JP2009232420A - Intercom system for apartment building - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provides an intercom system for an apartment building which includes a screen displaying any anomaly of each resident and conditions of each apartment on a floor layout, and in addition, an information display unit with which substantially the entirety can be simultaneously confirmed in one glance. <P>SOLUTION: A life anomaly sensing sensor, and an apartment anomaly sensing sensor which senses an anomaly of an apartment, such as a fire sensor or the like, are provided in each apartment in addition to a calling substation which calls a concierge. In addition, a concierge office base station which responds to a call and a monitoring device which displays information of the life anomaly sensing sensor and the like, are provided in a concierge office. A display of the monitoring device includes a floor layout display unit D1 in which apartment information display units 19 are arranged, each of which displays a floor layout and also displays, on the layout, information about the resident and the information of the life anomaly sensing sensor and the like, and a list display unit D3 which displays a list of the information of the life anomaly sensing sensors and the like of all apartments. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to an apartment house intercom system, and more particularly to an apartment house intercom system having a function of monitoring an abnormality of a resident or an abnormality of a dwelling unit.

Due to the increase in the elderly population, housing for the elderly has increased. In such housing complexes, an emergency call button that enables emergency calls to managers, etc. in consideration of the physical characteristics of the elderly, and a life change sensor that detects changes in the resident are installed. Consideration has been given so that if an abnormality occurs in a person, the administrator can be notified immediately.
Further, such a sensor is connected to an interphone system, and transmits an alarm signal or the like to a management room or a monitoring room via a communication line of the interphone.

  On the other hand, the nurse call system installed in the hospital is provided with a display for displaying patient information of the patient on the nurse call master unit installed in the nurse station, and when displaying the patient information on the display Some of them are displayed according to the floor layout of the ward (for example, see Patent Document 1).

JP 2004-96409 A

  Even in housing complexes for the elderly, in order to make it easier to grasp the information of residents and the information of sensors installed in the dwelling units, a display is provided in the management room etc. like the above nurse call system, and a floor layout diagram is displayed A configuration in which dwelling unit information is displayed on the layout is conceivable. However, in the case of apartment houses, there are many high-rise buildings, so there are many floors. Therefore, if the floor is displayed on the display, it is easy to grasp the status of the dwelling unit on the displayed floor. For example, when the first floor is displayed, if you want to check the 20th floor, many scroll operations are required. The screen switching operation is cumbersome and cannot be displayed immediately.

  On the other hand, if the states of various sensors are simply displayed in a simple tabular format, the entire apartment house can be displayed on a single screen, so that the whole can be monitored without performing a display change operation. However, in this case, when the sensor is operated, it is difficult to grasp the location, and it is difficult to grasp the resident information of the dwelling unit. For this reason, in an apartment house, there has been a demand for a system that can be confirmed for each floor in addition to being confirmed for each floor.

  Therefore, in view of such problems, the present invention is provided with an information display unit that can confirm the overall situation at a glance at the same time, in addition to a screen that displays the abnormality and dwelling situation of each resident on the floor layout. The purpose is to provide a collective housing intercom system.

  In order to solve the above-mentioned problems, the invention of claim 1 is directed to each dwelling unit of a multi-story residential building, a caller for a resident to talk to a manager, and a resident's life change. While providing a life change detection sensor for detection, a management room base unit for responding to a call from a resident in the control room and a monitoring device provided with an information display unit for displaying detection information of the life change detection sensor are provided. The monitoring device displays a layout of at least one floor on the information display unit, displays a dwelling unit area on the layout, and displays resident information and information on a life change detection sensor for each dwelling unit. And a list display control unit that displays a list of information on life abnormality detection sensors on a plurality of floors or all floors on the information display unit. The information display unit includes a floor layout display control unit, Wherein the display of the list display control section is performed simultaneously.

According to this configuration, in addition to displaying the dwelling unit according to the floor layout on the information display unit and displaying the resident information and the information on the life change detection sensor on the dwelling unit area, the life change detection sensor information Since the list is displayed, the administrator can recognize the status of the entire floor or a plurality of floors simultaneously while grasping the status of the desired floor. Therefore, even in a multi-storied apartment building, it is possible to easily grasp the overall situation while looking at the desired floor situation, and it is possible to prevent situations such as overlooking abnormalities that have occurred to residents, It becomes possible to quickly recognize the place of occurrence.
The life change detection sensor is a sensor that detects a resident who has fallen and cannot move, and a sensor that uses a human body detection sensor or a sensor that uses a water usage sensor is widely used. The resident information refers to information such as the resident's name and presence / absence.

