JP2002129793A - Ha system for apartment house interlocked with id reference - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a interlocked-control system which is configured by incorporating an elevator control device into an ID reference control system of an apartment house, and excellent in security and convenient for both residents of the apartment house and visitors to the same. SOLUTION: The ID reference control system is configured by arranging an ID reference terminal A in a common entrance, referring and confirming ID data input through the ID reference terminal A by an ID reference controller B equipped with an ID data storage means 20 in which ID data of the residents have been registered beforehand, and thereafter releasing an electric lock 8 of the common entrance. Then, the ID reference control system thus configured is combined with the elevator control device 7. The ID reference controller B releases the electric lock 8 of the common entrance upon confirmation of the ID data input through the ID reference terminal A, and then actuates the elevator control device 7, to thereby automatically move the elevator to a story on which the common entrance is set.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention relates to a method for converting ID data input from an ID collating terminal into an ID of an apartment resident in advance.
The present invention relates to an improvement of an ID collation control system that unlocks an electric lock at a common entrance when collation and authentication are performed by an ID collation controller in which D data is registered.

[0002]

2. Description of the Related Art Recently, in an apartment or the like, an ID collation control system has been developed in which an ID collation terminal reads resident ID data and unlocks an electric lock at a common entrance. Even if the resident loses the key or steals the security code by another person, the resident cannot enter the apartment unless he is the resident, which is very desirable for security and security measures. .

On the other hand, in a condominium or the like where an elevator is installed, a system for automatically calling the elevator when a resident unlocks an electric lock at a common entrance by operating a ten-key or a reverse master key has been introduced. In such a system, it is necessary to input a dwelling unit number or a password using a numeric keypad, and to operate a reverse master key, which is troublesome.

Also, when a resident using a wheelchair unlocks the electric lock at the common entrance, the elevator can be automatically called to the floor where the common entrance is installed, but the wheelchair goes to the elevator. Since the time until the elevator is longer than that of a healthy person, there is a case where the elevator is transferred to the floor where the call is made when the call is made from another floor before the passenger gets into the elevator.

[0005]

SUMMARY OF THE INVENTION The present invention has been made in view of such circumstances, and utilizes an ID collation technique in a system in which the unlocking of an electric lock at a common entrance and the transfer of an elevator are linked. New ID that can improve security of apartments and improve convenience when calling elevators
A collation interlocking control system is provided.

Therefore, according to the present invention, when the ID data of the resident is authenticated by the ID collating terminal, the electric lock of the common entrance is unlocked and the elevator is transferred to the floor where the common entrance is installed. It is an object of the present invention to provide an ID verification linked apartment HA system which is excellent in operability, eliminates the need for a resident to call an elevator, and has improved convenience.

[0007]

The present invention proposed to achieve the above object has the following configuration.
That is, the apartment H linked to ID collation according to claim 1
In the A system, an ID collating terminal is provided at a common entrance, and ID data input from the ID collating terminal is collated by an ID collating controller provided with ID data storage means in which resident ID data is registered in advance. After authentication, the ID collation control system for unlocking the electric lock at the common entrance is combined with the elevator elevating control device of the apartment, and the ID collation terminal is configured to read the ID data.
When the D collation controller authenticates the ID data input from the ID collation terminal device, it unlocks the electric lock at the common entrance and operates the elevator elevating control device,
The elevator is automatically transferred to the floor where the common entrance is installed.

[0008] In the ID collaborative apartment HA system according to the second aspect, the elevator elevating control device comprises:
As a result of ID data authentication by the ID collation controller,
When an operation signal is received from the controller, the elevator is transported to the floor where the common entrance is installed, then the elevator is further moved up and down to the resident's floor, where it is automatically stopped.

According to the third aspect of the present invention, in addition to the ID collation terminal, the ID collation controller and the elevator elevating control device according to the first aspect, a call terminal installed at a common entrance is provided. And a dwelling unit having a call function installed in each dwelling unit, and calling the dwelling unit installed in any dwelling unit from the calling terminal, and the dwelling unit responds. Then, when the unlock signal is transmitted, the electric lock at the common entrance is unlocked, and the elevator elevating control device is operated to transfer the elevator to the floor where the common entrance is installed.

[0010] In the ID collation interlocking condominium HA system according to claim 4, the elevator elevating control device, when receiving the unlock signal from the dwelling unit terminal called by the calling terminal, sets the elevator to the floor of the common entrance. After being transported to the dwelling unit terminal, it is moved up and down to the floor where the dwelling unit terminal is installed, where it is automatically stopped.

According to the third and fourth aspects of the present invention, the call intercom terminal installed at the common entrance and the dwelling unit having a call function installed at each dwelling unit can be used as a lobby intercom or a housing which has been widely used in condominiums. An information panel or the like can be used, but is not limited to this.

In this system, if a resident who responds to a call unlocks an electric lock at a common entrance to a visitor to a resident of a condominium, the elevator moves to the floor where the common entrance is installed to welcome the visitor. Be transported.

[0013] In the ID collation condominium HA system according to claim 5, the ID collation terminal is an ID collation terminal.
An ID data reading means for reading data and a group division designating means for designating a group division according to a living floor are provided. The ID data storage means of the ID collation controller stores ID data of the apartment resident in advance. It is configured to register in groups according to the living floor.

Here, the group corresponding to the resident floor of the resident is, for example, a floor name such as the first floor, the second floor,... And each floor is further subdivided into a group A, a group B, and the like. There may be.

In the ID collation-linked apartment HA system according to claim 6, the ID collation terminal is a dwelling unit calling operation means, a dwelling unit designation operation means, a microphone for talking with the called dwelling unit terminal, and a speaker. And the like.

