JP7756812B2 - Building facility inspection reporting system - Google Patents

Description

The present invention relates to a building facility inspection reporting system, and more particularly to a system equipped with a display for reporting the inspection results of building facilities to a management user.

Building facilities such as elevators are generally maintained and inspected by specialized maintenance companies. When a maintenance company inspects an elevator, they must report the inspection results to the administrative user, who is the person responsible for managing the elevator. Traditionally, paper reports were sent to administrative users, but in recent years, it has become common for reports to be posted on a web page accessible to administrative users. In this case, administrative users can view the report by logging in to the web page using a pre-set ID.

In light of this situation, several systems have been proposed to support report creation, report-related information transmission, etc. (See, for example, Patent Documents 1 to 4.) Patent Document 1 discloses a work report creation system that, when a signature entered into a work report matches pre-registered signature information, stores the work report including the signature and transmits it to a desired network terminal via a network.

Japanese Patent Application Laid-Open No. 2006-3019336 Japanese Patent Application Laid-Open No. 2007-131387 Japanese Patent Application Laid-Open No. 2007-34822 Japanese Patent Application Laid-Open No. 2017-122953

In the case of the method of posting reports on a dedicated web page, for example, users are notified by email or other means when the report is registered on the server, but there are cases where the notification does not reach the user due to the user overlooking the email, etc. In such cases, the contents of the report are not conveyed to the user either. Furthermore, in order to view the report on the web page, the user must access the web page and enter an ID, which can be inconvenient and may result in the report not being viewed.

The object of the present invention is to provide an inspection reporting system that can more reliably communicate the inspection results of building facilities to management users.

The building equipment inspection reporting system of the present invention is a building equipment inspection reporting system equipped with a display, and is equipped with a device that executes processing to notify an administrative user of the inspection results of the building equipment, and is characterized in that the device displays the inspection results on the display when the administrative user approaches the display.

By notifying inspection results using the building equipment's display, the inspection results can be communicated more reliably to the administrative user. Furthermore, by displaying the inspection results only on the display when the administrative user can see it, the inspection results can be communicated efficiently only to the administrative user. This means, for example, that convenience for general users is not compromised and is also preferable from the perspective of protecting personal information.

The building facility to which the inspection reporting system of the present invention is applied is, for example, an elevator with the display installed inside the elevator car. The device displays the inspection results on the display on the condition that the administrative user has boarded the elevator car. Since the display inside the elevator car is a notification means that is easily recognized by users, this configuration makes it possible to more reliably communicate the inspection results to the administrative user. Furthermore, by displaying the inspection results on the condition that the administrative user has boarded the elevator car, the inspection results can be efficiently communicated only to the administrative user.

In the elevator inspection reporting system of the present invention, the device may display the inspection results on the display when a key switch operable with a dedicated key held by an administrative user is operated, or when a secret operation of an operation button is performed. This configuration makes it possible to more reliably detect when an administrative user has entered the elevator car, and efficiently communicate the inspection results only to the administrative user.

In the elevator inspection reporting system of the present invention, the device may display the inspection results on the display when a mobile device carried by the administrative user is detected by a detection means for detecting the mobile device. This configuration makes it possible to more reliably detect when the administrative user has boarded the elevator car, and efficiently communicate the inspection results only to the administrative user.

In the elevator inspection reporting system of the present invention, the device may stop displaying the inspection results on the display if a specified operation is performed on the in-car control panel while the inspection results are being displayed. This configuration prevents unnecessary inspection results from being displayed when an administrative user checks the inspection results. In this case, for example, the inspection results will not be displayed on the in-car display until new inspection results are registered.

In the elevator inspection reporting system of the present invention, the device may display the inspection results on the display, provided that no general users other than the administrative user are in the elevator car. In this case, the inspection results can be efficiently communicated only to the administrative user, which does not impair convenience for general users and is also preferable from the perspective of protecting personal information.

