JP5068509B2 - Security control device, elevator control system - Google Patents

Description

  The present invention relates to a security control device for securing call registration in an elevator control system and an elevator control system including the security control device.

  In an elevator control system that controls the operation of elevators installed in buildings such as condominiums, office buildings, and hotels, elevator operations are conducted by examining the right to use elevators using an authentication medium to ensure the safety of residents and tenants and to protect property. I do. This right-of-use examination is performed by, for example, distributing an authentication medium such as an IC card to residents in advance, and reading the authentication information stored in the authentication medium on the elevator side when using the elevator, In such a case, the user is allowed to use the elevator, and the hall call registration at the hall by the elevator operation button or the call registration to the destination floor in the car is permitted.

  As another usage right examination, a mechanism has been proposed in which visitors are given the right to use the elevator on an ad hoc basis, and the call registration is permitted only to the living floor of the visitor. Yes.

  For example, in the conventional elevator control system described in Patent Document 1 below, when a visitor from outside a building and a resident in the building make a call via a call device such as an interphone, the call device is the resident's residence. Output floor signal. Further, when the resident gives a visitor permission to visit, the boarding permission means outputs a boarding permission signal. The non-stop state switching device receives the boarding permission signal from the boarding permission means, and switches the floor indicated by the residence floor signal from the call device from the non-stop state where the elevator is not in service to the state where the elevator can be stopped. Thereby, the non-stop state to the visitor's resident floor is canceled. Further, by setting the boarding permission signal to the output state for a certain period of time, the non-stop state to the resident's floor at the visited location can be canceled even after the call between the visitor and the resident is completed on the call device.

  In addition, security requirements for elevator control systems are diversified, and even residents can move around the condominium without restriction, for example, by using only limited floors such as the entrance floor and residence floor. There is also a need for a mechanism that restricts this. However, although the restriction of the movement between the floors of the resident contributes to the improvement of safety, the necessary movement such as passing the circulation board is also restricted at the same time, so that the convenience is remarkably lowered.

  In order to satisfy such a security requirement with the previous elevator control system, for example, each dwelling unit is equipped with a communication device such as an interphone, and a visitor in the building and a visitor in the building make a call via the communication device. The non-stop state to the resident's floor of the visited destination is switched from the non-stop state where the elevator does not service to the state where the elevator can be stopped by switching the floor indicated by the caller's communication device. Is released.

JP 2000-177938 A

  However, in such a mechanism, since the boarding permission signal is output based on the call between the visitor and the visitor by the call device, the means for the visitor to recognize the visitor is only voice, so the visitor's body There is a problem that the visitor cannot be correctly authenticated depending on the characteristic characteristics and closeness with the visitor.

  In addition, the boarding permission signal is not output unless a call between the visitor and the visitor is established by the call device, and the visitor and the visitor must exist in the apartment at the same time in order to receive permission. Because a non-stop state is canceled for a certain period after a call is established between a visitor and a visitor and permission is granted, an unintended resident will get in or get in during the boarding permission. When an unintended resident other than a person rides, there is a problem that a resident who does not permit gets off at the visitor's residence floor.

  The present invention is intended to solve the above-described problems, and provides a security control device and an elevator control system including the security control device that enable accurate authentication when receiving the permission. Objective.

The present invention is definitive the elevator control system, stores the registration permission floor call corresponding to the authentication information of each user, reads the authentication information of the user, based on which call registration permit floor corresponding to the read authentication information, use When the destination floor of the call registration entered by the user is a call registration permission floor, the security control device permits the call registration to the destination floor, and includes the input authentication information of the visitor who is the user Call registration permission floor corresponding to visitor authentication information based on visit visit including information related to the residence floor of the visitor who is a user and visit permission including visitor authentication information for the visit visit The security control device is characterized in that the residence floor of the visitor is additionally stored.

  According to the present invention, it is possible to provide a security control device capable of performing accurate authentication when a visitor receives a visit permission from a visitor, and an elevator control system including the security control device.

Embodiment 1 FIG.
In the elevator control system of the present embodiment, when the user presses the car call button on the car call operation panel in the car, the elevator control panel that has received the call registration request from the user's car is closed, Control the movement of the car to the floor. Allow condominium residents to register only for their residence and entrance floors. For this reason, in the state where the resident cannot be specified, all operations of the call registration button on the car call operation panel are invalid. When the elevator side authenticates the resident with the user authentication medium, the elevator validates the call registration. In this authentication, the authentication information stored in the authentication medium such as a non-contact IC card is read by the reader in the elevator car, and compared with the resident information recorded in advance on the elevator side, the holder of the authentication medium This is done by determining that you are a resident. The elevator validates the call registration of the residence floor and the entrance floor of the resident who has been authorized to authenticate the resident. The user commands the destination floor by pressing the car call button.

  Moreover, the elevator control system of this Embodiment can add the floor in which call registration is possible other than the residence floor and entrance floor of a predetermined resident. This is based on the permission given to the visitor by the visitor and calls the residence floor of the visitor and registers it as a registration permission floor. The elevator is requested by the visitor to receive permission and from the visitor. Mediate the procedures with permission. The elevator activates the call registration button for the authenticated resident based on the call registration permission floor.

Note that disabling user call registration for a certain floor is referred to as a service cut, and a state in which call registration is enabled for a service cut floor is referred to as service cut cancellation.
The elevator control system according to the present embodiment is in a service cut state for all floors in a normal state, and when the elevator authenticates the user, the elevator temporarily supports the call registration permission floor of the user. Cancel service cut.

  Hereinafter, the case where the elevator control system according to the present invention is applied to a condominium (a collective housing) will be described, but the present invention can also be applied to other types of buildings such as office buildings, hotels, training facilities, education / research facilities, and the like.

  FIG. 1 is a configuration diagram of an elevator control system according to an embodiment of the present invention. The elevator control system of the present invention is applied to the apartment 109. The elevator car (car hereafter) 110 rides an elevator user 115 and moves up and down to move the user 115 between floors. The elevator control panel 111 houses equipment that controls the elevator. The shared equipment panel 112 stores devices related to the shared equipment such as an interphone and a home delivery locker installed in the apartment. The visitor dwelling unit 113 is a dwelling unit in which the visitor resides. The visitor residence 114 is a residence where the visitor resides.

  Inside the car 110 is a car call operation panel 102 and a reader 104, an elevator control panel 111 is an elevator control device 101 and a security control device 105, a common equipment panel 112 is a communication device 106, and a visitor residence 113 is a communication terminal. The visit visit terminal 107 and the visitor dwelling unit 114 are provided with a visit permission terminal 108 which is a communication terminal, and these are connected by a communication line CO. The visit visit terminal 107 and the visit permission terminal 108 also have a reading unit as will be described later. Although these terminals have different names for the sake of explanation, they are basically communication terminals having the same configuration and function. Furthermore, although not shown, this communication terminal is provided in each dwelling unit of the condominium 109, and specifically includes, for example, an interphone or an IP intercom terminal (child device).

