JP6420210B2 - Elevator device and control method of elevator device - Google Patents

Description

  The present invention relates to an elevator apparatus and an elevator apparatus control method, and more particularly to a group management elevator apparatus equipped with a security system and a control method thereof.

  In a group management elevator apparatus that collectively manages a plurality of elevators, a security system has been introduced in which a gate is provided at the entrance of a landing and authenticates a user who passes through the gate. And in the group management elevator apparatus provided with the security system, the destination floor call registration of the elevator is performed based on the collation information including the personal ID unique to the user authenticated by the security system (for example, refer to Patent Document 1). .

  Patent Document 1 discloses that “a first personal authentication device that authenticates a user, a landing call registration device body that performs destination floor call registration of an elevator based on collation information including a personal ID unique to the user, And a destination floor changing device that accepts an operation for changing at least one of destination floor call registration and cancellation of the destination floor call registration. If it is determined that the operation is performed by the user authenticated by the first personal authentication device, the destination floor of the destination floor call registration is changed or cancelled. "

International Publication No. 2012/008024

  By the way, if the configuration in the vicinity of the landing is diversified, a user who once enters the landing after the destination floor registration may leave the landing for some reason. At this time, if the user who has left the platform does not change the destination floor, a destination call that does not actually have a user is registered. And when there is no other user, the useless stop of an elevator occurs and operation efficiency falls. In the group management elevator apparatus described in Patent Document 1, no consideration is given to a case where a user who has entered the landing has left the landing for any reason.

  The present invention relates to an elevator apparatus and an elevator apparatus control capable of improving the operation efficiency by suppressing a useless stop caused by a user who has entered the landing leaving the landing for any reason. It aims to provide a method.

In order to solve the above problems, for example, the configuration described in the claims is adopted.
The present application includes a plurality of means for solving the above problems.
An information reading terminal device for reading user ID information;
ID information read by the information reading terminal device, collated ID management processing unit for determining whether or not the ID information is registered in advance, visitor determination processing unit for determining a user entering the landing, landing Security system having an exit determination processing unit for determining a user leaving the vehicle and a service request transmission unit for transmitting a service request including destination floor registration information and user entry / exit information to the elevator side based on the ID information When,
In response to a service request, a group management control unit that selects an optimum elevator from a plurality of elevators and performs elevator operation management;
Is provided. And the group management control unit
Based on the destination floor registration information sent by the service request transmission unit, the number of users is counted for each departure floor / destination floor, and if the number of users is determined based on the entry / exit information, the number of users is added. , The number of users statistical processing section that subtracts the number of users when it is determined that it is a leaving person,
Have a, a destination call cancellation object determination unit cancels the registration or the call registration of the destination floor when the user number is zero on a departure floor or the destination floor by Occupancy statistical processing unit,
The destination call cancellation target determination processing unit cancels the registration of the destination floor when the elevator assigned to the call registration is responding to the departure floor of the destination floor call, and the elevator assigned to the call registration Cancel call registration when not responding to departure floor of destination floor call
And wherein a call.

According to the present invention, even if a user who has entered the landing exits from the landing for any reason, it is possible to suppress the useless stop of the elevator and improve the operation efficiency.
Problems, configurations, and effects other than those described above will be clarified by the following description of embodiments.

It is an example of a block diagram which shows the outline of the system configuration | structure of the group management elevator apparatus which concerns on one Embodiment of this invention. It is an example of the schematic plan view which shows an example of a structure of the elevator landing in the case of a user's entrance. It is an example of the schematic plan view which shows an example of a structure of the elevator landing in the case of a user's leaving. It is an example of the schematic plan view which shows an example of a structure around an elevator platform when a conference room exists on the same floor as an elevator platform. It is an example. It is an example of the flowchart which shows an example of the flow of the cancellation process in an operation management control system.

