JP2021174369A - Firefighting equipment management system - Google Patents

Abstract

To provide a highly reliable firefighting equipment management system that saves labor.SOLUTION: A management system 100 comprises: an identifier 72 that includes identification information of firefighting equipment 70; identification information acquisition means 20 that receives an instruction for acquiring the identification information; associating means 12 that associates at least one installation-related information selected from a group of installation locations and planned installation locations of the firefighting equipment 70 with the identification information; display means 30 that displays the installation-related information; and management means 40 that is capable of transmitting and receiving between itself and at least one of the display means 30, the identification information acquisition means 20, and the associating means 12, and that records the identification information and the installation-related information. When the identification information of the firefighting equipment 70 installed in a predetermined location is acquired by the identification information acquisition means 20, the management means 40 records the identification information associated with the installation-related information, and the display means 30 displays the installed firefighting equipment 70 and a non-installed firefighting equipment 70 in a manner of enabling visually distinguishable from each other.SELECTED DRAWING: Figure 1

Description

The present invention relates to a firefighting equipment management system.

Conventionally, a data carrier that records information such as the manufacturer name and date of manufacture of fire extinguishing equipment such as fire extinguishers is attached to the disaster prevention equipment, and the above is read or written from the data carrier using an information terminal device. A system has been proposed in which information is transmitted and connected to a server for recording (Patent Document 1).

Japanese Unexamined Patent Publication No. 2004-110105

Since the above-mentioned fire extinguisher is premised on being equipped with an ultra-small IC chip called a data carrier, it is costly to adopt an ultra-small IC chip in consideration of the sales amount of a general fire extinguisher alone. Is not a few. In addition, for example, the environment in which a fire extinguisher is installed varies widely, and its useful life is usually as long as 10 years, so the adoption of precision parts such as ultra-small IC chips is a system. It will affect the overall reliability in no small measure. Further, in order to change the information written in the ultra-small IC chip, the ultra-small IC chip of each fire extinguisher is processed, which imposes a heavy work load.

In addition, there are a wide variety of requests made to manufacturers or sellers of fire extinguishers, sprinkler equipment, fire alarms, and other firefighting equipment, as well as installation workers or inspection workers. For example, not only firefighting equipment installed or inspected by the installation worker or the inspection worker (typically a fire extinguisher or fire alarm), but also firefighting equipment not installed or inspected by them. , Consumers or users often request their management (including inspection). Therefore, manufacturers or sellers of firefighting equipment are required to manage a wide variety of firefighting equipment with high accuracy.

However, the greater the number of firefighting equipment installed or inspected by the installation worker or the inspection worker himself, the more the installation location confirmation and registration, or multi-year inspection and / or management for all of them. It is not easy to do with high accuracy. Even more, it is practical to take responsibility for the confirmation and registration of installation locations for firefighting equipment provided by other vendors, or for multi-year inspections and / or management, as long as conventional management measures are adopted. Is very difficult to do.

As mentioned above, there is a strong demand in the firefighting equipment industry to save labor while maintaining reliability in the work from installation preparation to inspection and / or management after installation.

By solving the above-mentioned problems, the present invention includes not only fire-fighting equipment installed or inspected by itself but also fire-fighting equipment installed or inspected by other contractors, etc., in the fire-fighting equipment with high reliability. It greatly contributes to the realization of a management system for equipment, including inspections.

The present invention has been created as a result of the inventor's diligent creation and ingenuity in order to overcome at least one of the following technical problems.
(1) Labor-saving input and / or management of a large amount of information possessed by individual fire-fighting equipment (including fire-fighting equipment provided by oneself and fire-fighting equipment provided by others; the same shall apply hereinafter) (2) Installation of fire-fighting equipment Labor saving and improvement of certainty of registration of the place where the firefighting was done (3) Labor saving and improvement of certainty of inspection and / or management of installed firefighting equipment

One fire-fighting equipment management system of the present invention includes an identifier having identification information of fire-fighting equipment (including a fire extinguisher), an identification information acquisition means for receiving an instruction to acquire the identification information using the identifier, and the fire-fighting. At least one installation-related information selected from the group of the installation location of the equipment and the planned installation location of the fire-fighting equipment, the associating means for associating the identification information, and the installation-related information associated with the identification information are displayed. The identification information and the identification information can be transmitted and received between the display means, the identification information acquisition means, and at least one means selected from the group of the association means via the information transmission means. It is provided with a management means for recording the installation-related information. In addition, in this firefighting equipment management system, when the identification information of the firefighting equipment installed at a predetermined place is acquired by the identification information acquisition means, the management means described above transmits the information. The identification information associated with the installation-related information of the fire-fighting equipment installed via means is recorded, and the above-mentioned display means has already been installed based on the identification information associated with the installation-related information. The fire-fighting equipment and the non-installed fire-fighting equipment are visually distinguished.

According to this management system, the identification information acquired by using the identifier that identifies each firefighting equipment and the above-mentioned installation-related information are associated with each other by the associative means and recorded by the management means. It is possible to facilitate the management of firefighting equipment. In addition, when the identification information of the fire-fighting equipment installed at a predetermined place is acquired by the above-mentioned identification information acquisition means, the above-mentioned display means is installed in the fire-fighting equipment and the non-installed fire-fighting equipment. Is displayed visually distinguishable. As a result, even if there are a plurality of firefighting equipments to be installed at one time, the installation worker can realize labor saving and can prevent the installation omission of the firefighting equipments with high accuracy. For example, if a fire-fighting equipment of one's own or another company that does not have an identifier is already installed at the planned installation location, a new identifier is given to the fire-fighting equipment (for example, by a known technique). By (pasting), each configuration of this management system can be utilized.

In addition, another firefighting equipment management system includes an identifier having identification information of the firefighting equipment (including a fire extinguisher), an identification information acquisition means for receiving an instruction to acquire the identification information using the identifier, and a pre-inspection. At least one installation-related information selected from the group of the installation location of the fire-fighting equipment, the planned installation location of the fire-fighting equipment before or inspected, and the installation location of the fire-fighting equipment that has been inspected, and the identification information. From the display means, the identification information acquisition means, and the group of the associative means via the associative means for associating with, the display means for displaying the installation-related information associated with the identification information, and the information transmission means. It is provided with a management means that can be transmitted and received to and from at least one selected means and that records the identification information and the installation-related information. In addition, in this firefighting equipment management system, in the inspection of the firefighting equipment based on the installation-related information associated with the identification information, the identification information of the firefighting equipment that has been inspected acquires the identification information. When acquired by means, the above-mentioned management means records the identification information associated with the installation-related information of the fire-fighting equipment that has been inspected via the above-mentioned information transmission means, and the above-mentioned display means , The inspected firefighting equipment and the uninspected firefighting equipment are visually distinguished based on the identification information associated with the installation-related information.

According to this management system, the identification information acquired by using the identifier that identifies each firefighting equipment and the above-mentioned installation-related information are associated with each other by the associative means and recorded by the management means. It is possible to facilitate the management of firefighting equipment. In addition, in the inspection of the firefighting equipment based on the installation-related information, when the identification information of the inspected firefighting equipment installed at a predetermined place is acquired by the above-mentioned identification information acquisition means, the above-mentioned display The means visually distinguish between the inspected firefighting equipment and the uninspected firefighting equipment. As a result, even if there are a plurality of fire-fighting equipment to be inspected at one time, the inspection worker can realize labor saving and can prevent the fire-fighting equipment from being inspected with high accuracy. For example, at the time of inspection, if the firefighting equipment is not installed at the installation location based on the installation-related information, the inspection worker can be promptly inspected by the above-mentioned display means that the firefighting equipment cannot be inspected. Can be recognized.