  The elevator control device 101 uses inputs from various sensors for elevator control, a hall call button of a hall call operation panel provided at a hall of each floor, a car call button of a car call operation panel 102 in the car 110, and the like. Based on the input for call registration by the button operation of the person 115, operation control of the whole elevator, such as raising / lowering of a car, opening / closing of a door, and lighting control of an indicator, is performed.

  The car call operation panel 102 is an input device including a car call button or the like for the user 115 to indicate the destination floor of the elevator. At the same time, the car call operation panel 102 notifies the user of floors that can be registered according to the user. This is an output device for notifying the registered floor and the determined destination floor by display or voice.

  The authentication medium 103 stores authentication information for identifying the user carried by the elevator user 115, and includes, for example, a card. The reader 104 reads user authentication information stored in the authentication medium 103.

  The security control device 105 updates the user's call registration permission floor at the visit visit and visit permission from the user, and also reads the authentication medium 103 through the reader 104 during the operation of the elevator. The service cut cancellation instruction to the elevator control apparatus 101 based on the authentication and the user call registration permission floor is performed.

  The visit inquiry terminal 107 in the visitor dwelling unit 113 is a terminal operated by the visitor, and the visitor resides from the information associated with the floor where the visitor resides and the information associated with the visitor himself / herself. A visit to the floor is created and transmitted to the security control device 105.

  The visit permission terminal 108, which is a communication terminal in the visitor residence 114, is a terminal operated by the visitor, receives a visit visit from the security control device 105, creates a result for the visit, It transmits to the security control device 105.

  The security control device 105 performs the following in the visit and permission procedures between the visitor and the visitor. First, the visit permission terminal 108 of the visitor and the floor where the visitor resides are identified from the information associated with the visitor's residence floor received from the visit visit terminal 107, and the visit is also performed. A visitor is specified from the information associated with the visitor himself received from the visit terminal 107, and a visit inquiry including visitor information is transmitted to the visit permission terminal 108 of the visitor. Further, when the result of the inquiry received from the visit permission terminal 108 is permission, the floor where the visitor resides is added to the call registration permission floor of the visitor.

  The communication device 106 performs message information communication such as a visit request and a result for the visit between the security control device 105, the visit request terminal 107 and the visit permission terminal 108. Here, the communication device 106 may be any device capable of transmitting the message information shown in this embodiment, and is a communication device such as an HTTP proxy, a router, a hub, a switch, an RS232 distributor, or a USB hub.

  FIG. 2 is a diagram showing an example of the configuration of the security control apparatus 105 in FIG. The security control device 105 includes a control unit 1051, a timer unit 1052, a data storage unit 1053, an elevator control device communication unit 1054, a reader communication unit 1055, and a terminal communication unit 1056.

  The control unit 1051 performs security operation control according to a program stored in advance. The timer unit 1052 controls time in the control unit 1501. The data storage unit 1053 includes a rewritable memory that stores data under the control of the control unit 1501. The elevator control device communication unit 1054, the reader communication unit 1055, and the terminal communication unit 1056 transmit and receive data to and from the elevator control device 101, the reader 104, and the terminals 107 and 108, respectively.

  FIG. 3 is a diagram showing an example of the configuration of the visit visit terminal 107 and the visit permission terminal 108 in FIG. In the present embodiment, the visit visit terminal 107 and the visit permission terminal 108 are configured by an interphone. Each of the terminals 107 and 108 includes a key input unit 1072, a display unit 1073, a voice input / output unit 1074, an interphone control unit 1075, a wired communication unit 1076, a data storage unit 1077, and a non-contact IC card reading unit 1078.

  The key input unit 1072 is a key operated by the user 115, and accepts inputs such as changes in numbers, characters, and input targets. The display unit 1073 displays information transmitted to the user 115. The voice input / output unit 1074 inputs or outputs voice, such as voice input / output for inter-phone calls, voice guidance output, voice input, or the like. The intercom control unit 1075 performs interphone control according to a program stored in advance. The wired communication unit 1076 establishes, maintains, and disconnects communication for a call between interphones, converts voice, and transmits / receives data to / from the security control device 105. The data storage unit 1077 stores calculation results of the interphone control unit 1075 and interphone-specific device data such as a room number. The non-contact IC card reading unit 1078 reads user authentication information stored in the authentication medium 103.

  FIG. 4 is a diagram showing an example of the configuration of the authentication medium 103 in FIG. In the present embodiment, authentication medium 103 is configured with a non-contact IC card. The authentication medium 103 includes a wireless communication unit 1032 and a card storage unit 1033. The wireless communication unit 1032 reads / writes data stored in the card storage unit 1033 to / from a reader (only reading is possible) by non-contact IC card communication which is short-range wireless communication using electromagnetic or light. Wireless interface. The card storage unit 1033 is a memory that stores data that is read and written by the reader (read only). In order to prohibit copying of authentication information and reading from unauthorized third parties, for example, the wireless communication unit 1032 has a function of performing mutual authentication with a communication partner reader at the start of communication and encrypting communication. obtain.

  FIG. 5 is a diagram showing an example of the configuration of the car call operation panel 102 of FIG. When the elevator stops on the fifth floor, the car call operation panel 102 has a door open button 1021, a door close button 1022, a car call button (1) 1023, a car call button (2) 1024, and a car call button (3) 1025. , Car call button (4) 1026 and car call button (5) 1027. The door opening button 1021 opens the door, the door closing button 1022 closes the door, the car call buttons 1023 to 1027 indicate call registration to the floor indicated by the car call button, and the user 115 operates the button. Thus, the switch of the button is turned ON, and a signal indicating a request corresponding to the elevator control device 101 is transmitted. Each car call button has a built-in LED that is turned on / off, and the elevator controller 101 notifies the user 115 of the elevator state when the LED is on. For example, the elevator state to be notified and the notification method are: (1) Notifying the floor that can be called and registered by the user 115 by flashing the LED of the car call button corresponding to the floor that can be called and registered (2 ) The floor registered by the user 115 is notified by lighting the corresponding car call button LED.

  FIG. 6 shows an operation flowchart for explaining operations related to visit visit and visit permission by visitors and visitors in the elevator control system according to the present invention, and the operations will be described below with reference to the drawings. First, in step S1, when a visitor passes the authentication medium 103, which is his / her non-contact IC card, over the visit visit terminal 107 in the visitor residence 113, the non-contact IC card reading unit 1078 of the visit visit terminal 107 (see FIG. 3). Reads the visitor's authentication medium 103. Thereby, the authentication information of the user, that is, the visitor stored in the authentication medium 103 is read out. The authentication information is an ID number assigned to each user, for example. The authentication information may be a personal identification number stored by the user (here, the same as the ID number: the same applies hereinafter). In this case, in step S1, the visitor inputs the user's personal identification number (authentication information) at the key input unit 1072 of the visit visit terminal 107.