  Hereinafter, modes for carrying out the present invention (hereinafter referred to as “embodiments”) will be described in detail with reference to the drawings. The present invention is not limited to the embodiments, and various numerical values in the embodiments are examples. In the present specification and drawings, the same components or components having substantially the same function are denoted by the same reference numerals, and redundant description is omitted.

<Group Management Elevator Device According to One Embodiment of the Present Invention>
A group management elevator apparatus according to an embodiment of the present invention adopts a group management system configuration that collectively manages a plurality of elevators, and has a gate at a landing entrance and authenticates a user who passes through the gate. Has a system.

[System configuration]
FIG. 1 is an example of a block diagram showing an outline of a system configuration of a group management elevator apparatus according to an embodiment of the present invention. The group management elevator device 10 according to the present embodiment includes a landing destination floor registration device 1, an information reading terminal device 2, a landing destination floor reading unit 3, a gate control unit 4, a security system 5, and an elevator unit 6. The system configuration includes an elevator control unit 7, a group management control unit 8, and an input / output control unit 9. Below, each elevator of the elevator part 6 may be called a "unit".

(Platform destination floor registration device)
The landing destination floor registration device 1 is a device for a user to perform destination floor call registration at an elevator landing (hereinafter, sometimes simply referred to as “stop”). More specifically, the landing destination floor registration device 1 includes, for example, a numeric keypad device with a liquid crystal panel, a touch panel type registration device, and the like, and is arranged at the landing. The landing destination floor registration device 1 transmits an elevator service request to the group management control unit 8 when a user inputs a destination floor from the landing.

  The registration method in the landing destination floor registration device 1 can be exemplified by a method of registering a destination floor based on previously registered ID information by acquiring only ID information and cooperating with the security system 5. . Further, a method of storing ID information and destination floor information in the information medium itself, reading and registering the destination floor information can be exemplified. In the present embodiment, the ID information is used only for entry / exit management in the security system 5.

(Information reading terminal device)
The information reading terminal device 2 is a device that reads (reads) ID information registered in advance from an information medium such as an IC tag or a card possessed by the user. The information reading terminal device 2 is installed at a gate, which will be described later, and when reading pre-registered ID information from an information medium possessed by the user, the user passes through the gate and proceeds to the elevator gate. It has a function to make it possible.

  As the information reading terminal device 2, for example, a card reader, an ID card brought in by a user using an NFC (Near Field Communication) reader, or a device that directly acquires information from a portable terminal can be exemplified. Furthermore, the thing of the structure which acquires information from a portable terminal through Wi-Fi (Wireless Fidelity, registered trademark) apparatus or Bluetooth (registered trademark) can be illustrated.

(Platform destination floor reading section)
The landing destination floor reading unit 3 includes an information reading unit 31 and a notification unit 32, and is connected to the landing destination floor registration device 1 and the information reading terminal device 2. The information reading unit 31 takes in information stored in an information medium read by the information reading terminal device 2. The landing destination floor reading unit 3 transmits the information captured by the information reading unit 31 to the input / output control unit 9. When the notification unit 32 receives assigned machine information from the group management control unit 8 via the input / output control unit 9, the notification unit 32 notifies (notifies) the user of it.

  For example, in the platform destination floor registration device 1 installed on the second floor, when the user inputs the fifth floor destination floor, the information reading unit 31 reads the information that the departure floor is the second floor and the destination floor is the fifth floor, and the notification section 32. Displays the destination floor where is entered. The notification unit 32 is configured by a display such as a liquid crystal display device or an organic EL (Electro Luminescence) display device, and outputs “5” when the fifth floor is input. In addition, when the group management control unit 8 determines that the assigned number machine is, for example, the first number machine, the notification unit 32 performs the notation “1” based on the assigned number machine information.

