing the display screen of the touch panel TP.
The deformed map M1 is a railway map corresponding to the first display target among a plurality of display targets, and the distance between objects (station, road, etc.) is displayed different from the actual distance. That is, the deformed map M1 is a map obtained by modifying the actual positional relationship.

The non-deformation map M2 is a road map corresponding to the second display target among a plurality of display targets and displaying the distance between the objects at the actual distance. That is, the non-deformation map M2 is a map reflecting an actual positional relationship.
In the deformed map M1 and the non-deformed map M2, position information included in each display content is associated with each other by information such as coordinates.

Accordingly, the second display object includes position information associated with the position information of the position designated by the user in the graphic screen on which the graphic information of the first display object representing the deformed map M1 is displayed. And the non-deformation map M2 is represented.
FIG. 3 shows an example in which the position information of the point P1 in the deformed map M1 and the position information of the point P2 in the non-deformed map M2 are associated with each other. That is, the point P1 on the deformed map M1 and the point P2 on the non-deformed map M2 are points indicating the same place.

(Processing equipment)
The processing device 8 is formed using a CPU, a memory, and the like, and includes an operating system (OS) 10 and a graphic display processing unit 20.
The operating system (OS) 10 uses the information received from the input device 2, the information output to the display device 4 using the data stored in the display target information storage unit 6, and the graphic display processing unit 20. Control the behavior.
The graphic display processing unit 20 includes an input reception processing unit 30 and a display output processing unit 40.

The input reception processing unit 30 is a unit that receives an input from the menu by the input device 2 and is a unit that sets an input for selecting a display target to be displayed on the graphic screen and a display area for displaying the selected display target. is there.
The input reception processing unit 30 includes a display target designating unit 32 and a display area designating unit 34.

The display target specifying unit 32 is a processing unit that receives an input for specifying a display target (for example, a second display target) to be displayed from a predetermined menu screen.
The display area specifying unit 34 is a processing unit that sets a display area on the graphic screen that displays the display target specified by the display target specifying unit 32.
Specifically, a display area for displaying the graphic information of the second display target is set in a part of the graphic screen on which the graphic information of the first display target is displayed. In addition to this, a display area is set at a position on the screen that is associated with position information different from the position information of the position specified by the user on the graphic screen on which the graphic information of the first display target is displayed. To do.

Therefore, as shown in FIG. 3, the display area E set by the display area designating unit 34 is set such that the non-deformation map M2 including the point P2 does not overlap the point P1 in the deformation map M1.
In the first embodiment, a case where the display area E is set as a circular area will be described as an example. The display area E may be set in an area other than a circle, such as a rectangular area.

The display output processing unit 40 graphically displays a basic display target that is a basic display target on the display device 4. Further, the display output processing unit 40 is a means for graphically displaying the selected display target that is the display target selected by the input reception processing unit 30 in the display area E set by the display target specifying unit 32.
In the first embodiment, a case will be described in which the basic display target is the first display target and the selection display target is the second display target. Therefore, in the first embodiment, the graphic information of the second display target is overwritten and displayed in the display area E set by the display area designating unit 34 in the graphic screen on which the first display target is displayed.

The display output processing unit 40 includes a basic screen display processing unit 42 and a selection display target display processing unit 44.
The basic screen display processing unit 42 is means for creating graphic information of a display target stored in the display target information storage unit 6 and displaying the created graphic information on the display device 4.
The selection display target display processing unit 44 is means for creating graphic information of a display target selected by the input reception processing unit 30 and displaying the created graphic information in the display area E set by the display area designating unit 34.

Further, the selection display target display processing unit 44, for example, changes the display state of the non-deformation map M2 in the display screen of the touch panel TP from the display state shown in FIG. 3 according to the contact state detected by the contact state detection unit. Then, the process of changing to the display state shown in FIG. 4 is performed. FIG. 4 shows a display screen of the touch panel TP as in FIG.
Specifically, one of the touch inputs to a plurality of locations touching the touch input surface simultaneously continues to touch the touch input surface, and the other one of the touch inputs to the plurality of locations is intermittently touch input. If it is determined that the surface is touched, the display state, display content, display method, and display format of the non-deformed map M2 are changed.

Note that one of the touch inputs to a plurality of locations is, for example, a user's index finger, which is a touch input that continues to touch the point P1 on the deformed map M1. Further, the other of the touch inputs to a plurality of places is, for example, the middle finger of the user. Further, the non-deformation map M2 corresponds to graphic information to be second displayed.
When changing the display state of the non-deformation map M2, for example, the enlargement ratio of the non-deformation map M2, the display size of the non-deformation map M2, and the display content of the non-deformation map M2 are changed.