  Next, in step S2, the visit destination information is input from the key input unit 1072 of the visit request terminal 107 by the key operation of the visitor. The visited site information includes visited site specifying information for specifying the visited site and visited content information indicating the visited content. The information for identifying the destination is, for example, information that directly identifies the destination room number such as the room number and telephone number of the destination, the resident name of the visited resident, the e-mail address, the mobile phone number, etc. The visited room number is specified through the resident. The information indicating the visit contents includes the scheduled visit date and time, the scheduled visit period, the scheduled visit count, the purpose of the visit, the number of visitors (scheduled visitor including companions), and the like. The scheduled visit date indicates the scheduled visit date. The scheduled visit period and the scheduled number of visits indicate the period during which the visit is scheduled and the number of visits during that period. The visit purpose indicates the purpose of the visitor.

  Next, in step S3, the intercom control unit 1075 of the visit visit terminal 107 creates visit visit message information including the authentication information and the visit destination information, and the wired communication unit 1076 sends the visit control message information to the security control device 105 via the communication device 106. Send. At this time, the interphone control unit 1075 of the visit visit terminal 107 further transmits the device authentication information of the visit visit terminal 107 to the security control device 105 so that the security control device 105 authenticates the device authentication information. You may comprise.

  In step S4, the control unit 1051 (see FIG. 2) of the security control device 105 authenticates whether or not the user is a regular resident based on the authentication information received by the terminal communication unit 1056. The authentication of the resident is performed based on the authentication information, that is, the ID number and the data recorded in the resident information table as illustrated in FIG. 8 stored in advance in the data storage unit 1053 of the security control device 105. The resident information table includes information on the resident such as the ID number of the resident authentication medium 103, the occupying room number, the occupying floor, the resident name, the e-mail address and the terminal number, and the telephone number. Describe. The control unit 1051 searches for the ID number data in the resident information table. If there is, the control unit 1051 executes step S5 with successful authentication, and if it fails, executes step S6.

  In step S5, it is inspected whether or not the visitee to be visited has refused to receive a visit from the visitor in advance. Whether or not the visit visit is rejected is illustrated in FIG. 9 stored in advance in the data storage unit 1053 together with the ID number, the visit destination information described in the visit visit, the resident information table, and the resident information table. Based on the data recorded in the visit rejection list. In the visit / reception reception refusal list, a room number of a visitor and a visit rejection room number that is a visitor's room number rejected by the visitor are recorded in combination. The control unit 1051 obtains the visitor's room number from the information in the resident information table searched by the visitor (resident) ID number, and also determines the visitor's room number from the information in the resident information table searched by the visited information. The room number is obtained (the visitor identification information of the visitor information may include the room number directly), and the visitor's room number is determined based on the visit request rejection list and the visitor's room number. Check whether there is a reception refusal.

  In step S6, based on the visitor authentication in step S4 and the visit visit reception refusal determination result in step S5, the visit visit acceptance result is sent from the terminal communication unit 1056 to the wired communication unit 1076 of the visit visit terminal 107 via the communication device 106. To send. If the visitor authentication is successful and there is no refusal to receive a visit, the fact that the visit is accepted is notified. If any one of the visits fails, a notice that the visit is not accepted is notified.

  Next, the control unit 1051 (see FIG. 2) of the security control device 105 executes a process of inquiring whether or not the visitee permits the current visit. First, in step S7, the control unit 1051 determines whether or not a visit is already permitted in advance by the visitee. This prior permission determination is performed based on the visitor ID number, the room number of the visitor calculated in step S5, and the prior permission list and the visit destination information illustrated in FIG. 10 stored in advance in the data storage unit 1053. The prior permission list includes a visitor ID number to which permission is granted, a visited room number that is a visited room number, the number of visitors to be permitted, a visit permission period, and a visit permission number.

  First, search the prior permission list by the combination of the visitor's ID number and the visitor's room number, determine the presence or absence of the corresponding prior permission, and if there is the corresponding prior permission, the visit content of the visitor information is: If it is determined that it matches or falls within the range of the prior permission, and if it matches or falls within the range, step S12 is executed after deleting the corresponding prior permission from the prior permission list. Again, step S8 is executed in order to obtain the visitor's permission for the visit contents of the visit destination information.

  In step S <b> 8, the control unit 1051 of the security control device 105 creates second visit message information including visitor information and visit destination information and stores the second visit message information in the data storage unit 1053. The visitor information includes the visitor's ID number (authentication information), the visitor's room number obtained from the resident information table, and the resident name. Further, a message indicating that there is a visit visit (visit visit presence message) is sent from the terminal communication unit 1056 via the communication device 106 and the wired communication unit 1076 of the visit-permitted terminal 108 to each accumulated second visit visit. The destination information of the message information is transmitted to the visited permission terminal 108 of the visitor. The reason why the second visit visit message information is created and accumulated and the visit visit presence message is transmitted is to make it possible to implement in a non-interactive environment.

  As the previous stage of step S9, the visited person dwells at the visitor residence unit 114 that has received the visit visit presence message by the display at the display permission terminal 108 by the display at the display unit 1073 or the notification by sound at the voice input / output unit 1074. Can be processed, the visit permission terminal 108 responds to the message. When the visitor holds his / her authentication medium 103 over the visit permission terminal 108, the visitor's authentication medium 103 is read by the non-contact IC card reading unit 1078 (see FIG. 3) of the visit permission terminal 108. As a result, the visit-permitted terminal 108 reads the visitor's authentication information stored in the authentication medium 103 and sends a read request to the security control device 105 with this authentication information.

  The control unit 1051 of the security control device 105 authenticates the visitor's authentication information with reference to the resident information table (FIG. 8), for example, and if the visitor is a valid visitor, the control unit 1051 stores the data stored in the data storage unit 1053. The corresponding second visit message is transmitted to the visit-permitted terminal 108 with reference to the second visit message information. As the authentication information, a password stored by the user, that is, a visitor here may be inputted. In that case, the visitor inputs the visitor's personal identification number from the key input unit 1072 of the visit permission terminal 108. Further, the visit permission terminal 108 may transmit the device authentication information of the visit permission terminal 108 together with the authentication information to the security control device 105 so that the security control device 105 authenticates the device authentication information. good.

  In step S9, the visit permission terminal 108 displays the visitor information and the visit destination information of the second visit inquiry message information on the display unit 1073 for the authenticated visitor. The visitor first determines from the name of the visitor displayed on the visit permission terminal 108, the purpose of the visit, the scheduled visit date, etc., whether or not to refuse to receive a visit from the same visitor in the future. The result is input from the key input unit 1072 of the visit permission terminal 108. Next, in step S10, the visitor determines whether or not to allow the visit from the name of the visitor displayed on the visit permission terminal 108, the purpose of the visit, the scheduled visit date and the like, and the result is inputted into the key input unit. Input from 1072. Next, in step S <b> 11, the visit permission terminal 108 transmits, as an answer to the visit request, whether or not the visit request is rejected and whether or not the visit is permitted to the security control device 105. The transmitted response indicating whether or not the visit is permitted includes authentication information input by a visitor by reading or key input (the same applies hereinafter).

