JP7236700B2 - display and program - Google Patents

Description

TECHNICAL FIELD The present disclosure relates to display technology, and more particularly to a display device and program for displaying detection results.

A crime prevention sensor is connected to the control device via a network, and a detection result of the crime prevention sensor is transmitted to the control device. When the security sensor indicates an anomaly, the control device displays an anomaly notification to notify the user of the anomaly (see Patent Document 1, for example).

Japanese Patent Application Laid-Open No. 2004-135197

In order to improve detection performance against crime prevention in facilities such as houses, it is preferable to install a sensor on each of a plurality of opening/closing members such as windows and doors provided in the facilities. Displaying the detection results of each of the plurality of sensors may make it difficult to recognize the incompletely closed door state even if the results include an incompletely closed door state.

The present disclosure has been made in view of such circumstances, and an object of the present disclosure is to provide a technique for easily recognizing the detection results of each of a plurality of sensors.

In order to solve the above problems, a display device according to an aspect of the present disclosure is provided with a plurality of first-type door openings and closing members that are capable of detecting a locked state and that have different detection contents. A sensor and a plurality of type 2 sensors are installed, and an input unit that receives a first detection result of each of the plurality of type 1 sensors and receives a second detection result of each of the plurality of type 2 sensors; displaying a plurality of first detection results received by the input unit in a first portion of the first region of the display unit, and displaying a plurality of second detection results received by the input unit in a second portion of the first region of the display unit; and a display control unit for displaying. When one or more first detection results among the plurality of first detection results received by the input unit indicate an imperfectly closed door state, the display control unit notifies the presence of an incompletely closed door state. The display control unit causes the input unit to display a first notification, which is one notification and summarizes one or more first detection results indicating an incompletely closed door state, in the first part of the second area of the display unit. A second notification for notifying the presence of an incompletely closed door state when one or more second detection results among the plurality of second detection results received in the above indicate an incompletely closed state of the door, and A second notification summarizing one or more second detection results indicating an incompletely closed door state is displayed in a second portion of the second area of the display unit, and the second area is an area different from the first area. be.

It should be noted that any combination of the above-described components and expressions of the present disclosure converted between methods, devices, systems, computer programs, recording media recording computer programs, etc. are also effective as aspects of the present disclosure. be.

According to the present disclosure, it is possible to easily recognize the detection results of each of the plurality of sensors.

It is a figure which shows the structure of the control system which concerns on a present Example. 2 is a diagram showing the data structure of a state table stored in the storage unit of FIG. 1; FIG. 3(a) and 3(b) are diagrams showing screens displayed on the display unit in FIG. 2 is a diagram showing a screen displayed on the display unit in FIG. 1; FIG. 2 is a flow chart showing a display procedure by the control system of FIG. 1; 4 is a flow chart showing another display procedure by the control system of FIG. 1; 4 is a flow chart showing still another display procedure by the control system of FIG. 1;

Before specifically describing the embodiments of the present disclosure, an outline of the present embodiments will be described. The embodiment relates to a control system that displays detection results from each of a plurality of sensors installed in facilities such as houses. The plurality of sensors are installed on opening/closing members such as doors and windows provided at each of the plurality of openings of the facility, and are, for example, opening/closing sensors, window lock sensors, and electric locks. It can be said that these are sensors capable of detecting the locked state of the door. A plurality of sensors are connected to a control device installed in the facility, and transmit detection results to the control device. Also, the control device is connected to a server outside the facility via a network, and transmits detection results to the server. The server can be accessed from an information terminal device such as a smart phone.

The information terminal device or control device is a display device and can display each of the plurality of detection results. If the plurality of detection results include an incompletely closed door state, the detection result indicating the incompletely closed door state is displayed. The imperfectly closed state means that the window is open, or the window key or electric lock is unlocked. As the number of displayed detection results increases, it becomes more difficult for the user to recognize an incompletely closed door state.

In order to easily recognize the detection results of each of the plurality of sensors, the display device according to the present embodiment collectively displays the detection results for each type of sensor, such as an open/close sensor, window lock sensor, and electric lock. . In addition, when the detection result of one type of sensor includes an imperfectly closed door state, the display device displays a notice to notify the existence of the incompletely closed door state separately from the detection result. . Specifically, the detection results for each of the plurality of electric locks are displayed in the first part of the first area, and when the unlocked state is included in them, the notification is sent to the first area of the second area. displayed in the part. Further, the detection results of each of the plurality of window lock sensors are displayed in the second part of the first area, and when the unlocked state is included in them, the notification is displayed in the second part of the second area. Is displayed. Furthermore, the detection results of each of the plurality of opening/closing sensors are displayed in the third part of the first area, and if the open state is included in the detection results, the notification is displayed in the third part of the second area. be.

FIG. 1 shows the configuration of a control system 1000. As shown in FIG. The control system 1000 includes a first opening/closing sensor 200a, a second opening/closing sensor 200b, a first window lock sensor 220a, a second window lock sensor 220b, and an electric lock control system. A first electric lock control system 240a, a second electric lock control system 240b, collectively referred to as 240, a first electric lock 260a, a second electric lock 260b, collectively referred to as electric lock 260, a control device 300, a router 400, a network 420, A server 440 and a mobile terminal device 500 are included. Here, the numbers of the opening/closing sensor 200, the window lock sensor 220, the electric lock control system 240, and the electric lock 260 are respectively "2", but the present invention is not limited to this. Also, the control system 1000 may not include all of the open/close sensor 200, the window lock sensor 220, the electric lock control system 240, and the electric lock 260. For example, only the open/close sensor 200, only the window lock sensor 220, or only the electric lock control system 240 and electric lock 260 may be included. Also, the opening/closing sensor 200 and the window lock sensor 220, or the opening/closing sensor 200, the electric lock control system 240, and the electric lock 260, or the window lock sensor 220, the electric lock control system 240, and the electric lock 260 may be included.

