JP6175416B2 - Safety confirmation support system for apartment residents - Google Patents

Description

  More particularly, the present invention relates to a safety confirmation support system for enabling accurate and rapid confirmation of safety of an apartment house resident when a disaster occurs.

  As this type of technology, for example, a technology disclosed in Japanese Patent Application Laid-Open No. 2006-323719 (Patent Document 1) is known. This technology is intended to make it possible to reliably confirm the safety of the person entering and leaving a predetermined place such as in a company, especially at the time of a disaster. In this technology, the authentication terminal uses the registration information registered in the IC card of the entrance / exit to update the entrance / exit record of the entrance / exit management target, and the first confirmation unit records the entrance at the time of a disaster, etc. An unknown candidate target person who has no exit record is extracted, and the face information of the extracted target person is collated with the face information acquired from the exit image, and an unknown candidate target person who cannot confirm the exit is extracted. In addition, the target person from which the second confirmation unit is extracted is recognized as a safety unknown person.

JP 2006-323719 A

  In the technique described in Patent Document 1, a person whose safety is unknown is specified with high accuracy using personal authentication using an ID card and image data of a monitoring camera. This method is suitable for safety confirmation when a specific person uses a specific location, such as a company employee, but a surveillance camera is installed at a key location for the safety confirmation of residents in an apartment house. However, since it is necessary to authenticate the face image, the configuration for performing the authentication is complicated and not suitable.

  In addition, safety confirmations for residents in apartment buildings are generally confirmed by visiting the apartments by officers of the apartment house, and for residents who need to be registered in advance, go to the residents' association of the apartment house. Since there is a local government requesting evacuation support, the technology described in Patent Document 1 cannot be used for confirming the safety of each room of the apartment house.

  Therefore, the problem to be solved by the present invention is to enable accurate and quick confirmation of the safety of residents in a housing complex when a disaster occurs.

In order to solve the above-described problems, the present invention provides an entrance / exit controller that controls entrance / exit of an apartment house, a personal computer connected to the entrance / exit controller, and a living room in each apartment room. An occupant safety confirmation support system comprising: an occupancy confirmation switch for confirming whether or not an occupant is in a room, wherein the personal computer includes occupancy data, occupancy data, and priority storage device for storing degree data, and includes a control device for setting the priority to perform the safety confirmation for each room, when a disaster occurs, the control unit occupancy resident of each room in the entering retreat out controller ask for confirmation, entering-withdrawal out controller <br/> over La, exits the control device receiving said request obtains the home data resident from the operation state of the occupancy confirmation switch And, wherein the controller, entering-withdrawal out on the basis of the home data input from the controller to determine a within-absence of residents, the resident data and the preset from the priority data is a plurality of room units The priority for confirming the safety is set by. Note that problems, configurations, and effects other than those described above will be clarified by the following description of embodiments.

  ADVANTAGE OF THE INVENTION According to this invention, when a disaster occurs, it becomes possible to acquire correctly the information of the residence and absence of an apartment house resident, and a resident's safety confirmation can be performed correctly and rapidly.

It is a block diagram which shows the system configuration | structure of the safety confirmation support system of the apartment house resident which concerns on embodiment of this invention. It is a figure which shows the household information table stored in the resident data storage part of the memory | storage part shown in FIG. It is a figure which shows the priority data stored in the priority data table of the memory | storage part shown in FIG. It is a flowchart which shows the process sequence of the assistance process in the apartment house resident's safety confirmation assistance system which concerns on embodiment of this invention. It is a figure which shows an example of a rescuer list | wrist created by step S9 and S10 of the flowchart of FIG. It is a figure which shows an example of the safety confirmation list | wrist produced by step S11 of the flowchart of FIG.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  FIG. 1 is a block diagram showing a system configuration of a safety confirmation support system for an apartment resident according to an embodiment of the present invention. In the figure, the safety confirmation support system is basically composed of an apartment house 1, an entrance / exit controller 4 that controls entrance / exit of the apartment house 1, and a personal computer (hereinafter referred to as “PC”) 14. Yes.