The mode of the "identifier" in each of the above-mentioned inventions is not limited as long as it is possible to identify each fire-fighting equipment by the identification information. Typical examples of "identifiers" are QR code (registered trademark), iQR (registered trademark) code, data matrix, barcode, two-dimensional barcode, and radio frequency identification (radio frequency identification (RFID) tag RFID). It is a type selected from a group of tags, alphanumeric strings, color bits, and character strings.

In addition, the "identification information" in the present application is typically a symbol for identifying firefighting equipment (for example, a model name and / or model number), a year of manufacture of firefighting equipment, a place of manufacture of firefighting equipment, and a serial number of firefighting equipment. , Expiration date of fire equipment, performance test result for shipping of fire equipment, type of fire extinguishing agent of fire equipment, performance of fire extinguishing agent of fire equipment, safety of fire extinguishing agent of fire equipment, owner of fire equipment, fire At least one type of information selected from the equipment manager and the group of past inspection results of firefighting equipment.

Further, the "fire-fighting equipment" in the present application is not limited to a fire extinguisher, a sprinkler system, or a fire alarm. "Firefighting equipment" in the present application includes fire extinguishing equipment, alarm equipment, evacuation equipment, firefighting water, facilities necessary for firefighting activities, emergency power supply, general operation panel, and special firefighting equipment. More specifically, the above-mentioned "fire extinguishing equipment" includes simple fire extinguishing equipment, fire extinguishing equipment, indoor fire hydrant equipment, sprinkler equipment, water spray fire extinguishing equipment, foam fire extinguishing equipment, inert gas fire extinguishing equipment, halide fire extinguishing equipment, and powder fire extinguishing equipment. Includes equipment, outdoor fire hydrant equipment, power fire extinguishing pump equipment, package type fire extinguishing equipment, package type automatic fire extinguishing equipment, apartment sprinkler equipment, foam fire extinguishing equipment for specific parking lots, and automatic fire notification equipment. In addition, the above-mentioned "alarm equipment" includes gas leak fire alarm equipment, electric leakage fire alarm, fire alarm system for notifying fire departments, emergency alarm equipment, emergency alarm equipment, automatic fire alarm equipment for condominiums, and automatic fire for dwelling units. Includes notification equipment, emergency alarm equipment for condominiums, automatic fire alarm equipment for specific small-scale facilities, and automatic fire alarm equipment for complex residential facilities. In addition, the above-mentioned "evacuation equipment" includes a slide, an evacuation ladder, a rescue bag, a slow-down machine, an evacuation bridge, an exit light, and a guide sign. In addition, the above-mentioned "fire-fighting water" includes a fire prevention water tank and a reservoir. In addition, the above-mentioned "facilities necessary for fire extinguishing activities" include smoke exhaust equipment, connected water sprinkling equipment, connected water pipes, emergency outlet equipment, wireless communication auxiliary equipment, connected water pipes for condominiums, emergency outlet equipment for condominiums, and Includes pressurized smoke control equipment. In addition, the above-mentioned "emergency power source" includes power receiving equipment dedicated to emergency power supply, storage battery equipment, private power generation equipment, and fuel cell equipment.

According to one fire-fighting equipment management system of the present invention, it is possible to facilitate the management of the fire-fighting equipment after the installation of each fire-fighting equipment. Further, even if there are a plurality of firefighting equipments to be installed at one time, the installation worker can realize labor saving and can prevent the installation omission of the firefighting equipments with high accuracy. Further, according to another firefighting equipment management system of the present invention, it is possible to facilitate the management of the firefighting equipment after the installation of each firefighting equipment. In addition, the inspection worker can realize labor saving and can prevent the inspection omission of the firefighting equipment with high accuracy.

It is a figure which shows the management system of the firefighting equipment in 1st Embodiment. It is a flowchart explaining each process at the time of performing management (installation) of a firefighting equipment in 1st Embodiment. This is an example of display by display means when managing (installing) firefighting equipment in the first embodiment. It is a part of the example of the form (installation ledger) for entering the installation result of the firefighting equipment in the first embodiment. It is an example of a fire-fighting equipment provided with an identifier in the modified example (1) of the first embodiment. It is a flowchart explaining each process at the time of performing the management (inspection) of the firefighting equipment in the modification (2) of the 1st Embodiment. There is a part of the example of the form (inspection ledger) for entering the inspection result of the firefighting equipment in the first embodiment. It is a figure which shows the management system of the firefighting equipment in the 2nd Embodiment. It is a figure which shows the management system of the firefighting equipment in 3rd Embodiment. It is a figure which shows the management system of the firefighting equipment in 4th Embodiment. It is a figure which shows the management system of the firefighting equipment in 5th Embodiment. It is a figure which shows the management system of the firefighting equipment in the 6th Embodiment.

Next, an embodiment of the present invention will be described in detail with reference to the accompanying drawings. In this description, common reference numerals are given to common parts throughout the drawings unless otherwise specified. Further, in the figure, the elements of the present embodiment are not necessarily shown according to the scale. In addition, some reference numerals may be omitted in order to make each drawing easier to see.

<First Embodiment>
FIG. 1 is a diagram showing a firefighting equipment management system 100 according to the present embodiment. Further, FIG. 2 is a flowchart illustrating each process when managing (installing) the firefighting equipment in the present embodiment.

As shown in FIG. 1, the firefighting equipment management system 100 has a display means 30 typified by a liquid crystal display or an organic EL display, and a reader (scan) that reads an identifier including a QR code (registered trademark) and a barcode already described. Communication including an identification information acquisition means 20 typified by (including a known application having a function), a terminal 10 including an association means 12 described later, an Internet line, and a WAN (Wide Area Network). It includes a network and a management means 40 that can be connected to the terminal 10 by an information transmission means 90 represented by a Bluetooth (registered trademark). Therefore, in the present embodiment, transmission / reception is possible between the management means 40 and the terminal 10 provided with the display means 30, the identification information acquisition means 20, and the associating means 12 via the information transmission means 90. Further, the terminal 10 may include a known camera (including a lensless camera). In addition, in one embodiment, the QR code (registered trademark) of the present embodiment may be coded including a URL (Uniform Resource Locator, the same shall apply hereinafter) for connecting to the management means 40. be.

Here, a typical example of the associative means 12 of the present embodiment is at least one installation-related information selected from a group of installation locations and planned installation locations of a fire extinguisher, which is an example of firefighting equipment 70, and individual installation-related information. Software or application (hereinafter collectively referred to as "application") that plays a role of associating the identification information of a fire-fighting equipment (for example, a fire extinguisher) 70. In an example of utilizing the specific associative means 12, the application is related to the installation of the firefighting equipment 70 by the terminal 10 such as a commercially available smartphone or tablet on which the map or position data saved in the PDF format or the like is installed. The information can be associated with the identification information of the firefighting equipment 70. The above-mentioned map or location data storage format is not limited to the PDF format.

Further, in another utilization example of the associating means 12, when the application intends to install the firefighting equipment 70 at a target place, the installation-related information to be installed to be displayed in the map or the position data is selected. After that, by reading the identifier (QR code (registered trademark), etc.) included in the fire-fighting equipment 70 by the identification information acquisition means 20, the fire-fighting equipment 70 recorded in the cloud area, for example, via the information transmission means 90. Unique identification information (for example, a symbol for identifying the fire-fighting equipment and a serial number of the fire-fighting equipment) is displayed on the display means 30 provided in the terminal 10 to associate the fire-fighting equipment 70 with the installation-related information. In another example, the identifier (QR code (registered trademark), etc.) provided in the firefighting equipment 70 is used as the identification information acquisition means 20 before the installation-related information to be installed to be displayed in the map or the position data is selected. It can also be adopted to be read by.

