JP3140719U - Sponsored evacuation guidance sign board - Google Patents

Abstract

Provided is a co-sponsored evacuation guidance information display board that improves the degree of recognition of installation for a guidance sign that displays evacuation guidance information in an emergency disaster and promotes the installation of a large number of phosphorescent guidance signs .
A phosphorescent guidance sign plate 10 for displaying an evacuation guidance guide on a substrate installed on a wall of a building, and a phosphorescent type guidance indicator for displaying identification information of the guidance display board adjacent to the guidance sign plate. An identification sign board 20 and a non-luminescent type sponsor sign board 30 indicating a mark of a sponsor who installs the guidance display board at a predetermined interval from the identification sign board are attached. Each marker plate is attached so as to fit into a recess formed in the substrate. The identification sign board is provided with an identifier 22 that can be read by a portable terminal, and the portable terminal can obtain sponsor information by the management server of the guidance display board via the identifier, and evacuation information in a disaster. .
[Selection] Figure 1

Description

  The present invention relates to an evacuation guidance guide sign board that is installed in a building and has a phosphorescent type guidance sign board that displays emergency exits and exits at the time of a disaster, the direction of evacuation, etc. It is related with the support type | formula evacuation guidance guide sign board with the effect which improves the eye catching effect which raises the recognition degree of this, and spreads and promotes installation of the said sign board.

  As one of the disaster prevention measures in these buildings due to the recent spread of the subway, expansion of underground shopping areas, underground parking lots, construction of large general buildings, etc., evacuation that guides and displays exits and emergency exits to escape to the outside world at the time of disaster Installation of guidance signs is important.

  As such an evacuation guide sign, as shown in FIG. 5, it is common to install a guide light that illuminates the display of the guide sign from behind with an illumination light (backlight). These guide lights incorporate a battery for the emergency power supply of the backlight so that it can cope with an emergency power failure.

  The battery of the emergency power supply for the guide light is generally 20 minutes (domestic building standard law), and the emergency lighting equipment is 30 minutes (the same). If you cannot evacuate during this time, you will have to evacuate in the dark, and many people will be in danger. In fact, in 2003, a subway vehicle fire accident in Seoul, South Korea lost the lives of many people who had difficulty evacuating due to the loss of power at the station.

  After this accident, the installation of evacuation guidance signs, especially in underground spaces where a large number of publics gather, such as the subway, has become a problem. The evacuation guide signs are attracting attention.

  A phosphorescent evacuation guidance sign is formed by forming a resin layer in which phosphorescent phosphors are mixed on the surface of a base material such as an aluminum plate, and indicating the evacuation direction with a thin green translucent film on the surface of the resin layer A guide sign is displayed. Thereby, when the power supply is lost, the afterglow accumulated in the resin layer mixed with the phosphorescent phosphor serves as a backlight function (backlight effect) and a guide sign indicating the evacuation direction is lifted and displayed. . Patent Document 1 discloses such a phosphorescent evacuation guide panel installed on the road surface of a passage.

In order to build a safe city, it is desirable to install such phosphorescent evacuation guidance signs for large-scale buildings such as subway stations, underground malls, underground parking lots, and large buildings.
JP 2007-224680 A

  However, when assuming a disaster site where a fire has occurred and the smoke has been filled, the phosphorescent evacuation guide sign is not bright enough to be seen from a distance like a guide light, so it is 5-10 meters apart. Since it is required to be installed at a later stage and it is necessary to install a large number of evacuation guidance signs, the economic burden is an impediment to the promotion of installation.

  In addition, evacuation of the public in a panic situation at the time of a disaster, and the passage of many passers-by crowded during normal times will not be disturbed, and the installed evacuation guidance sign is good for the public not only in emergency but also in normal times It is necessary to be recognized and useful for calm behavior in the event of an emergency, and the installed evacuation guidance sign is not easily removed or damaged, and maintenance is easy.

