JP2003230479A - Display for funeral hall, display system for funeral hall, and display method for funeral hall - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To enhance the management efficiency by timely performing a guiding display in a funeral hall. <P>SOLUTION: This display system for the funeral hall comprises a plurality of displays 11 for storing and displaying information in the funeral hall and a management device 13. The management device 13 comprises an input part 14, a transmission data generation device 15, and a transmitting part 16. At least a part of the display information is transmitted as transmission data from the transmitting part 16 to a receiving part 12, and the information is formed by use of the transmission data and displayed. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a funeral display device, a funeral display system, and a funeral display method for displaying display information in a funeral.

[0002]

2. Description of the Related Art FIG. 8 shows an example of conventional information display. In the funeral hall, funerals such as overnight funerals and ceremonial ceremonies are held. Venue where funerals are held, reception place for name book and book of honor books, waiting room for mourners and bereaved families, waiting room for guru,
An information display body 80 is used for the purpose of displaying guidance such as a meeting place, hand washing, and many passages. In this information display body 80, a sheet of decorative paper 82 or the like is attached on a plate-shaped body 81.

On the decorative paper 82 or the like, display information such as a family crest or a family name is written by handwriting, printing, or sticking a film 83 on which a family crest is transferred.

As described above, it is common to install a plurality of information display bodies 80 for displaying the display information at the entrance of the funeral hall and other important places inside and outside the funeral hall.

[0005]

In the case of the information display body 80 according to the prior art shown in FIG. 8, it is difficult to prepare and execute it in many places so that it can be posted in a timely manner.
It was difficult to operate.

Further, when a plurality of funerals or the like proceed simultaneously on the same day, or when the funerals proceed at slightly different times,
The number of information display bodies to be prepared is very large. Then, the congregation who gathered at the funeral often visited the funeral for the first time and often did not have mutual acquaintance with each other, which caused problems such as easy confusion.

Further, in the progress of the funeral, it is necessary to manage the posting time according to the time, and the display information of the information display body 80 must be physically exchanged. Then, the management of the information display body 80 becomes complicated, and there is a problem that the guide display in the funeral hall becomes very troublesome.

Further, in the conventionally known liquid crystal panel, the required display quality, for example, the definition and brightness of the screen display was insufficient. In addition, it was necessary to supply power from the outside, and it was disadvantageous to be able to lay and use the wiring inside the ceremony hall.

The present invention has been made in view of such circumstances, and an object thereof is to facilitate information display in a funeral hall.

Another object of the present invention is to quickly and accurately show common information to an unspecified large number of people such as inquiries. It also aims to control the information display in real time to improve the operational efficiency of the funeral hall. It is also an object of the present invention that the maintenance of the equipment to be used is easy and that the entire system can be constructed with a low initial investment.

[0011]

The first aspect of the present invention is as follows.
A display element having a display mode having a memory property and a receiving unit are provided, the transmission data transmitted from the outside is received by the receiving unit, the display data is created by using the transmission data,
Provided is a funeral display device configured so that display including display data is performed by a display element.

Aspect 2 provides the funeral display device according to aspect 1, which includes a family crest and a family name. Aspect 3 provides the funeral display device according to Aspect 1 or 2, in which position information including the seating place of the conqueror is displayed.

In the display apparatus for a funeral hall according to aspect 1, 2 or 3, it is preferable to use a liquid crystal display element having a display mode with a memory property. Further, it is particularly preferable to use a phase transition type chiral nematic liquid crystal display element in a simple matrix system.

Aspect 4 is a display device including a display element having a memory type display mode and a receiving section,
An input unit, a transmission data generation device, and a transmission unit are provided, at least a part of the display information is input by the input unit, the display information input by the input unit is converted into transmission data by the transmission data generation device, The transmitted data is transmitted from the transmitter,
Provided is a display system for a funeral day, which is configured such that transmitted data is received by a reception unit, the received transmitted data is used to create display data, and a screen display including the display data is displayed by a display element. .

Aspect 5 includes a display information input step of inputting at least a part of desired display information, and a transmission data generation step of converting the input display information into transmission data.
A transmission step of transmitting the transmission data, a reception step of receiving the transmission data, and a display step of creating display data using the received transmission data and performing a screen display including the display data in a display mode with a memory. Providing display methods in the funeral hall, including.