By the associating means 12 of the present embodiment, one-to-one correspondence is associated, that is, one installation-related information is associated with one fire-fighting equipment 70. Further, the management means 40 transmits and receives to and from at least one means selected from the group of the display means 30, the identification information acquisition means 20, and the association means 12 included in the terminal 10 via the information transmission means 90. It is possible, and identification information and installation-related information of individual firefighting equipment 70 can be recorded.

Next, with reference to FIG. 2, each process of the firefighting equipment management system 100 at the time of installing the fire extinguishing equipment will be described.

In one aspect of the present embodiment, before the installation of the fire-fighting equipment 70 within the predetermined range, the identification information of the individual fire-fighting equipment 70 (the year of manufacture of the above-mentioned fire-fighting equipment) is used by using the associating means 12 of the terminal 10. Etc.) and information on the place where each firefighting equipment 70 is planned to be installed in or around a predetermined range, that is, each facility including a building or public facility and equipment (hereinafter referred to as "building, etc.") (hereinafter referred to as "building, etc.") The step (S1) of associating with the installation-related information) is performed. Typical examples of installation-related information are the name or address of the building, etc., and the specific installation location (if the building, etc. has two or more floors, the specific installation location on each floor). May include. Further, the S1 step can be performed at any time within the period from the manufacture of the firefighting equipment 70 to the actual installation of the firefighting equipment 70. In addition, it is also possible to adopt that the identification information of each fire-fighting equipment 70 includes information explaining whether or not the identification information of the fire-fighting equipment 70 exceeds its useful life together with the information of the year of manufacture of the fire-fighting equipment 70.

Further, the S1 step of the present embodiment is, for example, an input work of an operator, a reading work of an identifier 72 provided in the firefighting equipment 70 by the identification information acquisition means 20, and / or a GPS (Global Positioning System) function that the terminal 10 can have. Can be done by using. The identifiers are QR code (registered trademark), iQR (registered trademark) code, data matrix, barcode, two-dimensional barcode, radio frequency identification (radio frequency identification (RFID) tag RFID) tag, alphanumeric string, and color. One or more selected from a group of bits and strings is one aspect that can be adopted.

Here, if there are a plurality of fire-fighting equipment 70 to be installed and the performance of each fire-fighting equipment 70 is completely the same as in the example of the fire extinguisher shown in FIG. 1, those fire-fighting equipment 70 It may not be necessary to associate the identification information of the above with the above-mentioned installation-related information on a one-to-one basis. In such a case, the following two aspects can be adopted.

The first is the identification information of the firefighting equipment 70 read by the identification information acquisition means 20 in the S5 process described later when the firefighting equipment 70 is actually installed, and the installation-related information regarding the actual installation location. By associating with, the correspondence between the installation-related information associated in the S1 process and the identification information of the fire-fighting equipment 70 is once solved, and the new installation-related information and the identification information of the fire-fighting equipment 70 are associated with each other. (So to speak, rewriting or overwriting) can be adopted. In one example of this aspect, before the firefighting equipment 70 is actually installed, in the S1 process, the installation-related information up to the specific installation location in the building or the like is definitely the identification information of the firefighting equipment 70. The installation-related information of only the address of the building or the like, which is not associated with the firefighting equipment 70, is associated with the identification information of the firefighting equipment 70. In one example, the display device 30 included in the terminal 10 once displays the installation-related information (information about the place where the installation was originally planned) associated in the S1 process, and the fire-fighting equipment 70 actually installed. It is possible to display that the installation-related information (new installation-related information) of the above is different from the installation-related information associated in the S1 process. Then, the display means 30 can also display for associating the installation-related information (new installation-related information) of the actually installed fire-fighting equipment 70 with the identification information of the fire-fighting equipment 70.

Secondly, it may be adopted that the S1 process of associating the identification information of each firefighting equipment 70 with the installation-related information of each is not performed before the actual firefighting equipment 70 is installed. In that case, when the actual fire-fighting equipment 70 is installed, the identification information of the fire-fighting equipment 70 read by the identification information acquisition means 20 in the S5 process described later, and the installation-related information regarding the actual installation location Is associated.

After that, the result of associating the above-mentioned installation-related information with the above-mentioned identification information is, for example, a recording area represented by a hard disk drive included in the management means 40, or a hard disk included in the terminal 10 together with the recording area of the management means 40. It is recorded in a recording area (including a temporary recording area) represented by a drive or a solid state drive (S2).

Further, the display means 30 visually distinguishes between the installed fire-fighting equipment 70 and the non-installed fire-fighting equipment 70 based on the result of associating the above-mentioned installation-related information with the above-mentioned identification information. (S3). As a result, the worker, the planned work person, or the person who manages the work of the worker can understand the installation status of the firefighting equipment 70 at a glance by the display means 30. In the situation where the installation work is not performed at all within the predetermined range in which the firefighting equipment 70 is planned to be installed, that is, in the situation where the firefighting equipment 70 has not been installed yet, the display means 30 displays the above-mentioned installation-related information. Based on the above, information indicating that all the firefighting equipment 70 is "not installed" will be displayed visually distinguishable from the information of the firefighting equipment 70 that will be installed thereafter. Further, in one aspect of the present embodiment, the display means 30 can display the above-mentioned identification information together with the above-mentioned installation-related information. In addition, the display means 30, for example, when displaying the identification information of the firefighting equipment 70, the information that can be visually recognized by the installation worker (or the inspection worker described later) according to the user of the terminal 10, and the firefighting. The information that can be seen only by the manufacturer of the equipment 70 can be different.

Here, the above-mentioned S3 step may be performed before and after the above-mentioned S2 step, but the S3 step may be performed at the same time as or substantially at the same time as the above-mentioned S2 step by utilizing known advanced information and communication technology. , Is one aspect that can be adopted. Further, it is another preferable aspect that the terminal 10 or the display means 30 is provided with an output means for outputting the display contents on a paper surface.

Further, the specific example of "displaying visually distinguishably" described in the above-mentioned step S3 includes the examples shown in the following (1) to (3). In addition, FIG. 3 shows a fire extinguisher (marked with a circle in FIGS. 3A and 3B), which is an example of fire extinguishing equipment among firefighting equipment, on the third floor of a certain building, etc. An example of (1) (Fig. 3 (a)) relating to an automatic fire alarm system for complex residential facilities (diamond-shaped marks in FIGS. 3A and 3B) and (2) regarding the same floor. (Fig. 3 (b)) is shown.
(1) Based on the above-mentioned installation-related information, an area map (image) for showing the installation location of the firefighting equipment 70 is displayed by using the display means 30, and the installation location of the installed firefighting equipment 70 is shown. Make the color of the mark different from the color of the mark indicating the planned installation location of the firefighting equipment 70 that has not been installed.
(2) Based on the above-mentioned installation-related information, an area map for showing the installation location of the fire-fighting equipment 70 is displayed using the display means 30, and the color of the mark indicating the installation location of the installed fire-fighting equipment 70. The color of the mark indicating the planned installation location of the fire-fighting equipment 70 that has not been installed is the same color, but the mark indicating the installation location (or planned installation location) of either the installed or non-installed fire-fighting equipment 70 is displayed. Make it blink.
(3) In the example of (1) above, not only the colors of the installed or uninstalled marks are different from each other, but also the installation location (or planned installation location) of either the installed or uninstalled firefighting equipment 70. ) To blink the mark.
In any of the above examples, when the location where the firefighting equipment 70 is installed is in a building or the like having two or more floors, the above-mentioned area map on each floor can be displayed by using the display means 30.