  The present invention provides a sponsored evacuation guidance sign board equipped with a phosphorescent evacuation guidance sign installed in such a large-scale building in a city.

  A first technical means of the present invention is a guide sign board for displaying an evacuation guidance guide installed on a wall surface of a building, and the guide sign board is a phosphorescent type guidance sign for displaying an evacuation guide guidance on a substrate. A light-collecting identification sign board that displays identification information of the guide sign board, and a non-light-storing sponsor sign board that displays a mark provided by a person who supports the installation of the guide sign board The board has three recesses to which the respective sign plates are attached in a vertical relationship on a flat front surface in a state where the guide sign plate is installed on the wall surface, two of which are adjacent to each other, and the other One is formed to be separated by a predetermined interval, and a mounting portion for installing the guide sign plate on the wall surface is formed only on the bottom surface portion of the recess, and the periphery of the substrate is formed in a curved surface and installed. Bent so that the edge touches the wall in the state Each of the sign plates in the recess, the identification sign plate is disposed in the middle, the identification sign plate and the guide sign plate are adjacent, the sponsor sign plate is separated, and the surface of each sign plate Are attached so as to be recessed from the front surface of the substrate.

  The second technical means is characterized in that the sponsor sign plate is detachably attached to the recess of the substrate.

  The third technical means is characterized in that information indicating an installation location of the guide sign board is displayed on the identification sign board.

  A fourth technical means is characterized in that an identifier including at least the identification information such as a QR code or an IC chip readable by a portable terminal is provided on the identification mark plate.

  A fifth technical means is characterized in that the identifier is read by a portable terminal and is an identifier for instructing communication connection of the portable terminal to an installation manager of the guide sign board.

  The sponsored evacuation guidance information display board according to the present invention is not only a display showing the evacuation guidance information as in the case of a conventional guide light, but also a company that is a person who has sponsored the installation of the guidance sign board together with the evacuation guidance guidance. Since the logo mark, etc. shown together are displayed as sponsor signs, the recognition level (eye catching effect) of the evacuation guidance sign placement by the public in normal times is improved, and in the event of a calm evacuation action It has a useful effect.

  In addition, since the signpost sign indicating evacuation guidance and the identification signboard for specifying the installation location of the guide signboard are phosphorescent signboards, while the sponsor signboard is non-light-accumulating, In this case, only the guidance sign and the identification sign are recognized by the public due to the phosphorescent effect, and the display of the sponsor sign board is darkened, so that it does not hinder the emergency evacuation guidance.

  Furthermore, by displaying the logo of the company of the person who sponsored the installation of the information display board on the sponsor's sign board, the company's CSR (corporate social responsibility), contribution to local disaster prevention, etc. The effect of improving the corporate image can also be expected, so the effect of promoting the installation of evacuation guidance sign boards can be expected.

  FIG. 1 shows an arrangement relationship of a guide sign board 10, an identification sign board 20, and a sponsor sign board 30 on a board of a sponsoring evacuation guidance guide sign board 1 according to the present invention. In the example shown in the figure, the guide sign board 10 is arranged on the wall surface and the guide sign board 10 is arranged on the upper side. Has been.

  On the guide sign board, a sign 11 of the guide sign indicating the direction of the location of the emergency exit is displayed. On the identification sign board 20, unique identification information 21 for specifying the guide sign board is displayed. Corresponding to the location of the building where the guide sign board is installed, the place where the guide display board is installed in the building, etc., it is used together with the identifier 22 to be described later for management of the guide display board. In the example shown in the figure, the sign is displayed so as not to be confused with the “EXIT emergency exit” sign 11 on the guidance sign board. As will be described later, the disaster victim makes an emergency call using a portable terminal or the like in an emergency. Thus, safe evacuation route information can be obtained.