(Gate control unit)
The gate control unit 4 includes an information reading unit 41, a gate opening / closing unit 42, an indicator lamp control unit 43, and the like. When the information reading terminal device 2 reads ID information of a user who passes through a gate, which will be described later, reaching the elevator platform, the information reading unit 41 receives the read user ID information from the information reading terminal device 2. When the information reading unit 41 receives the user ID information, the gate opening / closing unit 42 controls to open the gate leading to the elevator boarding / exiting point (elevator landing). The indicator light control unit 43 controls indicator lights that guide the user.

  In the present embodiment, the information reading unit 31 of the landing destination floor reading unit 3 and the information reading unit 41 of the gate control unit 4 have been described as separate configurations. However, the same configuration may be used.

(Security system)
The security system 5 includes an input information reception processing unit 51, a visitor determination processing unit 52, an exit person determination processing unit 53, a registration ID management processing unit 54, an elevator information transmission processing unit 55, and a gate control processing unit 56. Signals are exchanged with the input / output control unit 9.

  The input information reception processing unit 51 receives a signal related to security (for example, ID information) from the input / output control unit 9. The visitor determination processing unit 52 detects a visitor based on a signal from the information reading terminal device 2 installed at a gate described later. The exit person determination processing unit 53 detects the exit person from a signal from the information reading terminal device 2 installed at the gate. Details of the visitors / exiters at the gate will be described later. When the ID information of the user read by the information reading terminal device 2 is pre-registered ID information, the registration ID management processing unit 54 registers the ID information, the departure floor, the destination floor, the user attributes, and the like. Extract information. Examples of user attributes include gender and wheelchair users.

  The elevator information transmission processing unit 55 is a service request transmission unit that transmits a service request including destination registration information and user entry / exit information to the elevator side based on the user ID information read by the information reading terminal device 2. is there. Specifically, the elevator information transmission processing unit 55 adds the discrimination information of the visitors or exits to the registration information extracted by the registration ID management processing unit 54 and transmits the added information to the group management control unit 8. The gate control processing unit 56 gives a gate opening / closing signal to the gate control unit 4 via the input / output control unit 9 when the attendance determination processing unit 52 or the exit person determination processing unit 53 detects the detection.

  The function units (51 to 56) of the security system 5 described above can be realized by software by the processor interpreting and executing a program that realizes each function. At this time, information such as programs, tables, and files for realizing the functions of the functional units (51 to 56) is stored in a recording device such as a memory, a hard disk, or an SSD (Solid State Drive), or an IC card, SD card, or DVD. Or the like. Moreover, about each function part (51-56) of said security system 5, it is also possible to implement | achieve part or all by hardware, for example by designing with an integrated circuit.

(Elevator part)
The elevator unit 6 includes N elevators 6_1,..., 6_n. N elevators 6_1,..., 6_n of the elevator unit 6 are collectively managed under the control of the group management control unit 8, and an optimal number of elevators (elevators) is allocated to the user from the viewpoint of waiting time and the like. Done. In each elevator 6_1,..., 6_n of the elevator section 6, for example, a car 61 and a counterweight 62 installed in a hoistway are coupled to both ends of a main rope (main rope) 63, and the main rope 63 Is a well-known structure wound around a sheave 64 and a pulley 65 of the hoisting machine.

(Elevator control part)
The elevator control unit 7 is composed of number machine control units 71_1,..., 71_n provided corresponding to the elevators 6_1,. The elevator control units 71_1,..., 71_n of the elevator control unit 7 control the operation of the elevators 6_1,. More specifically, the machine control units 71_1,..., 71_n mainly apply the elevators 6_1,..., 71 to the elevators 61,.・ ・ Controls the operation of 6_n.

(Group management control unit)
The group management control unit 8 has an operation management control system (operation management control unit) 81, a learning system 82, and an intelligent system 83. The operation management control system 81 performs operation management of a plurality of (N) elevators 6_1, ..., 6_n of the elevator unit 6. The learning system 82 determines which driving program is optimal from the information collected by daily operation management, or learns the daily operation status by floor, so that the destination floor is crowded for each departure floor. To calculate the high demand floor. The intelligent system 83 performs a simulation from the information collected by the learning system 82 and automatically generates an optimal driving program.