[0016]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 shows a configuration example of the funeral display system of the present invention. A management device 13 and a plurality of funeral display devices 11 are arranged. Depending on the size of the funeral hall and the number of installation locations, it is preferable to install two or more display devices 11. The number can be increased according to the size of the funeral hall and the spatial arrangement, and for example, 10 to 50 or more can be installed. According to the present invention, a plurality of display devices can be operated at the same time by appropriately installing them according to the situation of a wide place or space.

It is also possible to divide a large number of display devices 11 into groups according to the display information to be displayed so that each group can be controlled collectively.

The display device 11 is arranged at the entrance of the funeral hall or inside the hall, and displays various kinds of display information in a timely manner for the bereaved family, relatives, and inquirers. The display device 11 is provided with a display element having a memory type display mode. The power supply means has a built-in primary battery, a storage battery, or a solar battery in the case where the power supply is fixedly wired or in the case where the power supply is portable so that it can operate without power supply from the outside.

The display device 11 can be freely set in the funeral hall.
It is preferable to be able to move to any position. Usually, the display device 11 is preferably installed at a predetermined position in the funeral hall and can be moved when necessary. This is for determining the position information in the display device 11 and the funeral hall.

The display device 11 also includes a management device 1
The receiving unit 12 is provided for receiving the transmission data transmitted from the device 3. Further, at least the input unit 14, the transmission data generation device 15, and the transmission unit 16 are arranged in the management device 13.

In the present invention, a funeral hall includes a Buddhist temple, a shrine, a Christian church, a funeral hall, a meeting place used as a funeral hall, a public hall, a school auditorium, etc. Or, it means a spatial place where memorial services and ceremonies are held. In general, most of the building is a funeral of a friend, company, group, non-religious, music,
Depending on the funeral form of the ocean funeral (deck above the ship),
It can also include a temporary open space and a ship.

The installation of the display device means that the display device is properly arranged so that it can be seen by the bereaved family or the mourners.
Specifically, it means that the display device is hung on a wall, stationary, leaned, suspended from the ceiling in a building, installed in a building structure, or the like.

The display device 11 according to the present invention receives the transmission data which can be a part or the whole of the display information, and the receiving section 12.
Receives data sent from. The receiving unit 12 includes the transmitting unit 16
Any general-purpose communication technology such as wired communication and wireless communication can be used as long as it has a function of receiving transmission data transmitted from. Display data is generated using the transmitted data. The display data may be created using only the send data, or the display data may be created by combining the semi-fixed display information previously built in the display device side with the send data.

For example, the display data is combined with the converted transmission data such as the name and family crest of a deceased person, a graphic mark for directional instruction to be used regularly, numbers and symbols indicating distances, message information, and a map in the funeral hall. Can be configured.
This is because the volume of transmission data can be reduced and the power consumption on the display device side can be reduced. The latest display data to be rewritten, which is required for each display device, is transmitted from the management device side.

In the present invention, conventionally known communication means can be applied for transmitting information from the transmitting section to the receiving section. For example, a data communication line such as RS232C, LAN, USB, or other general wire communication can be used.

In the present invention, both wired and non-wired communication means can be used. If it is a fixed funeral hall, the wired method can be adopted and wiring can be provided at a predetermined display place. In addition, infrared communication, wireless communication, cordless telephones that use weak radio waves, P
Communication means such as HS and Bluetooth can be used.

The communication means may be determined according to the distance between the management device 13 and the display device 11, the installation location, the number of installed devices, the volume of transmission data, the transmission frequency, and the like. Above all, it is preferable to use wireless means, and
It is particularly preferable to use ooth.

In the display system for the funeral hall of FIG. 1, the part including the input unit 14, the transmission data generation device 15, and the transmission unit 16 is called the management device 13. The input unit 14 inputs at least a part of display information to be displayed and temporarily stores it as input data in a computer or a memory. The transmission data generation device 15 receives the input data from the input unit 14 and converts it into transmission data. The transmission unit 16 transmits the transmission data to the display device 11 side.

For example, in the case of a funeral, the house name or crest of the deceased person can be input as the display information. House names can be displayed in various fonts. The family crest has a bamboo sword,
There are various shapes such as double girder, right three-sided, angry butterfly, difference hawk wing, 9th day, 4th rhyme, Nibiki Ryo, melon, Gozagiri, bellflower, and rising wisteria. The crest may be displayed by selecting it from a database registered in advance. A family crest includes complicated shapes, but a liquid crystal display device can display clearly. Also, as an example of a search method,
For example, the method disclosed in JP-A-10-198699 may be used.