In addition, in the above-mentioned S3 step, instead of displaying visually distinguishable or visually distinguishable, the installation location of the installed fire-fighting equipment 70 and the non-installed fire-fighting equipment 70 It is another aspect that can be adopted to make a distinctive difference from the planned installation location by sound and / or voice.

In the present embodiment, the worker then installs the firefighting equipment 70 at a predetermined location. At this time, the identifier provided by each fire-fighting equipment 70 is read by the identification information acquisition means 20, so that the step of acquiring the identification information of each installed fire-fighting equipment 70 is performed (S4). In one modification of the present embodiment, the firefighting equipment 70 is installed by a specialist, not the worker, based on the installation-related information (particularly, information on the planned installation location of the firefighting equipment). In order to confirm whether or not the 70 is properly installed, a step of acquiring identification information of each installed firefighting equipment 70 may be performed (a modification of S4).

Subsequently, a step of associating the identification information of the installed firefighting equipment 70 read by the identification information acquisition means 20 in the S4 process with the installation-related information regarding the actual installation location is performed (S5). As a result, for example, even if the new installation-related information is different from the installation-related information associated with the identification information of the fire-fighting equipment 70 in the S1 process, the installation-related information associated in the S1 process and the fire-fighting The correspondence with the identification information of the equipment 70 is solved, and the new installation-related information is associated with the identification information of the firefighting equipment 70 (so to speak, rewriting or overwriting).

After that, the above-mentioned installed installation-related information (if it is rewritten or overwritten in the S5 process, the new installation-related information) and the above-mentioned identification information associated with the installation-related information are combined with the S2 process. Similarly, via the information transmission means 90, for example, a recording area represented by a hard disk drive included in the management means 40, or a hard disk drive or a solid state drive included in the terminal 10 together with the recording area of the management means 40. It is recorded in the recording area (including the temporary recording area) (S6). When the S5 process of associating the identification information of the fire-fighting equipment 70 with the installation-related information is performed, as one of the installation-related information, an image of the vicinity of the installed fire-fighting equipment 70 is acquired by a camera or the like to obtain the fire-fighting equipment 70. Other suitable that can be adopted because it can be realized that the operator can realize the installation location of the individual firefighting equipment 70 more accurately and faster by associating it with the identification information of the above and recording it in the management means 40. This is one aspect.

Further, as in the S3 step, the display means 30 visually distinguishes the installed fire-fighting equipment 70 from the non-installed fire-fighting equipment 70 based on the above-mentioned identification information associated with the above-mentioned installation-related information. Display as possible (S7). As a result, the worker can understand the installation status of the firefighting equipment 70 at a glance. In the situation where the installation work is not performed at all within the predetermined range in which the firefighting equipment 70 is planned to be installed, that is, in the situation where the firefighting equipment 70 has not been installed yet, the display means 30 displays the above-mentioned installation-related information. Based on the above, information indicating that all the firefighting equipment 70 is "not installed" will be displayed visually distinguishable from the information of the firefighting equipment 70 that will be installed thereafter.

In another aspect of the present embodiment, the worker himself / herself has not yet installed the firefighting equipment 70 within the predetermined range in which the firefighting equipment 70 is to be installed, but a person other than the worker (for example, the worker). Firefighting equipment may have already been installed by employees of the company to which the company belongs, or by other contractors. In that case, the firefighting equipment is implemented by newly assigning an identifier 72 including unique identification information of the firefighting equipment to the already installed firefighting equipment (for example, affixing it by a known technique). It can be one of the firefighting equipment 70 of the form. As a result, it may be adopted that the step (S0) of associating the fire-fighting equipment 70 newly given the identifier 72 with the installation-related information corresponding to the fire-fighting equipment 70 by using the associating means 12 can be performed. .. Therefore, in this other aspect, the worker does not install the fire-fighting equipment 70 by himself / herself, but for one or a plurality of the fire-fighting equipment 70 already installed, after the above-mentioned S2 step and S3 step, or after the above-mentioned S3 step. Each step of the present embodiment after the above-mentioned S6 step and S7 step can be performed.

Here, the above-mentioned S6 step may be performed before and after the above-mentioned S7 step, but the S6 step may be performed at the same time as or substantially at the same time as the above-mentioned S7 step by utilizing known advanced information and communication technology. , Is one aspect that can be adopted. Further, it is another preferable aspect that the terminal 10 or the display means 30 is provided with an output means for outputting the display contents on a paper surface.

For example, when the firefighting equipment 70 is installed in an area or place where the communication condition is poor (a place where the communication equipment is insufficient, or underground, etc.), the firefighting equipment 70 is installed at a predetermined place by using the identification information acquisition means 20. A step (S5) of reading the identifier 72 of each fire-fighting equipment 70 and associating the identification information of each fire-fighting equipment 70 with the individual installation-related information on a one-to-one basis is performed, and the information is temporarily connected to the terminal 10. After recording in the recording area provided in the above, it is also possible to collect a bundle of the recorded information and record it in the management means 40 via the information transmission means 90 in a place where the communication state is good. It is an aspect.

After that, the worker installs the firefighting equipment 70 (or unconfirmed firefighting) while checking the display means 30 that visually distinguishes the installed firefighting equipment 70 from the uninstalled firefighting equipment 70. With the discovery of the equipment, we will proceed with the installation work of the firefighting equipment 70 newly associated with the S5 process). The worker determines whether or not the display means 30 indicates the presence of the firefighting equipment 70 that has not been installed (S8).

If the display means 30 does not indicate the existence of the fire-fighting equipment 70 that has not been installed, the installation work of the fire-fighting equipment 70 is completed. On the other hand, when the display means 30 indicates the existence of the fire-fighting equipment 70 that has not been installed, the worker installs the fire-fighting equipment 70, and the identifier provided by the installed fire-fighting equipment 70 is determined by the identification information acquisition means 20. By being read, a step of acquiring the identification information of the installed firefighting equipment 70 is performed (S4). After the S4 step, as described above, each step after the S5 step is performed.

Further, in the present embodiment, as shown in FIG. 4, the firefighting equipment management system 100 has at least individual firefighting equipment in a part of the form (installation ledger) 82 for entering the installation result of the firefighting equipment 70. A first output means for outputting the identification information of the 70 and the installation-related information of the firefighting equipment 70 is further provided, and displaying the form 82 by the display means 30 is a preferable aspect from the viewpoint of improving the workability of the worker. Is. More specifically, the firefighting equipment management system 100 utilizes, for example, the management means 40 in which the identification information of the individual firefighting equipment 70 and the individual installation-related information are recorded in a one-to-one relationship. As shown in FIG. 4, a web application to which the management means 40, the terminal 10, and the management system 100 can be connected via the information transmission means 90, or a cloud application to which the management system 100 can be connected via the information transmission means 90 is shown. A first output means for outputting at least a predetermined description form (ledger or the like) in which the identification information and the installation-related information are described can be further provided.

According to the management system 100 of the present embodiment, the identification information acquired by using the identifier 72 that identifies the individual firefighting equipment 70 and the above-mentioned installation-related information are related by the associating means 12 and recorded by the management means 40. By doing so, it is possible to facilitate the management of the firefighting equipment 70 after installation. In addition, when the identification information of the firefighting equipment 70 installed at a predetermined place is acquired by the identification information acquisition means 20, the display means 30 visually observes the installed firefighting equipment 70 and the uninstalled firefighting equipment 70. Display in a distinctive manner. As a result, even if there are a plurality of firefighting equipment 70s to be installed at one time, the installation worker can realize labor saving and can prevent the installation omission of the firefighting equipment 70 with high accuracy. For example, if a fire-fighting equipment 70 of one's own or another company that does not have the identifier 72 is already installed at the planned installation location, a new identifier is given to the fire-fighting equipment 70 (for example,). By (pasting by a known technique), each configuration of the management system 100 of the present embodiment can be utilized.