In the elevator inspection reporting system of the present invention, the device may display the inspection results on the display, provided that the inspection results have not been confirmed by any other notification means other than the display. This configuration prevents unnecessary inspection results from being displayed if the administrative user has already confirmed the inspection results by other means. Other notification means include, for example, posting a report on a dedicated web page. Generally, notifications using web pages are the primary method, with notifications using building equipment displays being secondary.

The building equipment inspection reporting system of the present invention makes it possible to more reliably and efficiently communicate building equipment inspection results to management users.

1 is a diagram illustrating an elevator inspection reporting system according to an embodiment; FIG. 1 is a block diagram showing the configuration of an inspection reporting system. 10 is a flowchart showing an example of a control procedure regarding an inspection report. 10 is a flowchart showing another example of a control procedure relating to an inspection report.

Hereinafter, with reference to the drawings, an embodiment of the building facility inspection reporting system according to the present invention will be described in detail. The embodiment described below is merely an example, and the present invention is not limited to the following embodiment. Furthermore, forms that are formed by selectively combining multiple embodiments and variants described below are included in the present invention.

With reference to Figures 1 and 2, the configuration of an elevator inspection reporting system 1, which is an example of an embodiment, will be described in detail. In this embodiment, an elevator 2 is used as an example of building equipment, but the building equipment of the present invention is not limited to elevators. The inspection reporting system of the present invention can be applied to building equipment equipped with a display, and can also be applied to, for example, air conditioning equipment or security systems such as intercom equipment. However, the inspection reporting system of the present invention is particularly effective for elevator inspection reporting.

As shown in Figures 1 and 2, the elevator inspection reporting system 1 is a system for reporting the inspection results of an elevator 2 equipped with a display 12 to a management user. The inspection reporting system 1 includes a management server 20 and a monitoring device 30 as devices that execute processing to notify the management user of the inspection results of the elevator 2. The management server 20 is generally a computer of a maintenance company that performs maintenance and inspection of the elevator 2, and is installed in a location away from the facility where the elevator 2 is installed, for example, in a monitoring center (information center) that remotely monitors the elevator 2. The management server 20 may be composed of a single computer or multiple computers.

Here, an administrative user is a person involved in the management of elevator 2, who receives reports of elevator 2 inspection results from the maintenance company. In the present invention, administrative users are distinguished from general users who simply use elevator 2. Examples of administrative users include the person responsible for managing elevator 2, and the owner/manager of an apartment building or other building in which elevator 2 is installed. As will be described in more detail below, administrative users possess, for example, a mobile terminal 50 such as a smartphone on which administrator application software (hereinafter referred to as the "administrator app") is installed, or a dedicated key capable of operating key switch 10B.

The elevator 2 is equipped with a monitoring device 30 and a wireless communication module 35. The management server 20 communicates with the monitoring device 30 via the wireless communication module 35, for example, to remotely monitor the elevator 2. The inspection reporting system 1 may be configured as part of a remote monitoring system for the elevator 2. The monitoring device 30 sends and receives information about the elevator 2 to and from the management server 20, and performs processing related to the remote monitoring and inspection reporting of the elevator 2. As will be described in more detail below, the management server 20 and the monitoring device 30 cause the display 12 to display the inspection results when the management user approaches the display 12.

The elevator 2 is a lifting facility in which a car 3 moves within a hoistway 4 to transport people, goods, etc. between landings located on each floor. The car 3 has, for example, an interior space where people can board, and moves within the hoistway 4 by being driven by a hoist 6 installed in an upper machine room 5. The car 3 is equipped with an in-car operation panel 10, a car door 11, and a door opening/closing device (not shown) that opens and closes the car door 11. In addition, a landing operation panel and a landing door are provided at the landing.