The open/close sensor 200 includes a detection unit 202, a control unit 204, and a communication unit 206. The window lock sensor 220 includes a detection unit 222, a control unit 224, and a communication unit 226. The electric lock control system 240 includes a control unit. 242 , an operation unit 244 , a storage unit 246 and a communication unit 248 . The control device 300 includes a first communication section 310, a second communication section 312, a storage section 314, an operation section 316, a display section 318, and a processing section 330. The processing section 330 includes an input section 340 and a display control section 342. . Mobile terminal device 500 includes communication unit 510 , storage unit 514 , operation unit 516 , display unit 518 , and processing unit 530 , and processing unit 530 includes input unit 540 and display control unit 542 .

The open/close sensor 200 , the window lock sensor 220 , the electric lock control system 240 , the electric lock 260 , the control device 300 and the router 400 are installed in the facility 100 , and the network 420 and the server 440 are installed outside the facility 100 . The facility 100 is a building to be controlled by the control system 1000, such as a detached house. The facility 100 is not limited to a detached house, and may be a dwelling unit of an apartment complex, an office building, a commercial facility, or the like. Each of the plurality of openings of the facility 100 is provided with opening/closing members such as doors and windows. Each opening/closing member is provided with one of an opening/closing sensor 200, a window lock sensor 220, and an electric lock control system 240 as a sensor capable of detecting a closed state of the opening/closing member. The open/close sensor 200 , the window lock sensor 220 and the electric lock control system 240 perform wireless communication with the control device 300 . As wireless communication, for example, specified low-power radio is used, but it is not limited to this, and wired communication may also be performed.

The opening/closing sensor 200 is a sensor capable of detecting the opening/closing state (open state or closed state) of an opening/closing member provided at the opening of the facility 100 . The opening/closing sensor 200 has, for example, a magnet attached to the opening/closing member and a magnetic sensor provided around the opening. The detection unit 202 of the opening/closing sensor 200 detects whether the opening/closing member is open or closed based on the magnitude of magnetism detected by the magnetic sensor. When the opening/closing state (open state or closed state) of the opening/closing member detected by the detection unit 202 changes, the control unit 204 causes the communication unit 206 to transmit a detection result indicating the opening/closing state of the opening/closing member to the control device 300 .

Further, the detection unit 202 detects the remaining amount of the battery that drives the open/close sensor 200 . A well-known technique may be used to detect the remaining battery level, so the description is omitted here. The remaining battery level is indicated, for example, as 80% and 50%. When the remaining battery level detected by the detecting section 202 changes, the control section 204 causes the communication section 206 to transmit the remaining battery level to the control device 300 . Here, the remaining battery level may be transmitted when the remaining battery level changes by a predetermined amount, such as 5%, rather than every time the remaining battery level changes.

The window key sensor 220 is a locking/unlocking sensor capable of detecting the locking/unlocking state (locked state or unlocked state) of an opening/closing member provided at the opening of the facility 100 . If the opening and closing member is a window, the window key sensor 220, also called a crescent lock sensor, may be, for example, a magnet attached to the handle of the crescent lock and a magnet facing the magnet when the handle of the crescent lock is in the locked position. and a sensor. A detector 222 of the window lock sensor 220 detects whether the opening/closing member is in the locked state or the unlocked state based on the magnitude of magnetism detected by the magnetic sensor. When the locked/unlocked state (locked state or unlocked state) of the opening/closing member detected by the detection unit 222 changes, the control unit 224 transmits a detection result indicating the locked/unlocking state of the opening/closing member from the communication unit 226 to the control device 300 . Let Further, the detection unit 222 detects the remaining amount of the battery that drives the window lock sensor 220, similarly to the detection unit 202. FIG. When the remaining battery level detected by the detecting section 222 changes, the control section 224 causes the communication section 226 to transmit the remaining battery level indicating the remaining battery level to the control device 300 .

The electric lock control system 240 controls an electric lock 260 that locks or unlocks an opening/closing member provided at the opening of the facility 100 . The opening/closing member is, for example, a door. The operation unit 244 of the electric lock control system 240 includes, for example, an outdoor push button switch exposed to the outside of the facility 100 and an indoor push button switch exposed to the inside of the facility 100. . The outdoor pushbutton switch can accept operation input from the outside (outdoor) of the facility 100 , and the indoor pushbutton switch can accept operation input from the inside (indoor) of the facility 100 . The operation unit 244 may be provided, for example, on a door handle (handle) provided on an opening/closing member such as an entrance door, or may be a touch sensor or the like that detects an operation of the user touching the door handle. Upon receiving an operation input from the user, the operation unit 244 outputs an operation signal corresponding to the operation input to the control unit 242 .

The storage unit 246 includes an electrically rewritable nonvolatile memory such as an EEPROM (Electrically Erasable Programmable Read-Only Memory). The storage unit 246 stores programs executed by the computer system of the electric lock control system 240 .

The control unit 242 is composed of, for example, a microcomputer having a processor and memory. Various functions of the control unit 242 are realized by the computer system when the processor executes the programs recorded in the storage unit 246 . The control unit 242 locks and unlocks the electric lock 260 based on the operation signal received from the operation unit 244 . The control unit 242 sets locking or unlocking of the electric lock 260, and can be said to be an electric lock sensor because it can detect the locked/unlocked state (locked state or unlocked state) of the set electric lock 260. The control unit 242 may further execute a process for improving the safety of the electric lock 260, for example, a process of locking or unlocking the electric lock 260 by an operation signal received from the control device 300, but here A description of such processing is omitted. When the detected locked/unlocked state (locked state or unlocked state) of electric lock 260 changes, control unit 242 causes communication unit 248 to transmit a detection result indicating the locked/unlocked state of electric lock 260 to control device 300 .

In other words, the open/close sensor 200, the window lock sensor 220, and the electric lock control system 240 are sensors with different detection contents. Below, the opening/closing sensor 200, the window lock sensor 220, and the electric lock control system 240 may be collectively referred to as "sensors." When the electric lock control system 240 is called the "first type sensor", the window lock sensor 220 is called the "second type sensor", and the open/close sensor 200 is called the "third type sensor". Further, when the electric lock control system 240 is called the "first type sensor", the open/close sensor 200 may be called the "second type sensor" and the window lock sensor 220 may be called the "second type sensor". Further, the electric lock control system 240 may be referred to as a "second type sensor" or a "third type sensor."