[0016] In the ID collation-linked apartment HA system according to claim 7, the group division specifying means is also used by the dwelling unit specifying operation means.

Claims 6 and 7 assume that an ID intercom function for calling a dwelling unit of a condominium and making a telephone call is incorporated into the function of the ID collating terminal. In the lobby intercom,
It is easily configured by incorporating an ID collation terminal.
Further, as a communication means such as a microphone and a speaker, a means capable of hands-free communication may be used.

In the ID collation condominium HA system according to the present invention, the ID collation terminal can designate the group division of the occupant of the wheelchair in the group division designation means. The storage unit is configured to register the ID data of the occupants of the wheelchair in advance in groups.

When the ID data inputted after the group classification of the occupant of the wheelchair is designated from the ID collation terminal as the ID data of the occupant of the wheelchair, the ID collation controller operates the electric lock at the common entrance. Is unlocked, and the elevator elevating control device is operated to automatically transfer the elevator to the floor where the common entrance is installed.

In the ID collation condominium HA system according to the ninth aspect, the ID data storage means of the ID collation controller is configured to register the ID data of the occupants of the wheelchairs in groups beforehand. , The ID data input from the ID collation terminal
When the authentication is performed by collating with the ID data of the resident of the wheelchair registered in the D data storage means, the electric lock of the common entrance is unlocked, and the elevator elevating control device is operated to move the elevator to the floor of the common entrance. Automatically transferred to

According to the tenth aspect of the present invention, the ID collation-linked apartment HA system further includes an ID collation terminal dedicated to the resident of the wheelchair, and the ID data storage means of the ID collation controller stores the ID data of the resident of the wheelchair. Are registered in advance in groups.

When the ID data inputted from the ID verification terminal dedicated to the resident of the wheelchair is authenticated as the ID data of the resident of the wheelchair, the ID collation controller unlocks the electric lock at the common entrance and raises the elevator. Activate the elevator control to automatically transfer the elevator to the floor of the common entrance.

[0023] In the ID collation condominium HA system according to the eleventh aspect, the ID collation terminal can designate the group division of the occupant of the wheelchair in the group division designation means. The storage unit is configured to register the ID data of the occupants of the wheelchair in advance in groups.

The ID collation controller authenticates the ID data input after the group classification of the occupant of the wheelchair from the ID collation terminal as the ID data of the occupant of the wheelchair. Is unlocked and the elevator elevating control device is operated to automatically transfer the elevator to the floor where the common entrance is installed, so that the elevator door opening time is longer than the normal door opening time.

In the ID collation condominium HA system according to the twelfth aspect, the ID data accumulating means of the ID collation controller is configured to register the ID data of the occupants of the wheelchair in groups beforehand. , ID data input from the ID collation terminal,
ID of the resident of the wheelchair registered in the ID data storage means
When the data is verified against the data, the electric lock at the common entrance is unlocked, and the elevator elevating control device is activated to automatically transfer the elevator to the floor where the common entrance is installed. Longer than the door opening time.

[0026] The ID collation-linked apartment HA system according to the thirteenth aspect further includes an ID collation terminal dedicated to the resident of the wheelchair, and the ID data storage means of the ID collation controller stores the ID data of the resident of the wheelchair. Are registered in advance in groups.

When the ID data inputted from the ID verification terminal dedicated to the resident of the wheelchair is authenticated as the ID data of the resident of the wheelchair, the ID collation controller unlocks the electric lock at the common entrance and raises the elevator. Activate the lift control device to automatically transfer the elevator to the floor where the common entrance is installed, and make the elevator door opening time longer than the normal door opening time.

[0028] In the ID collaborative apartment condominium HA system according to claim 14, the ID collation terminal dedicated to the resident of the wheelchair is provided at a lower position than a normal ID collation terminal. Here, the normal ID collation terminal is an ID collation terminal that is not dedicated to a resident of a wheelchair, including the ID collation terminals according to claims 1 to 9 and 11 to 13.

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing an example of the configuration of the most basic ID collation-linked apartment HA system of the present invention.

The illustrated system includes a key reader head A as an ID collating terminal and an ID controller B (ID controller B).
Collation controller) and electric lock control device ("6" in FIG. 3)
In addition to the ID collation control system configured by combining the above-described method, an elevator up / down control device (indicated by “7” in FIG. 3) is further incorporated.

Here, the key reader head section A is an LED
A display unit 11 composed of a personal computer, a liquid crystal screen, and the like; an ID data reading unit 12 for reading ID data transmitted from a non-contact key 3 (RF key) held by the resident; And an interface unit 13 for transmitting the generated ID data to the ID controller B and receiving necessary signals from the ID controller B.

The ID controller B has an ID data storage unit 20 in which the ID data of the resident of the apartment is registered in advance, the ID data input from the key reader head unit A, and the ID data stored in the ID data storage unit 20. An ID data collating unit 21 for collating with ID data is provided.

Here, the key reader head section A has an ID
The data reading section 12 constitutes a non-contact type key reader head for receiving ID data unique to each resident transmitted from the ID data transmitting section 30 of the non-contact type key 3. The ID data reading unit 12 includes a radio wave receiving unit that receives ID data by radio waves, a camera that captures a retinal pattern, iris pattern and color of a resident's eye, and a reading scan of an ID card. Any means may be used as long as it includes an ID card reader that reads ID data from an ID card, a fingerprint reading unit that reads a resident's fingerprint, and the like, and can identify resident's personal information.