In this embodiment, a control panel 7 that controls the elevator 2 is installed in the upper machine room 5. The control panel 7 controls the hoist 6 based on operation signals from, for example, the car operation panel 10 and the hall operation panel, and moves the car 3 to a specified hall in accordance with user operation. In addition, when the car 3 is stopped at a hall, the control panel 7 controls the door opening/closing device to open and close the car door 11. The hall door opens and closes in conjunction with the car door 11.

A display 12 is installed in the elevator car 3 of the elevator 2. The display 12 is installed, for example, on top of the car operation panel 10, aligned vertically with the operation panel. The display 12 can display any text information or images, such as news, weather forecasts, building management information, and advertisements. In this embodiment, the display 12 in the elevator car 3 is used to report inspection results. A display may also be installed at the landing, and the display at the landing can be used to report inspection results.

The car operation panel 10 is provided with operation buttons 10A, such as a destination floor button for specifying the destination floor and a door open/close button for opening and closing the car door 11. The car operation panel 10 may also be provided with a key switch 10B that can be operated with a dedicated key held by an administrative user. For example, if the administrative user is the building owner, the car 3 can be moved to the owner's dedicated floor by operating the key switch 10B.

A beacon 8 (see Figure 2) may be installed in the elevator 2 as a detection means for detecting the mobile terminal 50 carried by the administrative user. The beacon 8 may be installed, for example, at a specific landing used by the administrative user, or at all landings. Alternatively, it may be installed in the car 3. The beacon 8 is a transmitter that emits radio waves (signals) in a specific frequency band. For example, when a signal transmitted from the beacon 8 is received by the mobile terminal 50, an administrator app installed on the mobile terminal 50 is activated, and a predetermined signal is sent from the mobile terminal 50 to the control panel 7 via a function of the app.

The above-mentioned predetermined signal transmitted from the mobile terminal 50 may include, for example, information regarding hall call registration, information regarding destination floor registration, etc. For general users, hall call registration, etc. may also be performed using detection of the mobile terminal by the beacon 8. The predetermined information further includes identification information for identifying the beacon 8 and identification information for identifying the mobile terminal 50. Therefore, the mobile terminal 50 held by the administrative user can be detected using the function of the beacon 8.

The remote monitoring system, for example, uses the function of the monitoring device 30 to transmit information about a malfunction in the elevator 2 to the management server 20. The remote monitoring system may also be configured to transmit a signal from the management server 20 to the monitoring device 30 to perform an inspection of the elevator 2, thereby automatically performing part of the inspection of the elevator 2. In the example shown in FIG. 1, the monitoring device 30 and wireless communication module 35 are installed in the upper machine room 5 along with the control panel 7. The monitoring device 30 is located close to the control panel 7 and is connected to the control panel 7 by wire, but the functions of the monitoring device 30 may also be incorporated into the control panel 7.

The management server 20 is a device that performs remote monitoring of the elevator 2 and reports the inspection results of the elevator 2 to the management user. The management server 20 includes, for example, a first processing unit 23 that performs processing related to remote monitoring, and a second processing unit 24 that performs processing related to reporting the inspection results. The management server 20 has a memory 21 that stores various setting information, control programs, etc., and a processor 22 that realizes the functions of each processing unit by reading and executing the control program. The memory 21 also stores the IP address or domain name of the monitoring device 30.

The monitoring device 30 collects information necessary for remote management and reporting of inspection results from the control panel 7 of the elevator 2, and provides the information necessary for remote management and reporting of inspection results to the control panel 7. The monitoring device 30 includes, for example, a first processing unit 33 that executes processing related to remote monitoring, and a second processing unit 34 that executes processing related to reporting of inspection results. The monitoring device 30 has a memory 31 that stores various setting information, control programs, etc., and a processor 32 that realizes the functions of each processing unit by reading and executing the control program.

The control panel 7 is a control device having a memory and a processor, similar to the management server 20 and the monitoring device 30. The control panel 7 comprehensively controls the elevator 2 and, under the control of the management server 20 and the monitoring device 30, executes processing to display the inspection results on the display 12.