As described above, the first communication unit 310 of the control device 300 is compatible with, for example, the specified low-power radio, and receives detection results from the opening/closing sensor 200, the window lock sensor 220, and the electric lock control system 240, respectively. The detection result includes identification information (hereinafter referred to as “sensor identification information”) for identifying the sensor that is the transmission source. First communication unit 310 outputs the detection result to processing unit 330 . First communication unit 310 receives the remaining battery level from each of open/close sensor 200 and window lock sensor 220 . The remaining battery level also includes sensor identification information. The first communication unit 310 outputs the remaining battery level to the processing unit 330 .

The processing unit 330 stores the received detection result or remaining battery level in the storage unit 314 . The storage unit 314 stores the detection result and the remaining battery level for each sensor identification information. This corresponds to storing the detection result and remaining battery level for each sensor. FIG. 2 shows the data structure of the state table stored in the storage unit 314. As shown in FIG. For the first open/close sensor 200a and the second open/close sensor 200b, the "closed state" or "open state" is indicated as the detection result, and the value of the remaining battery level is indicated. For the first window key sensor 220a and the second window key sensor 220b, the "locked state" or "unlocked state" is indicated as the detection result, and the value of the remaining battery level is indicated. A "locked state" or "unlocked state" is indicated as a detection result for the first electric lock control system 240a and the second electric lock control system 240b. Here, it can be said that the "open state" or "unlocked state" is an incompletely closed state. Return to FIG.

The processing unit 330 causes the first communication unit 310 to periodically transmit a confirmation signal for confirming connection to each of the opening/closing sensor 200 , the window lock sensor 220 , and the electric lock control system 240 . Upon receiving the confirmation signal, each of the open/close sensor 200, the window lock sensor 220, and the electric lock control system 240 transmits a response signal to the control device 300 to indicate a response to the confirmation signal. The response signal also contains the sensor identification information. Upon receiving the response signal, first communication section 310 of control device 300 outputs the response signal to processing section 330 . Through such processing, the processing unit 330 determines that communication with the sensor that has received the response signal to the confirmation signal is possible. On the other hand, the processing unit 330 determines that it is impossible to communicate with a sensor that does not receive a response signal to the confirmation signal for a certain period of time. The processing unit 330 stores a communication state indicating whether communication is possible or not for each sensor identification information. In the status table shown in FIG. 2, "communication possible" or "communication impossible" is indicated as the communication status for each sensor.

Below, screens for displaying information from each sensor will be described as (1) a screen displayed on the mobile terminal device 500, (2) a modified example of the screen displayed on the mobile terminal device 500, and (3) a screen displayed on the control device 300. The screens displayed will be explained in order. In this embodiment, at least one of these screens should be displayed.

(1) Screen Displayed on Mobile Terminal Device 500 The second communication unit 312 performs, for example, wireless communication or wired communication, and is connected to the server 440 via the router 400 and the network 420 . As wireless communication, for example, a wireless LAN (Local Area Network) is used, but it is not limited to this. The second communication unit 312 transmits changed information to the server 440 at the timing when any of the detection result stored in the storage unit 314, the remaining battery level, and the communication state changes. Information transmitted from the second communication unit 312 includes facility identification information for identifying the facility 100 in addition to the sensor identification information. When the information is received, the server 440 stores one of the detection result, remaining battery level, and communication status for each facility identification information and each sensor identification information. Through such processing, the state table of the server 440 is synchronized with the state table of the storage unit 314 after a predetermined period of delay.

The mobile terminal device 500 is, for example, a smart phone, a tablet terminal device, or a mobile phone device, and is used by users living in the facility 100 . Communication unit 510 of mobile terminal device 500 is connected to server 440 via network 420 by performing wireless communication. As wireless communication, for example, a mobile phone system such as LTE (Long Term Evolution) or a wireless LAN is used, but the wireless communication is not limited to this. The storage unit 514 stores a program executable in the mobile terminal device 500, such as an application program. In this embodiment, an application program capable of executing processing in the control system 1000 (hereinafter referred to as "control system application") is focused.

The operation unit 516 is, for example, a touch panel, and can receive operation input by the user. Upon receiving an operation input by the user, operation unit 516 outputs an operation signal corresponding to the operation input to processing unit 530 . A display unit 518 displays a screen generated by the display control unit 342 . The display unit 518 may be configured integrally with the operation unit 516. The display unit 518 displays a screen including buttons, and the operation unit 516 receives operation input by the user touching the buttons.

The processing unit 530 is configured by, for example, a microcomputer having a processor and memory. Various functions of the processing unit 530 are realized by the computer system when the processor executes the programs recorded in the storage unit 514 . The processing unit 530 in this embodiment executes control system applications. Processing unit 530 transmits a signal for requesting connection (hereinafter referred to as “connection request signal”) to server 440 via communication unit 510 and network 420 . The connection request signal includes identification information for identifying mobile terminal device 500 (hereinafter referred to as “terminal identification information”).

Upon receiving the connection request signal, server 440 performs authentication processing based on the terminal identification information included in the connection request signal. When the authentication process is successful, server 440 permits connection with mobile terminal device 500 and transmits an authorization signal to mobile terminal device 500 via network 420 . On the other hand, if the authentication process fails, server 440 rejects connection with mobile terminal device 500 and transmits a rejection signal to mobile terminal device 500 via network 420 . If the connection is permitted, server 440 transmits the status table to mobile terminal device 500 via network 420 . After transmitting the state table, server 440 sequentially transmits the updated information to portable terminal device 500 via network 420 when the information contained in the state table is updated.

Communication unit 510 of mobile terminal device 500 receives a permission signal or a refusal signal from server 440 via network 420 . Further, when receiving the permission signal, communication unit 510 receives the state table from server 440 and sequentially receives information updated after the state table. The processing unit 530 ends the processing when the communication unit 510 receives the rejection signal, and continues the processing when the communication unit 510 receives the permission signal. When continuing the process, processing unit 530 causes storage unit 514 to store the state table received by communication unit 510 . Subsequently, the processing unit 530 updates the state table in the storage unit 514 based on the information received by the communication unit 510 one by one.