The key reader head section A indicates the collation result of the ID data and the locking / unlocking result of the electric lock by turning on or blinking the LED lamp of the display section 11 or sounding a buzzer. I to the ID data storage unit 20 of the ID controller B
Registration / update of D data is performed by I
It is not necessary to operate the D controller B, and it is only necessary to read new ID data. Even if a resident moves in or out or loses a key, it is easy to delete the registration of an old or lost key, register a new key, and it is almost impossible to duplicate a key. Therefore, security and security are high.

If the non-contact type key 3 is used for ID collation, the electric lock at the common entrance can be unlocked, the elevator can be transported, etc., simply by bringing the key 3 close to the key reader head section A. In addition, if retinal detection is used for ID collation, it is possible to surely prevent entry of anyone other than the resident. If a non-contact type key 3 equipped with a batteryless transceiver is adopted,
Maintenance is no longer needed and the service life is semi-permanent.

FIG. 2 is a block diagram showing the configurations of the ID data transmitting section 30A and the ID data reading section 12A of the key reader head section A when the non-contact type key 3 using the electromagnetic induction coil is used.

The ID data transmitting section 30A is connected to the main controller 3
0a, a memory 30b storing ID data in advance, and a modulation / amplification unit 30c for modulating and amplifying an electromagnetic wave to be transmitted.
, A transmission antenna 30d, and a demodulation / amplification unit 30e that extracts power, data, and a clock from the received electromagnetic wave.
And a receiving antenna 30f. One ID data reading unit 12A includes a main controller 12a, a memory 12b storing an operation program and the like, a demodulation / amplification unit 12c for extracting data from the received electromagnetic waves, a reception antenna 12d, It is composed of a modulation / amplification unit 12e that performs modulation and amplification, and a transmission antenna 12f.

Both are designed to perform simple communication using electromagnetic waves, and the electromagnetic induction coil of the non-contact type key 3
The function of the transmitting antenna 30d and the function of the receiving antenna 30f are achieved. The ID data reading unit 12A includes an oscillator,
Generate any radio frequency. ID data transmission unit 30
A receives the electromagnetic wave with the receiving antenna 30f, generates an electromotive force by the electromagnetic wave passing through the coil, and operates each unit by the electromotive force. Main controller 30a takes out the ID data stored in memory 30b and transmits it from transmitting antenna 30d. ID data reading unit 12B
When the ID data is received by the receiving antenna 12d, the ID data is temporarily stored in the memory 12b and transmitted to the interface unit 13.

FIG. 3 is a block diagram showing a configuration of the ID data transmitting section 30B and the ID data reading section 12B when a radio remote control key such as a key holder type that can be carried around is used. The ID data transmission unit 30B includes a main control device 30a, a memory 30b, a modulation / amplification unit 30c.
, A transmission antenna 30d, and an operation unit 30g (transmission switch). One ID data reading unit 12B
Is composed of a main controller 12a, a memory 12b, a demodulator / amplifier 12c, and a receiving antenna 12d.

The ID data transmitting section 30B is provided with an operation section 30g.
Is operated, the ID data stored in the memory 30b is transmitted from the transmission antenna 30d. When receiving the ID data via the receiving antenna 12d, the ID data reading unit 12B sends the ID data to the interface unit 13.

The ID collating terminal A shown in FIG. 1 is installed independently at an entrance of a common entrance or the like, and is configured separately from a calling terminal such as a lobby intercom constituting an intercom system. As will be described later, it may be integrated into the calling terminal ("C" in FIG. 4). Similarly, the ID collation controller B may be integrally incorporated in a calling terminal, an alarm monitoring panel, or the like.

FIG. 4 shows a system configuration diagram in a case where an ID collation-linked apartment HA system of the present invention is configured by being incorporated in an intercom system.

In this system, the ID collating terminal A
(I) shows, in addition to the basic configuration shown in FIG. 1, an intercom calling unit 14 having a microphone M and a speaker SP for making a call with the dwelling unit terminal 5 of the calling resident. , A call button 15 and a call terminal C, and the interphone call unit 14 includes a call line Ls, a multiplex transmission line L
Is connected to a call controller 4 installed in an administrator room or the like. Also, the calling terminal C is
A numeric keypad or the like is provided as a group division designation operation means for designating a group division of an apartment resident.

The call controller 4 includes a multiplex transmission control unit 40. The multiplex transmission control unit 40 connects the ID collation terminal A (I) and the dwelling unit terminal 5 as terminals through the multiplex transmission line L. When a call specifying a house number or the like is received from the intercom calling unit 14 of the ID collation terminal A (I), a control signal specifying the address is transmitted via the multiplex transmission line L, and the house terminal When the calling unit 5 is called and the called dwelling unit terminal 5 answers, the mutual communication with the dwelling unit terminal 5 by the microphone M and the speaker SP through the communication line Ls becomes possible.

The dwelling unit terminal 5 has a microphone and a speaker (both not shown) for making a call with the control unit 50 composed of a CPU or the like and the interphone calling unit 14 of the ID collation terminal A (I). In addition to having the intercom communication unit 51 provided, and having an unlocking button 52, when the resident presses the unlocking button 52 when receiving a call from a visitor or the like, the electric lock control device will be described later. An unlock signal is sent to the user through a contact output or the like to unlock the electric lock installed at the common entrance.