The communication module 25 and wireless communication module 35 are communication devices for communicating between the management server 20 and the monitoring device 30 and sending and receiving data, including inspection result reports. The communication module 25 may be either a wired module or a wireless module. An example of the wireless communication module 35 is an LTE communication module that performs LTE communication. However, the wide-area wireless communication standard used is not limited to LTE, and may be any standard, such as 4G or 5G. Note that a wired communication module may be used instead of the wireless communication module 35.

The following provides a detailed explanation of the configuration for reporting inspection results for elevator 2.

In the inspection reporting system 1, the management server 20 and monitoring device 30 execute processing to notify the management user of a report containing the inspection results of the elevator 2. The created report is stored in the memory 21 of the management server 20. The maintenance worker who inspected the elevator 2 creates the report using, for example, a computer 27 and uploads it to the management server 20. The computer 27 functions as an input interface for registering the report in the management server 20. Note that if the inspection of the elevator 2 is performed remotely and automatically, the report may be created and uploaded automatically.

The above-mentioned report contains the inspection results of the elevator 2 and can be registered in the management server 20. It is sufficient that the report is electronic data that can be displayed on the display 12, and there are no particular restrictions on the items to be included in the report, file format, etc. Generally, the report contains the inspection work date, work content, inspection results of various equipment, name of the person in charge of the work, contact information, etc. The report data is transmitted from the management server 20 to the monitoring device 30. The report data may also be transmitted in the form of an image file.

For example, when the management server 20 obtains a report containing the inspection results of the elevator 2, it posts the report on a dedicated web page accessible to the management user of the elevator 2. The management user can view the report on this web page. At this time, the management user logs in to the web page by, for example, entering an ID. The inspection reporting system 1 may be provided with an authentication server 26 that compares a pre-registered ID with an ID entered on the login screen of the web page. Once the ID is authenticated by the authentication server 26, the user is permitted to log in to the web page and can view the report. Note that, in order to log in to the web page, it may be necessary to enter a password in addition to the ID.

When the report is registered and posted on the web page, the management server 20 notifies the user by email, notification via the administrator app, etc. The management server 20 may also store the report viewing history. For example, the management server 20 may store in memory 21 whether or not each report has been viewed, and may further store the publication start date and time, the view date and time, the number of views, etc. Posting the report on the web page is the main notification means for conveying the inspection results to the administrative user. The management server 20 may display the report on the display 12 on the condition that the report has not been viewed on the web page, i.e., the inspection results have not been confirmed by any notification means other than the display 12.

For example, if a report has not been viewed after a predetermined period of time has elapsed since the report's publication start date and time, the management server 20 may execute processing to display the report on the display 12. The predetermined period is not particularly limited, but one example is one week. The management server 20 starts a timer from the time the report becomes available for viewing (the publication start date and time), and if a predetermined period of time has elapsed without the report being viewed, executes processing to display the report on the display 12. Note that if the report is viewed, for example, the viewing history is stored in memory 21 and the timer is reset.

If the report is not viewed on the web page, the management server 20 may send the report data to the monitoring device 30. Alternatively, the report data may be sent from the management server 20 to the monitoring device 30 at the time the report is registered in the management server 20. For example, if the report is not viewed even after a predetermined period of time has passed since the report was posted on the web page, the monitoring device 30 displays the report on the display 12, provided that the administrative user has boarded the elevator car 3.

The display 12 is an information transmission means that easily catches the user's eye. Furthermore, because the interior space of the car 3 is limited, when the administrative user is in the car 3, the administrative user is in close proximity to the display 12. Therefore, by displaying the report on the display 12 of the car 3 in which the administrative user is in, the inspection results can be more reliably communicated to the administrative user.

The management server 20 and the monitoring device 30 may display the report on the display 12 when the management user boards the car 3, regardless of whether the report has been viewed on the web page. For example, the management server 20 and the monitoring device 30 may execute processing to display the report on the display 12 at the same time as posting the report on the web page. When the report is viewed for the first time on the display 12, a viewing history may be stored based on this confirmation.