Input unit 540 of processing unit 530 receives detection results of opening/closing sensor 200 , window lock sensor 220 , and electric lock control system 240 from storage unit 514 . Input unit 540 also receives from storage unit 514 the remaining battery level of each of open/close sensor 200 and window lock sensor 220 . Furthermore, the input unit 540 receives communication states of the open/close sensor 200 , the window lock sensor 220 and the electric lock control system 240 . Information is received by the input unit 540 at the timing when the information stored in the storage unit 514 is updated.

Display control unit 542 generates a screen for displaying information received by input unit 540 on display unit 518 . Here, FIGS. 3(a) and 3(b) are used to explain screens generated by the display control unit 542. FIG. 3A and 3B show screens displayed on the display unit 518. FIG. As shown in FIG. 3A, the display control unit 542 controls the second area first part 610, the first area first part 600, the second area second part 612, the first area second part 602, the second area second part 602, and the second area second part 602. A screen is generated so that the three parts 614 and the first area and the third part 604 are included in the same screen.

First region first portion 600 and second region first portion 610 are collectively referred to as "first portion 620", and first region second portion 602 and second region second portion 612 are collectively referred to as "second portion 622". The first region third portion 604 to the second region third portion 614 are collectively referred to as the "third portion 624". A first portion 620 is a portion for indicating information (hereinafter referred to as a "first group") regarding the electric lock control system 240, and a second portion 622 is a portion for indicating information regarding the window lock sensor 220 (hereinafter referred to as a "second group"). ”). A third portion 624 is a portion for indicating information about the open/close sensor 200 (hereinafter referred to as "third group"). That is, the information is grouped by sensor type, and the information is displayed in different screen portions for each group.

First region first portion 600, first region second portion 602, and first region third portion 604 are collectively referred to as "first region 626", and second region first portion 610 and second region second portion. 612 and second region third portion 614 are collectively referred to as "second region 628". A first area 626 is an area for indicating information in each sensor, that is, individual information of the sensor. This is an area for showing.

Below, FIG. 3A will be described in the order of (i) display for the second group, (ii) display for the first group, and (iii) display for the third group.
(i) Display for Second Group The display control unit 542 provides a first window lock sensor display field 710 and a second window lock sensor display field 712 in the second portion 602 of the first region. The first window lock sensor display field 710 shows the detection result 640 of the "living room/window lock sensor" which is the first window lock sensor 220a, and the second window lock sensor display field 712 shows the second window lock sensor. A detection result 640 of the "dining/window lock sensor" 220b is shown. In particular, the display control unit 542 displays “locked” as the detection result 640 indicating the locked state, and displays “unlocked” as the detection result 640 indicating the unlocked state. Here, since the second window lock sensor 220b is in the locked state, the second window lock sensor display field 712 indicates "locked" as the detection result 640. FIG.

The display control unit 542 confirms whether the communication state indicates that communication is impossible. The display control unit 542 causes the first communication failure notification 670 to be displayed in the first area second portion 602 instead of the detection result 640 for the window lock sensor 220 that cannot communicate. Here, since the first window key sensor 220 a cannot communicate, the first window key sensor display field 710 displays the first communication failure notification 670 .

The display control unit 542 holds a threshold value to be compared with the remaining battery level, eg, a first threshold value and a second threshold value (first threshold value>second threshold value). As an example, the first threshold is "20%" and the second threshold is "10%". The display control unit 542 determines that the battery is exhausted when the remaining battery level is less than the first threshold and equal to or greater than the second threshold, and the battery is dead when the remaining battery level is less than the second threshold. I judge. The display control unit 542 displays the first battery consumption notification 650 in the first area second portion 602 for the window lock sensor 220 determined to be battery exhausted, and displays the first battery consumption notification 650 for the window lock sensor 220 determined to be battery exhausted. 1 Display a low battery notification 660 in the second portion 602 of the first area. The first battery exhaustion notification 650 is a notification for notifying battery exhaustion, and the first battery exhaustion notification 660 is a notification for notifying battery exhaustion. Here, the remaining battery level of second window lock sensor 220 b is less than the second threshold value, so first battery exhaustion notification 660 is displayed in second window lock sensor display field 712 .

The first battery exhaustion notification 650 and the first battery exhaustion notification 660 are collectively referred to as "first battery level notification", and the first battery level notification is a notification for notifying that the battery level is less than a threshold. You can say that. Here, since the first window key sensor 220a cannot communicate, the display control unit 542 does not execute the remaining battery level processing for the first window key sensor 220a.

When one or more detection results 640 among the detection results 640 shown in the first area second portion 602 indicate an unlocked state, the display control unit 542 displays an incomplete notification 630 for informing the existence of the unlocked state. is displayed in the second area second portion 612 . On the other hand, the display control unit 542 does not display the incomplete notification 630 in the second region and second portion 612 when none of the detection results 640 shown in the first region and second portion 602 indicate the unlocked state. Further, when the display control unit 542 displays one or more first communication failure notifications 670 in the first area second part 602, the display control unit 542 displays The incomplete notification 630 is displayed in the second area second portion 612 . On the other hand, if the display control unit 542 does not display one or more first communication failure notifications 670 in the first region second portion 602 , the display control unit 542 does not display the communication status notification in the second region second portion 612 . Here, since the first communication failure notification 670 is shown in the first area second portion 602 , the incomplete notification 630 is shown in the second area second portion 612 .