Further, other graphic patterns and decoration information can be similarly selected from the database and used in combination as the display information. In addition, it is possible to input the progress time depending on the funeral ceremony. At this time, the display information can be changed according to the progress in minute units.

As the input unit 14, a keyboard, a touch key, a scanner, a card reading device, a handwritten character recognition device, a voice input device, or the like can be used. It is also possible to program the voice in advance, provide the display device with an interactive function, and add a voice guidance function.

For example, in the case of a funeral, voice guidance can be given by the voice of an announcer or a funeral host in response to the operation of the bereaved family members, close relatives, and condolences on the display device.
Furthermore, it is possible to input and display a photograph of the deceased's shadow.

A general-purpose computer, a memory circuit, and other peripheral circuits are used in combination for the transmission data generator 15. The transmitter 16 and the receiver 12 adopt the same communication standard.

The display device 11 of the present invention is provided with a display element having a memory type display mode. The memory property refers to a property capable of holding display information when the driving voltage is substantially 0V. A display element having a memory type display mode is, for example, a cholesteric or chiral nematic liquid crystal display element (hereinafter referred to as CL-LCD).
Alternatively, an anti-ferroelectric liquid crystal display element (hereinafter referred to as AF-LCD
Say. ) Etc. Particularly in the present invention, it is preferable to use a CL-LCD capable of reducing power consumption.

The CL-LCD has a phase transition type operation.
The phase transition type is a planar state (hereinafter referred to as PL state) that selectively reflects a part of incident light and a focal conic state (hereinafter referred to as FC state) that scatters incident light.
Is stable in at least two states, and the liquid crystal can be transitioned to the PL state or the FC state by applying a predetermined voltage between the electrodes.

FIG. 2 shows a sectional structure of a liquid crystal display element 21 using a CL-LCD. The CL-LCD is generally driven by a simple matrix method. The electrode surfaces of the first substrate 22 provided with the row electrodes 26 and the second substrate 23 provided with the column electrodes 27 are made to face each other so as to be orthogonally arranged. The first substrate 22 and the second substrate 23 are pressure-bonded via the peripheral sealing material 24 to form a cell space, and the chiral nematic liquid crystal layer 25 is injected into the inside thereof.

An extraction electrode group 28 is formed on the second substrate 23. The column electrodes 27 of the second substrate 23 are the extraction electrode group 2
8 is directly connected to a predetermined electrode in the first substrate 2
The second row electrode 26 is connected to the extraction electrode group 28 via a transfer material such as conductive beads contained in the peripheral sealing material 24.
Conduction is established with a predetermined electrode inside. The extraction electrode group 28 may be formed on each of the first substrate 22 and the second substrate 23 without using the transfer material. A black matte paint is provided as a coloring layer 29 on the back surface side of the first substrate 22.

A row electrode 26 and a column electrode 2 arranged to face each other.
The voltage applied between 7 and 7 drives the chiral nematic liquid crystal layer 25, the transition of its phase state is controlled, and display is performed. With this CL-LCD, display can be performed without using a polarizing plate.

In the CL-LCD, the display state is maintained even if the power is cut off after the voltage is once applied to the extraction electrode group 28 of the second substrate 23 to put it in a predetermined display state. However, similarly, in the AF-LCD, it is necessary to apply a holding voltage to hold the display state.

Furthermore, in the CL-LCD, in order to transfer the held display state to another display state, a predetermined voltage may be applied again. At this time, it is preferable to erase the entire display surface and then apply the voltage required for the next display.

That is, it is preferable to completely erase the immediately preceding display and then rewrite it to a new display. Normally, the selective reflection color is drawn by setting the entire display surface in the PL state, and the fine scattering state is set by setting the FC state, and the matte color (black paint) on the back surface side is displayed and displayed. (See, for example, Japanese Patent Laid-Open No. 2001-337314).

Further, a black and white memory type display device in which a polarizing plate is combined with a visible light reflection CL-LCD as disclosed in Japanese Patent Application No. 2001-373274 can be used as a display member.

Next, a method of manufacturing the CL-LCD will be described. Regarding the basic structure of the CL-LCD, the alignment film provided on the inner surface of the cell, the driving method, etc., Japanese Patent Application Nos. 2001-388566 and 2001-10528 by the present applicant.
Shown in 3.

First, two substrates with a transparent conductive film made of ITO are prepared and etched so that the maximum interval is 10 μm, and about 160 stripe electrodes are arranged on each substrate. Then, after forming an electrically insulating layer on the electrode formation surface side of each substrate, a resin solution of polyimide is applied and baked to form an alignment film.