In addition, the selection display target display processing unit 44 performs a process of changing the display state of the non-deformed map M2 according to the contact state detected by the contact state detection unit.
Specifically, first, a touch input to the touch input surface is detected and the non-deformation map M2 is displayed. Thereafter, when it is determined that the position of the touch input in contact with the touch input surface (the position on the deformed map M1) has changed on the deformed map M1, the non-deformed map M2 including the position information of the changed position of the touch input. Is displayed. When the position of the touch input is continuously changed on the deformed map M1 while maintaining contact with the touch input surface, the non-deformed map M2 is displayed according to the change of the position of the touch input on the screen. The contents are also changed continuously. Thus, the displayed non-deformed map M2 is changed according to the position information of the position of the touch input changed on the graphic screen on which the deformed map M1 is displayed. When the user swipes the deformed map M1 with one finger (touches the screen and slides the fingertip), the non-deformed map M2 corresponding to the position on the screen changes continuously.

The contact state detection unit is applied to, for example, a capacitive touch panel having a plurality of detection regions corresponding to a plurality of coordinates and having two stacked conductive layers.
Specifically, when the user touches the touch panel with a fingertip or the like with the object position (coordinates) displayed on the display screen as a target, a change in capacitance between the conductor lines provided in each of the two conductive layers occurs. Detected. Thereby, a contact position (coordinates) such as a fingertip on the touch panel is detected.

  The contact state detected by the contact state detection unit includes, for example, “tap”, “double tap”, “long tap”, “flick”, “upper flick”, and “right flick”. In addition to this, for example, “left flick”, “lower flick”, “swipe”, “pinch”, “pinch in”, “pinch out”, “multi-tap” are detected as contact states detected by the contact state detection unit. Including.

“Tap” is an operation of tapping the touch input surface once with a fingertip. “Double tap” is an operation of tapping the touch input surface twice with a fingertip. “Long tap” is an operation of long-pressing the touch input surface with a fingertip. “Flick” is an operation to quickly touch the fingertip touching the touch input surface. “Up flick” is an operation of flicking the fingertip touching the touch input surface upward. “Right flick is an operation to flick the fingertip touching the touch input surface to the right.”
“Left flick” is an operation of flicking the fingertip touching the touch input surface to the left. “Lower flick” is an operation of flicking the fingertip touching the touch input surface downward. “Swipe” is an operation of sliding a fingertip touching the touch input surface. “Pinch” is an operation of pinching with two fingers (for example, thumb and index finger) touching the touch input surface. “Pinch-in” is an operation of narrowing the interval between two fingers touching the touch input surface. “Pinch out” is an operation to increase the distance between two fingers touching the touch input surface. “Multi-tap” is to operate the touch input surface with two or more fingers simultaneously.

Therefore, the operation of changing the position of the touch input in contact with the touch input surface on the deformed map M1 after displaying the non-deformed map M2 described above corresponds to “swipe”.
Moreover, the selection display object display process part 44 performs the process which changes the display state of the non-deformation map M2, for example using the table represented below. The table shown in Table 1 is an example of a table corresponding to one touch input, and is not limited to this content. The table is stored in advance in, for example, a memory included in the processing device 8.

  Further, the selection display target display processing unit 44 uses a table corresponding to the number of touch inputs (for example, an overwriting display position on a touch panel of a non-deformed map) when touch input to a plurality of locations is performed on the touch input surface. Then, a process of changing the display state of the non-deformed map M2 is performed. In addition to the coordinates of the first touch input, data corresponding to the coordinates of the touch input performed after the first touch input is added to the table corresponding to the number of touch inputs.

(Operation)
The operation performed by the graphic information display device 1 will be described with reference to FIGS.
When the graphic information display device 1 is used, first, when various types of map data are displayed in graphic form, data for displaying the deformed map M1 in graphic form is read from the display target information storage unit 6. Furthermore, display data is created and graphic information of the deformed map M1 is displayed on the touch panel TP.

When the user of the graphic information display device 1 operates the touch panel TP and designates a change of the display target, a display target change menu (not shown) is displayed on the touch panel TP.
When the user touches (tap) the road map column in the display target change menu, information indicating the selected display target is output to the display output processing unit 40. Further, the display area E is set, and information including the frame of the display area E and the coordinates of the center is output to the display output processing unit 40.

When receiving the input of information, the display output processing unit 40 outputs the information to the selection display target display processing unit 44.
The selected display target display processing unit 44 displays the display target information stored in the display target information storage unit 6 in order to display the selected display target (the road map that has not been deformed) in the display area E. And display data of the non-deformed map M2 is generated. In addition, the graphic information of the non-deformed map M2 is displayed in the display area E, and the graphic information of the non-deformed map M2 is displayed on a part of the graphic screen (touch panel TP) on which the deformed map M1 is displayed ( (See FIGS. 3 and 4).