On the other hand, the ID collation controller B uses the ID data registration device 3 to register the ID data of the resident in advance and the ID data collation unit 21.
In the ID data collating unit 21, the ID data read by the ID data reading unit 12 of the ID collating terminal A (I) and the ID registered in the ID data storage unit 20 are stored.
If the data and the data match, the ID data is authenticated, and when the unlock signal is output to the electric lock control device, the elevator operation signal is simultaneously sent to the elevator elevating control device. The electric lock control device unlocks the electric lock at the common entrance when receiving the unlock signal, and the elevator elevating control device transfers the elevator to the common entrance installation floor when receiving the elevator operation signal.

FIG. 5 shows an alarm monitoring panel 4 used as a controller in a condominium monitoring and calling system.
1 shows the overall configuration of an ID collation-linked apartment HA system of the present invention configured by connecting and adding a D collation controller B. The ID collation terminal A (II) shown here is controlled by an alarm monitoring panel 4. It has the appearance of being integrated into the lobby intercom.

The ID collation controller B includes an alarm monitor 4
At the same time, it is set up in the management room of the apartment,
Electric lock 8 installed at the common entrance to D collation controller B
Is connected to the elevator lock control device 7, and the control as described later is performed.

In this system, the alarm monitor 4 has an ID
In addition to performing call control by calling any dwelling unit terminal 5 in the apartment from the verification terminal A (II), a security sensor S such as a fire sensor installed in the dwelling unit terminal 5 of each dwelling unit
Is monitored, and when an abnormal signal is received from any of the dwelling unit terminals 5, an alarm is output.

In this system, the ID collating terminal A (I
I) and the ID collation controller B are connected via the multiplex transmission line L as terminals of the alarm monitoring panel 4, and are operated by operating the unlock button 52 of the dwelling unit terminal 5. The lock signal may be received from the alarm monitor 4 via another signal line. D is a door phone slave set installed at the entrance of each dwelling unit.

FIG. 6 shows an external view of the ID collating terminal A (II). A key reader head for reading an ID is provided in a lobby intercom installed as a calling terminal at a common entrance or the like. It has an added appearance.

SP and M are microphones and speakers for talking to the called dwelling unit terminal, 17 is a numeric keypad for designating a resident's dwelling unit number and group division, 11
Denotes an energizing lamp, 12 denotes an ID data reading unit,
The example shown in the figure has an appearance in which an ID collation terminal A is incorporated in a lobby intercom installed at a common entrance of an apartment or the like.

Next, the basic operation of the HA system according to the present invention will be described. FIG. 7 is a flowchart showing a basic procedure when the resident performs ID authentication to unlock the electric lock at the common entrance of the condominium and simultaneously control the elevator simultaneously.

In this basic operation, the resident's ID data is registered in advance in the ID data storage section 20 of the ID collation controller B in a group corresponding to the resident's resident floor. Using retinal detection, etc., I
When the D data is read, by specifying the group, the ID collation controller B side reduces the data amount of the ID data to be searched, thereby speeding up. In particular, if the group division is matched with the living floor, the resident can specify his / her own living floor,
It becomes easy to specify the registered group division.

Further, by registering ID data in groups, it is possible to reduce the false acceptance rate. In other words, if another person other than the resident tries to collate the ID, collating the ID from a large number of ID data increases the possibility that the two will match. By collating with a small number of ID data in
The possibility of erroneously matching IDs (acceptance rate of others) is reduced.

When the ready state for input is confirmed, for example, by operating one of the operation buttons of the ID collating terminal A, the wait state is set for the first predetermined time, and the group division is designated during that time. When the group division is designated, the ID collation controller B is instructed to search for the ID data of the designated group division. If the group division is not specified within the predetermined wait time, it is considered that the group division has not been specified, and the process proceeds to step 104, and waits for input of ID data (the above steps 100 to 104).

In the wait time for waiting for input of ID data, if there is input of ID data during that time,
The ID data registered in the ID data storage unit 20 of the ID collation controller B is searched for the ID data registered in the designated group division, and whether or not the same ID data exists is searched. If the group division is not specified, all ID data registered in the ID data storage unit 20 are searched for and searched (the above, steps 104 to 106).

As a result of these searches, if there is ID data having the same pattern as the input ID data, the ID collation controller B outputs an electric lock unlocking signal to the electric lock control device 6, and at the same time, the elevator elevating control device. 7, an elevator operation signal is also output. However, during the ID data input wait time, no ID data is input, or
When the D data is not registered, the ID collating terminal A outputs an alarm, and an error or NG is displayed on the display unit 11 thereof (steps 106 to 106).
109).

When the electric lock control device 6 receives the electric lock release signal from the ID collation controller B, the electric lock 8 installed at the common entrance is unlocked. Further, when the elevator elevating control device 7 receives the elevator operation signal from the ID collation controller B, the elevator moves to the floor where the common entrance is installed and goes to the resident.

In such a system, when the ID collation controller B sends the elevator operation signal to the elevator elevating device 7 together with data such as the floor of the resident who has been authenticated, the elevator elevating control device can be used. 7
Can transfer the elevator to the floor where the common entrance is installed, and after the occupant is put on the elevator, can be automatically stopped at the occupant's living floor, thereby realizing a more convenient and comfortable interlocking control system.

In this case, as for the information of the elevator stop floor, a reference table in which the ID data and the living floor are associated with each other is prepared in advance in the ID collation controller B, and the ID collation terminal is searched. A reference table may be prepared in the device A in which the designated group division and the residence floor are associated with each other, so that when the resident reads the ID with the ID collating terminal A, the identification can be made.

As described above, if the elevator can be automatically stopped at the resident's living floor, a specific floor (for example, V
The floor where the IP room and owner's house are located) is removed from the destination floor button in the elevator, and only a specific person can go to that floor, which is effective in crime prevention.

