JP2008079259A - Condominium interphone system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a condominium interphone system which allows a visitor to recognize that the visitor is on the wrong floor when the visitor has advanced onto a floor different from a floor having a visit destination residence. <P>SOLUTION: A controller 9 has a controller memory 57 for storing route information associating individual sitting rooms with a floor hallway intercom 5, card information and visit destination information, and a controller CPU 58 for determining unlocking by comparing card information read by a card reader 7 and the stored card information. When the controller CPU 58 determines that the card information read by the card reader 7 is incorrect and the unlocking card is for auto door equipment 6 on a different floor, it provides control to give guidance information that the visitor is on the wrong floor via the floor hallways intercom 5 operated for unlocking. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to an apartment house intercom system, and more particularly to an apartment house intercom system in which an automatic door is provided on each floor in addition to an apartment entrance to improve security.

In addition to the collective entrance, an automatic door device is also provided at each floor entrance to improve security, for example, there is one described in Patent Document 1. According to Patent Document 1, when the visiting parent machine is called by the collective entrance machine, the automatic door of the central entrance is unlocked by the responding resident. A ticketing machine is installed at the central entrance, and the controller that received the unlocking operation issues a unlocking card for unlocking the automatic door provided on the floor from the ticketing machine, and the visitor unlocks it. Pass through the central entrance automatic door with the lock card and proceed to the floor where the visited dwelling unit is located, and then insert the unlock card into the card reader installed at the floor entrance to unlock the automatic door installed on the floor. It is configured to be locked and proceed to the target dwelling unit.
JP 2003-97110 A

The system of the above-mentioned patent document 1 can be easily unlocked by the visitor himself without calling the resident with respect to the automatic door equipment installed on each floor, and at the same time security can be maintained. It is a system that is highly convenient for users. However, since the unlocking card that is issued can only unlock the electric lock on the floor where the visited residence unit is located, if the visitor mistakenly proceeds to the floor different from the visited residence unit, the unlocking operation is performed. The automatic door equipment does not react and does not unlock. As a result, visitors may be confused about what to do.
This can be solved by changing the unlocking card information so that it can be unlocked even on different floors, but this leads to security degradation.

  Therefore, in view of such a problem, the present invention is a collective housing in which automatic doors are installed on each floor, and when a visitor goes to a different floor from the floor where the visited dwelling unit is located, The purpose is to provide a collective housing intercom system that can recognize that is wrong.

In order to solve the above-mentioned problems, the invention of claim 1 includes a collective entrance machine for calling a resident at the collective entrance, a floor entrance machine for calling a resident on each floor, a collective entrance machine, and a floor entrance machine. There are automatic door equipment installed corresponding to each of the above, a base unit for responding to calls in each dwelling unit, a controller for controlling audio signals etc. between each device, and a collective entrance machine Is connected to a card issuing machine that issues an unlocking card that unlocks the automatic door equipment corresponding to the floor entrance machine, and to the floor entrance machine is connected to a card information input means for unlocking the corresponding automatic door equipment. In the multi-dwelling house intercom device, the controller has route storage means for storing route information in which each room is associated with a floor entrance device, information on the issued unlocking card, and a visit. Controller control means comprising: card information storage means for storing the prior information; and controller control means for comparing the card information input to the card information input means with the stored unlocked card information to determine correctness. The means performs unlock control when it is determined that the card information input to the card information input means is correct information, and if it is determined that the card information is incorrect erroneous unlock card information associated with other automatic door equipment, Control is performed to issue guidance information indicating that there is a mistake from the floor entrance machine of the unlocked floor.
According to this configuration, if the visitor proceeds to a floor different from the floor where the visited residence unit is located and unlocks the automatic door, the floor entrance unit issues guidance information indicating that there is a mistake. The person immediately notices that he is on the wrong floor and can proceed to the right floor without fear.