  In the group management control unit 8, the operation management control system 81 includes an input reception processing unit 81_1, an exit information determination processing unit 81_2, a passenger number statistical processing unit 81_3, a destination call cancellation target determination processing unit 81_4, and an allocation command. And a processing unit 81_5. In FIG. 1, the functional units 81_1 to 81_5, the learning system 82, and the intelligent system 83 of the operation management control system 81 in the group management control unit 8 are illustrated as functional blocks.

  In the group management control unit 8, the input reception processing unit 81_1 receives various signals from the landing destination floor reading unit 3, the gate control unit 4, and the security system 5 via the input / output control unit 9. The exit information determination processing unit 81_2 is subject to cancellation or registration depending on whether or not the signal from the security system 5 received by the input reception processing unit 81_1 includes an entrance signal / exit signal with the same ID. Determine whether.

  The number-of-users statistics processing unit 81_3 counts the number of users by departure floor and destination floor. Specifically, when the determination result by the exit person information determination processing unit 81_2 is a person to be registered, the user number statistical processing unit 81_3 sets the user information to “+1” based on the received departure floor and destination floor information. Update statistical data as On the other hand, when the determination result by the exit person information determination processing unit 81_2 is an exit target person, the number-of-people statistics processing unit 81_3 sets the user information as “−1” based on the received departure floor and destination floor information. Update the data.

  The destination call cancellation target determination processing unit 81_4 cancels the destination call when the user becomes “0” due to the statistical update in the number-of-users statistical processing unit 81_3. The allocation command processing unit 81_5 performs processing related to allocation of the elevators 6_1,..., 6_n of the elevator unit 6.

  For each of the functional units 81_1 to 81_5, the learning system 82, and the intelligent system 83 of the operation management control system 81 in the group management control unit 8 described above, the processor interprets and executes a program that realizes each function, thereby enabling software. Can be realized. At this time, information such as programs, tables, and files that realize the functions of the functional units 81_1 to 81_5 are recorded in a recording device such as a memory, a hard disk, and an SSD, or a recording medium such as an IC card, an SD card, and a DVD. be able to. Moreover, about each function part 81_1-81_5 of said operation management control system 81, learning system 82, and intelligent system 83, those parts are implement | achieved by hardware, for example by designing with an integrated circuit etc. Is also possible.

(I / O control unit functions)
The input / output control unit 9 plays a role of assisting data transmission / reception between the landing destination floor reading unit 3, the gate control unit 4, the security system 5 and the group management control unit 8 which are input / output interfaces.

(Configuration of elevator platform)
FIG. 2 is an example of a schematic plan view showing an example of the configuration of the elevator hall when a user enters. FIG. 3 is an example of a schematic plan view showing an example of the configuration of the elevator hall when the user leaves.

  A plurality of, for example, four gates 44_1 to 44_4, through which a user passes, are arranged at the landings leading to the entrances and exits of the respective units (elevators) 6_1, ..., 6_n. On the entrance side of each of the gates 44_1 to 44_4, there is provided an entrance personal information reading terminal device 2A that reads ID information from an information medium possessed by an approaching user (entrance) M1. On the exit side of each of the gates 44_1 to 44_4, an exit personal information reading terminal device 2B that reads ID information from an information medium possessed by the approaching user (exit person) M2 is provided. The personal information reading terminal device 2A for entrance and the personal information reading terminal device 2B for exit belong to the information reading terminal device 2 of FIG.