  Therefore, in the case of the graphic information display device 1 of the first embodiment, a plurality of figures (deformed map M1, non-deformed map M2) including the same place (position on the map) where the position information is associated with each other, It is possible to visually recognize the same place (P1 and P2) displayed at the same time. As a result, for example, without closing the display of the deformed map M1, it is possible to look at the deformed map M1 and the non-deformed map M2 and search for the nearest station of the destination and the route from the current position to the nearest station. The work can be simplified and the work time can be shortened.

Note that the operations associated with the creation and processing of the data described above are the same as in the prior art, and thus detailed description thereof is omitted.
As described above, the input reception processing unit 30 sets the display area E for displaying the graphic information of the second display target on a part of the graphic screen on which the graphic information of the first display target is displayed. Corresponds to the setting part. Then, the display area setting unit to which the input reception processing unit 30 corresponds is the position information of the place (position on the map) designated by the user in the graphic screen on which the graphic information of the first display target is displayed. A display area E is set at a position on the screen associated with different position information.

The display output processing unit 40 corresponds to an overwriting processing unit that displays the graphic information of the second display target in the display area E and overwrites the graphic screen on which the graphic information of the first display target is displayed.
The above-described first embodiment is an example of the present invention, and the present invention is not limited to the above-described first embodiment, and the present invention may be applied to other forms than this embodiment. Various modifications can be made according to the design or the like as long as they do not depart from the technical idea.

(Effects of the first embodiment)
The graphic information display device 1 according to the first embodiment is a device that selects graphic information of a specified display target from a plurality of display targets associated with position information included in display contents and displays the selected graphic information on the display device. A display area setting unit and an overwriting processing unit. The display area setting unit sets a display area E for displaying the non-deformed map M2 in a part of the graphic screen on which the deformed map M1 is displayed. In addition, the display area setting unit sets the display area E at a position on the screen different from the position on the screen designated by the user in the graphic screen. The overwrite processing unit overwrites the graphic screen on which the deformed map M1 is displayed by displaying the non-deformed map M2 in the display area E.

Therefore, a plurality of figures (deformation map M1, non-deformation map M2) including the same place (position on the map) where the position information is associated with each other, that is, in the state where the same place (P1 and P2) is displayed at the same time Visual recognition is possible.
As a result, for example, without closing the display of the deformed map M1, it is possible to visually check the deformed map M1 and the non-deformed map M2 and search for the nearest station of the destination and the route from the current position to the nearest station. The work can be simplified and the work time can be shortened.

(Modification)
(1) In the first embodiment, the graphic information display device 1 is formed by the portable tablet terminal TT in which the input device 2 and the display device 4 are also used as the touch panel TP. However, the present invention is not limited to this. That is, the graphic information display device 1 is formed by a personal computer to which an input device (pointing device) formed by a keyboard and a mouse and a display device formed by a display not having a touch input surface are connected. May be.

(2) In the first embodiment, the touch input surface is formed by at least a part of the touch panel TP. However, the present invention is not limited to this, and the touch input surface is separate from a display screen capable of displaying image information. You may form with a panel.
(3) In the first embodiment, one of the touch inputs simultaneously touching the touch input surface continues to touch the touch input surface, and the other touch input intermittently touches the touch input surface. When it is determined that the non-deformed map M2 is displayed, the display state of the non-deformed map M2 is changed. However, the present invention is not limited to this.

That is, when it is determined that two of the touch inputs to the plurality of locations simultaneously touching the touch input surface continue to touch the touch input surface and the distance between the two touch inputs has increased, the non-deformed map M2 An area for displaying graphic information may be enlarged.
In this case, the area for displaying the graphic information of the second display target may be enlarged by displaying a wide range without changing the scale ratio of the graphic information of the second display target. Further, the area for displaying the graphic information of the second display target may be enlarged by increasing the scale denominator of the graphic information of the second display target.

(4) In the first embodiment, the display state of the non-deformation map M2 is changed according to the contact state on the touch input surface where the user performs touch input. However, the present invention is not limited to this.
That is, a display target other than the non-deformed map M2 may be displayed in the display area E in accordance with the contact state on the touch input surface that the user touch-inputs.

  Specifically, the graphic information of the advertisement is displayed when the position of the touch input that has been in contact with the touch input surface for more than a preset first distance has exceeded the contact duration of the preset time. Also good. Furthermore, if the position of the touch input moved beyond the first distance moves beyond the preset second distance, the graphic related to the object displayed at the position of the touch input that has been in contact for more than the contact duration time Information may be displayed.

(5) In the first embodiment, the graphic information display device 1 is formed by the portable tablet terminal TT in which the input device 2 and the display device 4 are also used as the touch panel TP. However, the present invention is not limited to this. That is, the graphic information display device 1 may be formed of a mobile phone having a voice call function while the input device 2 and the display device 4 are also used as the touch panel TP.