The invention of claim 2 is installed corresponding to each of the collective entrance machine for calling the resident at the collective entrance, the floor entrance machine for calling the resident on each floor, and the collective entrance machine and the floor entrance machine. Automatic door equipment, a master unit for answering calls in each individual unit, and a controller for controlling audio signals between the devices, and the collective entrance unit includes a visitor's biometrics. A first biometric input machine for inputting information is connected, and a second biometric input machine for unlocking the automatic door equipment is connected to the floor entrance machine. Route storage means for storing route information associated with the entrance machine, and biometric information storage device for storing visitor information and destination information obtained from the first biometric input device And controller control means for comparing the visitor information obtained from the second biometric input device with the stored biometric information to determine whether the information is correct or not. Control that unlocks if it is determined to be wrong, and if it is determined that it is incorrect information associated with other automatic door equipment, control that issues wrong information from the unlocked floor entrance machine It is characterized by performing.
According to this configuration, if the visitor proceeds to a floor different from the floor where the visited residence unit is located and unlocks the automatic door, the floor entrance unit issues guidance information indicating that there is a mistake. The person immediately notices that he is on the wrong floor and can proceed to the right floor without fear.

The invention according to claim 3 is the invention according to claim 1 or 2, wherein the floor entrance machine has a camera for imaging a visitor, and the management room is provided with a monitor for outputting a camera image. The room master unit is installed, and the controller control means controls the image of the unlocked floor entrance camera and controls the image output to the management room base unit in accordance with the control for issuing predetermined guidance information. It is characterized by doing.
According to this configuration, when a visitor goes to a floor different from the floor where the visited unit is located and unlocks it, the control room parent unit displays the visitor, so an announcement is made to the wrong visitor. Etc. Easy to do.

  According to the present invention, when the visitor proceeds to a floor different from the floor where the visited dwelling unit is located and unlocks the automatic door, the floor entrance unit issues guidance information indicating that there is a mistake. The person immediately notices that he is on the wrong floor and can proceed to the right floor without fear.

  DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, embodiments of the invention will be described in detail with reference to the drawings. FIG. 1 is a block diagram showing a first embodiment of an apartment house intercom system according to the present invention, showing a system installed in an apartment house consisting of three floors. In FIG. 1, 1 is a collective entrance machine installed at a central entrance (collective entrance), 2 is an automatic door facility corresponding to the collective entrance machine 1, and 3 is a card issuing machine for unlocking the automatic door installed on each floor. 4 is a base unit installed in each dwelling unit, 5a is a first floor entrance machine installed at the first floor entrance, and 6a is installed corresponding to the first floor entrance machine 5a. The 1st floor automatic door equipment to be passed when visiting, 7a is the 1st floor card reader for unlocking the 1st floor automatic door equipment 6a, 5b is the 2nd floor entrance machine installed at the 2nd floor entrance, 6b is the 2nd floor 2nd floor automatic door equipment installed corresponding to the floor entrance machine 5b and passing when visiting the second floor dwelling unit, 7b is a second floor card reader for unlocking the second floor automatic door equipment 6b, and 5c is the third floor floor The 3rd floor floor entrance machine installed in the entrance, 6c is installed in correspondence with the 3rd floor floor entrance 5c, and the 3rd floor automatic door equipment that passes when visiting the 3rd floor dwelling unit, 7c is the 3rd floor automatic door equipment 6c. A card reader for the third floor for unlocking, 8 a management room base unit installed in the management room, and 9 a controller for controlling the system.

  The 1st to 3rd floor entrance machines 5a to 5c are hereinafter referred to as floor entrance machines 5, and the 1st to 3rd floor automatic door facilities 6a to 6c are referred to as floor automatic door facilities 6 below, and the 1st to 3rd floor card readers 7a to 7c are Hereinafter, the card reader 7 will be described.

  The collective entrance machine 1, the living room master machine 4, the floor entrance machine 5, and the management room master machine 8 are connected to the controller 9 by transmission lines M1 to M4, respectively. The automatic door facility 2 and the ticket issuing machine 3 are connected to the collective entrance machine 1, and the floor automatic door facility 6 and the card reader 7 are connected to the corresponding floor entrance machine 5.

  FIG. 2 is a connection diagram showing main devices as circuit blocks. The collective entrance machine 1 includes a first communication circuit 13 that communicates with the card ticketing machine 3, a second communication circuit 14 that communicates with the automatic door facility 2, and a control. A third communication circuit 15 that communicates with the machine 9, an operation unit 16 that calls the living room parent unit 4, a microphone 17 and a speaker 18, a voice IF circuit 19, and a camera that images a visitor. 20, a collective entrance CPU 21 for controlling all of these is provided.