[Processing operation of each part]
Next, the processing operation of each unit will be described.
In FIG. 1, a landing destination floor registration device 1 and an information reading terminal device 2 detect that a user arrives at an elevator landing. As shown in FIG. 2, for example, when the user M1 approaches the gate 44_1, ID information is read from the information medium possessed by the user M1 by the entrance personal information reading terminal device 2A. This ID information is given from the landing destination floor reading unit 3 to the visitor determination processing unit 52 through the input information reception processing unit 51 of the security system 5.

  The visitor determination processing unit 52 determines whether or not the ID information given through the input information reception processing unit 51 is ID information registered in the registered ID management processing unit 54. When the ID information is already registered, a gate open signal is given from the gate control processing unit 56 to the gate control unit 4 via the input / output control unit 9. In response to this, the gate control unit 4 gives a gate open signal to the gate opening / closing unit 42 to open the gate 44_1. Thereby, the user M1 shown in FIG. 2 can enter from the opened gate 44_1.

  On the other hand, the visitor determination processing unit 52 of the security system 5 extracts registration information such as a departure floor, a destination floor, and a user attribute corresponding to the ID information, and registers the registration information in the visitor signal as 0x00 having a 1-byte configuration, for example. Is transmitted from the elevator information transmission processing unit 55 to the group management control unit 8 via the input / output control unit 9.

  The group management control unit 8 receives a signal from the security system 5 by the input reception processing unit 81_1 of the operation management control system 81 separately from the well-known number assignment processing by automatic registration of the destination floor, and the operation management control system 81 Registration process starts.

  Further, when the user M2 who has passed through the gate 44_1 and headed toward the elevator boarding / exiting side is going to leave the gate 44_1 for some reason, for example, as shown in FIG. The ID information is read from the information medium possessed by the user M2 by the device 2B. This ID information is given from the landing destination floor reading unit 3 to the exit person determination processing unit 53 through the input information reception processing unit 51 of the security system 5.

  At this time, since the ID information has already been detected as an attendee, the exit person determination processing unit 53 determines that the exit person is to be canceled. For example, the departure floor signal is set to the exit signal as 0x80 having a 1-byte configuration. Is transmitted from the elevator information transmission processing unit 55 to the input reception processing unit 81_1 of the operation management control system 81 via the input / output control unit 9. Then, when the input reception processing unit 81_1 receives this signal, the operation management control system 81 starts the canceling process for the assigned car.

[Deterioration of operation efficiency due to useless elevator stops]
Here, after registering the destination floor, the user who passes through the gates 44_1 to 44_4 and goes to the elevator exit / exit side, as described above, may leave the gates 44_1 to 44_4 for any reason. There is. At this time, if the user leaving the gates 44_1 to 44_4 does not change the destination floor, a destination call that does not actually have a user is registered. And when there is no other user, the useless stop of an elevator occurs and operation efficiency falls.

  For some reason, a user who passes through the gates 44_1 to 44_4 and goes to the elevator exit / exit side notices something left behind, or goes back to a nearby toilet or convenience store. . Here, a description has been given of a decrease in operation efficiency due to a useless stop of an elevator when the gate 44_1 to 44_4 leaves the gate 44_1 to 44_4 for any reason. It is not limited to when you leave 44_4.

  Another example will be described with reference to FIG. FIG. 4 is an example of a schematic plan view showing an example of the configuration around the elevator hall when a conference room exists on the same floor as the elevator hall. Here, a case where, for example, two conference rooms A and B exist on the same floor as the elevator platform on the back side of the elevator section (elevator room) 6 is illustrated. In the vicinity of the entrances of the conference rooms A and B, personal information reading terminal devices 2C and 2D for entrance such as card readers are installed. The personal information reading terminal devices 2C and 2D for entering the room belong to the information reading terminal device 2 of FIG.

  As another example, as shown in FIG. 4, in a building where, for example, two meeting rooms A and B exist on the same floor as the elevator platform, a user who has passed through gates 44_1 to 44_4 and headed toward the elevator exit / exit side. For example, the case where it enters into the conference room A can be illustrated. Also in this example, if the user M1 does not change the destination floor, a destination call that does not actually have a user will be registered. Will be reduced.