The apartment house 1 includes a common area entrance 2, an entrance hall 6, an elevator EL hoistway 6A,
It has a staircase 6B and a room 22 on each floor. Duplexer entrance 2 is an inlet of the shared portion of the collective housing 1, the card Lee da 3 comprises a reading device 3A is provided in the common unit entrance 2.
When this reading device 3A reads an identification code stored in an ID card (not shown) and this identification code is stored in the storage unit 5 of the entrance / exit controller 4, it is provided between the common part entrance 2 and the entrance hall 6. The automatic door 7 is opened. As a result, entrance to the apartment house 1 by non-residents is restricted, and security is ensured.

  When entering the entrance hall 6 from the automatic door 7, it is possible to move to a desired floor using an elevator EL or a staircase 6B (not shown) that moves up and down the elevator hoistway 6A. The entrance / exit controller 4 is installed in a manager room (not shown) of the apartment house 1 and includes at least a CPU 8, a storage unit 5, a door control device 9, an input device 10, and an input / output device 11. The storage unit 5, door control device 9, input device 10, and input / output device 11 are each connected to the CPU 8.

The storage unit 5 includes an identification data storage unit 5A, an entrance history data storage unit 5B, and an occupancy data storage unit 5C. The identification data storage unit 5A stores an identification code of an ID card (not shown) that each resident of the apartment house 1 individually holds. Admission history data storage unit 5B is held over the ID card (not shown) held by residents of apartment 1 card Lee Da 3, the identification code of the ID card (not shown) reader 3A is read, and the reading device 3A is read Memorize the time. The occupancy data storage 5C stores the time and occupancy number when the resident of the apartment house 1 operates the occupancy confirmation switch 22D described later.

  The input device 10 outputs the identification code of an ID card (not shown) read by the reading device 3A to the CPU 8, and the CPU 8 performs a storage process in the entrance history data storage unit 5B based on a prestored program. The CPU 8 determines whether or not the recognition code transmitted from the input device 10 is stored in advance in the identification data storage unit 5A. When the CPU 8 determines that the recognition code is stored in advance, an opening permission signal is sent to the door control device 9. give. Upon receipt of the opening permission signal, the door control device 9 gives an opening command signal to the door driving device 12, and an output signal when the sensor 13 provided on the ceiling portion of the entrance hall 6 detects a person is sent to the door driving device 12. When given, the door drive 12 operates to open the automatic door 7. The door control device 9 outputs a door closing signal to the door driving device 12 when a predetermined time has elapsed from the opening of the automatic door 7.

  The input / output device 11 connects the entry / exit controller 4 and a personal computer 14 (hereinafter referred to as a personal computer 14), and transmits / receives information between the entry / exit controller 4 and the personal computer TL 4. The personal computer 14 includes an input / output port 15, a control device 16, a storage device 17, an input unit 18, a display unit 19, and an output boat 21. The input / output port 15 is connected to the input / output device 11 of the entry / exit controller 4, and the control device 16 is connected to the input / output port 15. The storage device 17 includes an occupancy data storage unit 17A, a resident data storage unit 17B, and a priority data table 17C. The input unit 18 includes a keyboard or a mouse (not shown). The display unit 19 is a so-called display and functions as a user interface together with a keyboard or a mouse. The output port 21 is for detachably connecting to the printer 20 for printing output. The storage device 17, the input unit 18, the display unit 19, and the output boat 21 are each connected to the control device 16.

  The control device 16 includes a safety confirmation necessity setting unit 16A and a priority information setting unit 16B. The safety confirmation necessity setting unit 16 </ b> A can be activated when a predetermined ID and password are input from the input unit 18, and sets necessity of safety confirmation for each room 22 of the apartment house 1. The priority information setting unit 16 </ b> B sets a priority for confirming safety for each room 22 of the apartment house 1. The occupancy data storage unit 17A receives a command signal output from the control device 16 by a predetermined operation of the input unit 18, and a resident of the apartment house 1 from the occupancy data storage unit 5C of the entrance / exit controller 4 will be described later. The occupancy information of the occupancy 22 is acquired from the time when the room confirmation switch 22D is operated and the occupancy number, and these are stored as occupancy information. In addition, the resident data storage unit 17B stores information for each occupancy 22 for the occupants of the apartment house 1, and the priority data table 17C sets a priority for confirming safety for each occupancy 22 of the apartment house 1. belongs to.