  The floor entrance machine 5 includes a first communication circuit 24 that communicates with the corresponding card reader 7, a second communication circuit 25 that communicates with the corresponding floor automatic door facility 6, a third communication circuit 26 that communicates with the controller 9, and a parent The operation unit 27 for calling the machine 4, the microphone 28 and the speaker 29 for making a call with the living room master unit 4, the audio IF circuit 30, the camera 31 for imaging the visitor, the audio memory 32 for storing the audio signal, and these are controlled. The floor entrance machine CPU33 is provided.

  The living room base unit 4 includes a microphone 36 and a speaker 37, a voice IF circuit 38, an automatic door facility 2 and an operation unit 39 for unlocking the floor automatic door facility 6 for performing a call with the collective entrance 1 and the floor entrance 5. A monitor 40 that displays a visitor image captured by the entrance machine camera 20 or the floor entrance camera 31, a communication circuit 41 that communicates with the controller 9, and a room master CPU 42 that controls them are provided.

  The management room base unit 8 includes a microphone 45 and a speaker 46 that communicate with the living room base unit 4 or the collective entrance 1, an audio IF circuit 47, an operation unit 48 that unlocks the automatic door facility 2 and the floor automatic door facility 6, and a collective entrance A monitor 49 that displays the captured image of the machine camera 20 or the floor entrance camera 31, a communication circuit 50 that communicates with the controller 9, and a management room master unit CPU 51 that controls them are provided.

  The controller 9 includes a first communication circuit 53 that communicates with the collective entrance machine 1, a second communication circuit 54 that communicates with the floor entrance machine 5, a third communication circuit 55 that communicates with the living room base unit 4, and a management room parent. The fourth communication circuit 56 for communicating with the machine 8, the data obtained from the card ticketing machine 3, the card reader 7, the collective entrance machine 1 and the floor entrance machine 5, and the card reader 7, the floor automatic door facility 6 and the room number. A controller memory (route storage means, card information storage means) 57 for storing associated information and a controller CPU (controller control means) 58 for controlling them are provided.

Next, the operation of the apartment house intercom system configured as described above will be described with a focus on visitor call operations. When a visitor operates the collective entrance machine 1 to call a resident, for example, calls the 101st room (first floor dwelling unit), the room base unit 4 in the 101st room that receives the call starts imaging by the call operation. The captured image of the collected entrance door camera 20 is displayed on the monitor 40.
When the resident makes a call while checking this video and confirms the visitor, the unlocking signal 60 and the unlocking card (see FIG. 3) of the automatic door facility 2 of the central entrance are pressed by pressing the unlocking button 60 of the operation unit 39 shown in FIG. (Not shown) is sent to the controller 9. FIG. 3 is an explanatory diagram of the operation unit 39 of the living room base unit 4, and is configured by a touch panel arranged on the front surface of the monitor 40. The unlock button 60 is displayed adjacent to the visitor video.

The unlocking signal and the ticket issuing signal transmitted from the room master unit 4 are transmitted to the collective entrance machine 1 via the controller 9, and the collective entrance machine 1 that has received the ticket issuing signal communicates with the card issuing machine 3 to release it. Issue a lock card. At the same time, an unlock signal is transmitted to the automatic door facility 2, and the automatic door facility 2 is unlocked.
In addition, a unique number (card number determined by the collective entrance machine 1 or the card-issuing machine 3) that is distinguished from other issued unlocked cards is recorded as magnetic information on the issued unlocked card, The card number is stored in the controller memory 57 together with the visited room number by communication between the collective entrance 1 and the controller 9.

  The visitor takes the unlocking card thus issued, passes through the automatic door facility 2 of the central entrance, proceeds to the first floor entrance where the visited room No. 101 is located, and passes the unlocking card to the first floor card reader 7a. . The first floor card reader 7a that has read the card number transmits card information to the first floor entrance machine 5a, and the first floor entrance machine 5a transmits the card number and the floor entrance machine number to the controller 9.