  In step S12, the security control device 105, based on whether or not the received visit request is rejected and whether or not the visit is permitted, is similar to the visit request rejection list (FIG. 9) and is also stored in the data storage unit 1053. 11 and the visit permission list and call registration permission table illustrated in FIG. 12, respectively.

  The visit permission list of FIG. 11 shows the visit conditions permitted by the visitor. The ID number of the permitted visitor, the permitted floor number indicating the floor permitted to visit, the number of permitted visitors, Includes visit permission period and number of visits allowed. The call registration permission table in FIG. 12 is a table that describes the floors that allow users (visitors, visitors) to call the car, and the ID number recorded in the authentication medium 103 and the resident corresponding to the ID number The room number (for example, obtained by searching the resident information table with the ID number) and the call registration permission floor permitted for this resident are recorded. Call registration permission floor, for example, if you write “0”, call registration is not possible, if you write “1”, call registration is possible by default (for example, your own residence floor and entrance floor), and if you write “2”, you will be visited It indicates that call registration is possible according to the permission given by the person.

  First, based on whether or not the visitor's visit request is rejected, if the request is rejected, the visitor's room number and the rejected visitor's room number are added to the visit request reject list (FIG. 9). . Next, when the visitor permits the visit based on whether or not the visit is permitted, the visit ID list and the visitor ID number are added to the visit permission list (FIG. 11) based on the accumulated second visit message information. , Add the floor number to be permitted, the number of permitted visitors, the visit permission period, and the number of visits allowed. Further, when the visitor permits the visit based on whether or not the visit is permitted, the call registration permission table (FIG. 12) shows that the data indicating the visitor's residence floor is “0” for the visitor ID number. When “(call registration is not possible)”, “2” (call registration is possible with the permission given by the visitor) is written.

  Next, in step S <b> 13, the security control device 105 generates inquiry result message information based on the result, and transmits it to the visit inquiry terminal 107. At the visit terminal 107, the result is displayed on the display unit 1073.

  FIG. 7 is an operation flowchart for explaining the operation of the visitor in the elevator control system according to the present invention when visiting the visitor's residence floor, and the operation will be described with reference to the drawings. In step S <b> 21, the control unit 1051 of the security control device 105 causes the reader 104 to read the authentication medium 103 of the user 115 riding on the car 110 via the reader communication unit 1055 to obtain authentication information. This authentication information is, for example, an ID number. In step S22, the control unit 1051 searches the call registration permission table (FIG. 12) using the ID number, and writes the floor number (that is, “1” or “2”) of the call registration permission floor that the user 115 can call and register. And the elevator control device communication unit 1054 notifies the elevator control device 101 of the service cut cancellation of the same floor.

  In step S23, the elevator control device 101 cancels the service cut of the floor that has received the service cut cancel notification, and blinks the car call buttons 1023 to 1027 (FIG. 5) on the corresponding floor of the car call operation panel 102. . Since the floor indicated by the blinking car call button is a floor that can be called and registered, the user 115 selects a destination floor from the floor and presses the car call button to perform call registration. The elevator control device 101 that has received the call registration by the car call button determines that the floor is the destination floor when the service cut has been canceled in step S24. Other floors are not designated as destination floors.

  Next, in step S25, the elevator control device 101 notifies the security control device 105 that the call registration to the destination floor has been completed together with the destination floor, and in step S26, the door is closed and traveling to the destination floor is started. .

  However, the security control device 105 receives the number of passengers in the car 110 from the elevator control device 101 between steps S21 to S26 (until the door is closed), and this is the visit of the prior permission list and the visit permission list of FIGS. When the number of persons is exceeded, the elevator control device 101 is notified and the operation based on the call registration is stopped. The number of passengers in the car 110 is obtained from the output of a mounted load measuring device (not shown) including, for example, a scale for measuring the loaded load in the car 110 provided under the car 110.

  In step S27, the control unit 1051 of the security control device 105 receives the destination floor of the user 115, confirms that the permitted call registration has been performed normally, and uses the visit permission list ( The information in the registration permission table (FIG. 12) is updated or deleted. Specifically, in the visit permission list, the floor which is the destination floor is “2” (call registration is permitted by the permission given by the visitee) for the user 115 of the corresponding ID number in the call registration permission table. ), Refer to the visit permission list. Then, in the visit permission list, the visit permission corresponding to the ID number of the user 115 is updated by subtracting the number of visit permission, and when the visit permission period becomes “0” (expired), it corresponds from the visit permission list. The permission is deleted, and the floor number portion of the target floor in the call registration permission table is updated to “0” (call registration is not possible).

  In step S28, the control unit 1051 moves the visitor to the same floor when the floor that has become the destination floor is a floor that can be called and registered by the permission given by the visitor. Is sent to the visit permission terminal 108 of the visitor or the communication terminals of all the residents residing on the floor of the destination floor. The notification means is, for example, electronic mail (in this case, an IP interphone), voice call of an interphone, display, or a combination of voice call and display. These transmission destinations are acquired from the terminal information in the resident information table.

  When the communication terminal including the visit visit terminal 107 and the visit permission terminal 108 is composed of an IP interphone that can also perform e-mail or the like, the communication line CO is connected to the Internet line or the like as in an embodiment described later.

  Further, the control unit 1051 monitors and updates the visit permission list (FIG. 11) and the call registration permission table (FIG. 12) at predetermined time intervals by the timer interrupt of the timer unit 1052. Specifically, referring to the visit permission list, for each visit permission, the visit permission period is read, and when this time has passed from the current time indicated by the timer, the corresponding permission is deleted from the visit permission list. For the permission floor number indicated by the deleted permission, the call registration permission floor of the call registration permission table is updated to “0” (call registration is not possible).

  In the present embodiment, the security control apparatus 105 is called a visit permission list, and deletes the visit permission from the registration permission table when the condition of the visit permission list permitted by the visitor is exceeded. In addition to this, the visitor is permitted to visit the list or table stored in the data storage unit 1053 directly in the security control apparatus 105 at the visit permission terminal 108, and the visitor is authenticated at any timing. It may be configured so that deletion can be performed.

  In the above description, there is a visit permission period as one of the visit permission time parameters, and the visitor is allowed to move to the residence floor within a range not exceeding this. As another time parameter, a revisit permission period that defines a maximum period from the last visit to the visitor's residence floor to the next visit may be provided in the visit permission list. When the re-visit permission period is provided, the security control device 105 performs control to permit the visit if the visit is within the re-visit permission period from the visitor's previous visit, and not allow the visit if the visit is exceeded.

  According to this, when the relationship between the visitor and the visitor becomes sparse, the system of the present invention operates so as to automatically prohibit the visit. In the meantime, it will be necessary to repeat the visit visit and visit permission procedures. The system provided with the revisit permission period inputs the revisit permission period from the visit permission terminal 108 at the time of visit permission, and records the revisit permission period and the last visit date and time in the visit permission list.