FIG. 8 shows the basic operation of the system for transferring an elevator to the floor where the common entrance is installed when a visitor of the apartment calls a resident of the apartment and the electric lock 8 at the common entrance is unlocked. This will be described with reference to a flowchart.

A visitor calls the dwelling unit terminal 5 of a predetermined dwelling unit in the apartment with the calling and calling terminal C, and the called resident answers and makes a call. As a result, the resident unlocks the dwelling unit terminal 5. When the button 52 is operated, an unlocking signal is sent to the electric lock control device 6, and at the same time, the elevator elevating control device 7
Also, an elevator operation signal is transmitted (steps 200 to 205).

In this system, collation of the resident ID is not required, and the resident of the apartment responds to the call of the visitor,
When the electric lock 8 at the common entrance is unlocked, the elevator can be moved to the floor where the common entrance is installed, and a guest can be invited in conjunction with the operation.

In such a system, the interlocking control of the unlocking of the electric lock 8 at the common entrance and the transfer of the elevator to the floor where the common entrance is installed is performed when the resident of the apartment actually responds to the call of the visitor. It is preferable that the lock is allowed only when the electric lock 8 is unlocked or the elevator is transported even if the occupant performs the unlocking operation carelessly or by mischief. It can be prevented from being easily prepared.

In this system as well, in the same manner as the above-mentioned system, the elevator is transported to the floor where the common entrance is installed, and after the passengers are loaded, the elevator is transported to the floor where the resident is installed. Such a system realizes a convenient and comfortable apartment that is more considered for visitors.

In the call response in step 201 and the unlocking operation in 203, a wait time is provided for a predetermined time, and if there is no input within that time, all operations are cleared. .

Next, a description will be given of a system which is easy for a resident using a wheelchair having difficulty walking to use. FIG. 9 shows an apartment HA linked with ID collation in this case.
The overall configuration of the system is shown, and an ID verification terminal A (III) dedicated to a resident of a wheelchair is additionally connected to an ID verification terminal A (II) configured by a lobby intercom.

In this case, the ID of the ID collation controller B
The data storage unit 20 stores the ID data of the resident of the wheelchair,
The ID collation controller B has registered in advance in groups, and the ID collation controller B has an ID collation terminal A (II
I) The ID data entered from
When authenticated as D data, the electric lock at the common entrance 8
Is unlocked and the elevator up / down control device 7 is operated to automatically transfer the elevator to the floor where the common entrance is installed. This eliminates the need for the wheelchair resident to specify the group division.

Further, the door opening time of the automatically transferred elevator can be made longer than the normal door opening time. As a result, when the occupant of the wheelchair unlocks the electric lock 8, the door opening time of the elevator becomes longer than usual, so that this occupant can get into the elevator with a margin. On the other hand, only the occupants of the wheelchairs have a longer time to open the elevator door, so that the healthy person does not have a longer time to open the elevator door, which does not cause irritation.

Here, the ID collation terminal A (III) dedicated to the resident of the wheelchair does not specify the group division,
The configuration is such that only the ID data is read from the D data reading unit 12. ID collation controller B
The ID data input from the verification terminal A (III) is
ID of the resident of the wheelchair registered in the D data storage unit 20
When the authentication is performed by collating the data with the data, the electric lock 8 at the common entrance is unlocked, and the elevator elevating control device 7 is operated to automatically transfer the elevator to the installation floor of the common entrance. Further, the door opening time of the elevator can be made longer than the normal door opening time.

The ID collating terminal A (III) may be configured to receive the group division specified by the numeric keypad or the like in the calling terminal C. In this case, the ID collation controller B authenticates the ID data input after the group division of the occupant of the wheelchair has been designated from the ID collation terminal A (III) as the ID data of the occupant of the wheelchair. , While unlocking the electric lock 8 at the common entrance,
The elevator elevator control device 7 is operated to automatically transfer the elevator to the floor where the common entrance is installed. Further, the door opening time of the elevator can be made longer than the normal door opening time. With such a configuration, the electric lock 8 and the elevator can be controlled even when the resident other than the resident of the wheelchair operates the ID collating terminal A (III).

In the figure, furthermore, an ID exclusively for a resident of a wheelchair.
The verification terminal A (III) is a normal ID verification terminal A (I
It is installed at a lower position than I), and can read ID data while sitting in a wheelchair. Thereby, the operability for the resident of the wheelchair is improved.

The ID collating terminal A (III) dedicated to the resident of the wheelchair is not additionally connected to the ID collating terminal A (II). The function of the dedicated ID collation terminal A (III) can also be realized.

In this case, the ID collation terminal A (II) designates the group division of the occupant of the wheelchair, and the ID data storage unit 20 of the ID collation controller B stores the ID data of the occupant of the wheelchair in a group in advance. It is configured to be registered separately.

When the ID collation controller B authenticates the ID data input from the ID collation terminal A (II) after the group division of the occupant of the wheelchair is specified as the ID data of the occupant of the wheelchair, The electric lock 8 at the common entrance is unlocked and the elevator elevating control device 7 is operated to automatically transfer the elevator to the floor where the common entrance is installed. Further, the door opening time of the elevator can be made longer than the normal door opening time.

When ID data is inputted from the ID collation terminal A (II), the ID collation controller B
First, by collating with the ID data of the resident of the wheelchair, the designation of the group division can be made unnecessary.
That is, the ID input from the ID collation terminal A (II)
When the data is verified by collating with the ID data of the resident of the wheelchair registered in the ID data storage unit 20, the electric lock 8 at the common entrance is unlocked and the elevator elevating control device 7 is operated to activate the elevator. Is automatically transferred to the floor of the common entrance. Further, the door opening time of the elevator can be made longer than the normal door opening time.