The invention according to claim 2 is the invention according to claim 1, wherein a dwelling unit abnormality detection sensor for detecting a dwelling unit abnormality such as a fire occurrence is installed in each dwelling unit, and the floor layout display control unit and the list display control unit are In addition to the information on the life abnormality detection sensor, the information on the dwelling abnormality detection sensor is also displayed on the display means.
According to this configuration, because abnormalities such as fires are displayed in units of multiple floors in addition to floor units, it is possible to easily grasp the overall status in addition to the status of each floor, and overlook the occurrence of abnormalities. Can be prevented, and it is possible to quickly recognize the location of the abnormality.
The dwelling unit abnormality detection sensor is a gas leak detection sensor, a water leak sensor, or the like in addition to a sensor that detects the occurrence of a fire (smoke detection or heat detection).

The invention according to claim 3 is the invention according to claim 1 or 2, wherein the list display control unit enables two types of display: a list divided by floor and a list in which a plurality of floors are integrated. And
According to this configuration, even in a large-scale apartment house with a high floor, it is possible to check the status of all the floors at once by displaying a list of a plurality of floors, which is convenient.

According to a fourth aspect of the present invention, in the invention according to any one of the first to third aspects, the monitoring device has two information display sections, a display screen of the floor layout display control section, and a display of the list display control section. The screens are displayed on independent screens.
According to this configuration, the status of each floor and the status of the entire apartment are displayed on separate screens, making it easy to see the status of individual units even in large apartments with many units. Easy to do.

  According to the present invention, in addition to displaying dwelling units according to the floor layout on the information display unit and displaying sensor information on the dwelling unit area, a list of information on life change detection sensors on a plurality of floors or all floors is displayed. Since the information is displayed on the information display unit, the administrator can recognize the state of the entire floor or a plurality of floors at the same time while grasping the state of the desired floor. Therefore, even in a multi-storied apartment house, it is possible to easily grasp the overall situation in addition to the situation of each floor, prevent the situation that overlooks the abnormality that occurred in the house, and the location where the abnormality occurred Can be quickly recognized.

  DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, embodiments of the invention will be described in detail with reference to the drawings. FIG. 1 is a block diagram showing an example of an apartment house intercom system according to the present invention, in which 1 is a caller installed in each dwelling unit of an apartment house having a plurality of floors to call and call a manager. 2 is a life change detection sensor for detecting a change in life of a resident, 3 is a dwell unit abnormality detection sensor such as a fire detection sensor and a gas sensor, 4 is a dwelling unit adapter installed for each dwelling unit, and 5 is a call installed in a management room Management room base unit for responding to calls from the slave unit 1, 6 is a monitoring device (first monitoring device 6a and second monitoring device 6b) for displaying detection information of the life change detection sensor, and 7 is communication between devices It is a controller that controls.

  The handset 1, the life change detection sensor 2, and the dwelling unit abnormality detection sensor 3 are connected to the dwelling unit adapter 4 through the transmission lines L1 to L3, respectively, and the dwelling unit adapter 4 is connected to the control unit 7 through the dwelling unit trunk line L4. Has been. In addition, the management room base unit 5 is connected to the control unit 7 through a base unit transmission line L5. On the other hand, the first monitoring device 6a is connected to the management room main unit 5 via the transmission line L6, and the second monitoring device 6b is connected to the first monitoring device 6a via the LAN line L7. R indicates a management room.

FIG. 2 is a circuit block diagram of the monitoring device 6, in which 11 is a display as an information display unit, 12 is an operation unit including a touch panel and a keyboard, and 13 is for communicating with the management room master unit 5 and the control unit 7. Interface (monitoring device IF), 14 is a LAN interface (LAN-IF) for communication between the monitoring devices 6, 15 is a monitoring device control unit that controls the monitoring device 6, and 16 stores various settings and received information. This is a storage unit.
The first monitoring device 6a connected to the management room base unit 5 transmits various information obtained via the management room base unit 5 to the second monitoring unit 6b connected to the LAN, and the first monitoring unit 6a. 6a and the second monitoring device 6b share information.

  FIG. 3 shows a screen image displayed on the display 11 of the monitoring device 6. In FIG. 3, D1 is a floor layout display unit that displays each dwelling unit area 18 in accordance with the floor layout of the apartment house, and displays resident information and sensor information within each dwelling unit area 18, and D2 is display switching. A touch panel unit constituting a part of the operation unit 12 that displays and operates operations and a resident list, and D3 is a list display unit that displays a list of sensor information of each dwelling unit.