<Modified example (1) of the first embodiment>
By the way, in the fire extinguisher taken up as an example of the fire extinguisher 70 of the first embodiment, when the fire extinguisher is installed on a horizontal surface so that the lever of the fire extinguisher is on the upper side (the fire extinguisher storage part is on the lower side). In addition, arranging the identifier 72 on the surface of the fire extinguisher (for example, on the surface of the lever shown in FIG. 5) within a range that can be visually recognized in a plan view from above the fire extinguisher is the visibility of the operator's identifier. This is a preferable mode because it can contribute to speeding up the work.

In the example of FIG. 5, the identifier 72 is arranged on the surface of the lever, but even on the surface of the fire extinguisher storage unit, the range that can be visually recognized from above the fire extinguisher in a plan view. On the surface, the same effect as described above can be achieved.

<Modified example (2) of the first embodiment>
Next, each process of the firefighting equipment management system 100 when inspecting the fire extinguishing equipment will be described with reference to FIG. In the description of the management system 100 for inspection of the firefighting equipment of the present embodiment, the description overlapping with the management system 100 for the installation of the firefighting equipment of the first embodiment may be omitted.

The management system 100 of one aspect of this modification is a management system for inspecting firefighting equipment 70 installed at one place or a plurality of places in a certain building or facility. In a preferred embodiment of the present modification, the firefighting equipment 70 can be installed by using the management system 100 of the first embodiment when installing the firefighting equipment 70.

As described above, in a preferred embodiment of the present modification, installation-related information and identification information regarding the fire-fighting equipment 70 that has already been installed by the management system 100 of the first embodiment before the inspection of the fire-fighting equipment 70. Is recorded in the recording area of the management means 40. Prior to the inspection of the firefighting equipment 70 within the predetermined range, the display means 30 is the installed firefighting equipment 70 and the non-installed firefighting equipment 70 based on the identification information associated with the installation-related information regarding the installed firefighting equipment 70 described above. The firefighting equipment 70 is visually distinguished from the above (S1a). In the situation where the inspection work is not performed at all within the predetermined range in which the firefighting equipment 70 is scheduled to be inspected, that is, in the situation where the firefighting equipment 70 has not been inspected yet, the display means 30 displays the above-mentioned installation-related information. Based on the above, information indicating that all the firefighting equipment 70 is "uninspected" will be displayed visually distinguishable from the information of the firefighting equipment 70 to be inspected thereafter. Further, the identification information of the present embodiment includes a symbol for identifying the fire-fighting equipment 70, the year of manufacture of the fire-fighting equipment 70, the place of manufacture of the fire-fighting equipment 70, the serial number of the fire-fighting equipment 70, the expiration date of the fire-fighting equipment 70, and the fire-fighting equipment 70. Performance test results for shipping, type of fire extinguishing agent for fire equipment 70, performance of fire extinguishing agent for fire equipment 70, safety of fire extinguishing agent for fire equipment 70, owner of fire equipment 70, manager of fire equipment 70, And including at least one type of information selected from the group of past inspection results of the fire fighting equipment 70 is a preferred embodiment from the viewpoint of improving the accuracy and / or reliability of the inspection.

Next, the worker starts the inspection work of the firefighting equipment 70. Before and after the inspection work of a certain firefighting equipment 70 is performed, the identification information acquisition means 20 acquires the identification information of the firefighting equipment 70 by using the identifier 72 of the firefighting equipment 70 (S2a). Therefore, the identification information acquisition means 20 of this modification uses the identifier 72 to inspect the firefighting equipment 70 based on the installation-related information associated with the identification information of the firefighting equipment 70. Accepts instructions to acquire identification information.

In another aspect of this modification, a person other than the worker (for example, an employee of the company to which the worker belongs, or another contractor) within a predetermined range in which the firefighting equipment 70 is scheduled to be inspected. Workers may discover firefighting equipment that has been installed by the worker and has not yet been inspected by the worker. In that case, as in the first embodiment, an identifier 72 including unique identification information of the firefighting equipment is newly assigned to the already installed firefighting equipment (for example, affixed by a known technique). Thereby, the fire-fighting equipment can be included in one of the fire-fighting equipment 70 to be inspected in the present embodiment. As a result, in this other aspect, the worker himself does not install the firefighting equipment 70, but instead of installing the firefighting equipment 70 by himself / herself, the present modification of the present modification after the above-mentioned S1a step is applied to one or a plurality of the firefighting equipment 70 already installed. Each step can be performed.

After that, the installation-related information regarding the installation location of the inspected fire-fighting equipment 70 and the identification information of the fire-fighting equipment 70 are associated with each other by the associating means 12. As a result, the associating means 12 of this modification is also associated with the installation-related information of the installed fire-fighting equipment 70 and the installation-related information of the inspected fire-fighting equipment 70. Therefore, as described above, the inspected fire-fighting equipment The installation-related information of the 70 is associated with the identification information of the inspected fire-fighting equipment 70 (S3a). In addition, the associating means 12 of this modification is installed before the inspection of the firefighting equipment 70, but in addition to the installation-related information about the firefighting equipment 70 before the inspection, the firefighting equipment 70 has not been installed yet or has been inspected. It is also a preferable aspect to associate the installation-related information of the fire-fighting equipment 70 with the identification information of the fire-fighting equipment 70. By associating the planned installation location of the firefighting equipment 70 before or after the inspection with the identification information of the firefighting equipment 70 in advance, it is possible to contribute to both improvement of reliability of inspection work and labor saving.

In addition, in the S2a step and the S3a step of this modification, apart from the reading work of the identifier 72 provided by the firefighting equipment 70 by the identification information acquisition means 20, for example, the input work of the worker and / or the GPS that the terminal 10 can provide ( It can also be done by using the Global Positioning System) function.

After that, as a result of associating the above-mentioned installation-related information with the above-mentioned identification information, the management means 40 records the identification information of the inspected fire-fighting equipment 70 via the information transmission means 90 (S4a). More specifically, the identification information of the fire-fighting equipment 70 that has been inspected via the information transmission means 90 is, for example, together with a recording area represented by a hard disk drive included in the management means 40 or a recording area of the management means 40. It is recorded in a recording area (including a temporary recording area) represented by a hard disk drive or a solid state drive included in the terminal 10.

Further, the display means 30 displays the inspected firefighting equipment 70 and the uninspected firefighting equipment 70 based on the above-mentioned installed installation-related information and the above-mentioned identification information associated with the inspected installation-related information. Display visually distinguishable (S5a). As a result, the worker, the planned work person, or the person who manages the work of the worker can understand the installation status of the firefighting equipment 70 at a glance by the display means 30.

Here, the above-mentioned S4a step may be performed before and after the above-mentioned S5a step, but the S4a step may be performed at the same time as or substantially at the same time as the above-mentioned S5a step by utilizing known advanced information and communication technology. , Is one aspect that can be adopted. Further, the specific example of "displaying visually distinguishably" described in the above-mentioned step S5a is the same as the step S3 of the first embodiment.