For example, when the administrative user gets into the car 3, the monitoring device 30 outputs a signal to the control panel 7 to switch the display content on the display 12 to a report. The report data may be sent to the control panel 7 at this point, or may be sent to the control panel 7 in advance when the report data is acquired from the management server 20. Note that the switching of the display content triggered by the administrative user getting into the car 3, or the determination of whether or not the administrative user has gotten into the car 3, may be performed by a function of the control panel 7 or the management server 20.

The monitoring device 30 may display a report on the display 12 when the key switch 10B, which can be operated using a dedicated key held by the administrative user, is operated, or when a secret operation of the operation button 10A is performed. Since the operation button 10A and the key switch 10B are both provided on the in-car operation panel 10 and can only be performed by the administrative user, the conditions for displaying the report stating "The administrative user has boarded car 3" are normally met.

The monitoring device 30 receives, for example, an operation signal from the key switch 10B or a secret operation signal from the operation button 10A via the control panel 7, and outputs a signal to the control panel 7 to switch the display content on the display 12 to a report. A secret operation of the operation button 10A is an operation that can only be performed by the administrative user, such as entering a PIN number, a special operation such as simultaneously pressing the door open/close buttons, or operating a button for a floor reserved for the administrative user. For example, when the monitoring device 30 receives the above operation signal, it determines that the administrative user has boarded the car 3 and displays a report on the display 12.

The monitoring device 30 may display a report on the display 12 when the mobile terminal 50 of the administrative user is detected by the function of the beacon 8. When the signal transmitted from the beacon 8 is received by the mobile terminal 50, the administrator app is launched, and a predetermined signal including the identification information of the terminal is transmitted from the mobile terminal 50 to the control panel 7. When the mobile terminal 50 is detected by the function of the beacon 8, the condition for displaying the report stating "Administrative user has boarded car 3" is typically met.

If a beacon 8 is installed inside the car 3, it can more reliably detect that an administrative user has boarded the car 3. The beacon 8 may be capable of detecting the presence of a mobile terminal 50 within a specified range from the display 12 inside the car 3. The beacon 8 may be installed, for example, on the in-car control panel 10, and the range within which the signal can reach may be limited to a specified range in front of the display 12. In this case, a report can be displayed on the display 12 on the condition that an administrative user approaches within a specified range from the display 12.

The monitoring device 30, for example, receives the specified signal via the control panel 7 and outputs a signal to the control panel 7 to switch the display content of the display 12 to a report. Alternatively, the control panel 7 may cause the report to be displayed on the display 12 when it receives the specified signal from the mobile terminal 50. For example, when the mobile terminal 50 of the administrative user is detected by the function of the beacon 8, the monitoring device 30 determines that the administrative user has boarded the elevator car 3 and causes the report to be displayed on the display 12.

If a camera is installed in the elevator car 3 or at the landing, the monitoring device 30 may analyze the video captured by the camera to determine whether the supervising user is in the elevator car 3. It is also possible to capture video from a camera installed somewhere other than the elevator 2 and determine whether the supervising user has boarded the elevator car 3 based on that video.

The monitoring device 30 may display a report on the display 12 on the condition that no general users other than the administrative user are riding in the car 3. If a camera is installed in the car 3 or at the platform, it can determine from the camera footage whether only the administrative user is riding in the car 3. For example, even if the monitoring device 30 determines that the administrative user has boarded the car 3, if a general user is riding, it will continue to display the normal content and will not switch the display content. This does not impair convenience for general users and is also preferable from the perspective of protecting personal information.

After detecting the operation of key switch 10B, the secret operation of operation button 10A, or the presence of mobile terminal 50, if only the destination floor button for the administrative user's private floor is operated, monitoring device 30 may display a report on display 12. In this case, there is a high possibility that only the administrative user is riding in elevator 3. Furthermore, monitoring device 30 may display the report after passing floors used by general users and before arriving at the administrative user's private floor. When the report is displayed, the elevator 3 may move at a slower speed than usual to ensure time for confirmation.