Apart from the common part entrance 2 and the entrance hall 6 of the apartment house 1, a plurality of living rooms 22 including a room 201 are provided on the second floor which is an exclusive part of the apartment house 1. No. 201 of room 22, door 22A, electric lock 22B, card Lee Da 22C and the electric lock controller 23 is installed. The door 22A is a door provided at the entrance, and the electric lock 22B locks and unlocks the door 22A. The card reader 22C is provided in the vicinity of the door 22A, and the electric lock control unit 23 is connected to the card reader.
When the ID card identification code read by the reader 22C matches the unlocking permission conditions for the electric lock 22B of the door 22A of the room 22 of No. 201, an unlocking signal is output to the electric lock 22B.

The room 201 (22) is provided with a occupancy confirmation switch 22D and a lamp 22E. Occupancy confirmation switch 22D is the occupancy information comprised room 22 by the operation time and room number, and outputs via the electric lock controller 23 entering and leaving out to the controller 4. The lamp 22E
Is lighting control by entering and leaving out CPU8 command signals of the controller 4 to the control unit of the personal computer 14 connected 16 or Nyushisa out controller <br/> La 4. Here, switch 22D for checking presence in room
And the lamp 22E are provided in all living rooms 22 of the apartment house 1.

  FIG. 2 is a diagram illustrating the household information table 24 stored in the resident data storage unit 17B of the storage device 17. The household information table 24 is a table of information for each resident's room 22.

  The household information table 24 has a column indicating each information of a room number 24A, a recognition code 24B, a resident name 24C, a date of birth 24D, and a rescuer 24F, and each of the information 24B, 24C, 24D and 24F are recorded. Among these, the room number 24A is the number of the room 22 on each floor. The recognition code 24 </ b> B is all the recognition codes attached to the ID card that is distributed for each room 22 and used to open the automatic door 7. The occupant name 24 </ b> C is the name of the occupant living in each room 22, and the head of the household is listed at the top. The date of birth 24D is the date of birth of the resident corresponding to the name of the resident, and the sex 24E is a male or female corresponding to the name of the resident. The rescuer 24F is entered in order to identify whether the person is registered as a rescuer in need of a disaster at a local government, such as a city hall, corresponding to the name of the resident, or who needs care.

  For example, in room 207, where the room number 24A is 207, four ID cards are distributed, and their identification codes 24B are “aag001”, “aag002”, “aag003”, “aag004”, and the resident name 24C is “×”. The occupant of “XXX” lives alone, has a date of birth 24D of 73 years old on March 15, 1940, and sex 24E is a woman. In room 201, room number 24A is 201, the room occupant's name 24C is "XXXXX". The date of birth 24D is 8 years old on January 08, 2005. Is shown. In room 203, where the room number 24A is 203, the occupant whose room name 24C is “△ ○ △ ○” is a 73-year-old woman whose birth date 24D is August 12, 1940, and the rescuer 24F is “ It indicates that it requires assistance during evacuation. In room 204, where the room number 24A is 204, the occupant whose room name 24C is “× ○ △ ○” is that the date of birth 24D is a 3-year-old girl on November 14, 2010 and is a preschool infant. Show. It can be seen that a single person lives in the room 22 having the room numbers 24A of 202 and 207. The household information table 24 is updated by starting up the personal computer 14 every time an resident or a manager of the residents' association of the apartment house 1 enters or leaves. The identification code 24B is for identifying the room number 24A and is important information for crime prevention, and is usually not described.

  FIG. 3 is a diagram showing priority data stored in the priority data table 17C of the storage unit 17. A priority is implemented after the occurrence of a disaster such as an earthquake, and indicates a priority order for confirming the safety of each room 22 of the apartment house 1. The priority data table 17C has columns of household conditions 25A, priorities 25B, and safety confirmation behaviors 25C, and the priority of safety confirmation is determined by the age of the resident who is the household conditions 25A and the presence or absence of relief. . Household conditions 25A are: a rescuer household 25a where a rescuer needs to live, a single household 25b over 65 years old, a single household 25c under 65 years old, a living household 25d where preschool children live, and a living household where elementary school students live 25e, 25f living together living in the same household 25f, and other than 65g living together living household 25g.