  DESCRIPTION OF SYMBOLS 1 ... Graphic information display apparatus, 2 ... Input device, 4 ... Display apparatus, 6 ... Display object information storage part, 8 ... Processing apparatus, 10 ... Operating system (OS), 20 ... Graphic display process part, 30 ... Input reception process 32: Display target designating part, 34 ... Display area designating part, 40 ... Display output processing part, 42 ... Basic screen display processing part, 44 ... Selected display target display processing part, TP ... Touch panel, TT ... Tablet terminal, HB ... Home button, CA ... Imaging unit, M1 ... Deformed map, M2 ... Non-deformed map, E ... Display area

Claims (12)

A graphic information display device that selects graphic information of a specified display object from a plurality of display objects associated with position information included in the display content and displays the graphic information on the display device,
A part of the graphic screen on which the graphic information of the first display target representing the deformed map obtained by changing the actual positional relationship is associated with the position information of the position designated by the user in the graphic screen. A display area setting unit that sets a display area for displaying graphic information of a second display target that includes position information and represents a non-deformation map that reflects the actual positional relationship;
A graphic information display device comprising: an overwriting processing unit that displays graphic information of the second display target in the display area and overwrites the graphic screen. A graphic information display device that selects graphic information of a specified display object from a plurality of display objects associated with position information included in the display content and displays the graphic information on the display device,
A part of the graphic screen on which the graphic information of the first display target representing the non-deformed map reflecting the actual positional relationship is displayed is associated with the position information of the position designated by the user in the graphic screen. A display area setting unit for setting a display area for displaying graphic information of a second display target representing a deformed map obtained by deforming an actual positional relationship,
A graphic information display device comprising: an overwriting processing unit that displays graphic information of the second display target in the display area and overwrites the graphic screen.   The display area setting unit sets the display area at a position associated with position information different from position information of a position designated by the user in the graphic screen. Item 3. The graphic information display device according to Item 2. The display device includes a touch input surface capable of a touch input by a user, and a contact state detection unit that detects a contact state on the touch input surface where the touch input is performed,
Based on the contact state detected by the contact state detection unit, the overwriting processing unit continues touching the touch input surface with one of the touch inputs to a plurality of locations simultaneously contacting the touch input surface. The display state of the graphic information of the second display target is changed when it is determined that another touch input to the plurality of places is in contact with the touch input surface intermittently. The graphic information display device according to claim 1. The display device includes a touch input surface capable of a touch input by a user, and a contact state detection unit that detects a contact state on the touch input surface where the touch input is performed,
Based on the contact state detected by the contact state detection unit, the overwriting processing unit continues touching the touch input surface with two of the touch inputs to a plurality of locations simultaneously contacting the touch input surface. 4. When determining that the distance between the two touch inputs has increased, an area for displaying the graphic information of the second display target is expanded. Graphic information display device.   The overwriting processing unit expands an area for displaying the graphic information of the second display target by displaying a wide range without changing a scale ratio of the graphic information of the second display target. The graphic information display device according to claim 5. 6. The graphic according to claim 5, wherein the overwriting processing unit enlarges a region for displaying the graphic information of the second display target by increasing a scale denominator of the graphic information of the second display target. Information display device. The display device includes a touch input surface capable of a touch input by a user, and a contact state detection unit that detects a contact state on the touch input surface where the touch input is performed,
Based on the contact state detected by the contact state detection unit, the overwriting processing unit presets the position of the touch input that has been in contact for more than the contact duration that is a preset time on the touch input surface. When moving beyond the first distance, the graphic information of the advertisement is displayed, and when the touch input position moved beyond the first distance moves beyond the preset second distance, the contact continues beyond the contact duration time. 4. The graphic information display device according to claim 1, wherein graphic information related to an object displayed at a position of a touch input being displayed is displayed. 5. The display device includes a touch input surface capable of a touch input by a user, and a contact state detection unit that detects a contact state on the touch input surface where the touch input is performed,
The overwriting processing unit detects the touch input to the touch input surface based on the contact state detected by the contact state detection unit, displays the graphic information of the second display target, and then contacts the touch input surface. When it is determined that the position of the touch input that has been changed on the graphic screen on which the graphic information of the first display target is displayed, the position of the touch information that has been changed on the graphic screen on which the graphic information of the first display target is displayed 4. The display state of the graphic information of the second display target being displayed is changed according to position information of a position of a touch input, according to claim 1. Graphic information display device.   The graphic information display device according to claim 4, wherein the touch input surface is at least a part of a display screen capable of displaying image information. The deformed map is a railway map,
The graphic information display device according to any one of claims 1 to 10, wherein the non-deformation map is a road map.   The graphic information display device according to any one of claims 1 to 11, wherein the graphic information display device is a portable body.