As an example, the surface of the alignment film can be used as it is without being rubbed. This 2
The substrates are arranged so that their stripe electrodes are orthogonal to each other, spacers with a diameter of about 4 μm are scattered between the facing surfaces, and a trace amount with a diameter of about 4 μm is provided on the four sides of the substrate except for the liquid crystal injection port. A peripheral sealing material made of epoxy resin containing glass fiber is applied, and two substrates are bonded together to produce a liquid crystal cell.

Next, a chiral agent is mixed with the nematic liquid crystal to prepare a chiral nematic liquid crystal composition. In addition,
The pitch can be adjusted by the type of liquid crystal material, the type of chiral agent, and the mixing ratio of the two. At this time, the wavelength range that causes selective reflection of the liquid crystal layer can be adjusted to the ultraviolet range, the visible range, and the infrared range depending on the size of the pitch. When designing the optical characteristics of the liquid crystal cell, the liquid crystal material, pitch size, substrate gap and the like may be adjusted appropriately.

Then, the chiral nematic liquid crystal composition is injected into the liquid crystal cell by using a vacuum injection method, and then the injection port is sealed with a photo-curing resin to produce a CL-LCD. The CL-LCD manufactured in this manner is used as a display element incorporated in a display device.

The flow of the display method in the funeral hall of the present invention is shown in FIG. First, step 1 is a display information input step of inputting at least a part of desired display information according to changes in the situation at the funeral hall. Select and enter the required display information from the scanner or keyboard as described above.

Then, the display information is input and stored in the storage device in the computer. The display information includes position information such as characters including a family name, a family crest, an arrow, a specific room in a space called a funeral hall, a place where a service is provided, and the like.

Further, the language of the display information includes Japanese and foreign languages, and may include a plurality of languages, general graphic displays, marks and the like.

Step 2 is a transmission data generation step, in which transmission data is generated based on the input display information. The input display information is converted by the input unit 13 on the management device 13 side or the transmission data generation device 14 so as to be easily used as display data for a predetermined display element. Alternatively, there is a case where the data can be transmitted as it is without being partially converted.

Pre-installed in the computer,
Font data of Japanese, English and other foreign language characters,
For example, standard typeface, cursive typeface, cursive typeface, slave typeface, cursive typeface,
Old print, Edo script, Mincho, Kaku Gothic, Maru Gothic, Design, Script, Americana, Avante, Barmeno, Bookman, Brush script, Copier plate, Hobo, Visa, Optima, Stencil, Palatino, A lot of font data such as plaza, lapier, ragplane, rough chancery and flower letters,
Further, data conversion is performed using special characters, Chinese characters having a plurality of notations, confusing characters, font data such as symbols and numbers, and various graphic data so that the characters can be displayed on the display device. Then, pre-transmission processing is performed so that the data can be transmitted.

Alternatively, although it is possible to incorporate essential font data and graphics on the display device side, normally, the management device side prepares the data that is the main part of the display information in advance and converts it as transmission data. However, it is preferable to transmit to the display device side.

Step 3 is a transmission step of transmitting the generated transmission data to the display device 11 side. The transmission may be wired or wireless means, but a non-wire communication means is used. It is particularly preferable because it improves the overall power supply efficiency and operation efficiency. In particular, in the case of a funeral display device that is individually carried by an individual such as a mourner, it is essential to use a non-wire communication means.

Step 4 is a receiving step of receiving the transmitted transmission data on the display device 11 side. Corresponding to the transmission unit 16, the reception unit 12 receives the transmission data by wireless or wired communication means.

Step 5 is a display step in which display data is created by using the received transmission data, and display is performed in the ceremony hall in the memory type display mode.

(Example 1) By installing the display device for a funeral hall having the above-mentioned structure at a venue of a funeral company, it is possible to operate the night and the ceremonial ceremony without delay. At that time, participants such as bereaved families and condolences can get necessary information in a timely manner, and the venue can be operated calmly.

The funeral company's mark can be included in the display information on the funeral display device provided at a specific position in the funeral hall. Further, the directions from the entrance of the funeral hall to the waiting room and the room where the altar is provided can be combined with the display devices for each funeral hall to be displayed in a linked manner.