For example, when the firefighting equipment 70 is inspected in an area or place where the communication condition is poor (a place where the communication equipment is insufficient, or underground, etc.), the firefighting equipment 70 is installed at a predetermined place by using the identification information acquisition means 20. A step (S3a) of reading the identifier 72 of each fire-fighting equipment 70 and associating the identification information of each fire-fighting equipment 70 with the individual installation-related information on a one-to-one basis is performed, and the information is temporarily connected to the terminal 10. After recording in the recording area provided in the above, it is also possible to collect a bundle of the recorded information and record it in the management means 40 via the information transmission means 90 in a place where the communication state is good. It is an aspect.

After that, the worker inspects the firefighting equipment 70 (or has not inspected it) while checking the display means 30 that visually distinguishes the inspected firefighting equipment 70 from the uninspected firefighting equipment 70. With the discovery of the fire-fighting equipment, the inspection work of the fire-fighting equipment 70 newly associated with the S3a process) will be advanced. The worker determines whether or not the display means 30 indicates the presence of the uninspected firefighting equipment 70 (S6a).

If the display means 30 does not indicate the existence of the uninspected firefighting equipment 70, the inspection work of the firefighting equipment 70 is completed. On the other hand, when the display means 30 indicates the existence of the uninspected firefighting equipment 70, the worker inspects the firefighting equipment 70, and the identifier provided by the inspected firefighting equipment 70 is assigned by the identification information acquisition means 20. By being read, a step of acquiring the identification information of the inspected firefighting equipment 70 is performed (S2a). After the S2a step, as described above, each step after the S3a step is performed.

Further, in this modification, as shown in FIG. 7, the firefighting equipment management system 100 has at least individually inspected a part of the form (inspection ledger) 84 for entering the inspection result of the firefighting equipment 70. A second output means for outputting the identification information of the firefighting equipment 70 and the installation-related information of the inspected firefighting equipment 70 is further provided, and displaying the form 84 by the display means 30 is a viewpoint of improving the workability of the worker. Therefore, it is a preferable aspect. More specifically, the firefighting equipment management system 100 utilizes the management means 40 in which the identification information of the individual firefighting equipment 70 and the individual inspected installation-related information that are associated one-to-one are recorded. For example, a web application in which the management means 40, the terminal 10, and the management system 100 can be connected via the information transmission means 90, or a cloud application in which the management system 100 can be connected via the information transmission means 90 is shown in FIG. As described above, a second output means for outputting at least a predetermined description form (ledger or the like) in which the identification information and the inspected installation-related information are described can be further provided. Note that FIG. 7 shows an example of an inspection slip that describes the inspection results when a trader (inspection specialist) different from the manufacturer or seller of the firefighting equipment 70 inspects the firefighting equipment 70 as an inspector. Has been done.

Further, in another aspect of the firefighting equipment management system 100 of the present modification, the associating means 12 further, based on the identification information of the firefighting equipment 70, the identification information, the installation-related information, and the firefighting equipment. In addition to associating with the inspection schedule information of 70, the management means 40 can further record the inspection schedule information. In addition, in the aspect, the firefighting equipment management system 100 periodically (for example, daily, weekly, or monthly) provides the inspection schedule information before the firefighting equipment 70 is inspected. It may be equipped with a notification means for visually and / or audibly notifying (for example, once or more than once in a day) or irregularly (for example, once or more times in a daily, weekly, or monthly manner). Workers or those who manage their work are visually and / or auditory (eg, mechanical sounds, human voices (including alert words), dog and cat voices, birds and beasts voices, etc. Alternatively, the notification means for notifying nature (sound of the sea or mountains) enables more accurate inspection and / or management.

In the other aspect described above, from the viewpoint of performing inspection and / or management with higher accuracy, the above-mentioned inspection schedule information is the inspection schedule information of the firefighting equipment 70 (including individuals and corporations) and inspection schedule items. , And at least one selected from the group of scheduled inspection periods is a preferred embodiment.

As described above, according to the management system 100 of this modification or another aspect, in the inspection of the firefighting equipment 70 based on the installation-related information of the firefighting equipment 70, the inspected firefighting equipment 70 installed at a predetermined place When the identification information is acquired by the above-mentioned identification information acquisition means 20, the display means 30 visually distinguishes between the inspected firefighting equipment 70 and the uninspected firefighting equipment 70. As a result, even if there are a plurality of firefighting equipment 70s to be inspected at one time, the inspection worker can realize labor saving and can prevent the firefighting equipment 70 from being inspected with high accuracy. For example, at the time of inspection, if the firefighting equipment 70 is not installed at the installation location based on the installation-related information, the fact that the firefighting equipment 70 cannot be inspected is promptly inspected by the display means 30. Will be recognized by the person.

<Second embodiment>
Next, the configuration and each process of the firefighting equipment management system 200 at the time of installation or inspection of the fire extinguishing equipment 70 will be described with reference to FIG. In the description of the firefighting equipment management system 200 of the present embodiment, the description overlapping with the management system 100 of the first embodiment may be omitted.

The terminal 210 of the present embodiment includes the associating means 12 and the display means 30. Further, the identification information acquisition means 20 of the present embodiment is carried by a device that reads an identifier, which is different from the terminal 210. Further, the identification information acquisition means 20 can be connected to the terminal 210 via an internet line, a communication network including a WAN, and an information transmission means 90 represented by Bluetooth (registered trademark). In addition, the management means 40 can transmit and receive to and from the terminal 210 via the information transmission means 90, similarly to the management system 100 of the first embodiment.

Also in the present embodiment, as in the first embodiment, when performing each process when managing (installing) the fire-fighting equipment and / or managing (inspecting) the fire-fighting equipment shown in FIGS. 2 and 6. Each step can be performed.

For example, when installing the fire-fighting equipment 70 or inspecting the fire-fighting equipment 70, the identifier 72 of one or more fire-fighting equipment 70 is read by the identification information acquisition means 20. After that, the individual identification information based on the identifier 72 is transmitted from the identification information acquisition means 20 to the terminal 210 via the information transmission means 90, so that the associating means 12 provides the installation-related information of the firefighting equipment 70. Is associated with the identification information. In addition, the display means 30 can display the identification information and / or the installation-related information associated with the identification information. Further, the management means 40 of the present embodiment records the above-mentioned identification information and the above-mentioned installation-related information associated with the identification information via the information transmission means 90. In one aspect of the present embodiment, the management means 40 can transmit and receive to and from at least one means selected from the group of the display means 30 and the associative means 12 in order to realize each of the above-mentioned processes. ..

Also in the present embodiment, as in the first embodiment, when the identification information of the firefighting equipment 70 is acquired by the identification information acquisition means 12, the management means 40 is installed via the information transmission means 90. Alternatively, identification information associated with the installation-related information of the fire-fighting equipment 70 that has been inspected, is scheduled to be installed, or is scheduled to be inspected can be recorded. Further, the display means 30 can visually distinguish between the installed fire-fighting equipment 70 and the non-installed fire-fighting equipment 70 based on the identification information associated with the installation-related information. Therefore, the firefighting equipment management system 200 of the present embodiment can exert at least the same effect as the effect of the firefighting equipment management system 100 of the first embodiment.

<Third embodiment>
Next, with reference to FIG. 9, the configuration and each process of the firefighting equipment management system 300 at the time of installation or inspection of the fire extinguishing equipment 70 will be described. In the description of the firefighting equipment management system 300 of the present embodiment, the description overlapping with the management system 100 or the second management system 200 of the first embodiment may be omitted.

The terminal 310 of the present embodiment includes the associating means 12 and the identification information acquiring means 20. Further, the display means 30 of the present embodiment is carried by a device having a display function different from that of the terminal 310. Further, the display means 30 can be connected to the terminal 310 via an internet line, a communication network including a WAN, and an information transmission means 90 represented by Bluetooth (registered trademark). In addition, the management means 40 can transmit and receive to and from the terminal 310 via the information transmission means 90, similarly to the management system 100 of the first embodiment.