Rescue household 25a has priority 25B set to the first "1", single household 25b 65 years of age or older and living-dwelling household 25d with preschool children to priority 25B to second "2" Is set. The household 25f living 65 years or older has the priority 25B set to the third “3”. In addition, the household 25e where the elementary school students live is set to the third priority “3” for the holiday when the elementary school students are at home and the time zone from 17:00 to 8:00 on the flat. Since elementary school students are absent from school, the priority 25B is set to the fourth “4”. A single household 25c of 65 years or younger and the other household 25g have a priority 25B set to the fourth "4".
The safety confirmation behavior 25C indicates the initial confirmation of the safety confirmation behavior based on the presence / absence determination of the resident. When the priority 25B is “1”, the master (not shown) regardless of the presence / absence of the resident. The words “Enter and evacuate assistance” are set to enter the room with a key, etc. and provide assistance for evacuation of those who need help. In addition, in the second priority “2”, when the resident is determined to be at home, the safety confirmation action 25C is set with the word “confirm with interphone” in order to reconfirm safety, When it is determined that the person is absent, a word “confirm entry” is set to enter the room with a master key (not shown) and visually confirm the resident.

  When the priority 25B is "3", when the resident is determined to be at home, it is determined to be safe, and the safety confirmation action 25C is set with the word "confirmed" and determined that the resident is absent. In this case, the word “confirm with intercom” is set in the safety confirmation behavior 25C in order to reconfirm at-home. Furthermore, when the priority 25B is the fourth “4”, if the resident is determined to be at home, it is determined that the resident is safe, and the safety confirmation action 25C is set with the word “confirmed” and the resident is absent. If the determination is made, it is determined that the user is out of a place other than the apartment house 1 and the safety confirmation is unnecessary, and the word “unnecessary” is set in the safety confirmation action 25C. As shown in the priority data table 17C, the initial confirmation of the resident safety in the present embodiment is an instruction for actions according to “1” to “4” of the priority 25B.

FIG. 4 is a flowchart showing the procedure of the support process in the safety confirmation support system for the apartment dweller configured as described above.
For example, when an earthquake, which is a disaster, occurs and safety confirmation is carried out for the residents of the apartment house 1, the officer in charge of disaster prevention of the apartment house 1 enters an administrator room (not shown) and the installed entrance / exit controller 4 The personal computer 14 is connected to the input / output device 11 and the personal computer 14 is turned on to start up the personal computer 14. Then, safety confirmation is selected from a menu screen (not shown) of the personal computer 14 (step S1).

 By this selection, an input screen for ID and password is displayed on the display unit 19. Therefore, when a predetermined ID and password are input from the input unit 18 (step S2), the safety confirmation support system stored in the personal computer 14 is activated (step S3). The safety confirmation support system in the present embodiment is set so that it cannot be activated unless the ID and password match since personal information is handled.

  After the safety confirmation support system is activated, the officer in charge of disaster prevention inputs the occurrence date and time from the input unit 18 to the disaster occurrence date screen displayed on the display unit 19 of the personal computer 14 with the activation of the safety confirmation support system (step S4). The occurrence date and time is, for example, Monday, September 30, 2013, 19:30, which is the date and time when the earthquake occurred. In response to the input of the date and time, the control device 16 outputs the presence confirmation request process to the CPU 8 via the input / output device 11 of the entry / exit controller 4. With this output, the occupancy confirmation switch 22D in the room 201 is enabled via the input / output device 11 and the electric lock control unit 23, and the lamp 22E is blinked to confirm the occupancy to the occupant in the room 201. The user is prompted to operate the occupancy confirmation switch 22D (step S5). A resident in the room 201, who notices the blinking of the lamp 22E, operates the occupancy confirmation switch 22D. Here, it is assumed that the room 22 in which the occupancy confirmation switch 22D is operated in the room numbers 201 to 207 on the second floor of the apartment house 1 is the room 201, the room 204, and the room 206.

  The electric lock control unit 23 transmits to the input / output device 11 of the entrance / exit controller 4 the occupancy information of the occupancy room 22 constituted by the time when the occupancy confirmation switch 22 is operated and the occupancy number. The CPU 8 of the entrance / exit controller 4 temporarily stores the occupancy information of the occupancy 22 transmitted from the electric lock controller 23 in the occupancy data storage 5C (step S6). Here, for the room 22 (for example, Room 201, Room 204, Room 206) 22 where the occupancy confirmation switch 22D stored in the occupancy data storage unit 5C as the occupancy information is operated, the CPU 8 connects the input / output device 11 to the room 22. Then, a lighting signal of the lamp 22E is transmitted to the electric lock control unit 23, and the lamp 22E is switched from blinking to lighting state.