(Example 2) Next, the funeral display device 4 of the present invention.
A display example of 0 is shown in FIG. This display example 40 can be used in a farewell ceremony, in which the name of "XX family" is displayed in the center and a family crest 41 of bamboo dragon is displayed above it. The expression name 42 is displayed below it. Also, an arrow indicating the direction of the farewell ceremony venue is shown as graphic data in the same screen display.

The display information 43 is controlled by a separately provided management device, and the display information 43 is rewritten if necessary.

In this example, when the funeral is finished and the next funeral is to be performed, it can be dealt with immediately, so that the operation of the funeral hall becomes easy. In addition, since the inquirer can immediately know the necessary information, he / she can feel a sense of security.

(Example 3) A display example 50 shown in FIG. 5 is used for displaying a family crest of a lantern used in a funeral hall. The sectional shape 54 of the central part of the body of the lantern is, for example, hexagonal or octagonal, and the body side plate of the lantern is a flat plate. The funeral display device 51 is installed in the center of the body side plate. By guiding the light of the internal light source to the front side of the funeral display device 51, it is possible to display the display information with a contrast ratio that allows sufficient visual recognition.

It is preferable that the number of the installed side plates is two on the side plates facing each other or a number that can be easily confirmed by the inquirer or the like. On the display screen, for example, the family crest of Sasaryubin and the name of the "XX family" can be displayed simultaneously on the top or bottom of the family crest.

(Example 4) A display example 60 shown in FIG. 6 is a display device for a funeral hall installed at the entrance of a funeral hall in a funeral hall or inside the hall, in which a seating place 65 of a conquester is displayed on the display screen as display information. It is an example. Alternatively, when each inquirer uses the portable display apparatus for the funeral hall, the seating place 65 can be displayed by the manual operation of the inquirer. Necessary display information can be communicated to the funeral display device 60 from a separately provided management device, converted into display information, and displayed.

(Example 5) Further, a display example 70 of FIG. 7 is a case of displaying a formula showing the progress of a funeral, and further displaying information on the deceased person such as deceased person's information, condolences and condolences. You can also It is also possible to display the number attached to the pick-up vehicle at the time of leaving the casket, and to provide the attendants including the mourner and the bereaved with instruction information such as the boarding order.

In each of the examples described above, it is preferable to use the above chiral nematic liquid crystal display element.

The funeral display device of the present invention can be used to input and display the name of a deceased person's name, shadow, testament, etc. as display information for use as a simple tile display or photo frame.

Further, in the above-mentioned Examples 1 to 5, a large-sized display device can be formed by connecting a plurality of small-sized liquid crystal display elements in series.

The display information can be freely controlled from the management device side and can be immediately rewritten. Further, it is possible to rewrite a large number of display devices arranged in the funeral hall substantially at the same time.

This display information can be rewritten by a human being manually operating the computer, or it can be reprogrammed in advance and almost automatically rewritten according to the schedule to be performed in one day. it can.

[0071]

According to the present invention, it is not necessary to prepare the display information by hand when displaying a guide for a funeral hall or the like. In particular, it is possible to easily prepare a display having excellent visibility such as a brush.

[0072] Further, a regular typeface, a line typeface, a cursive typeface, a slave typeface,
Calligraphy, old stamp, Edo font, Mincho, Kaku Gothic,
Maru Gothic, Design, Script, Americana, Avante, Barmeno, Bookman, Brush Script, Copier Plate, Hobo, Visa, Optima,
A desired typeface such as a stencil, palatino, plaza, lapier, ragplane, rough chancery and flower letters can be freely combined with other character letters to create and display display information.

Further, graphic information such as a family crest or an arrow indicating the direction of the venue can be displayed alone or in combination. Then, it is possible to display information with good visibility and good appearance.

Further, since the display is carried out by using the display mode having the memory characteristic, the power source and the like in the display device are
Does not require large additional equipment such as power supply and wiring facilities. In particular, when the display information is transmitted from the management device side to the display device side by a non-wire method, the effect is remarkable.

According to the present invention, operation is performed by centralized control from a management device provided at one place in the funeral hall. Then, the necessary display information can be transmitted in a timely manner to the display device that needs the rewriting of the display information, and the corresponding display unit can receive the desired display information and display the desired display information on each display device.

Therefore, not only the labor of preparing the information display body by handwriting or printing, but also the labor of moving the information display body, re-pasting the information including the family crest on the decorative paper or the lantern, etc. can be omitted. . In addition, it is possible to quickly confirm or correct the family name and crest of the mourning family.