  As shown in FIG. 3, only the floor layout display part D1 displays, for example, three consecutive floors of 6 to 8 floors. From this display, seven dwelling unit areas 18 are provided on each floor, and the arrangement of dwelling units on each floor can be seen. Reference numeral 19 denotes a dwelling unit information display section of each dwelling unit, 20 denotes a staircase, and 21 denotes an elevator. The dwelling unit information display unit 19 is configured as shown in the enlarged view of FIG. 4 and includes a dwelling unit number display unit 19a, a resident name display unit 19b, a staying presence / absence display unit 19c, and an electric lock display unit that displays the state of the entrance lock. Display units such as a display unit 19e of the life abnormality detection sensor 2 and a display unit 19f of the dwelling unit abnormality detection sensor 3 are provided.

On the other hand, the list display unit D3 performs two types of display as shown in FIG. FIG. 5A shows a display example of the floor-specific list 23 divided by floor, and FIG. 5B shows a display example of the combined list 24 in which a plurality of floors are integrated. In the list 23 by floor, the first floor to the 10th floor are collectively displayed by floor (by floor), and in the combined list, a plurality of floors (here, 1st to 3rd floors, 4th to 6th floors, 7th to 10th floors) are integrated. In this case, the whole is displayed in three lines. The display switching between the floor-specific list 23 and the combined list 24 can be easily changed by a predetermined button operation on the touch panel unit D2.
This intercom system shows an example of a 10-story apartment house with 10 floors, and the display 11 shown in FIG. 3 shows the list by floor in FIG. 23 shows a displayed state. In this case, information on all the 10th floors is displayed in the list display part D3.

  Specifically, the display contents are an alarm display unit 23a, 24a when a housing abnormality detection sensor 3 such as a fire detection sensor or a gas sensor is operated, 23b, 24b are display units for waiting for an alarm recovery operation, and 23c, 24c are callers. A display section for indicating whether the machine 1 is in a call operation, an incoming call history display section for 23d and 24d calling the management room base unit 5, and a display section for indicating whether the overnight stay has not exceeded the schedule. , 23f and 24f are state display units for electric locks at the entrance of the dwelling unit, 23g and 24g are alarm display units for the life anomaly detection sensor 2, and 23h and 24h are display units when there is no response due to a call operation or the like (safety abnormality). ing.

  FIG. 5 (a) shows that there is a dwelling unit on the 2nd floor where alarms are issued, alarm recovery is waiting, and a call operation is occurring. This shows that there are dwelling units and dwelling units in which the life change detection sensor is operating, and that there is a resident who is not safe on the 4th floor, and there is a resident who calls the manager on the 6th floor. In the merged list 24, a summary of these is displayed.

  Next, the control of the display displayed on the display 11 will be described. The monitoring device control unit 15 monitors the presence / absence of a call operation of the caller 1 installed in each dwelling unit and the status of the life abnormality detection sensor 2 and dwelling unit abnormality detection sensor (alarm notification and notification from the sensor). A state monitoring function, a floor layout display function for controlling the display of the floor layout display section D1, and a list display function for controlling the display of the list display section D3. Display control is performed by the floor layout display function and the list display function based on the information.

  For example, when the life change detection sensor 2 is operated in the room 201 on the second floor, the state monitoring function detects the life change occurrence signal transmitted through the control unit 7 and the management room base unit 5, and the floor layout display unit D1 The color of the state display unit 19e of the dwelling unit information display unit 19 in the dwelling unit area 18 displayed in the room 201 is changed to, for example, red. And the status display part 23g of the life anomaly detection sensor 2 in the second floor row of the list display part D3 is similarly displayed in red by the list display function. However, when the united list 24 shown in FIG. 5B is displayed on the list display unit D3, the status display unit 24g of the life change detection sensor 2 on the first to third floors is similarly displayed in red.

  As shown in FIG. 3, when the second floor is not displayed on the floor layout display unit D1, the display operation of the floor layout display unit D1 cannot be seen from the display 11. However, for example, when the fire detection sensor in the 603rd room on the 6th floor is activated, the state monitoring function detects it and the predetermined area of the dwelling unit information display section 19 in the 603rd room of the floor layout display section D1 displayed on the display 11 (Status display unit 19f of the dwelling unit abnormality detection sensor) performs an alarm alert display operation. And the alarm display part 23a of the 6th floor of the list 23 classified by floor currently displayed on the list display part D3 by the list display function displays simultaneously.