  The control device 16 measures whether or not 30 minutes have passed since the disaster occurrence date / time input in step S4 (step S7), and if it is less than 30 minutes, the occupancy information of the room 22 in step S6 is the entrance / exit controller 4. Is stored in the occupancy data storage unit 5C, and when 30 minutes have elapsed, “display occupancy information storage completed” is displayed on the display unit 19 of the personal computer 14.

  Next, when the officer in charge of disaster prevention confirms “completion of occupancy information storage” on the display unit 19, the safety confirmation necessity setting unit 16 </ b> A is activated by an input from the input unit 18. The safety confirmation necessity setting unit 16A stores the occupancy information of the occupancy 22 stored in the occupancy data storage unit 5C in the occupancy data storage unit 17A, and the occupancy data storage unit 17A stores the occupancy information. The living room 22 is determined to be present (room 201 on the second floor, room 201, room 204, room 206), and the room 22 in which no room information is stored is absent (the room 202 on the second floor has room 202, 203). Room No. 205, Room No. 205, Room No. 207) (step S8). That is, the presence / absence processing is executed. Therefore, the safety confirmation necessity setting unit 16A constitutes presence / absence setting means.

  When the presence / absence process ends, the control device 16 determines that the process of the safety confirmation necessity setting unit 16A has ended, and activates the priority information setting unit 16B. In the priority information setting unit 16B, Monday, September 30, 2013, 19:30, which is the earthquake occurrence time, and presence / absence in each room 22 of the apartment house 1 processed by the safety confirmation necessity setting unit 16A in step S8 2, the date of birth 24D and the rescuer 24F in the household information table 24 shown in FIG. 2, and the household condition 25A and the priority 25B in the priority data table 17C shown in FIG. The process which sets the priority of a safety confirmation for every living room 22 of is performed (step S9). Here, the room 22 whose room number 24A is indicated by 204 has a priority of "1" because there is a rescuer, and elementary school students live in the room 22 whose room number 24A is indicated by 201 and the earthquake occurrence time. Is 19:30, so the priority is “3”.

  When the priority setting process regarding the safety confirmation for each room 22 is completed in step S9, the officer in charge of disaster prevention confirms the safety confirmation print displayed on the display unit 19 of the personal computer 14, and the input unit 18 sends it to the output port 21 of the personal computer 14. The connected printer 20 is instructed to print the rescuer list. As a result, the control device 16 outputs the print data of the rescuer list 27 (FIG. 5) having the priority “1” processed by the priority information setting unit 16B to the printer 20 (step S10). Here, the control device 16, the safety confirmation necessity setting unit 16A, and the priority information setting unit 16B constitute a priority confirmation setting unit.

The rescuer list 27 shown in FIG. 5 includes the room number 27A1, the householder 27A2, the rescuer 27A3, the age 27A4, the sex 27A5, and the rescue result 27A6 column, and the rescue list 27A. Below 27A, it is composed of a note 27B which states "I need assistance when evacuating." This rescue request list 27A is extracted with reference to the rescuer 24F in the household information table 24 shown in FIG. The rescue request list 27A includes a “△ ○ △ ○” 73-year-old woman in the room 22 whose room number 27A1 is indicated by 203, and “XX” of the room 22 in which the room number 27A1 is indicated by 405. ○ ”For a 78 year old man, the minimum information necessary for attendance including the householder's name is described. The rescue result 27A6 is a field for actually confirming the rescue situation and handwriting.
Further, when the officer in charge of disaster prevention prints the safety confirmation by floor from the input unit 18, the control device 16 outputs the safety confirmation list 28 which is the safety confirmation status management list by floor shown in FIG. S11).

  The safety confirmation list 28 displays the time at which the safety confirmation printing process was performed, for example, a list creation time display field 28A described as “first safety confirmation list creation time: 20:00”, and disaster occurrence time. For example, it is composed of a disaster occurrence time display column 28B and a safety confirmation list 28C that are described as “disaster occurrence time September 30, 2013 (Monday) 19:30”. The safety confirmation list 28 is printed for each floor in the present embodiment in consideration of safety confirmation efficiency, but may be printed by designating all floors or floors.