Further, the order of seats or the order of burning incense in the overnight and funeral ceremonies and farewell ceremonies are important for the bereaved family of the deceased, relatives, and mourners. The display device for a funeral hall of the present invention is
It displays the seating place of the mourners, including the bereaved family members, relatives, and mourners in the funeral hall, and facilitates the mourners to quickly sit in the order of seats based on the displayed information.

As described above, according to the present invention, it is possible to reduce the labor required for preparing and executing the guide display in the funeral hall, which required enormous labor, and it is possible to significantly reduce the labor cost. In addition, it is possible to achieve highly efficient venue construction and schedule management, reduce operating costs and improve customer satisfaction.

Further, if sophisticated computer management is performed, it is possible to operate the ceremony hall with almost complete automation. In addition, the progress of the event can be communicated to the outside of the funeral hall as needed.

Further, by using a display device provided with a display element having a memory type display mode, energy saving of the entire system can be achieved. In addition, maintenance and handling are extremely easy.

Since the introduction cost of the display system in the funeral hall can be suppressed, it can be introduced into the traditional funeral hall in a short time.

A funeral schedule held at the funeral hall
It becomes possible to execute the rule management more accurately than before. Moreover, the bereaved family and the mourners can feel a high degree of satisfaction, the reliability when using the funeral hall can be increased, the blank days when the funeral hall is not used can be reduced, and the annual operating rate can be increased.

[Brief description of drawings]

FIG. 1 is a block diagram of a display system for a funeral hall of the present invention.

FIG. 2 is a schematic cross-sectional view of an example of CL-LCD.

FIG. 3 is a flowchart of a display method in the funeral hall of the present invention.

FIG. 4 is an explanatory diagram showing a display example on the funeral display device of the present invention.

FIG. 5 is an explanatory diagram showing a display example of a venue display board in the display apparatus for a funeral hall of the present invention.

FIG. 6 is an explanatory diagram showing a display example of a lantern on the funeral display device of the present invention.

FIG. 7 is an explanatory diagram showing a display example of a seating instruction on the funeral display device of the present invention.

FIG. 8 is an explanatory diagram showing a guide display according to a conventional example.

[Explanation of symbols]

11: Display device 12: Receiver 13: Management device 14: Input section 15: Transmission data generator 16: Transmitter 21: Liquid crystal display element 22: First substrate 23: Second substrate 24: Peripheral sealing material 25: Chiral nematic liquid crystal layer 26: Row electrode 27: Column electrode 28: Extraction electrode group 40: Display for the funeral hall 41: Family crest 42: Name 43: Display information 80: Information display 81: Plate 82: Decorative paper 83: Film

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁷ Identification code FI theme code (reference) G09G 5/00 510 G09G 5/00 555D (72) Inventor Minoru Ukita 5-7 Higashi-nippori, Arakawa-ku, Tokyo No. 18 F-term in Optrex Corporation (reference) 2H088 FA04 GA02 HA01 HA02 HA03 HA06 HA07 HA18 HA21 JA20 MA06 MA20 5C080 AA10 BB05 DD26 DD27 JJ01 JJ06 JJ07 KK02 5C082 AA03 BA02 BA12 BA26 BD02 MM02 MM07 MM09

Claims (5)

[Claims] 1. A display device comprising a display device having a memory type display mode and a receiving unit, wherein the receiving unit receives transmission data transmitted from the outside, and the transmission data is used to create display data. A display apparatus for a funeral hall configured such that a screen display including a display is performed by a display element. 2. The display apparatus for a funeral hall according to claim 1, wherein the screen display includes a family crest and a family name. 3. The display apparatus for a funeral hall according to claim 1 or 2, wherein position information including a seating place of the conqueror in the funeral hall is displayed. 4. A display device provided with a display element having a memory type display mode and a receiving unit, an input unit, a transmission data generating device, and a transmitting unit are provided, and at least the display information is displayed by the input unit. A part of the information is input, the display information input by the input unit is converted into transmission data by the transmission data generation device, the transmission data is transmitted from the transmission unit, the transmission data is received by the reception unit, and the received transmission data is A display system for a funeral hall that is configured to be used to create display data, and a screen display including the display data is displayed by a display element. 5. A display method in a funeral hall, comprising: a display information input step of inputting at least a part of desired display information; a transmission data generation step of converting the input display information into transmission data; A transmission step of transmitting, a reception step of receiving the transmission data, and a display step of creating display data using the received transmission data and performing screen display including the display data in a memory-like display mode,
Display method in the funeral hall.