When displaying one or more first battery level notifications in the first area second portion 602, the display control unit 542 displays a second battery level notification for informing the existence of one or more first battery level notifications. is displayed in the second area second portion 612 . If only the first battery drain notification 650 is shown in the first region second portion 602 , the second battery drain notification 652 is shown in the second region second portion 612 and the first battery drain notification 652 is shown in the first region second portion 602 . If only dead battery notification 660 is shown, second area second portion 612 shows second battery dead notification 662 . That is, the first remaining battery level notification indicated in the first area second portion 602 and the second remaining battery amount notification indicated in the second area second portion 612 are the same. If the first area second portion 602 shows the first battery drain notification 650 and the first battery dead notification 660 , the second area second portion 612 shows the second battery dead notification 662 . On the other hand, if the display control unit 542 does not display one or more first battery level notifications in the first area second part 602 , the second battery level notification is not displayed in the second area second part 612 . Here, since first area second portion 602 indicates first battery exhaustion notification 660 , second area second portion 612 indicates second battery exhaustion notification 662 . The incomplete notification 630 and the second remaining battery level notification that can be displayed in the second region and second portion 612 are representative information of the window key sensor 220 .

(ii) Display for First Group The display control unit 542 provides a first electric lock control system display field 720 and a second electric lock control system display field 722 in the first area first portion 600 . The first electric lock control system display field 720 shows the detection result 640 of the "entrance/electric lock" that is the first electric lock control system 240a, and the second electric lock control system display field 722 shows the second electric lock control system 240a. A detection result 640 of "back door/electric lock", which is the lock control system 240b, is shown. Since the detection result 640 is the same as before, the description is omitted here.

The display control unit 542 confirms whether the communication state indicates that communication is impossible. Here, since both the first electric lock control system 240a and the second electric lock control system 240b are communicable, the display control unit 542 displays the first communication impossible notification 670 in the first area first part 600. don't let On the other hand, when there is an electric lock control system 240 that cannot communicate, the display control unit 542 sends the first communication impossible notification 670 instead of the detection result 640 of the electric lock control system 240 as before. It is displayed in the first area 600 of the first area.

If one or more detection results 640 out of the detection results 640 shown in the first region first portion 600 indicate an unlocked state, the display control unit 542 displays the incomplete notification 630 in the second region first portion 610 . to display. On the other hand, the display control unit 542 does not display the incomplete notification 630 in the second area first part 610 when none of the detection results 640 shown in the first area first part 600 indicates the unlocked state. Further, the description of the processing when the display control unit 542 displays one or more first communication impossible notifications 670 in the first area first part 600 is omitted here. Incomplete notification 630 displayable in second region first portion 610 is representative of electric lock control system 240 .

(iii) Display for Third Group The display control unit 542 provides a first open/close sensor display field 700 and a second open/close sensor display field 702 in the first area third portion 604 . The first opening/closing sensor display field 700 shows the detection result 640 of the "kitchen/opening/closing sensor" that is the first opening/closing sensor 200a, and the second opening/closing sensor display field 702 shows the "bedroom" that is the second opening/closing sensor 200b.・The detection result 640 of the "open/close sensor" is shown. In particular, the display control unit 542 displays “closed” as the detection result 640 indicating the closed state, and displays “open” as the detection result 640 indicating the open state. Here, since the first open/close sensor 200a and the second open/close sensor 200b are in the closed state, the first open/close sensor display column 700 and the second open/close sensor display column 702 indicate "closed" as the detection result 640. FIG.

The display control unit 542 confirms whether the communication state indicates that communication is impossible. Here, since both the first open/close sensor 200 a and the second open/close sensor 200 b are communicable, the display control unit 542 does not display the first communication failure notification 670 in the first area/third portion 604 . On the other hand, if there is an open/close sensor 200 that cannot communicate, the display control unit 542 outputs the first communication failure notification 670 instead of the detection result 640 of the window lock sensor 220 to the first region as before. It is displayed in the third portion 604 .

The display control unit 542 determines that the battery is exhausted when the remaining battery level is less than the first threshold and equal to or greater than the second threshold, and the battery is dead when the remaining battery level is less than the second threshold. I judge. The display control unit 542 causes the first battery consumption notification 650 to be displayed in the first area third portion 604 for the open/close sensor 200 determined to be battery exhausted, and displays the first battery consumption notification 650 to the open/close sensor 200 determined to be battery exhausted. The expiration notification 660 is displayed in the first area third portion 604 . Here, since the remaining battery level of the first open/close sensor 200a is less than the first threshold value and equal to or greater than the second threshold value, the first battery exhaustion notification 650 is displayed in the first open/close sensor display field 700. FIG.

When one or more detection results 640 among the detection results 640 shown in the first area third portion 604 indicate an open state, the display control unit 542 outputs an incomplete notification 630 to notify the existence of the open state. It is displayed in the second area third part 614 . On the other hand, the display control unit 542 does not display the incomplete notification 630 in the second region and third portion 614 when none of the detection results 640 shown in the first region and third portion 604 indicate the open state. Also, when displaying one or more first communication impossible notices 670 in the first region third portion 604 , the display control unit 542 causes the incomplete notice 630 to be displayed in the second region third portion 614 . On the other hand, if the display control unit 542 does not display one or more first communication failure notifications 670 in the first region third portion 604 , the display control unit 542 does not display the communication status notification in the second region third portion 614 .

When displaying one or more first battery level notifications in the first area third part 604 , the display control unit 542 displays the second battery level notification in the second area third part 614 . The second remaining battery level notification shown in the third portion 614 of the second area is the same as before, so the description is omitted here. The incomplete notification 630 and the second remaining battery level notification that can be displayed in the third portion 614 of the second region are representative information of the open/close sensor 200 . Return to FIG. The display control unit 542 causes the display unit 518 to display the generated screen.

(2) Modified Example of Screen Displayed on Portable Terminal Device 500 FIG. The display control unit 542 generates a screen so that the second area first part 610, the first area first part 600, the second area second part 612, and the first area second part 602 are included in the same screen. . Here, the first portion 620 shows the first group, and the second portion 622 shows the second and third groups. That is, in the modified example, the second group and the third group are combined into the second portion 622 . The display control unit 542 provides a first electric lock control system display field 720 and a second electric lock control system display field 722 in the first area first portion 600 . Further, the display control unit 542 displays a first window lock sensor display field 710, a second window lock sensor display field 712, a first opening/closing sensor display field 700, and a second opening/closing sensor display field 702 in the first area second portion 602. prepare.