In this way, the floor layout is displayed on the display of the monitoring device, and the dwelling unit is displayed in the display, and the resident information and the information on the life change detection sensor are displayed for each dwelling unit, and further, the dwelling unit abnormality such as a fire occurrence is displayed. In addition to the above, since a list of life anomaly detection sensors and dwelling unit abnormality information is also displayed, the administrator can recognize the status of the entire floor or a plurality of floors simultaneously while grasping the status of the desired floor. Therefore, even in high-rise apartments with a large number of units, it is possible to easily grasp the overall situation in addition to the situation on each floor, prevent situations such as overlooking the occurrence of abnormalities, etc. It becomes possible to quickly recognize the place.
Furthermore, displaying a list for each of the plurality of floors is convenient because it is possible to check the sensor status of all the floors at once, even in a large-scale apartment house with a high rise.

  The display 11 of the first monitoring device 6a and the display 11 of the second monitoring device 6b may display the same screen, but if they are installed in the same management room R as shown in FIG. By the display change operation of the part D2, for example, the floor layout display part D1 may be enlarged and displayed on the display 11 of the first monitoring apparatus 6a, and the list display part D3 may be enlarged and displayed on the display 11 of the second monitoring apparatus 6b. By doing so, the floor layout display and the list display are displayed on different screens, and the situation of each floor and the entire apartment house are enlarged, making it easier to see, and it is a large apartment house with a large number of units. In addition, the display of each dwelling unit is easier to see and the situation is easier to grasp.

Moreover, in the said embodiment, although 3 floors are displayed on the floor layout display part D1 of the display 11, only 1 floor may be displayed for this display, and more than 3 floors may be displayed simultaneously. It is good enough to make it easy to see depending on the shape of the floor and the number of dwelling units per floor. The same applies to the list display unit D3. In the above embodiment, all floors (1 to 10 floors) are displayed in the floor-specific list 23. However, in an apartment house with more floors, more floors can be displayed at once. What is necessary is just to display, and in order to make it easy to see, it divides | segments into the center floor and divides into two, and you may make it switchably display.
Further, in the combined list 24 in which a plurality of floors are integrated, here, three or four floors are displayed as one body, but if there are more floors, for example, about five floors are displayed as one body. May be.

It is a block diagram which shows an example of the apartment house intercom system which concerns on this invention. It is a circuit block diagram of the monitoring apparatus of FIG. It is explanatory drawing of the display display screen of a monitoring apparatus. It is an enlarged view of a dwelling unit information display part in the partial enlarged view of FIG. FIG. 4 is an enlarged view of the list display unit of FIG. 3, (a) is a diagram in which a list by floor is displayed, and (b) is a diagram in which a combined list is displayed.

Explanation of symbols

  1 .... Calling device, 2 .... Life abnormality detection sensor, 3 .... Dwelling unit abnormality detection sensor, 5 .... Management room parent device, 6 .... Monitoring device, 11 .... Display, 12 .... Operation unit, 15 .. · Monitoring device control unit (floor display control unit, list display control unit), 17 · · Dwelling unit information display unit, 23 · · List by floor, 24 · · Merge list, D1 · · Floor layout display unit, D2 · · · Touch panel part (operation part), D3 ... List display part.

Claims (4)

Each dwelling unit of the multi-story apartment building includes a handset for a resident to talk to a manager and a life change detection sensor for detecting a life change of the resident, A management device for responding to a call from a resident, and a monitoring device including an information display unit for displaying detection information of the life change detection sensor;
The monitoring device displays a layout of at least one floor on the information display unit, displays a dwelling area on the layout, and displays resident information and information on the life change detection sensor in units of dwelling units. A control unit, and a list display control unit that displays a list of information on the life abnormality detection sensors on a plurality of floors or all floors on the information display unit,
The apartment display intercom system, wherein the information display unit simultaneously displays a floor layout display control unit and the list display control unit. Each dwelling unit is equipped with a dwelling unit abnormality detection sensor that detects a dwelling unit abnormality such as a fire.
2. The set according to claim 1, wherein the floor layout display control unit and the list display control unit display information on the dwelling unit abnormality detection sensor in addition to information on the life abnormality detection sensor on the display unit. Residential intercom system. 3. The collective housing intercom system according to claim 1, wherein the list display control unit enables two types of display: a list divided by floor and a list in which a plurality of floors are integrated. The monitoring apparatus has two information display sections, and the display screen of the floor layout display control section and the display screen of the list display control section are displayed on independent screens, respectively. The apartment house intercom system according to any one of 1 to 3.

Images