FIG. 10 is a flowchart showing the operation in the case where ID data is inputted from the ID collating terminal A (III) dedicated to the resident of the wheelchair, and it is not necessary to designate the group division data.

The ID collation controller B receives the ID data from the ID collation terminal A (III) (30).
0), the data of the group classification of the occupant of the wheelchair is read from the ID data storage unit 20 (301), and a search is made as to whether or not there is the same ID data as the input ID data (302).

As a result of this search, if there is ID data having the same pattern as the input ID data, the ID collation terminal A (III) turns on "collation OK" on the display unit 11 (303, 304). ), ID collation controller B
Outputs an electric lock release signal to the electric lock control device 6, and simultaneously outputs an elevator operation signal corresponding to a wheelchair to the elevator elevating control device 7 (305). At this time, if the input ID data is not registered, the ID collation terminal A (III) turns on "collation NG" on the display unit 11 (306), and waits for re-entry of the ID. Become.

When the electric lock control device 6 receives the electric lock release signal from the ID collation controller B, it unlocks the electric lock 8 installed at the common entrance. Further, when the elevator elevating control device 7 receives the wheelchair-compatible elevator operation signal from the ID collation controller B, the elevator moves to the floor where the common entrance is installed, visits the resident, and sets the door open time to be longer than the normal open time. Also lengthen.

At this time, when the ID collation controller B sends the data such as the living floor of the resident who has been authenticated when sending the elevator operation signal to the elevator elevating device 7, the elevator elevating control device 7 After the elevator is transported to the floor where the common entrance is installed, the occupant can be automatically stopped at the occupant's occupancy floor after the occupant is placed on the elevator, thereby realizing a more convenient and comfortable interlocking control system.

In this case, the information on the stop floor of the elevator is:
A reference table in which the ID data and the living floor correspond to each other is prepared in the ID collation controller B in advance, and a search is performed from the reference table.

Here, in order to simplify the operation,
Although the operation is performed only by the ID input, similarly to the operation shown in FIG. 7, after the preparation state of the input is confirmed by operating one of the operation buttons of the ID collation terminal A, the group division is performed. And then inputting the ID data.

[0085]

According to the present invention, the following effects can be obtained. That is, the condominium HA according to claim 1 or 2
According to the system, if the resident of the apartment registers the ID data, when entering the apartment, the ID is determined by an ID matching terminal using a non-contact key, radio wave, retinal detection, ID card, fingerprint matching, and the like. By simply reading the data, the electric lock at the common entrance is unlocked and the elevator can be transported to the elevator hall, which reduces key operations like conventional, and is excellent in crime prevention and convenience. System can be provided.

In particular, in claim 2, when the electric lock of the common entrance is unlocked, the resident is put on the elevator which has been transferred to the floor where the common entrance is installed, and then transferred to the resident floor of the resident. This is convenient because the resident does not need to specify the destination floor.

According to the condominium HA system according to the third and fourth aspects, when a visitor calls a resident of the condominium and the resident responds to the call and performs an unlocking operation, the electric lock of the common entrance is turned on. Can be unlocked,
At this time, since the elevator is transported to the floor where the common entrance is installed, only the visitors who have been permitted to enter the room can smoothly enter the apartment.

In particular, in claim 4, when the electric lock of the common entrance is unlocked, after the visitor is put on the elevator transported to the floor where the common entrance is installed, the resident floor of the resident who makes the call is called. Since it is transported to the destination, there is no need for the visitor to specify the destination floor, which is extremely convenient.

[0089] In the system according to the fifth aspect, the ID collation controller stores in advance the ID data grouped according to the residence floor, and the ID collation terminal performs the group division and stores the ID data. Since the ID can be read, the data amount of the ID data to be searched for the ID collation in the ID collation controller is reduced, and the data collation time can be shortened even for a resident or an apartment with a large number of living floors. The operation can be performed quickly. In particular, if the group division is made to coincide with the living floor, the resident only has to specify his / her own living floor, which makes it easy to specify the registered group division.

Further, by registering ID data in groups, it is possible to reduce the false acceptance rate. In other words, if another person other than the resident tries to collate the ID, collating the ID from a large number of ID data increases the possibility that the two will match. By collating with a small number of ID data in
The possibility of erroneously matching IDs (acceptance rate of others) is reduced.

In the system according to the sixth aspect, it is possible to directly call the dwelling unit terminal and make a call.

In the system according to the seventh aspect, the sixth aspect is provided.
In the above ID collating terminal, since the group division specifying means is also used as the dwelling unit specifying means, it is possible to provide an ID collating terminal having a communication function and a small number of parts.

In the system according to the eighth aspect, the ID collation controller converts the ID data input after the group division of the occupant of the wheelchair is designated from the ID collation terminal as the ID data of the occupant of the wheelchair. When authenticated, the electric lock at the common entrance is unlocked, and the elevator elevating control device is activated to automatically transfer the elevator to the floor where the common entrance is installed, so wheelchair residents need to specify the group classification. There is no.

In the system according to the ninth aspect, the ID collation controller authenticates the ID data inputted from the ID collation terminal by collating with the ID data of the resident of the wheelchair registered in the ID data storage means. Occasionally, the electric lock at the common entrance is unlocked, and the elevator elevating control device is activated to automatically transfer the elevator to the floor where the common entrance is installed, so that wheelchair residents do not need to specify the group division. .