The monitoring device 30 may stop the display of a report when a specified operation is performed on the car operation panel 10 while the report is being displayed on the display 12. The specified operation is an operation that can only be performed by an administrative user, and is an operation for deleting the report from the display 12. When the administrative user checks the report on the display 12 or checks the report by other means such as a web page, the administrative user can perform the specified operation to prevent the report from being displayed on the display 12. Examples of the specified operation include a special operation of the operation button 10A, entering a PIN number, etc.

By stopping the display of a report based on the administrative user's operation, unnecessary display can be prevented when the administrative user checks the report. In this case, for example, the report will not be displayed on the display 12 until a new report is registered. Furthermore, the number of times the report is displayed on the display 12 may be unlimited or may be limited to a predetermined number of times. For example, if the number of times a report has been displayed on the display 12 exceeds a predetermined number, the monitoring device 30 may send alert information to the management server 20 prompting the execution of other notification means.

Below, an example of a control procedure for inspection reporting of elevator 2 in inspection reporting system 1 is described with reference to the flowchart of Figure 3.

As shown in FIG. 3, when a report containing the inspection results is uploaded to the management server 20, the management server 20 stores the report in memory 21 and posts the report on a dedicated web page accessible to the administrative user (step S10). Next, the management server 20 notifies the administrative user that the report has been registered and is now available for viewing on the web page (step S20). The means of notifying the administrative user may include, but is not limited to, email or notification via the administrator app. The management server 20 further transmits the report data to the monitoring device 30 of the elevator 2 (step S12). Note that steps S11 and S12 may be performed simultaneously or in reverse order.

The management server 20 stores in memory 21 whether or not each report has been viewed and the viewing start date and time. A timer is then started from the report's publication start date and time. If a predetermined period of time has passed without the report being viewed on the web page, the report is displayed on the display 12 in the car 3, provided that the management user has boarded the car 3 (No in step S13). On the other hand, if the report has been viewed on the web page within the predetermined period of time (Yes in step S13), the viewing history is stored in memory 21, the timer is reset, and the report data stored in the memory 31 of the monitoring device 30 or the memory of the control panel 7 may be deleted (step S14).

If the report is not viewed on the web page, the report is displayed on the display 12 (step S16) on the condition that the key switch 10B is operated or a secret operation of the operation button 10A is performed (Yes in step S15). If the condition in step S15 is met, there is a high possibility that the administrative user is in the car 3, and the inspection results can be efficiently communicated to the administrative user. Note that, since the display 12 normally displays news, weather forecasts, building management information, advertisements, etc., when the condition in step S15 is met, the display content is temporarily switched.

The time for which each report is displayed on the display 12 is set taking into account the time from when the administrative user boards the car 3 until when they exit. One example is 10 seconds to 1 minute. Alternatively, the display content on the display 12 may be returned to normal when the car 3 arrives at the administrative user's private floor, or when the beacon 8 or camera detects that the administrative user has exited the car 3, etc.

If a specified operation is performed on the car control panel 10 while a report is being displayed on the display 12 (Yes in step S17), the display of the report is stopped and the display content is restored to normal (step S18). As described above, the specified operation is an operation that can only be performed by the administrative user, and is an operation to delete the report from the display 12. As a result, the report will no longer be displayed on the display 12 until a new report is registered in the management server 20. In other words, if the report is not viewed on the web page, the report will be displayed on the display 12 every time the administrative user uses the elevator 2 until the administrative user performs the specified deletion operation.

As mentioned above, an upper limit may be set on the number of times the report is displayed on the display 12. Furthermore, the display of the report on the display 12 may be performed on the condition that no general users are riding in the elevator 3, i.e., only the administrative user is riding in the elevator 3.