Also in the present embodiment, as in the first embodiment, when performing each process when managing (installing) the fire-fighting equipment and / or managing (inspecting) the fire-fighting equipment shown in FIGS. 2 and 6. Each step can be performed.

In the present embodiment, for example, when installing the fire-fighting equipment 70 or inspecting the fire-fighting equipment 70, the identifier 72 of one or a plurality of fire-fighting equipment 70 is read by the identification information acquisition means 20 included in the terminal 310. Be done. After that, the associating means 12 provided in the terminal 310 associates the installation-related information of the firefighting equipment 70 with the individual identification information based on the identifier 72. Further, the individual identification information based on the identifier 72 is transmitted from the terminal 310 to the display means 30 via the information transmission means 90, so that the display means 30 associates the identification information and / or the identification information with the display means 30. It is possible to display the installation-related information provided. It is another preferred aspect that the display means 30 includes an output means for outputting the display contents on a paper surface. Further, the management means 40 of the present embodiment records the above-mentioned identification information and the above-mentioned installation-related information associated with the identification information via the information transmission means 90. In one aspect of the present embodiment, the management means 40 can transmit and receive to and from at least one means selected from the group of the identification information acquisition means 20 and the association means 12 in order to realize each of the above-mentioned processes. Is.

Also in the present embodiment, as in the first embodiment, when the identification information of the firefighting equipment 70 is acquired by the identification information acquisition means 12, the management means 40 is installed via the information transmission means 90. Alternatively, identification information associated with the installation-related information of the fire-fighting equipment 70 that has been inspected, is scheduled to be installed, or is scheduled to be inspected can be recorded. Further, the display means 30 can visually distinguish between the installed fire-fighting equipment 70 and the non-installed fire-fighting equipment 70 based on the identification information associated with the installation-related information. Therefore, the firefighting equipment management system 300 of the present embodiment can exert at least the same effect as the effect of the firefighting equipment management system 100 of the first embodiment.

<Fourth Embodiment>
Next, the configuration and each process of the firefighting equipment management system 400 at the time of installation or inspection of the fire extinguishing equipment 70 will be described with reference to FIG. In the description of the firefighting equipment management system 400 of the present embodiment, the description overlapping with the management system 100, the second management system 200, or the third management system 300 of the first embodiment may be omitted.

The terminal 410 of the present embodiment includes an association means 12, an identification information acquisition means 20, a display means 30, and a management means 40. The information transmission means of the present embodiment is a circuit in the terminal 410. Further, the management means 40 is an HDD (Hard Disk Drive) in the terminal 410.

Also in the present embodiment, as in the first embodiment, when performing each process when managing (installing) the fire-fighting equipment and / or managing (inspecting) the fire-fighting equipment shown in FIGS. 2 and 6. Each step can be performed.

In the present embodiment, for example, when installing the fire-fighting equipment 70 or inspecting the fire-fighting equipment 70, the identifier 72 of one or a plurality of fire-fighting equipment 70 is read by the identification information acquisition means 20 provided in the terminal 410. Be done. After that, the identification information acquisition means 20 is connected to the association means 12 in the terminal 410 via the information transmission means, so that the association means 12 is based on the installation-related information of the firefighting equipment 70 and the identifier 72. Associate with individual identification information. Further, from the terminal 410, the associating means 12 connects with the display means 30 via the information transmitting means to display the individual identification information based on the identifier 72 and / or the installation-related information associated with the identification information. be able to. Further, by connecting the associating means 12 with the management means 40 included in the terminal 410 via the information transmission means, the above-mentioned identification information and the above-mentioned installation-related information associated with the identification information are recorded. In one aspect of the present embodiment, the management means 40 is with at least one means selected from the group of the display means 30, the identification information acquisition means 20, and the association means 12 in order to realize each of the above-mentioned processes. It is possible to send and receive between.

Also in the present embodiment, as in the first embodiment, when the identification information of the firefighting equipment 70 is acquired by the identification information acquisition means 12, the management means 40 is installed or installed via the information transmission means. It is possible to record the identification information associated with the installation-related information of the fire-fighting equipment 70 that has been inspected, is scheduled to be installed, or is scheduled to be inspected. Further, the display means 30 can visually distinguish between the installed fire-fighting equipment 70 and the non-installed fire-fighting equipment 70 based on the identification information associated with the installation-related information. Therefore, the firefighting equipment management system 400 of the present embodiment can exert at least the same effect as the effect of the firefighting equipment management system 100 of the first embodiment. In addition, in the firefighting equipment management system 400 of the present embodiment, since the terminal 410 includes the association means 12, the identification information acquisition means 20, the display means 30, and the management means 40, the area where the communication state is poor Or, even when the firefighting equipment 70 is installed or inspected in a place (a place with insufficient communication equipment, underground, etc.), it does not depend on the communication state, and the terminal 410 alone has the above-mentioned configurations. This is a more preferable mode because it is possible to perform each step shown in FIG. 2 or 6 by exerting the function.

<Fifth Embodiment>
Next, the configuration and each process of the firefighting equipment management system 500 at the time of installation or inspection of the fire extinguishing equipment 70 will be described with reference to FIG. In the description of the firefighting equipment management system 500 of the present embodiment, it overlaps with the management system 100, the second management system 200, the third management system 300, or the fourth management system 400 of the first embodiment. The explanation given may be omitted.

The terminal 510 of the present embodiment includes an association means 12, an identification information acquisition means 20, and a management means 40. Further, the display means 30 of the present embodiment is carried by a device having a display function different from that of the terminal 510. Further, the display means 30 can be connected to the terminal 510 via the information transmission means. In addition, the management means 40 can transmit and receive to and from the terminal 510 via the information transmission means which is a circuit in the terminal 510, similarly to the management system 400 of the fourth embodiment.

Also in the present embodiment, as in the first embodiment, when performing each process when managing (installing) the fire-fighting equipment and / or managing (inspecting) the fire-fighting equipment shown in FIGS. 2 and 6. Each step can be performed.

In the present embodiment, for example, when installing the fire-fighting equipment 70 or inspecting the fire-fighting equipment 70, the identifier 72 of one or more fire-fighting equipment 70 is read by the identification information acquisition means 20 provided in the terminal 510. Be done. After that, the associating means 12 provided in the terminal 510 associates the installation-related information of the firefighting equipment 70 with the individual identification information based on the identifier 72. Further, the display means 30 is associated with the identification information and / or the identification information by transmitting the individual identification information based on the identifier 72 from the terminal 510 to the display means 30 via the information transmission means. Installation related information can be displayed. It is another preferred aspect that the display means 30 includes an output means for outputting the display contents on a paper surface. In addition, the management means 40 of the present embodiment records the above-mentioned identification information and the above-mentioned installation-related information associated with the identification information via the information transmission means. In one aspect of the present embodiment, the management means 40 can transmit and receive to and from at least one means selected from the group of the identification information acquisition means 20 and the association means 12 in order to realize each of the above-mentioned processes. Is.

Also in the present embodiment, as in the first embodiment, when the identification information of the firefighting equipment 70 is acquired by the identification information acquisition means 12, the management means 40 is installed or installed via the information transmission means. It is possible to record the identification information associated with the installation-related information of the fire-fighting equipment 70 that has been inspected, is scheduled to be installed, or is scheduled to be inspected. Further, the display means 30 can visually distinguish between the installed fire-fighting equipment 70 and the non-installed fire-fighting equipment 70 based on the identification information associated with the installation-related information. Therefore, the firefighting equipment management system 500 of the present embodiment can exert at least the same effect as the effect of the firefighting equipment management system 100 of the first embodiment.