  There is also a proposal to display or attach an identification symbol indicating the installation location of the evacuation guidance guide sign board displayed on the identification sign board in the present invention, or an identifier to the guidance sign board together with a guidance sign indicating the evacuation direction, etc. In accordance with the established “Standards for Guide Lights and Guide Signs”, it is prohibited in principle to display information other than evacuation guidance on the guide sign board. is there. In consideration of this point, the present invention provides the guide sign plate 10 and the identification sign plate 20 independently.

  The sponsor sign board 30 is arranged at a lower part of the substrate, being separated from the guidance sign board 10 and the identification sign board 20 related to evacuation guidance by a predetermined distance. On the sponsor signboard 30, a mark such as a company logo 31 indicating a sponsor of a company or the like that has sponsored the installation of the guidance display board is displayed. In this case, it is natural that symbols that are confused with arrows or the like displayed on the guide sign board must be avoided, but the sign on the sign board 30 is the sign 11 of the guide sign on the guide sign board 10 or A guard space with a predetermined interval is provided between the identification marking plate 20 and the identification marking plate 20 so as not to be confused with the identification information marking 21 on the identification marking plate.

  In this way, in the guidance display board for evacuation guidance, the sign of the evacuation direction such as “emergency exit EXIT” and the identification sign indicating the installation location of the guidance board may be confused with these signs. The logo mark of the company that sponsored the installation of the information display board is displayed together so that the passerby's eye-catching effect on the information display board is enhanced in normal times, thereby guiding guidance in an emergency. The degree of recognition is improved. Thus, the passerby can obtain a learning effect on the guidance sign guidance display, and can evacuate calmly according to the guidance sign guidance display without being panicked in an emergency.

  Further, in an emergency, the guide sign board 10 and the identification sign board 20 are constituted by phosphorescent-type sign boards, so that the guide sign and the identification sign necessary for evacuation are visually recognized by passers-by, but the sponsor sign Since the board 30 is composed of a non-luminescent signboard, a logo mark of a company that is useless for evacuation cannot be seen with the loss of illumination, and it does not hinder passers-by evacuation.

  In addition, it is arbitrary to install the guidance display board so that the sponsor sign board is disposed above and the guidance sign board is disposed below.

  FIG. 2 is a diagram showing the structure of the substrate of the evacuation guidance guide marking plate of the present invention, which is formed by pressing a steel plate. The board is slightly removed from the wall so that it will not be easily removed when the guide sign board is installed on the wall. In addition, the bag and bag are not rubbed or bumped and damaged.

  As shown in FIG. 2A, the peripheral edge 2 of the substrate is bent by forming a curved surface R by pressing the steel sheet, and the edge of the peripheral edge is in contact with the wall surface in the installed state. The edge of the periphery may be further bent to extend to the periphery of the substrate to form a flange, thereby increasing the strength against bending of the substrate. On the front side of the substrate, a recess 3 for attaching the guide sign board 10 and a recess 4 for attaching the identification sign board 20 are formed adjacent to each other, and a recess for attaching the sponsor sign board 30 at a predetermined interval from the recess 4. 5 is formed.

  Further, an attachment recess 6 for screwing the guide display plate to the wall surface is formed in the attachment recess 3 for the guide sign plate and the attachment recess 5 for the sponsor sign plate. For this purpose, a slit 7 is formed. The attachment recess 6 may be provided in the attachment recess 4 of the identification sign plate 20.

  FIG. 2B is an enlarged cross-sectional view taken along the line XX of FIG. 2A, and is formed so that the peripheral edge of the substrate and the bottom surface of the mounting recess 6 are in contact with the installation wall surface. Is formed such that the surface of the marker plate is recessed from the surface of the substrate with the marker plate attached. In particular, the guide sign plate 10 and the identification sign plate 20 are attached so that there is no gap between the peripheral edge of the recess and the peripheral edge of the recess.