  The safety confirmation list 28C includes columns of a room number 28C1, a householder 28C2, a presence / absence 28C3, a priority 28C4, a confirmation method 28C5, and a confirmation result 28C. The superior of the occupant name 24C in the household information table 24 is selected and displayed in the household head 28C2 column. The presence / absence data for each room 22 processed by the safety confirmation necessity setting unit 16A in step S8 is described in the presence / absence 28C3 column. In the priority 28C4 column, the safety confirmation priority data for each room 22 processed by the priority information setting unit 16B in step S9 is described. In the confirmation method 28C5 column, the wording is extracted from the safety confirmation behavior 25C of the priority data table 17C based on the presence / absence data for each room 22 and the safety confirmation priority data for each room 22, and is described. . The confirmation result 28C6 field is a field for hand-writing the safety confirmation result, and is blank when printing.

  For example, each piece of information as shown in FIG. 6 is described in each column of the safety confirmation list 28C. In other words, the head of the room 22 in which the room number 28C1 is 201 is indicated by the head of household “XX”, the presence / absence of 28C3 is “present”, the priority 28C4 is “3”, and the confirmation method 28C5 is indicated. Is described as “unnecessary”. In the room 22 column where the room number 28C1 is indicated by 202, the head of the household is “XXXXX”, the presence / absence 28C3 column is “absent”, the priority 28C4 column is “4”, and the confirmation method 28C5 column is “ "Not required". In the room 22 column where the room number 28C1 is 203, the head of the household is “△ ○ △△”, in the presence / absence 28C3 column is “absent”, in the priority 28C4 column is “1”, and in the confirmation method 28C5 column is “ Enter the room and support evacuation ”.

  In the room 22 column where the room number 28C1 is shown as 204, the head of the household is “X △△△”, the presence / absence 28C3 column is “present”, the priority 28C4 column is “2”, and the confirmation method 28C5 column is “ Check with interphone ". In the room 22 where the room number 28C1 is indicated by 205, the head of the household is “○ △△△”, in the presence / absence 28C3 field is “absent”, in the priority 28C4 field is “3”, and in the confirmation method 28C5 field is “ Check with interphone ". In the room 22 column where the room number 28C1 is indicated by 206, the head of the household is “XXΔΔ”, the presence / absence 28C3 column is “present”, the priority 28C4 column is “3”, and the confirmation method 28C5 column is “ "Not required". Furthermore, the room number 22 C1 indicated by 207 is the head of the household “△ × △△” in the column 22, “absent” in the presence / absence 28 C 3 column, “2” in the priority 28 C 4 column, and the confirmation method 28 C 5 column It is written as “Entering room without confirmation response via intercom”.

  Thus, the rescuer list 27 printed by the officer in charge of disaster prevention is given to the officer in charge of relief, and the safety confirmation list 28 printed in the same manner is given to the officers on each floor, Safety confirmation activities are implemented. It is desirable for the rescuer to evacuate to the entrance hall 6 of the apartment house 1 or a manager room (not shown) and then head to the evacuation site together with the evacuated resident. Further, officers on each floor can perform safety confirmation with little waste and efficiently by referring to the priority 28C4 and the confirmation method 28C5 of the safety confirmation list 28. The situation and results are written in the confirmation result 28C6 by hand. Give it to the officer in charge of disaster prevention after confirming the safety. The officer in charge of disaster prevention who has received this can input the description item of the confirmation result 28C6 to the personal computer 14 and reflect it in the second safety confirmation.

Here, when carrying out the second safety check, the officer in charge of disaster prevention, steps S1 to S
11 to create a safety confirmation list 28, and officers on each floor have “unnecessary” in the confirmation method 28 C 5 column in the safety confirmation list 28, and the presence / absence 28 C 3 column “
The safety confirmation for the living room 22 indicated by the room number 28C1 indicated by 202 and the room 22 indicated by 205 may be focused on. When the third safety confirmation is performed, the officer in charge of disaster prevention has the room number 28C1 in which the confirmation method 28C5 column in the safety confirmation list 28 is described as “unnecessary” and the presence / absence 28C3 column is described as “absent”. If the two rooms 22 and 205 are entered with a master key (not shown) and the like and the safety status is visually checked, the safety of the resident can be confirmed with certainty. Also, when removing the computer 14 from the controller <br/> over La 4 out Nyushisa, CPU 8 of entering and leaving out the controller 4 transmits a turn-off signal of the electric lock controller 23 Heranpu 22E, turns off the lamp 22E of the total room Let

  According to the present embodiment, since the occupant is determined to be at home or absent based on whether or not the resident has operated the occupancy confirmation switch 22D after the earthquake occurrence time, the presence / absence information for each occupancy can be accurately grasped. Can do. In addition, the priority of safety confirmation according to household conditions, such as the presence of single or cohabitant households, and elementary school children or men and women over 65 years of age, and the presence / absence information for each room 22 described above are combined. Since the safety confirmation action is set, accurate and quick safety confirmation can be performed.