Further, the display control unit 542 indicates the number of sensors in the unlocked state or the open state as the incomplete notification 630 and the second communication impossible notification 672 in the second region first portion 610 and the second region second portion 612. . The second communication-disabled notification 672 indicates the number of sensors with which communication is disabled. These are representative information of the electric lock control system 240 , representative information of the window lock sensor 220 and the opening/closing sensor 200 . Other than this, it is the same as in FIG. 3A, so the description is omitted here. Return to FIG. The display control unit 542 causes the display unit 518 to display the generated screen.

(3) Screens Displayed on Control Device 300 So far, a case has been described in which screens showing information of various sensors are displayed on the display unit 518 of the mobile terminal device 500 . Such a screen may be displayed on the display unit 318 of the control device 300 . The screen displayed on the display unit 518 was assumed to be longer in the vertical direction than in the horizontal direction, but here, the screen displayed on the display unit 318 is assumed to be longer in the horizontal direction than in the vertical direction. do. Also, it is assumed that the processing speed of the processing unit 330 is slower than the processing speed of the processing unit 530 . As a result, the vertical scrolling speed of the screen on the display unit 318 is slower than the vertical scrolling speed of the screen on the display unit 518 .

The input section 340 performs the same processing as the input section 540 . Display control unit 342 generates a screen for displaying information received by input unit 340 on display unit 318 . Here, FIG. 4 is used to explain the screen generated by the display control unit 342. FIG. FIG. 4 shows a screen displayed on the display unit 318. As shown in FIG. The display control unit 342 generates a screen so that the second area first part 610, the first area first part 600, the second area second part 612, and the first area second part 602 are included in the same screen. . Specifically, the display control unit 342 arranges the first portion 620 and the second portion 622 in the horizontal direction, and arranges the second region first portion 610 and the first region first portion 600 in the first portion 620 in the vertical direction. , and in the second portion 622, the second region second portion 612 and the first region second portion 602 are vertically arranged. The first portion 620 shows the first group, and the second portion 622 shows the second and third groups. The display control unit 342 provides a first electric lock control system display field 720 and a second electric lock control system display field 722 in the first area first portion 600 . Further, the display control unit 342 displays a first window lock sensor display field 710, a second window lock sensor display field 712, a first opening/closing sensor display field 700, and a second opening/closing sensor display field 702 in the first area second portion 602. prepare.

Among the processes in the display control unit 342, description of the same processes as in the display control unit 542 will be omitted. When arranging the information from the plurality of sensors in the first area first part 600, the display control unit 342 arranges the first communication impossible notification 670, "unlocked", and "open" in order from the top. sensors are sorted. The same applies to the first region second portion 602 . In addition, in the second area first part 610 and the second area second part 612, the number of sensors in the unlocked state or the open state as the incomplete notification 630, and the number of sensors in which communication is impossible as the second communication impossible notification 672 number is indicated. These are representative information of the electric lock control system 240 , representative information of the window lock sensor 220 and the opening/closing sensor 200 .

The subject of an apparatus, system, or method in this disclosure comprises a computer. The main functions of the device, system, or method of the present disclosure are realized by the computer executing the program. A computer has a processor that operates according to a program as its main hardware configuration. Any type of processor can be used as long as it can implement functions by executing a program. The processor is composed of one or more electronic circuits including a semiconductor integrated circuit (IC) or LSI (Large Scale Integration). A plurality of electronic circuits may be integrated on one chip or may be provided on a plurality of chips. A plurality of chips may be integrated into one device, or may be provided in a plurality of devices. The program is recorded in a non-temporary recording medium such as a computer-readable ROM, optical disk, hard disk drive, or the like. The program may be pre-stored in a recording medium, or may be supplied to the recording medium via a wide area network including the Internet.

The operation of the control system 1000 configured as above will be described. Here, for clarity of explanation, the open/close sensor 200 among the plural types of sensors will be explained. FIG. 5 is a flow chart showing a display procedure by the control system 1000. As shown in FIG. This indicates the processing for the detection result. Input unit 340 or input unit 540 receives detection results from each open/close sensor 200 (S10). The display control unit 342 or the display control unit 542 displays each detection result in the first area 626 (S12). If the detection result includes the open state (Y of S14), the display control unit 342 or the display control unit 542 displays the incomplete notification 630 in the second area 628 (S16). If there is no open state among the detection results (N of S14), step 16 is skipped.

FIG. 6 is a flow chart showing another display procedure by control system 1000 . This indicates the processing for remaining battery power. Input unit 340 or input unit 540 receives the remaining battery level from each open/close sensor 200 (S50). If the remaining battery level is less than the threshold (Y of S52), the display control section 342 or the display control section 542 sends the first remaining battery level notification to the first region 626 for each of the corresponding open/close sensors 200. Display (S54). Also, the display control unit 342 or the display control unit 542 displays one second remaining battery level notification in the second area 628 (S56). If the remaining battery level is less than the threshold (N of S52), steps 54 and 56 are skipped.

FIG. 7 is a flow chart showing yet another display procedure by control system 1000 . This indicates processing for the communication state. Input unit 340 or input unit 540 receives the communication status from each open/close sensor 200 (S100). If there is a communication state in which communication is impossible (Y of S102), the display control unit 342 or the display control unit 542 displays the first communication impossible notification 670 in the first area 626 for each of the corresponding open/close sensors 200. (S104). Also, the display control unit 342 or the display control unit 542 displays one incomplete notification 630 or second communication impossible notification 672 in the second area 628 (S106). If there is no communication state in which communication is impossible (N of S102), steps 104 and 106 are skipped.

According to the present embodiment, a plurality of detection results are displayed in the first area, and when one or more of the plurality of detection results indicate an incompletely closed door state, the presence of an incompletely closed door state. Since the incomplete notification 630 for notifying is displayed in the second area, it is possible to easily recognize the detection results of each of the plurality of sensors. In addition, since the information is displayed separately for each type of sensor, the detection result for each type of sensor can be easily recognized. In addition, the locked state or unlocked state is displayed as information from one type of sensor, and the open state or closed state is displayed as information from another type of sensor. and information in the open/close sensor 200 can be displayed. Also, one type of sensor displays the locked or unlocked state of the electric door lock, and the other type of sensor displays the locked or unlocked state of the window crescent lock. , the information in the electric lock control system 240 and the information in the window lock sensor 220 can be displayed.