The controller 9 compares the card number received from the first floor entrance machine 5a with the card number stored in the controller memory 57 and the room number (visited room number) associated with the card number, etc. The permission / denial of opening the automatic door facility 6a at the floor entrance is determined.
Specifically, the controller memory 57 stores route information that associates the individual base unit 4 and the floor entrance unit 5, and card information that associates the issued unlocked card with the visited dwelling unit. It is stored that (Room 101) is on the first floor and that the unlocked card number issued is associated with Room 101. From these pieces of information, the controller CPU 58 determines whether or not it is transmitted from the floor with the room associated with the card number from the card number information and the floor entrance machine information received from the first floor entrance machine 5a. If it is information transmitted from a floor (card reader), an opening permission signal is returned to the floor entrance 5a, and if it is information transmitted from an unassociated floor, an opening disapproval signal is sent to the floor entrance 5a. Reply to

  Here, the first-floor card reader 7a of the first-floor entrance 5a in the 101st room reads the unlock card, and the information is transmitted to the controller 9, so an opening permission signal is returned. Thus, the first floor entrance 5a that has received the opening permission signal from the controller 9 transmits an unlock signal to the first floor automatic door device 6a, and the first floor automatic door device 6a opens. Through the automatic door thus opened, the visitor proceeds from the floor entrance on the first floor to the visited dwelling unit.

  On the other hand, when an open non-permission signal is returned, the operation is as follows. As described above, when the card reader 7 at the wrong floor entrance with no visited residence is subjected to the unlocking operation, the floor entrance door will eventually receive an opening non-permission signal for the floor automatic door facility 6 from the controller 9. Sent. Receiving this signal, the floor entrance machine 5 does not control the unlocking of the floor automatic door facility 6 and takes out a message such as “the customer's visit is not on this floor” stored in the voice memory 32 and outputs a speaker. 29. Further, the camera 31 of the floor entrance machine 5 is activated to transmit the captured image to the controller 9.

  When the controller CPU 58 sends back an open non-permission signal, it simultaneously transmits a control room master control signal such as activation of the monitor 49 and notification operation to the control room master 8. Then, the video transmission path of the floor entrance machine 5 that has undergone the unlocking operation and the management room master unit 8 are connected, and the image captured by the camera 31 of the floor entrance machine 5 is transmitted to the management room base unit 8. The management room base unit 8 receives the management room base unit control signal under the control of the management room base unit CPU 51 and performs notification control such as LED light emission and buzzer sound, and monitors the transmitted captured image of the camera 31 on the monitor 49. Let's draw a picture.

In this way, if the visitor proceeds to a floor different from the floor where the visited residence unit is located and unlocks the automatic door equipment, the floor entrance unit will give guidance information indicating that it is incorrect, so the visitor You will soon notice that you are on the wrong floor and you can go to the right floor without fear.
In addition, when a visitor proceeds to a floor different from the floor where the visited residence unit is located and performs an unlocking operation, the visitor is displayed on the management room master unit, so it is easy to make an announcement to the wrong visitor.

  Next, a second embodiment of the apartment house intercom system according to the present invention will be described. Since the method of opening the floor automatic door facility 6 (the card-issuing machine 3 and the card reader 7) is different from the first embodiment, and the other configurations are the same, the configuration diagram of FIG. 1 and the connection diagram of FIG. The difference will be explained based on this. Here, a first biometric input device 61 that obtains biometric information such as fingerprint information and retina information in place of the card ticketing machine 3 and a second biometric input device 62 (62a to 62c) in place of the card reader 7 are used. I use it.

  With this configuration, when the resident who has received a call from the collective entrance machine 1 confirms the visitor, the unlocking button 60 is pressed to connect to the collective entrance machine 1 together with the unlocking of the automatic door facility 2 of the central entrance. In addition, the first biometric input device 61 is activated, and the biometric information of the visitor can be input. The visitor is guided by a guide broadcast or the like, and an input operation of biometric information such as pressing a hand against the sensor of the first biometric input device 61 or approaching the eye is performed.

After performing such an input operation, the visitor enters the automatic door facility 2 of the central entrance, proceeds to the floor entrance with the target dwelling unit, and inputs again to the second biometric input device 62 installed at the floor entrance. Perform the operation. The subsequent correct / error determination operation of the controller 9 and the notification operation when the visitor goes to the wrong floor are the same as the correct / error determination operation of the unlocking card.
Thus, even when biometrics information is used, the same effect as when the unlocking card is issued is obtained.