  In the present embodiment, the priority data table 17C shown in FIG. 3 is used to create the safety confirmation list 25. However, the management association and the residents' association of the housing complex 1 regarding the household conditions 23A, the priority 23B, and the safety confirmation behavior 23C are used. It may be arbitrarily determined by, for example. In addition, in the management association or the residents' association of the housing complex 1, the occupancy confirmation switch 22 </ b> D after the lamp 22 </ b> E provided in each living room 22 blinks in order to inform the resident of the home when a disaster occurs or during a disaster drill. Obviously, it is possible to reduce the time required for the officers of each floor to confirm the safety if it is decided in advance to operate.

  In the present embodiment, the occupancy information of the room is temporarily stored in the occupancy data storage unit 5C of the entrance / exit controller 4 and then stored in the occupancy data storage unit 17A of the personal computer 14; The same processing can be performed even if stored in the room data storage unit 17A.

Further, in this embodiment, connected so the computer 14 to the entering and leaving out controller 4, check the standing-absence in the room, or it is so to do create a principal rescuer list 27 and safety confirmation list 28, input It is remotely connected via a withdrawal out controller 4 communication lines, creating the materials and the absence of confirmation, or principal rescuer list 27 and safety confirmation list 28 in the monitoring center that monitors occurrence of abnormality of the equipment of the building 1 Even if the communication line is established, the same processing can be performed and the same effect can be obtained.

  As described above, according to the present embodiment, the following effects can be obtained. In the description of the effects in the embodiment, the constituent elements in the claims are indicated in parentheses for each part of the present embodiment, or reference numerals are given, and the correspondence between the two is clarified.

(1) Entrance / exit controller 4 for controlling entrance / exit of the apartment house 1 and entrance / exit controller 4
And a personal computer 14 connected to each other, and an occupancy confirmation switch 22D for confirming whether or not a resident is present in each living room 22 of the apartment house 1. The personal computer 14 is a storage device 17 for storing occupancy data, occupant data, and priority data, and an occupancy room 22.
Includes a control unit 16 for setting the priority to perform the safety confirmation for each, when a disaster occurs, the control unit 16 requests the occupancy confirmation resident of each room 22 to the controller 4 out Nyushisa, leaving room access Con <br/> controller 4 outputs to the control unit 16 acquires the home data resident from the operation state of occupancy confirmation switch 22D receives the request, the control unit 16, room access out controller 4 Since the presence / absence of the resident is determined based on the at-home data input from, and the priority for confirming the safety in units of the resident room 22 set in advance from the resident data and the priority data is set,
It is possible to accurately grasp the presence / absence information for each. In addition, the priority of safety confirmation according to household conditions such as single or cohabiting household (resident data) and the presence of preschool children or men and women over 65 years of age (priority data), as described above. Since the safety confirmation action combining the presence / absence information for each room 22 is set, accurate and quick safety confirmation can be performed.

(2) A card reader 3 that reads an identification code stored in an ID card provided near the common part entrance 2 of the apartment house 1 and the automatic doors 7 and doors 22A (entrance doors) of each living room 22.
, 22C, and automatic doors 7 and exits retracted to control the opening and closing of the entrance door controller 4 and the electric lock controller 23 (control unit), further comprising a recognition code entry and exit read by the card Lee Da 3,22C The recognition code transmitted to the controller 4 and the electric lock control unit 23 (control unit) and read by the card readers 3 and 22C is given to the resident of the apartment house stored in the entrance / exit controller 4 and the electric lock control unit 23 in advance. that decree when consistent with identification code, opening the automatic door 7 and entrance doors 22A provided in the common unit entrance 2, recognition codes and reading time of the ID card read by the card reader 3,22C is Nyushisa out controller 4 and Electric lock control unit 23 (
Since it is stored in the control unit), room access out information in accordance with the operation output retracted residents stored in entering and leaving out controller <br/> La 4 and the electric lock controller 23 (control unit), when the The latest resident information for is constantly updated. Thereby, if it is referred to the occupancy confirmation information when a disaster occurs, highly accurate presence / absence information can be obtained.