Also, for each of the one or more remaining battery levels less than the threshold, a first battery level notification is displayed in the first area and one second battery level notification is displayed in the second area. Therefore, it is possible to easily recognize that the remaining battery level is less than the threshold value. In addition, for each of one or more communication states indicating communication impossibility, the first communication impossibility notice 670 is displayed in the first area, and one incompleteness notice 630 or second communication impossibility notice 672 is displayed in the first area. Since it is displayed in two areas, it is possible to easily recognize that communication is impossible. In addition, since the first area 626 and the second area 628 are displayed on the same screen, the visibility of information can be improved. Further, on the display unit 318, the information of the plurality of sensors is sorted so that the first communication impossible notification 670, "unlocked", and "open" are arranged in order from the top, so the number of times of scrolling in the vertical direction can be reduced. In addition, since the number of scrolls in the vertical direction is reduced, information can be viewed easily even if the processing speed of the processing unit 330 is slow.

A summary of one aspect of the present disclosure is as follows. A display device (300, 500) according to an aspect of the present disclosure includes a sensor capable of detecting a locked state in each of a plurality of opening/closing members provided in a facility (100). An input unit (340, 540) for receiving detection results, and a display control unit (342, 542) for displaying a plurality of detection results received by the input units (340, 540) in the first area of the display unit (318, 518) and The display control unit (342, 542) detects an incompletely closed state of the door when at least one of the plurality of detection results received by the input unit (340, 540) indicates an incompletely closed state of the door. A notification for notifying the presence is displayed in a second area of the display section (318, 518), which is different from the first area.

The plurality of sensors may include a plurality of first-type sensors and a plurality of second-type sensors whose detection contents are different from each other. Input units (340, 540) receive first detection results from each of the plurality of type 1 sensors, and receive second detection results from each of the plurality of type 2 sensors, and display control units (342, 542) displays the plurality of first detection results received by the input unit (340, 540) in the first part of the first area of the display unit (318, 518), and displays the plurality of first detection results received by the input unit (340, 540) display the second detection result in the second part of the first area of the display unit (318, 518), and the display control unit (342, 542) displays the plurality of first detections received in the input unit (340, 540) If one or more first detection results among the results indicate an incomplete door closed state, a notification is displayed in the first part of the second area of the display unit (318, 518), and the display control unit (342, The display unit (318, 518) notifies the display unit (318, 518) when one or more of the plurality of second detection results received by the input unit (340, 540) indicates that the door is incompletely closed. ) is displayed in the second part of the second area.

The first type sensor is a locking/unlocking sensor capable of detecting the locked state or unlocked state of the opening/closing member, and the second type sensor is an opening/closing sensor capable of detecting the open state or closed state of the opening/closing member. A unit (342, 542) displays a notification for notifying an unlocked state on a first portion of a second region of a display unit (318, 518) when one or more first detection results indicate an unlocked state. When one or more second detection results indicate an open state, the display control unit (342, 542) notifies the open state in the second region of the display unit (318, 518). Display in two parts.

The first type sensor is an electric lock sensor capable of detecting the locked state or unlocked state of the electric lock of the door, which is the opening/closing member. The second type sensor is the locking state or unlocking state of the window crescent lock, which is the opening/closing member. A window lock sensor capable of detecting a locked state, and a display control unit (342, 542), when one or more first detection results indicate an unlocked state, displays a notification for informing the unlocked state. (318, 518) is displayed in the first part of the second area, and the display control unit (342, 542) indicates the unlocked state when one or more second detection results indicate the unlocked state. is displayed in the second part of the second area of the display unit (318, 518).

The input unit (340, 540) receives a first battery remaining amount in each of the plurality of first type sensors, receives a second battery remaining amount in each of the plurality of second type sensors, and displays a display control unit (342, 542) selects one or more first batteries when one or more of the first remaining battery levels received by the input unit (340, 540) is less than a threshold value. For each of the remaining power levels, a notification is displayed in the first portion of the first region to inform that the first remaining battery power level is less than the threshold, and the first remaining battery power level is less than the threshold. The display control unit (342, 542) displays a notification for informing the existence of the second region in the first part of the second area of the display unit (318, 518), and the display control unit (342, 542) receives a plurality of second If at least one of the remaining two battery levels is less than the threshold, the second remaining battery level is equal to the threshold for each of the one or more second remaining battery levels. A notification for informing that the remaining battery level is less than the threshold is displayed in the second part of the first area, and a notification for informing the presence of the second remaining battery level that is less than the threshold is displayed in the second part of the display unit (318, 518). It is displayed in the second part of the two regions.

An input unit (340, 540) receives a first communication state in each of the plurality of type 1 sensors, receives a second communication state in each of the plurality of type 2 sensors, and displays a display control unit (342, 542). for each of the plurality of first communication states received by the input unit (340, 540), if one or more of the first communication states indicates that communication is impossible, to display a notification that the first communication state indicates that communication is impossible in the first portion of the first area, and display a notification that indicates the presence of the first communication state that indicates communication is impossible. (318, 518) is displayed in the first part of the second area, and the display control unit (342, 542) selects one or more of the plurality of second communication states received by the input unit (340, 540). When the second communication state indicates that communication is impossible, for each of the one or more second communication states, the second communication state in the first area indicates that the second communication state indicates that communication is impossible In addition, a notification for notifying the existence of the second communication state indicating that communication is impossible is displayed in the second portion of the second area of the display portion (318, 518).

A display control unit (342, 542) displays the first area and the second area on the same screen.

A display control unit (342, 542) displays the first area and the second area on different screens.

The present disclosure has been described above based on the embodiments. It should be understood by those skilled in the art that this embodiment is an example, and that various modifications are possible in the combination of each component or each treatment process, and such modifications are within the scope of the present disclosure. .