  In the embodiment, the guide sign board protrudes about 1 cm from the wall surface in the installed state, but the peripheral edge portion is formed in a curved shape, and each sign board is attached so as to be recessed from the surface of the substrate. The structure is such that it does not interfere with passersby. Further, since the guide sign plate and the mounting screw portion of the wall surface are covered with the sign plate, the guide display plate cannot be easily removed. In particular, the guide sign plate 10 and the identification sign plate 20 are fixed to the substrate with a strong adhesive so as not to be easily removed. On the other hand, the sponsor sign plate 30 is detachably attached so that it can be changed by a change of the sponsor.

  FIG. 3 is an explanatory diagram in the case where an identifier 22 such as a QR code or an IC chip is attached to the identification mark plate 20 of the present invention. As described above, the identification sign plate 20 displays the unique identification information 21 for identifying the guidance display board in order to enable the identification of the installation location and the like together with the installation management of the guidance display board. An identifier 22 that can be read by an information terminal 40 such as a mobile phone possessed by a passerby is attached from a QR code or an IC chip.

  The identifier 22 holds identification information unique to the guide display board and information indicating a communication connection destination to the installation management server 50 of the guide sign board, at least as with the identification symbol. When the identifier is read by the portable terminal 40, the portable terminal 40 is connected to the installation management server 50 of the guide sign board by the automatic instruction or the transmission instruction by the function of the portable terminal. Send.

  The management server 50 may be placed in the disaster prevention center of the building where the guidance display board 1 is installed, but is preferably installed in a place independent of the damaged building, and a guidance sign board is installed. It can be managed for each building or on a wide area. Reference numeral 60 denotes a department that grasps disaster information such as a disaster prevention center of a building where a guide sign board is installed, and quickly collects and reports disaster information. The same applies to fire and police. Reference numeral 80 denotes a sponsor's public information center or the like.

  One of the features of the present invention is that it is necessary to install a large number of phosphorescent guide signs at intervals of 5 to 10 meters. A sponsor's sign board is provided on the information display board to display the sponsor's logo. Correspondingly, when the mobile terminal 40 such as a mobile phone held by a passerby is connected (accessed) to the management server 50 close to the identifier 22, the guidance display board is connected to the mobile terminal 40. Provides information on the sponsors of the installation.

  The management server 50 includes a signboard database (DB) in which information display board installation locations, guidance sign types, identification symbols, etc. are recorded for each identifier, display board identifiers, display logos, sponsorship periods, etc. Sponsor information DB that records information, sponsor information on the relevant information display board for each identifier, provision information DB that records region-related information such as regional events, etc., evacuation of emergency exits and emergency exits corresponding to identifiers in the event of a disaster The evacuation information DB which recorded the mouth, the evacuation route, etc., the disaster information acquisition unit, the sponsor information acquisition unit, the communication device, and the control unit for controlling them are provided.

  In the evacuation information DB, evacuation exits and evacuation passages such as the most recent exits and emergency exits are recorded in normal times corresponding to the identifiers on the information display board. Based on the status information, the control unit selects and updates the latest evacuation exit and evacuation passage for each identifier.

  For normal mobile terminal access, information about sponsors who have sponsored the installation of the guide display board is preferentially provided from the provided information DB by the identifier of the guide sign board of the transmission source. At this time, it is also optional to provide information regarding the installation area of the guidance display board.

  Information on the sponsors to be provided is acquired by the sponsor information acquisition unit periodically from the journal center of the sponsor and the provision information DB is updated to provide the latest information. The sponsor DB is updated based on a predetermined sponsor period (contract period).

  In the event of a disaster, when the disaster information acquisition unit acquires disaster information from the disaster prevention center, fire department, police, etc., the control unit can safely avoid the location where the disaster occurred for each identifier based on the location of the disaster and the progress of the disaster. Select the evacuation exit and evacuation route, and modify and update the record in the evacuation information DB. When there is an access from a portable terminal, the latest evacuation exit and evacuation passage are automatically returned along with a notification of the occurrence of a disaster.