  (3) The occupancy confirmation switch 22D is used only after the occurrence of a disaster because the signal output by the operation is enabled by the command signal of the personal computer 14, and does not normally operate. Thereby, after ensuring a resident's privacy, the priority of a safety confirmation can be set.

(4) installed in each room 22, the lighting control by entering and leaving out CPU8 or command signal of the personal computer 14 of the controller 4, by the operation of the occupancy confirmation switch 22D, since with the lamp 22E is lighting control The lamp 22E blinks, prompts the resident to operate the occupancy confirmation switch 22D, and the resident who notices the blinking of the lamp 22E operates the occupancy confirmation switch 22D to confirm the safety of the officer. Time can be shortened and efficient safety confirmation can be performed.

  (5) Since the preset room unit is a unit of the plurality of preset rooms 22, or one unit is a plurality of rooms 22 for each floor, a plurality of preset rooms Safety confirmation can be performed for each room 22 or for each floor, and an officer for each unit or an officer for each floor can efficiently confirm the safety for each room 22 or each floor in charge.

  The present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the gist of the present invention, and all technical matters included in the technical idea described in the claims are included. The subject of the present invention. The above embodiment shows a preferable example, but those skilled in the art can realize various alternatives, modifications, variations, and improvements from the contents disclosed in this specification, These are included in the technical scope described in the appended claims.

DESCRIPTION OF SYMBOLS 1 Apartment house 2 Common part entrance 3 Card reader 4 Entrance / exit controller 5 Memory | storage part 7 Automatic door 8 CPU
14 Personal Computer 16 Control Device 17 Storage Device 17A Residential Data Storage Unit 17B Resident Data Storage Unit 17C Priority Data Table 22 Living Room 22A Door 22B Electric Lock 22C Card Reader 22D Residential Confirmation Switch 22E Lamp 23 Electric Lock Control Unit ( Control part)

Claims (6)

An entrance / exit controller for controlling entrance / exit of the housing complex;
A personal computer connected to the entry / exit controller;
An occupant safety confirmation support system installed in each living room and provided with an occupancy confirmation switch for confirming whether the occupant is present in each living room of the apartment house. And
The personal computer includes a storage device that stores occupancy data, occupant data, and priority data, and a control device that sets priority for confirming safety for each occupancy,
When a disaster occurs, the control device requests the occupancy confirmation of the residents of each room before complete withdrawal out controller,
Entering-withdrawal out controller acquires the home data resident from the operation state of the occupancy confirmation switch receiving said request is output to the control device,
Wherein the controller determines a within-absence residents based on entering-withdrawal out the home data input from the controller, the safety confirmation at a preset room units from the resident data and the priority data A safety confirmation support system for apartment dwellers characterized by setting priorities to perform. It is a safety confirmation support system for apartment residents according to claim 1,
A card reader which reads an identification code stored in an ID card provided in the vicinity of the automatic door of the common part entrance of the apartment house and the entrance door of each living room;
Additionally and a pre-filled retreat out controller, and a control unit for controlling each opening and closing of the automatic door and doorway door,
The identification code read by the card Lee Da is transmitted to the entering-exiting controller and the control unit,
When consistent with Mikotonori識code applied to the apartment house resident said recognition code read by the card Lee Da is stored in advance in the entering exit controller and the control unit, the automatic door and the doorway door Open,
The recognition code and the reading time is before fill retreat out controller and safety confirmation support system of collective housing residents, characterized in that it is stored in the control portion of the card the ID card reader is read. A safety confirmation support system for an apartment resident according to claim 1 or 2,
The occupancy confirmation switch, entering-withdrawal out controller or the personal computer Housing resident safety confirmation support system, wherein the signal output is valid according to the operation by the command signal. It is a safety confirmation support system for apartment dwellers according to claim 3,
The installed in each room, is blinking controlled by a command signal entering-withdrawal out controller or the personal computer, the operation of the occupancy confirmation switch, Apartment residence, characterized in that it comprises a lamp that is lighting control Safety confirmation support system. A safety confirmation support system for an apartment resident according to any one of claims 1 to 4,
The preset residence unit uses a plurality of preset residences as one unit, and a safety confirmation support system for apartment dwellers. A safety confirmation support system for apartment dwellers according to claim 5,
The safety confirmation support system for apartment residents, wherein the one unit is a plurality of rooms for each floor.