In the system according to the tenth aspect, the ID collation controller converts the ID data input from the ID collation terminal dedicated to the occupant of the wheelchair into the ID of the occupant of the wheelchair.
When authenticated as data, unlock the electric lock at the common entrance and activate the elevator elevating control device,
Since the elevators are automatically transferred to the floor of the common entrance, wheelchair residents do not need to specify the group division.

In the system according to the eleventh aspect, the ID collation controller uses the ID data inputted after the group classification of the occupant of the wheelchair is specified from the ID collation terminal as the ID data of the occupant of the wheelchair. At the time of authentication, the electric lock at the common entrance is unlocked, and the elevator elevating control device is operated to automatically transfer the elevator to the floor where the common entrance is installed. Therefore, the occupant of the wheelchair can get into the elevator with a margin since the door opening time of the elevator is longer than usual.
On the other hand, only the occupants of the wheelchairs have a longer time to open the elevator door, so that the healthy person does not have to take a longer time to open the elevator door, so that there is no irritation.

[0097] In the system according to the twelfth aspect, the ID collation controller may be configured to input the ID inputted from the ID collation terminal.
When the data is verified by collating with the ID data of the resident of the wheelchair registered in the ID data storage means, the electric lock of the common entrance is unlocked, and the elevator elevating control device is operated to move the elevator to the common entrance. The elevator is automatically transferred to the floor where the elevator is installed, and the elevator door opening time is made longer than the normal door opening time. You can get on. On the other hand, only the occupants of the wheelchairs have a longer time to open the elevator door, so that the healthy person does not have to take a longer time to open the elevator door, so that there is no irritation. In addition, a resident of a wheelchair does not need to specify a group division.

In the system according to the thirteenth aspect, the ID collation controller converts the ID data input from the ID collation terminal dedicated to the occupant of the wheelchair into the ID of the occupant of the wheelchair.
When authenticated as data, unlock the electric lock at the common entrance and activate the elevator elevating control device,
The elevator is automatically transferred to the floor of the common entrance,
Since the door opening time of the elevator is made longer than the normal door opening time, the occupant of the wheelchair can get into the elevator with a margin because the elevator door opening time is longer than usual. On the other hand, only the occupants of the wheelchairs have a longer time to open the elevator door, so that the healthy person does not have to take a longer time to open the elevator door, so that there is no irritation. In addition, a resident of a wheelchair does not need to specify a group division.

In the system according to the fourteenth aspect, the ID verification terminal dedicated to the occupant of the wheelchair is provided at a lower position than the normal ID verification terminal, so that the user can be seated in the wheelchair. The ID data can be read, and the operability of the resident of the wheelchair is improved.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a main configuration of a system of the present invention.

FIG. 2 is a block diagram showing another example of a main configuration of the system of the present invention.

FIG. 3 is a block diagram showing still another example of a main part configuration of the system of the present invention.

FIG. 4 is a block diagram showing a basic configuration when the system of the present invention is incorporated into an intercom system.

FIG. 5 is a system diagram showing a basic configuration in which the present invention system is incorporated in a condominium alarm monitoring system.

FIG. 6 is a diagram showing an external configuration of an ID collating terminal.

FIG. 7 is a flowchart illustrating a basic operation (operation for a resident) of the present invention.

FIG. 8 is a flowchart illustrating a basic operation (operation for a visitor) of the present invention.

FIG. 9 is a system diagram showing another configuration in which the present invention system is incorporated in a condominium alarm monitoring system.

FIG. 10 is a flowchart illustrating another operation (operation for a resident) of the present invention.

[Explanation of symbols]

 A, A (I), A (II), A (III) ID collation terminal B ID collation controller 12, 12A, 12B ID data reading unit 20 ID data storage unit 21 ID data collation unit 30, 30A, 30B ID data Transmission unit L Multiple transmission line Ls Communication line 5 Dwelling unit terminal 6 Electric lock control device 7 Elevator lift control device

──────────────────────────────────────────────────の Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) B66B 1/14 B66B 1/14 L (72) Inventor Toshiaki Tanaka 1048 Odakadoma, Kadoma-shi, Osaka Matsushita Electric Works, Ltd. In-house (72) Inventor Nobuo Hisamatsu 1048 Kadoma, Kazuma, Osaka Pref.Matsushita Electric Works, Ltd. (72) Inventor Junji Seno 1048 Odaka, Kazuma, Kadoma, Osaka Pref.Matsushita Electric Works, Inc. (72) Tadashi Omori Tokyo 2-3-2 Marunouchi, Chiyoda-ku, Tokyo Mitsubishi Electric Corporation (72) Inventor Hiroyuki Akita 2-3-2 Marunouchi, Chiyoda-ku, Tokyo Mitsubishi Electric Corporation (72) Inventor Toru Kubo Chiyoda, Tokyo 2-3-2, Marunouchi-ku, Mitsui Electric Co., Ltd. (72) Inventor Seiji Kawai 2-3-2, Marunouchi 2-chome, Chiyoda-ku, Tokyo Machine Co., Ltd. in the F-term (reference) 2E250 AA03 BB08 BB61 BB62 BB63 DD06 DD08 DD09 FF24 FF26 FF27 FF36 FF44 3F002 AA05 FA08

Claims (14)