<Sixth Embodiment>
Next, the configuration and each process of the firefighting equipment management system 600 at the time of installation or inspection of the fire extinguishing equipment 70 will be described with reference to FIG. In the description of the firefighting equipment management system 600 of the present embodiment, the management system 100, the second management system 200, the third management system 300, the fourth management system 400, or the fourth management system 400 of the first embodiment. The description overlapping with the management system 500 of 5 may be omitted.

The terminal 610 of the present embodiment includes association means 12, display means 30, and management means 40. Further, the identification information acquisition means 20 of the present embodiment is carried by a device that reads an identifier, which is different from the terminal 610. Further, the identification information acquisition means 20 can be connected to the terminal 610 via an internet line, a communication network including a WAN, and an information transmission means typified by Bluetooth (registered trademark). In addition, the management means 40 can transmit and receive to and from the terminal 610 via the information transmission means which is a circuit in the terminal 610, similarly to the management system 400 of the fourth embodiment.

Also in the present embodiment, as in the first embodiment, when performing each process when managing (installing) the fire-fighting equipment and / or managing (inspecting) the fire-fighting equipment shown in FIGS. 2 and 6. Each step can be performed.

For example, when installing the fire-fighting equipment 70 or inspecting the fire-fighting equipment 70, the identifier 72 of one or more fire-fighting equipment 70 is read by the identification information acquisition means 20. After that, the individual identification information based on the identifier 72 is transmitted from the identification information acquisition means 20 to the terminal 610 via the information transmission means, so that the associative means 12 can be combined with the installation-related information of the firefighting equipment 70. Associate with identification information. In addition, the display means 30 can display the identification information and / or the installation-related information associated with the identification information. In addition, the management means 40 records the above-mentioned identification information and the above-mentioned installation-related information associated with the identification information via the information transmission means. In one aspect of the present embodiment, the management means 40 can transmit and receive to and from at least one means selected from the group of the association means 12 and the display means 30 in order to realize each of the above-mentioned processes. ..

Also in the present embodiment, as in the first embodiment, when the identification information of the firefighting equipment 70 is acquired by the identification information acquisition means 12, the management means 40 is installed or installed via the information transmission means. It is possible to record the identification information associated with the installation-related information of the fire-fighting equipment 70 that has been inspected, is scheduled to be installed, or is scheduled to be inspected. Further, the display means 30 can visually distinguish between the installed fire-fighting equipment 70 and the non-installed fire-fighting equipment 70 based on the identification information associated with the installation-related information. Therefore, the firefighting equipment management system 200 of the present embodiment can exert at least the same effect as the effect of the firefighting equipment management system 100 of the first embodiment.

As described above, modifications existing within the scope of the present invention including other combinations of each embodiment are also included in the scope of claims.

The present invention can be widely used as a management system for firefighting equipment.

10,210,310,410,510,610 Terminal 12 Association means 20 Identification information acquisition means 30 Display means 40 Management means 70 Firefighting equipment 72 Identifier 82,84 Format 90 Information transmission means 100, 200, 300, 400, 500, 600 management system

Claims (9)

An identifier that has identification information for firefighting equipment (including fire extinguishers),
An identification information acquisition means that receives an instruction to acquire the identification information using the identifier, and an identification information acquisition means.
At least one installation-related information selected from the group of the installation location of the fire-fighting equipment and the planned installation location of the fire-fighting equipment, and the associating means for associating the identification information with the identification information.
A display means for displaying the installation-related information associated with the identification information, and
The identification information and the installation-related information can be transmitted to and received from the display means, the identification information acquisition means, and at least one means selected from the group of the association means via the information transmission means, and the identification information and the installation-related information can be transmitted. Equipped with a management means to record,
When the identification information of the fire-fighting equipment installed at a predetermined place is acquired by the identification information acquisition means, the management means is the installation of the fire-fighting equipment installed via the information transmission means. The identification information associated with the relevant information is recorded, and the display means visually displays the installed fire-fighting equipment and the non-installed fire-fighting equipment based on the identification information associated with the installation-related information. Display in a distinguishable manner,
Firefighting equipment management system. An identifier that has identification information for firefighting equipment (including fire extinguishers),
An identification information acquisition means that receives an instruction to acquire the identification information using the identifier, and an identification information acquisition means.
At least one installation-related information selected from the group of the installation location of the firefighting equipment before the inspection, the planned installation location of the firefighting equipment before or after the inspection, and the installation location of the firefighting equipment that has been inspected, and the above-mentioned Associating means for associating with identification information,
A display means for displaying the installation-related information associated with the identification information, and
The identification information and the installation-related information can be transmitted to and received from the display means, the identification information acquisition means, and at least one means selected from the group of the association means via the information transmission means, and the identification information and the installation-related information can be transmitted. Equipped with a management means to record,
In the inspection of the firefighting equipment based on the installation-related information associated with the identification information, when the identification information of the inspected firefighting equipment is acquired by the identification information acquisition means, the management means obtains the information. The identification information associated with the installation-related information of the fire-fighting equipment that has been inspected is recorded via the transmission means, and the display means is inspected based on the identification information associated with the installation-related information. The fire-fighting equipment that has been completed and the fire-fighting equipment that has not been inspected are visually distinguished.
Firefighting equipment management system. The identifier is a QR code (registered trademark), iQR (registered trademark) code, data matrix, bar code, two-dimensional bar code, radio frequency identification (radio frequency identification (RFID) tag RFID) tag, alphanumeric string, color bit. , And a type selected from the group of character strings,
The firefighting equipment management system according to claim 1 or 2. The identification information is
A symbol for identifying the fire-fighting equipment, a year of manufacture of the fire-fighting equipment, a place of manufacture of the fire-fighting equipment, a serial number of the fire-fighting equipment, an expiration date of the fire-fighting equipment, a performance test result for shipping the fire-fighting equipment, and the fire-fighting. Types of fire extinguishing agents for equipment, performance of fire extinguishing agents for fire equipment, safety of fire extinguishing agents for fire equipment, owners of fire equipment, managers of fire equipment, and past inspection results of fire equipment Contains at least one type of information selected from the group,
The firefighting equipment management system according to any one of claims 1 to 3. The associating means further associates the identification information and the installation-related information with the inspection schedule information of the firefighting equipment based on the identification information.
The management means further records the inspection schedule information and
Provided is a notification means for visually and / or audibly notifying the inspection schedule information periodically or irregularly before the firefighting equipment is inspected.
The firefighting equipment management system according to any one of claims 1 to 4. The inspection schedule information is at least one selected from the group of the inspection schedule person (including individuals and corporations), the inspection schedule item, and the inspection schedule period of the firefighting equipment.
The firefighting equipment management system according to claim 5. The firefighting equipment is a fire extinguisher
When the fire extinguisher is installed on a horizontal plane so that the lever of the fire extinguisher is on the upper side, the identifier is arranged on the surface of the fire extinguisher within a range that can be visually recognized in a plan view from above the fire extinguisher.
The firefighting equipment management system according to any one of claims 1 to 6. A first output means for outputting at least the identification information and the installation-related information is further provided as a part of the form for entering the installation result of the firefighting equipment.
The display means displays the format.
The firefighting equipment management system according to claim 1 or 2. A second output means for outputting at least the inspected identification information and the inspected installation-related information is further provided as a part of the form for entering the inspection result of the firefighting equipment.
The display means displays the format.
The firefighting equipment management system according to claim 2.

Images