  Further, in step S22 of FIG. 7, the security control device 105 uses the permission given by the visitor 115 from the ID number and the call registration permission table before notifying the elevator control device 101 of the service cut cancellation. For floors for which call registration is allowed, determine whether the current date / time from the visit permission list has exceeded the revisit permission period from the last visit date / time, and if not, cancel the service cut for the corresponding floor as well. If it has exceeded, the service cut is not canceled. If the service cut is not cancelled, the visit permission is invalid, and the security control apparatus 105 is called a visit permission list and deletes the corresponding visit permission from the registration permission table in order to prohibit subsequent visits.

Embodiment 2. FIG.
In the present embodiment, the visit visit terminal 107 and the visit permission terminal 108, which are communication terminals in FIG. 1, take the configuration of computer devices 107a and 108a and card readers 107b and 108b, respectively, as shown in FIG. . The same applies to the communication terminals of other dwelling units. In the figure, the same or corresponding parts as those in the above embodiment are indicated by the same or the same reference numerals.

  In FIG. 13, the computer devices 107a and 108a include a key input unit 1072a, a display unit 1073a, a computer control unit 1075aa, a program storage unit 1075ab, a wired communication unit 1076a, and a data storage unit 1077a. The key input unit 1072a is a key operated by the user 115, and accepts inputs such as changes in numbers, characters, and input targets. The display unit 1073a displays information transmitted to the user 115. The computer control unit 1075aa performs processing based on the program stored in the program storage unit 1075ab, writes and reads data in the data storage unit 1077a, the key input unit 1072a, the display unit 1073a, the wired communication unit 1076a, and the card reader 107b. , 108b. The wired communication unit 1076a performs data transmission / reception with the security control device 105. The data storage unit 1077a stores the calculation result of the computer control unit 1075aa.

  The card readers 107b and 108b include a non-contact IC card reading unit 1078a. The non-contact IC card reading unit 1078 a reads user authentication information stored in the authentication medium 103. The computer devices 107a and 108a and the card readers 107b and 108b are connected via an input / output interface of a computer such as PCI, PCMCIA, RS232, or USB.

  The key input unit 1072a, the display unit 1073a, the computer control unit 1075aa and the program storage unit 1075ab, the wired communication unit 1076a, the data storage unit 1077a, and the non-contact IC card reading unit 1078a are the key inputs shown in FIG. Unit 1072, display unit 1073, interphone control unit 1075, wired communication unit 1076, 107 data storage unit 1077, and non-contact IC card reading unit 1078 have the same functions and perform similar operations and processes.

  As described above, even if the communication terminal in each dwelling unit of the apartment is composed of the computer device and the card reader, a system having the same function can be constructed.

Embodiment 3 FIG.
FIG. 14 is a configuration diagram of an elevator control system according to the present embodiment. In this embodiment, the visit visit terminal 107 and the visit permission terminal 108, which are communication terminals of the first embodiment shown in FIG. 1, are configured by a mobile phone terminal (visit visit) 107c and a mobile phone terminal (visit permission) 108c. . The same applies to the communication terminals of other dwelling units. In the figure, the same or corresponding parts as those in the above embodiment are indicated by the same or the same reference numerals.

  The mobile phone terminal (visit visit) 107c is a terminal operated by the visitor, similar to the visit visit terminal 107 of the first embodiment, and is associated with information associated with the floor where the visitor resides and the visitor himself / herself. From the received information, a visit to the floor where the visitor resides is created and transmitted to the security control device 105. Similarly to the visit permission terminal 108 of the first embodiment, the mobile phone terminal (visit permission) 108c is a terminal operated by the visitor, and receives a visit visit from the security control device 105, and results of the visit Is transmitted to the security control device 105.

  In addition, the mobile phone terminal (visit visit) 107c and the mobile phone terminal (visit permission) 108c are mobile phone terminals equipped with a non-contact IC card function unit, and create visit visits and visit permits, In FIG. 2, the authentication information is read by the reader 104c because of the built-in non-contact IC card function unit, and operates as an authentication medium. By carrying these mobile phone terminals, the user 115 does not need to have another authentication medium such as a non-contact IC card, and can create and transmit a visit request and a visit permission even at the destination. The security control device 105 and each mobile phone terminal 107c, 108c are connected via a mobile phone line 118a and an Internet line 118b.

  In an apartment 109 that is an apartment house to which the elevator system according to the present embodiment is applied, the elevator control device 101 and the security control device 105 are installed on the elevator control panel 111. A car call operation panel 102 and a reader 104c having a reading function for a non-contact IC card function unit of a mobile phone terminal are installed in a car 110. These functions are basically the same as those described in the above embodiment. Note that the reader 104c may be a reader / writer that reads and writes data for the non-contact IC card function unit of the mobile phone terminal.

  The Internet communication device 106c is a communication device for connecting the security control device 105 to the Internet line 118b. The Internet communication device 106c transmits message communication such as a visit request and a result for the visit between the security control device 105, the mobile phone terminal (visit visit) 107c and the mobile phone terminal (visit permission) 108c. Is installed.

  FIG. 15 is a diagram illustrating the configuration of the mobile phone terminal (visit visit) 107c and the mobile phone terminal (visit permission) 108c in FIG. The mobile phone terminals 107c and 108c include a key input unit 1072c, a display unit 1073c, a voice input / output unit 1074c, a mobile phone terminal control unit 1075c, a power supply control unit 1079a, a telephone control unit 1079b, a wireless communication unit 1076c, a data storage unit 1077c, A contact IC card function unit 1078c is included. That is, the mobile phone is equipped with a non-contact IC card function. In the figure, the same or corresponding parts as those in the above embodiment are indicated by the same or the same reference numerals.

  In the key input unit 1072c, information related to a visited place in creating a visit request, a destination telephone number for a user to make a call, and an input for selecting a destination from a telephone directory are performed. An ID number that is authentication information may be input. The display unit 1073c notifies the user of an input instruction, an input result, and a state of the mobile phone terminal such as an incoming call by displaying characters, pictures, and icons on a screen such as a liquid crystal display.

  The voice input / output unit 1074c inputs or outputs voice, such as voice input and output for a telephone call, voice guidance, and voice operation. The mobile phone terminal control unit 1075c controls the entire mobile phone terminal, such as calculation, data storage, reading, and input / output processing based on a program stored in advance.

  The power supply control unit 1079a performs transition to a low power consumption mode such as power-off of the display unit 1073c, return to the normal mode, measurement of the remaining power amount, and the like. The telephone control unit 1079b connects, maintains, and disconnects a telephone line for calls between mobile phone terminals. The wireless communication unit 1076c establishes, maintains, and disconnects communication with a wireless base station for communication between mobile phones and data communication using the mobile phone network, and performs voice conversion and data transmission / reception via wireless communication. .