In this embodiment, the display control unit 342 or the display control unit 542 displays the first area 626 and the second area 628 on the same screen. However, not limited to this, for example, the display control unit 342 or the display control unit 542 may display the first area 626 and the second area 628 on separate screens. In this case, a transition is made between the screen including the first area 626 and the screen including the second area 628 . According to this modified example, the degree of freedom in configuration can be improved.

100 facility 200 opening/closing sensor 202 detection unit 204 control unit 206 communication unit 220 window key sensor 222 detection unit 224 control unit 226 communication unit 240 electric lock control system 242 control unit 244 operation unit 246 storage unit 248 communication unit 260 electric lock 300 control device (display device) 310 first communication unit 312 second communication unit 314 storage unit 316 operation unit 318 display unit 330 processing unit 340 input Unit, 342 Display Control Unit, 400 Router, 420 Network, 440 Server, 500 Portable Terminal Device (Display Device), 510 Communication Unit, 514 Storage Unit, 516 Operation Unit, 518 Display Unit, 530 Processing Unit, 540 Input Unit, 542 Display Control, 1000 Control System.

Claims (8)

A plurality of first-class sensors and a plurality of second-class sensors that are capable of detecting a closed door state and that have different detection contents are installed in each of a plurality of opening and closing members provided in the facility, an input unit that receives a first detection result from each of the first type sensors and receives a second detection result from each of the plurality of second type sensors;
The plurality of first detection results received by the input unit are displayed in a first portion of the first region of the display unit, and the plurality of second detection results received by the input unit are displayed in the first detection results of the display unit. a display control unit for displaying in the second part of the region ,
When one or more of the plurality of first detection results received by the input unit indicate an incompletely closed door state, the display control unit indicates the presence of an incompletely closed door state. displaying a first notification in a first portion of a second region of the display unit, which is a first notification for informing and summarizes one or more of the first detection results indicating an incompletely closed door state;
When one or more of the plurality of second detection results received by the input unit indicate an incompletely closed door state, the display control unit indicates the presence of an incompletely closed door state. displaying a second notification in a second part of the second region of the display unit, which is a second notification for informing and summarizes one or more of the second detection results indicating an incompletely closed door state;
The second region is a region different from the first region,
display device. The first type sensor is a locking/unlocking sensor capable of detecting a locked state or an unlocked state of the opening/closing member,
The second type sensor is an opening/closing sensor capable of detecting an open state or a closed state of the opening/closing member,
When one or more of the first detection results indicate an unlocked state, the display control unit displays the first notification for informing the unlocked state in a first portion of the second area of the display unit. let
When one or more of the second detection results indicate an open state, the display control unit causes the second notification for informing the open state to be displayed in a second portion of the second region of the display unit.
The display device according to claim 1 . The first type sensor is an electric lock sensor capable of detecting the locked state or unlocked state of the electric lock of the door that is the opening and closing member,
The second type sensor is a window lock sensor capable of detecting a locked state or an unlocked state of a crescent lock of the window that is the opening and closing member,
When one or more of the first detection results indicate an unlocked state, the display control unit displays the first notification for informing the unlocked state in a first portion of the second area of the display unit. let
When one or more of the second detection results indicate an unlocked state, the display control unit displays the second notification for informing the unlocked state in a second portion of the second region of the display unit. let
The display device according to claim 1 . The input unit receives a first remaining battery level in each of the plurality of first type sensors and receives a second remaining battery level in each of the plurality of second type sensors,
When one or more of the plurality of first remaining battery levels received by the input section is smaller than a threshold value, the display control section displays the one or more first battery levels. For each remaining battery level, a notification is displayed in the first portion of the first area for informing that the first remaining battery level is less than the threshold, and the notification is displayed in the first area for notifying that the first remaining battery level is less than the threshold. displaying a notification for notifying the existence of the first remaining battery level in the first portion of the second area of the display unit;
When one or more of the second remaining battery levels received by the input section is smaller than a threshold value, the display control section displays the one or more second remaining battery levels. For each of the two remaining battery levels, a notification is displayed in the second portion of the first area for notifying that the second remaining battery level is less than the threshold, and the second remaining battery level is less than the threshold. displaying a notification for notifying the presence of a second remaining battery level in a second portion of the second region of the display unit;
3. The display device according to claim 2 . The input unit receives a first communication state in each of the plurality of first type sensors and receives a second communication state in each of the plurality of second type sensors,
When one or more of the plurality of first communication states received by the input section indicates that communication is impossible, the display control section displays the one or more first communication states. for each of the above, a notification for notifying that the first communication state indicates communication impossible is displayed in the first part of the first area, and the existence of the first communication state indicating communication impossible is displayed Displaying a notification for informing in a first portion of the second region of the display unit;
When one or more of the plurality of second communication states received by the input section indicates that communication is impossible, the display control section displays the one or more second communication states. for each of the above, a notification for notifying that the second communication state indicates that communication is impossible is displayed in the second part of the first area, and the presence of the second communication state that indicates communication is impossible causing a notification to be displayed in a second portion of the second region of the display unit;
The display device according to any one of claims 1 to 4 . The display control unit displays the first area and the second area on the same screen,
The display device according to any one of claims 1 to 5 . The display control unit displays the first area and the second area on separate screens,
The display device according to any one of claims 1 to 5 . A plurality of first-class sensors and a plurality of second-class sensors that are capable of detecting a closed door state and that have different detection contents are installed in each of a plurality of opening and closing members provided in the facility, receiving a first detection result from each of the first type sensors and receiving a second detection result from each of the plurality of second type sensors;
Displaying the plurality of received first detection results in a first portion of the first region of the display unit and displaying the plurality of received second detection results in a second portion of the first region of the display unit a step;
A first notification for informing the presence of an incompletely closed door state when one or more of the received first detection results indicate an incompletely closed door state, and displaying a first notification summarizing one or more of the first detection results indicating an incompletely closed door state in a first portion of a second region of the display unit;
A second notification for notifying the presence of an incompletely closed door state when one or more of the received second detection results indicate an incompletely closed state, and displaying a second notification summarizing one or more of the second detection results indicating an incompletely closed door state in a second portion of the second region of the display unit;
with
A program for causing a computer to execute that the second area is an area different from the first area .

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