  FIG. 4 is a flowchart for explaining the above-described processing after the passerby makes the portable terminal 40 approach the identification sign board 20 and reads the identifier 22. When the mobile terminal 40 reads the identifier 22 in S1, the mobile terminal 40 makes an outgoing connection to the management server 50 of the guide sign board automatically or in accordance with a transmission instruction in accordance with the program of the mobile terminal in S2. When connected to the server in S3, the identifier 22 is confirmed. In S4, the building and position information of the transmission source are specified by the sign board DB, and whether or not disaster information of the building is acquired is confirmed. When disaster information has been acquired (S4 YES), the latest safe evacuation exit and evacuation passage guidance recorded in the evacuation information DB is transmitted together with the disaster information.

  If no disaster has occurred (S4 NO), the provided information DB first transmits information provided by the sponsor who installs the guide signboard of the identifier, and in S7, events and shops in the surrounding area of the building A question is made as to whether or not the local information such as the city is to be obtained. If necessary, the information is provided (S8). If not necessary, the transmission is terminated.

  In the above description, it is optional to connect the management server to the Internet and connect to the website provided by the sponsor and the disaster information provision website through access to the management server.

It is a figure which shows the general view of the support type | formula evacuation guidance information display board which concerns on this invention. It is a figure which shows the structure of the board | substrate of the guide marking board of this invention. It is a figure explaining the embodiment of this invention. It is a flowchart explaining the embodiment of this invention. This is a conventional evacuation guide light.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Evacuation guidance information display board, 3, 4, 5 ... Substrate sign board attachment recess, 6 ... Substrate attachment part, 7 ... Slit, 10 ... Guidance sign board, 11 ... Guidance sign, 20 ... Identification sign board, DESCRIPTION OF SYMBOLS 21 ... Identification information, 22 ... Identifier, 30 ... Sponsor sign board, 31 ... Sponsor's mark, 40 ... Portable terminal, 50 ... Evacuation guidance information display board management server, 60 ... Disaster prevention center, 80 ... Sponsor public information center.

Claims (5)

A guide sign board that displays evacuation guidance information installed on the wall of the building,
The guide sign board is a person who supports the installation of a phosphorescent-type guidance sign board that displays evacuation guidance guidance on the board, a phosphorescent-type identification sign board that displays identification information of the guide sign board, and the guide sign board A non-luminescent type sponsor sign board that displays the mark provided by
The substrate has three recesses in which the respective sign plates are mounted in a vertical relationship on a flat front surface in a state where the guide sign plate is installed on a wall surface, two of which are adjacent to each other, and the other is a predetermined one. Formed with an interval of
A mounting portion for installing the guide sign plate on the wall surface is formed only on the bottom surface of the recess,
Further, the peripheral edge of the substrate is bent so that the edge is in contact with the wall surface in a state of being formed and installed on a curved surface,
Each sign plate in the recess has the identification sign plate in the middle, the identification sign plate and the guide sign plate are adjacent, the sponsor sign plate is separated, and the surface of each sign plate is A sponsored evacuation guidance sign board, which is mounted so as to be recessed from the front surface of the board.   The sponsor type evacuation guidance guide sign board according to claim 1, wherein the sponsor sign plate is detachably attached to the recess of the substrate.   The sponsored evacuation guidance guide sign board according to claim 1 or 2, wherein information indicating an installation location of the guide sign board is displayed on the identification sign board.   The sponsored evacuation according to any one of claims 1 to 3, wherein the identification sign board is provided with an identifier including at least the identification information by a QR code or an IC chip readable by a portable terminal. Guidance guide sign board.   5. The sponsored evacuation guidance sign board according to claim 4, wherein the identifier is read by a portable terminal and is an identifier for instructing the communication connection of the portable terminal to an installation manager of the guidance sign board. .

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