  The data storage unit 1077c stores calculation results of the mobile phone terminal control unit 1075c, user data such as a phone book and incoming / outgoing call history, and device data such as characters, pictures, and icons. The non-contact IC card function unit 1078c has a function of a non-contact IC card mounted on a mobile phone terminal, and data stored in the non-contact IC card function unit 1078c is an external non-contact IC composed of a reader 104c and the like. Data is read and written from a card reader / writer or another mobile phone terminal equipped with the card reader / writer. The non-contact IC card function unit 1078c may be configured to perform user authentication when accessing the non-contact IC card function unit 1078c from the outside. In this case, the non-contact IC card function unit 1078c receives a PIN (Personal Identification Number) input by the user 115, and permits access when matching with the PIN stored in the non-contact IC card function unit 1078c. To do.

  The functions of the key input unit 1072c, the display unit 1073c, the voice input / output unit 1074c, the mobile phone terminal control unit 1075c, the wireless communication unit 1076c, the data storage unit 1077c, and the non-contact IC card function unit 1078c in FIG. Correspond to the functions of the key input unit 1072, display unit 1073, voice input / output unit 1074, interphone control unit 1075, wired communication unit 1076, data storage unit 1077, and non-contact IC card reading unit 1078, respectively.

  In the present embodiment, the operations of the mobile phone terminal (visit visit) 107c and the mobile phone terminal (visit permission) 108c are shown in FIG. The visit process of the visitor's residence floor by will be described with reference to FIG.

  The steps S1 to S3 of the mobile phone terminal (visit visit) 107c out of the visit and visit permission processes by the visitor and the visitor are as follows.

  First, in step S1, the visitor's mobile phone terminal (visit visit) 107c reads the user authentication information (visitor ID number) of the non-contact IC card function unit 1078c. At that time, the user 115 inputs the PIN through the key input unit 1072c and cancels the PIN authentication of the non-contact IC card function unit 1078c. Next, in step S2, the user 115 inputs the visit destination information to the mobile phone terminal (visit visit) 107c by the key input unit 1072c. Next, in step S3, the mobile phone terminal control unit 1075c of the mobile phone terminal (visit visit) 107c creates visit visit message information including these authentication information and visit destination information, and the wireless communication unit 1076c sends the security control device 105 to the security control device 105. Send.

  The steps S9 to S11 of the mobile phone terminal (visit permission) 108c among the visit and visit permission processes by the visitor and the visitor are as follows.

  In steps S9 to S10, the mobile phone terminal (visit permission) 108c displays the visitor information and the visited site information on the display unit 1073c. Then, the visitee determines whether the visit visit reception is rejected and whether or not the visit is permitted in the same manner as in the above embodiment, and inputs the result from the key input unit 1072c. Next, in step S11, the mobile phone terminal (visit permission) 108c transmits to the security control device 105 whether or not the visit request is rejected and whether or not the visit is permitted as an answer to the visit request.

  At this time, the mobile phone terminal (visit permission) 108c is authenticated by the PIN input by the user 115 to the key input unit 1072c so as to receive authentication from the security control device 105 as to whether the visitor is a correct visitor. Even if the PIN authentication of the contact IC card function unit 1078c is canceled, the authentication information of the visitor is read from the non-contact IC card function unit 1078c, and the read authentication information together with the answer to the visit request is transmitted to the security control device 105 Good. Authentication of the visitor's authentication information is performed by the security control device 105 in step S12.

  Of the steps of visit visit and visit permission by visitors and visitors, the step S13 of the mobile phone terminal (visit permission) 108c will be described below.

  Finally, in step S13, the security control device 105 generates inquiry result message information and transmits it to the mobile phone terminal (visit visit) 107c. In the mobile phone terminal (visit visit) 107c, the display 1073c displays the result.

  Of the steps of visiting the visitor's residence floor by the visitor, steps S21 and S28 of the mobile phone terminal (visit visit) 107c are as follows.

  In step S21, the security control device 105 causes the reader 104c to read the authentication information stored in the non-contact IC card function unit 1078c of the mobile phone terminal (visit visit) 107c of the user 115 who gets on the car 110, and performs authentication. get information.

In step S28, the security control device 105, when the floor that has become the destination floor is a floor that can be called and registered by the permission given by the visitor, moves to the same floor of the visitor. Of the visitor's mobile phone terminal (visit permission) 108c or the mobile phone terminals of all the residents residing on the floor of the destination floor. The means for notification is, for example, by e-mail or a short message of a mobile phone network. Alternatively, the notification includes the second communication terminal including the interphone slave unit and the computer as described in the above embodiment in each dwelling unit as shown in FIG. You may make it broadcast to the terminal or the 2nd communication terminal of all the residents who live in the floor of the destination floor by e-mail, voice call of an interphone, display, or a combination of voice call and display.
Other parts operate as shown in the first embodiment.

Embodiment 4 FIG.
In the present embodiment, a different method from the visit visit and visit permission steps of the visitor and the visitor in the first embodiment is shown. In this embodiment, the visitor and the visitor have the authentication medium read by the reader in the elevator car, and then operate the car call button on the car call operation panel, so that the visitor visits and the visitor are covered. Complete visit permission by visitor. The contents of the visit permission to be given at this time are determined in advance, and the predetermined visit permission contents are, for example, a one-time visit during the day or a visit with no upper limit within one week.

  FIG. 16 is a configuration diagram of an elevator control system according to the present embodiment. In the figure, the same or corresponding parts as those in the above embodiment are indicated by the same or the same reference numerals. The car 110 of the apartment 109 is provided with a car call operation panel 102 and a reader 104d, and the elevator control panel 111 is provided with an elevator control device 101 and a security control device 105, respectively. In addition, illustration of each dwelling unit etc. is abbreviate | omitted.

  The elevator control device 101 uses inputs from various sensors for elevator control, a hall call button of a hall call operation panel provided at a hall of each floor, a car call button of a car call operation panel 102 in the car 110, and the like. Based on the input for call registration by the button operation of the person 115, operation control of the whole elevator, such as raising / lowering of a car, opening / closing of a door, and lighting control of an indicator, is performed.

  In this embodiment, the elevator control apparatus 101 further notifies the security control apparatus 105 of the request when the visit request and the visit permission are recognized from the user's car call button operation. The car call operation panel 102 is an input device including a car call button for instructing the destination floor of the elevator by the user and instructing visit visit and visit permission. At the same time, the car call operation panel 102 can be called and registered according to the user. This is an output device for notifying the user of the destination floor, or notifying the user of the destination floor for which the registered floor has been determined.

  The visitor 115a visits the floor where the visitor 115b resides using an elevator. The floor in which the visitor 115a and the visitor 115b reside is different. The authentication medium (visit visit) 103a carried by the visitor 115a stores the authentication information of the visitor 115a. The authentication medium (visit permission) 103b carried by the visitor 115b stores the authentication information of the visitor 115b. The reader 104d reads each authentication information stored in these authentication media 103a and 103b.

  The security control device 105 updates the user's call registration permission floor when visiting and permitting visits from the user, and uses the authentication media 103a and 103b via the reader 104 when operating the elevator. Service cut cancellation instruction to the elevator control apparatus 101 based on the user authentication and the user call registration permission floor. The configuration of the security control device 105 is not provided with the terminal communication unit 1056 having the configuration illustrated in FIG.