Figure 4 is a flowchart showing another example of a control procedure for an inspection report for elevator 2. In Figure 4, the same steps as in Figure 3 are designated by the same reference numerals, and duplicate explanations are omitted. The example shown in Figure 4 differs from the example shown in Figure 4 in that, in steps S20 and S21, if a predetermined period of time has passed without the report being viewed on the web page, the report data is sent to the monitoring device 30 of elevator 2. Also, in steps S22 and S16, if the mobile terminal 50 of the administrative user is detected by the function of the beacon 8, the report is displayed on the display 12 in the car 3.

As described above, the beacon 8 is installed at least at the landing and/or car 3. Therefore, if the administrative user's mobile terminal 50 is detected by the function of the beacon 8 (Yes in step S22), it is highly likely that the administrative user is on car 3, and steps S22 and S16 allow the inspection results to be efficiently communicated to the administrative user.

As described above, the inspection reporting system 1 having the above configuration can more reliably communicate the inspection results of the elevator 2 to the administrative user by utilizing the display 12 inside the car 3. The inspection reporting system 1 determines whether the administrative user is in the car 3, and displays the report on the display 12 only if it is determined that the administrative user is in the car 3. In this case, the inspection results can be efficiently communicated only to the administrative user, which does not impair convenience for general users and is also preferable from the perspective of protecting personal information, for example.

Inspection reporting system 1, as in the past, the main notification method can be to post reports on a dedicated web page, and if the report is not confirmed using this method, a second notification method can be implemented in which the report is displayed on display 12. Furthermore, inspection reporting system 1 can stop the display of reports on display 12 based on the operation of the administrative user. In this case, the display of unnecessary reports can be prevented, improving usability.

The above embodiment can be modified in design as appropriate without impairing the purpose of the present invention. For example, in the above embodiment, the inspection report system is described as being configured as part of the elevator remote monitoring system, but the inspection report system and the remote monitoring system may be configured independently of each other.

1 Inspection reporting system, 2 Elevator, 3 Car, 4 Hoistway, 5 Upper machine room 5 Hoist 6 Control panel, 8 Beacon, 10 In-car operation panel, 10A Operation button, 10B Key switch, 11 Car door, 12 Display, 20 Management server, 21, 31 Memory, 22, 32 Processor, 23, 33 First processing unit, 24, 34 Second processing unit, 25 Communication module, 26 Authentication server, 27 Computer, 30 Monitoring device, 35 Wireless communication module, 50 Portable terminal

Claims (6)

A building facility inspection reporting system equipped with a display,
a device for executing a process for notifying a management user of the inspection results of the building facilities;
The device is a building equipment inspection reporting system that displays the inspection results on the display, provided that the administrative user approaches the display and the inspection results have not been confirmed by any other notification means other than the display. The building facility is an elevator in which the display is installed inside a car,
The building equipment inspection reporting system of claim 1, wherein the device displays the inspection results on the display on the condition that the administrative user has boarded the elevator. A building facility inspection reporting system equipped with a display,
a device for executing a process for notifying a management user of the inspection results of the building facilities;
The building facility is an elevator in which the display is installed inside a car,
the device displays the inspection result on the display when the administrative user gets on the elevator and approaches the display;
The device is a building equipment inspection reporting system that stops the display of the inspection results when the inspection results are displayed on the display, provided that a specified operation to stop the display of the inspection results is performed on the control panel inside the car. The building equipment inspection reporting system of claim 2, wherein the device displays the inspection results on the display when a key switch operable with a dedicated key held by the administrative user is operated, or when a secret operation of an operation button is performed. the elevator is provided with a detection means for detecting a mobile terminal carried by the administrative user,
4. The building facility inspection reporting system according to claim 2, wherein the device displays the inspection results on the display when the mobile terminal is detected by the function of the detection means. The building facility inspection reporting system of claim 2 or claim 3, wherein the device displays the inspection results on the display on the condition that no general users other than the administrative user are riding in the elevator.