[Claims] 1. An ID verification terminal is provided at a common entrance, and
The ID data input from the D collating terminal is stored in an ID data storage unit having ID data storage means in which resident ID data is registered in advance.
After collation and authentication by the D collation controller, an ID collation interlocking system for unlocking the electric lock at the common entrance and an elevator elevating control device are combined, and the ID collation terminal is configured to read ID data, When the ID collation controller authenticates the ID data input from the ID collation terminal, it unlocks the electric lock of the common entrance and operates the elevator up / down control device to install the elevator at the common entrance. An ID collaborated apartment HA system that is automatically transported to the floor. 2. The elevator lift control device according to claim 1, wherein the elevator ascending / descending control device transfers the elevator to the floor where the common entrance is installed when an operation signal is received from the ID collation controller as a result of authentication of the ID data. After that, the ID collaborative apartment HA system is configured to move up and down to the resident's floor and stop automatically there. 3. An ID collating terminal according to claim 1, wherein
In addition to the collation controller and elevator lift control device,
It further comprises a calling terminal installed at the common entrance and a dwelling unit having a calling function installed at each dwelling unit, and the dwelling unit installed at any dwelling unit from the calling terminal. When the unlocking signal is sent out in response to the call, the electric lock at the common entrance is unlocked, and the elevator elevating control device is operated to set the elevator at the common entrance. An ID collaborated apartment HA system that is transported to the floor. 4. The elevator elevating control device according to claim 3, wherein the elevator elevating control device transfers the elevator to an installation floor of the common entrance when receiving an unlocking signal from a dwelling unit terminal called by the calling terminal. Later, the ID collation-linked condominium HA system is configured to ascend and descend to the floor where the dwelling unit terminal is installed, and stop there automatically. 5. The ID collating terminal according to claim 1, wherein the ID collating terminal designates ID data reading means for reading ID data from a resident and a group division according to the resident's floor. The ID data storage means of the ID collation controller is configured to preliminarily classify and register the ID data of the resident of the apartment in a group corresponding to the resident's floor. Linked apartment HA system. 6. The terminal according to claim 1, wherein the ID collating terminal is a dwelling unit calling operation unit, a dwelling unit designation operation unit, a microphone for communicating with the called dwelling unit terminal, a speaker, and the like. ID collocated apartment HA system further comprising intercom communication means. 7. The ID collation-linked apartment house HA according to claim 6, wherein said group classification designating means is configured to also serve as said dwelling unit designation operating means.
system. 8. The ID collation terminal according to claim 5, wherein the ID collation terminal is capable of designating a group division of a resident of a wheelchair in the group division designating means. The data storage means is configured to register the ID data of the occupants of the wheelchair in groups beforehand, and the ID collation controller is configured to specify the group data of the occupants of the wheelchair from the ID collation terminal. The entered ID data is converted to the ID of the resident of the wheelchair.
When authenticated as data, the electric lock at the common entrance is unlocked, and the elevator elevation control device is operated to automatically transfer the elevator to the floor where the common entrance is installed. . 9. The ID matching controller according to claim 5, wherein the ID data storage means of the ID matching controller registers the ID data of the occupants of the wheelchair in groups beforehand. When the ID data input from the ID collation terminal is collated with the ID data of the resident of the wheelchair registered in the ID data storage means and authenticated, the electric lock at the common entrance is unlocked, An ID matching interlocking condominium HA system in which the elevator ascent / descent control device is operated to automatically transfer the elevator to the floor where the common entrance is installed. 10. The wheelchair occupant-specific ID collating terminal according to any one of claims 5 to 7, wherein the ID collating controller ID data storage means stores the ID data of the wheelchair occupant. When the ID collation controller authenticates the ID data input from the ID collation terminal dedicated to the occupant of the wheelchair as the ID data of the occupant of the wheelchair, An ID collaborative apartment system in which the electric lock at the common entrance is unlocked, and the elevator ascent / descent control device is operated to automatically transfer the elevator to the floor where the common entrance is installed. 11. The ID collating terminal according to claim 5, wherein said ID collating terminal is capable of designating a group category of a resident of a wheelchair in said group category designating means. The data storage means is configured to register the ID data of the occupants of the wheelchair in groups beforehand, and the ID collation controller is configured to specify the group data of the occupants of the wheelchair from the ID collation terminal. The entered ID data is converted to the ID of the resident of the wheelchair.
When the data is authenticated, the electric lock of the common entrance is unlocked, and the elevator elevating control device is operated, the elevator is automatically transferred to the floor where the common entrance is installed, and the elevator door opening time is set to the normal time. ID verification linked apartment HA that is configured to be longer than the door opening time
system. 12. The ID matching controller according to claim 5, wherein the ID data storage means of the ID matching controller registers the ID data of the occupants of the wheelchair in groups beforehand. When the ID data input from the ID collation terminal is collated with the ID data of the resident of the wheelchair registered in the ID data storage means and authenticated, the electric lock at the common entrance is unlocked, An ID matching interlocking apartment system in which the elevator ascent / descent control device is operated to automatically transfer the elevator to the floor where the common entrance is installed, so that the door opening time of the elevator is longer than the normal door opening time. 13. The wheelchair resident according to any one of claims 5 to 7, further comprising an ID verification terminal dedicated to the resident of the wheelchair, wherein the ID data storage means of the ID verification controller stores the ID data of the resident of the wheelchair. When the ID collation controller authenticates the ID data input from the ID collation terminal dedicated to the occupant of the wheelchair as the ID data of the occupant of the wheelchair, The electric lock at the common entrance is unlocked, and the elevator elevating control device is operated to automatically transfer the elevator to the floor where the common entrance is installed, so that the elevator door opening time is longer than the normal door opening time. An ID matching linked apartment HA system. 14. An ID verification terminal according to claim 10 or 13, wherein the ID verification terminal exclusively for a resident of the wheelchair is a normal I-type terminal.
An ID collation-linked apartment HA system installed at a lower position than the D collation terminal.