  FIG. 17 shows an operation flowchart relating to the visit visit and visit permission process by the visitor and the visitor in this embodiment, and the operation will be described below with reference to the drawing. First, in step S31, the security control device 105 reads the authentication information of the authentication medium (visit visit) 103a carried by the visitor 115a via the reader 104. Next, in step S32, the security control device 105 reads the authentication information of the authentication medium (visit permission) 103b carried by the visitor 115b via the reader 104.

  When the visitor 115a or the visitor 115b presses a combination of buttons on a car call button (not shown) on the car call operation panel 102, the elevator control device 101 performs the combination press on the visitor in step S33. 115a and the visitor 115b recognize the visit and the visit permission, and in step S34, the security control device 105 has requested the visit and visit permission of the visitor 115a and the visitor 115b. Is notified (sent).

  The combination pressing of the car call button on the car call operation panel 102 is, for example, simultaneous pressing of a plurality of car call buttons (for example, pressing the four car call buttons (1) 1023 to (4) 1026 in FIG. ), Repeated pressing (for example, pressing the car call button (1) 1023 five times), rule pressing (for example, pressing the car calling buttons (1) 1023 to (4) 1026 in order, and then pressing again in the reverse order) These button operations are not performed during normal call registration. Further, instead of pressing the combination of buttons, a dedicated visit visit button and a visit permission button may be provided (not shown), and it may be configured to detect that these dedicated buttons are pressed in step S33.

  Further, the process of notifying the security control device 105 in steps S31 to S34 of the visit request of the visitor 115a and the visitor 115b and the request for the visit permission is a combination of the car call button buttons on the car call operation panel 102. You may carry out by the following methods based on the reading order of the authentication medium (visit permission) 103b and the authentication medium (visit visit) 103a, without using pushing. First, in step S31, the security control device 105 reads the authentication information of the authentication medium (visit permission) 103b carried by the visitor 115b via the reader 104. Next, in step S32, the security control device 105 reads the authentication information of the authentication medium (visit visit) 103b carried by the visitor 115a via the reader 104.

  Next, in step S33, when the security control device 105 reads the authentication information of the authentication medium (visit permission) 103b carried by the visitor 115b via the reader 104, in step S34, the security control device 105 displays the authentication medium ( The visit permission of the visitor 115a and the visitor 115b and the visit permission are determined from the reading order of the authentication medium (visit permission) 103b and the authentication medium (visit visit) 103a read during the first and last reading of the 103b. Recognize that it is a processing request. That is, if the last read card is the same card as the first card, the security control device 105 moves to the visit visit and visit permission processing mode, and the visit visit of the card read during that time and the first read card It is determined that the visit permission processing request is made between the visitor 115a and the visitor 115b.

  The visit and visit of the visitor 115a and the visitor 115b based on the reading order of the car call button on the car call operation panel 102 or the reading order of the authentication medium (visit permission) 103b and the authentication medium (visit visit) 103a. The visit is agreed between the visitor 115a and the visitee 115b at this point in the process of notifying the permission processing request. Therefore, in step S36, the security control device 105 compares the authentication information of the visitor 115a and the visited person 115b with the resident information table (structure shown in FIG. 8), and confirms that it is a registered resident. After authentication, if the authentication is successful, the visit permission list (FIG. 11) and the call registration permission table (FIG. 12) are updated. The visitor's residence floor, that is, the call registration permission floor can be confirmed from the resident information table.

  In the visit permission list illustrated in FIG. 11, the visitor ID number, the floor number to be permitted, the number of visitors to be permitted, the visit permission period, and the number of visit permits are additionally written. The number of visitors to be permitted, the visit permission period, and the number of visit permits are determined based on prior regulations. In the call registration permission table illustrated in FIG. 12, for the ID number of the visitor 115a (a room number may be added), the data indicating the residence floor of the visitor 115b is “0” (call registration is not possible). In this case, write “2” (call registration is possible with the permission given by the visitor).

  In step S37, the security control device 105 transmits the result of the visit request to the elevator control device 101. In step S38, the elevator control device 101 turns on the car call button on the car call operation panel 102 illustrated in FIG. The result of the inquiry is displayed. The result of the inquiry to the car call button is displayed in combination with lighting of the car call button. For example, one or more car call buttons are flashed a specified number of times, or regular buttons are turned on (for example, the car call buttons (1) 1023 to (4) 1026 are turned on and off in turn, and then turned on and off in reverse order). This is a display method that can be distinguished from the normal operation state. Further, instead of the combination display of the car call buttons, a dedicated inquiry result display lamp may be provided, and the dedicated lamp may be turned on in step S38. Further, a sound generation device (not shown) controlled by the elevator control device 101 may be provided in the car, and the elevator control device 101 may be configured to generate a sound of the visit result in step S38.

Embodiment 5 FIG.
The elevator control system of the present embodiment stores the call registration permission floor corresponding to the authentication information, reads the authentication information in the authentication medium from the reader, and visits the call registration permission floor and the visit corresponding to the read authentication information. When the user's destination floor is the call registration permission floor and the number of people who have boarded the car is equal to or less than the permitted number of visitors, the call registration to the destination floor is executed.

  FIG. 18 shows an operation flowchart relating to the visit process of the visitor's residence floor by the visitor and the accompanying person in this embodiment, and the operation will be described with reference to the drawings. The configuration of the elevator control system may be any of the configurations of the first to third embodiments. The visitor receives a visit permission from the visitor through the visit visit and visit permission process by the visitor and the visitor shown in the first embodiment. Each visitor and accompanying person carry an authentication medium, and get on the car 110 opened on the landing floor.

  First, in step S41, the elevator control device 101 closes and notifies the security control device 105 of the door closing. Next, in step S <b> 42, the security control device 105 reads the authentication information stored in the authentication medium of the visitor who gets on the car 110 via the reader 104. Further, in step S43, the security control device 105 reads the authentication information stored in the authentication medium for all the accompanying persons via the reader 104, and counts the number of all visitors.

  In step S44, when the visitor presses the car call button on the car call operation panel 102 and requests the elevator control apparatus 101 to register a call to the destination floor, the elevator control apparatus 101 sets this floor as a temporary destination floor. Notify the security control device 105.

  In step S45, the security control apparatus 105 acquires the call registration possible floor (floor number) of the visitor from the authentication information and the call registration permission table shown in FIG. If the number of visitors is set in the call permission for the temporary destination floor in the visit permission list shown in FIG. 11, the number of visitors counted in step S43 does not exceed the setting. If both conditions are satisfied, the temporary destination floor is determined as the destination floor.

  Next, in step S46, the security control apparatus 105 notifies the elevator control apparatus 101 of the service cut cancellation and the destination floor determination for the destination floor that is the passenger registration permission floor determined in step S45. In step S47, the elevator control apparatus 101 cancels the service cut on the destination floor and travels to the destination floor. Since the permitted call registration has been normally performed, the security control apparatus 105 updates or deletes information in the visit permission list and the call registration permission table as information regarding permission in step S48.