In the first embodiment, the card reader 7 as the card information input means reads the issued unlocked card. However, the card issuing machine 3 simply prints out a piece of paper on which a personal identification number is printed, and visits. The person moves to the floor space with this piece of paper, and operates the numeric keypad of the card information input means provided in the floor entrance machine 5 to input the password printed on the piece of paper, so that it is installed at the floor entrance. It is good also as a simple structure which unlocks the floor automatic door apparatus 6. FIG. In this case as well, an announcement can be made when a visitor goes to the wrong floor.
Moreover, when the picked-up image of the floor entrance camera 31 is output by the collective entrance machine 1, it may be recorded together. Further, since the controller 9 can obtain the visit destination information of the visitor from the information input to the card reader 7 or the information read by the second biometric input device 62, in addition to the message notifying that it is wrong. You may also announce along the floor to be advanced.

It is a block diagram which shows an example of the apartment house intercom system which concerns on this invention. It is the connection diagram which showed the principal part apparatus of FIG. 1 with the circuit block diagram. It is touch panel explanatory drawing which displayed the unlocking button which performs unlocking operation of a central entrance in a living room main | base station.

Explanation of symbols

  1. ・ Collecting entrance machine, 2. ・ Auto door equipment, 3. ・ Card issuing machine, 4. ・ Home room, 5 (5a, 5b, 5c) ・ ・ Floor entrance machine, 6 (6a, 6b, 6c) ・-Floor automatic door equipment, 7 (7a, 7b, 7c)-Card reader, 8-Control room master unit, 9-Controller, 21-Collective entrance CPU, 29-Speaker, 31-Camera, 32 .. Voice memory, 33 .. Floor entrance CPU, 39 .. Operation part, 42 .. Base room CPU, 46 .. Speaker, 49 .. Monitor, 51 .. Control room base CPU, 57. Controller memory (route storage means, card information storage means), 58... Controller CPU (master control means), 61 .. First biometric input machine, 62 .. Second biometric input machine.

Claims (3)

A collective entrance machine for calling a resident at the collective entrance, a floor entrance machine for calling a resident on each floor, and an automatic door facility installed corresponding to each of the collective entrance machine and the floor entrance machine, Each unit has a master unit for answering calls and a controller for controlling audio signals between the devices, and the collective entrance unit has an automatic door facility corresponding to the floor entrance unit. In a collective housing intercom apparatus to which a card issuing machine for issuing an unlocking card to be unlocked is connected, and to the floor entrance machine, card information input means for unlocking a corresponding automatic door facility is connected.
The controller includes route storage means for storing route information in which each room is associated with the floor entrance machine, card information storage means for storing information on the issued unlocked card and visit destination information, and the card information input. A controller control means for comparing the card information input to the means and the stored unlocked card information to judge correctness,
The controller control means performs unlocking control when determining that the card information input to the card information input means is correct information, and determines that it is incorrect unlock card information associated with another automatic door facility. In such a case, the collective housing intercom system is characterized in that control is performed to issue guidance information indicating that there is an error from the floor entrance machine of the unlocked floor. A collective entrance machine for calling a resident at the collective entrance, a floor entrance machine for calling a resident on each floor, and an automatic door facility installed corresponding to each of the collective entrance machine and the floor entrance machine, It has a master unit for responding to calls in each dwelling unit, and a controller for controlling audio signals between the devices, and the biometric information of the visitor is input to the collective entrance unit. A first biometric input machine is connected to the floor entrance machine, and a second biometric input machine for unlocking the automatic door facility is connected to the floor entrance machine,
The controller includes route storage means for storing route information associating each living room with the floor entrance device, and biometric information storage for storing visitor information and destination information obtained from the first biometric input device. And controller control means for comparing the visitor information obtained from the second biometric input device with the stored biometric information to determine whether it is correct or not,
The controller control means performs unlocking control when determining that the information is correct as a result of the comparison, and when determining that the information is incorrect associated with another automatic door facility, A multi-dwelling house intercom system, characterized in that it performs control to issue guidance information indicating that it is wrong from the entrance machine. The floor entrance machine has a camera for imaging a visitor, and the management room is provided with a management room base unit equipped with a monitor for displaying a camera-captured image. 3. The control according to claim 1, wherein the control of issuing the guidance information is performed to control the imaging of the camera of the floor entrance machine that has been unlocked and the imaged image is controlled to be displayed on the base unit of the management room. Apartment house intercom system.

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