  Therefore, if either or both of the conditions of the destination floor and the number of visitors are not satisfied in step S45, the elevator control device 101 does not travel to the destination floor and opens, and the security control device 105 provides information on permission in step S48. Do not perform the update.

  Needless to say, the present invention is not limited to the above-described embodiments, but also includes possible combinations of the features included therein.

It is a block diagram of the elevator control system by one embodiment of this invention. It is a figure which shows an example of a structure of the security control apparatus of FIG. It is a figure which shows an example of a structure of the visit visit terminal which is a communication terminal of FIG. 1, and a visit permission terminal. It is a figure which shows an example of a structure of the authentication medium of FIG. It is a figure which shows an example of a structure of the car call operation panel of FIG. It is an operation | movement flowchart for demonstrating the operation | movement regarding the visit visit and visit permission by a visitor and a to-be-visited person in the elevator control system by this invention. It is an operation | movement flowchart for demonstrating the operation | movement in the case of the visitor's residence floor visit by the visitor in the elevator control system by this invention. It is a figure which shows an example of the resident information table in this invention. It is a figure which shows an example of the visit visit reception refusal list in this invention. It is a figure which shows an example of the prior permission list | wrist in this invention. It is a figure which shows an example of the visit permission list | wrist in this invention. It is a figure which shows an example of the call registration permission table in this invention. It is a figure which shows an example of a structure of the terminal for communication in Embodiment 2 of this invention. It is a block diagram of the elevator control system by Embodiment 3 of this invention. It is a figure which shows an example of a structure of the terminal for communication in Embodiment 3 of this invention. It is a block diagram of the elevator control system by Embodiment 4 of this invention. It is an operation | movement flowchart for demonstrating the operation | movement regarding visit visit and visit permission by a visitor and a to-be-visited person in the elevator control system by Embodiment 4 of this invention. It is an operation | movement flowchart for demonstrating the operation | movement at the time of the visit to the residence floor of the visitor by the visitor and accompanying person in the elevator control system by Embodiment 5 of this invention.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 101 Elevator control device, 102 Car call operation panel, 103, 103a, 103b Authentication medium, 104, 104c, 104d Reader, 105 Security control device, 106 Communication device, 106c Internet communication device, 107 Visiting terminal, 107a, 108a Computer Device, 107b, 108b Card reader, 107c, 108c Mobile phone terminal, 108 Visit permission terminal, 109 Mansion, 110 Elevator car, 111 Elevator control panel, 112 Shared equipment panel, 113 Visitor dwelling unit, 114 Visitor dwelling unit, 115 User, 115a Visitor, 115b Visitor, 118a Mobile phone line, 118b Internet line.

Claims (11)

Definitive the elevator control system, stores the registration permission floor call corresponding to the authentication information of each user, reads the authentication information of the user, based on which call registration permit floor corresponding to the read authentication information input by the user A security control device that permits call registration to a destination floor when the destination floor of call registration is a call registration permission floor;
The visit visit including the authentication information of the visitor who is the user and the information related to the residence floor of the visitor who is the user, and the visit permission including the visitor's authentication information for the visit visit A security control device characterized in that a residence floor of a visitor is additionally stored as a call registration permission floor corresponding to visitor authentication information. An elevator control device for controlling the operation of the elevator;
The call registration permission floor corresponding to each user authentication information is stored, the user authentication information is read, and the call registration destination floor entered by the user is determined based on the call registration permission floor corresponding to the read authentication information. when a call registration permission floor, a elevator control system in which a security control unit that allows the call registration to the said purpose floor to the elevator control device,
The security control device is a visit visit that includes the authentication information of the visitor who is the user and information associated with the residence floor of the visitor who is the user, and the authentication information of the visitor for the visit visit The elevator control system characterized in that the residence floor of the visitor is additionally stored as a call registration permission floor corresponding to the visitor's authentication information based on the visit permission including.   The security control device is communicably connected to a reader and a communication terminal of each user, reads authentication information in a user authentication medium by the reader, and visits from a visitor's communication terminal. Is entered, the visit visit notice from the visitor is sent to the visitor's communication terminal, and the call corresponding to the visitor's authentication information based on the visit permission for the visit visit from the visitor's communication terminal. The elevator control system according to claim 2, further comprising a visitor's residence floor as a registration permission floor. The visit from the communication terminal of the visitor includes the number of visitors,
Based on the visit permission for the visit visit from the visitor's communication terminal, the security control device and the permitted floor number corresponding to the visitor's residence information corresponding to the visitor's authentication information and the permitted visit When the destination floor of the registered call registration is a call registration permission floor, and the number of passengers in the car is equal to or less than the number of visitors at the permission floor number corresponding to the destination floor 4. The elevator control system according to claim 3, wherein the elevator control device permits call registration to the destination floor.   Including at least one of a visitor's room number and a resident's name as information related to a visitor's residence floor that a visitor inputs into a communication terminal, and the security control device includes authentication information of each user 5. The elevator control system according to claim 3 or 4, wherein a room number, a resident name, and a residence floor are stored correspondingly, and a residence floor of the visitor is obtained from the room number or the resident name.   4. The elevator control system according to claim 3, wherein the security control apparatus additionally stores the visitor's residence floor as a temporary call registration permission floor corresponding to the visitor authentication information.   The security control device is characterized in that, when the call registration is completed when the destination floor is a call registration permission floor that is added and stored with permission from a visitor, the call registration permission floor is deleted. The elevator control system according to claim 6.   Based on the visit-refusal reception refusal response from the visitor to the visit request, the security control device stores information on the visit-reception reception refusal from a specific user for each user based on the visit-reception reception refusal. The elevator control system according to any one of claims 3 to 7, wherein notification to a visitee of a visit is not performed.   When a visit permission is input to the visitor from the visitor's communication terminal, the security control device stores this, and information associated with the visitor's residence floor is input from the visitor's communication terminal. Then, the visitor's residence floor is additionally stored as a call registration permission floor corresponding to the visitor's authentication information based on the visitor's prior permission. The elevator control system according to any one of the above.   The security control device accumulates visit requests when information associated with the visitor's residence floor is input from the communication terminal, and notifies the visitor's communication terminal that there is a visit request from the visitor. The visit registration is sent based on the request from the visitor's communication terminal, and when the visit permission is input from the visitor's communication terminal, the call registration permission floor corresponding to the visitor's authentication information is The elevator control system according to any one of claims 3 to 9, wherein the residence floor of the visitor is additionally stored.   The security control device further stores a residence floor corresponding to each user's authentication information, and is connected to a reader, and authentication information in each authentication medium of a visitor and a visitor read by the reader 3. The elevator control according to claim 2, further comprising: storing a visitor's residence floor as a call registration permission floor corresponding to the visitor authentication information based on the visit visit and the visit permission generated from system.

Images