  As shown in FIG. 4, the personal information reading terminal device 2C for entrance provided near the entrance of the conference room A has a user M1 when the user M1 who has passed through the gate 44_1 tries to enter the conference room A, for example. The ID information is read from the information medium possessed by. This ID information is given from the landing destination floor reading unit 3 to the exit person determination processing unit 53 through the input information reception processing unit 51 of the security system 5.

  The exit person determination processing unit 53 determines whether or not the ID information given through the input information reception processing unit 51 is the ID information registered in the registration ID management processing unit 54. When the ID information is already registered, a door opening signal is given from the gate control processing unit 56 to the gate control unit 4 via the input / output control unit 9. Here, the gate control unit 4 performs not only the opening / closing control of the gates 44_1 to 44_4 but also the opening / closing control of the doors of the conference rooms A and B.

  In response to the door open signal from the gate control processing unit 56, the gate control unit 4 gives a door open signal to the gate opening / closing unit 42 to open the door of the conference room A. Accordingly, the user M1 illustrated in FIG. 4 can enter the conference room A. On the other hand, the exit person determination processing unit 53 of the security system 5 determines that the user M1 has entered the conference room A without using the elevators 6_1,..., 6_n, and the user M1 has the meeting. Information entering the room A is transmitted from the elevator information transmission processing unit 55 to the input reception processing unit 81_1 of the group management control unit 8 via the input / output control unit 9. Then, when the input reception processing unit 81_1 receives the information that the user M1 has entered the conference room A, the operation management control system 81 starts the canceling process of the assigned number machine.

  However, there is a case where the user M1 who enters the conference room A leaves the conference room A in a short time and uses the elevator as it is. Assuming such a case, it is necessary to continuously monitor each user who has passed through the gates 44_1 to 44_4 and headed toward the elevator entrance / exit for a predetermined time from the time of passing through the gates 44_1 to 44_4. With this monitoring, when the user M1 who has entered the conference room A leaves the conference room A within a predetermined time, it is not treated as a canceller.

  Further, in addition to the configuration in which the entrance to the conference room described above is detected to determine the exit from the landing, it may also be detected when entering the elevator landing to another bank. For example, when entering the elevator hall of a low-rise bank, if you register automatically to the low-rise bank and detect entry of a high-rise bank from the same floor with the same ID, the call of the low-rise bank that performed the automatic registration first Registration is subject to cancellation. In addition, a room other than the conference room may be used, and an entrance personal information reading terminal device may be installed in a room other than the room such as a restroom to detect entry to those places. In this manner, entry to a place other than the landing may be detected and it may be determined that the vehicle has left the landing.

[Cancellation processing in operation management control system]
Next, cancel processing in the operation management control system 81, which is an example of the control method of the elevator apparatus of the present invention, will be described with reference to the flowchart of FIG. FIG. 5 is an example of a flowchart showing an example of the flow of cancellation processing in the operation management control system 81. The cancellation processing flow described below is a processing flow executed in the group management control unit 8 under the control of the operation management control system 81.

  In the operation management control system 81, the input reception processing unit 81_1 receives security information transmitted from the security system 5 (step S1). Here, it is assumed that after the user M1 enters the gate 44_1 shown in FIG. 2, the user M2 leaves the gate 44_1 as shown in FIG. At this time, it is also conceivable that the user M1 who has entered and the user M2 who has exited are the same person. For example, there is a case where the user M1 who has entered the site notices something left behind and immediately turns back.

  When the leaving user M2 approaches the gate gate 44_1, the leaving personal information reading terminal device 2B reads ID information from the information medium possessed by the user M2. The read ID information is given from the landing destination floor reading unit 3 shown in FIG. 1 to the security system 5 via the input / output control unit 9, and further, the exit person determination processing unit 53 through the input information reception processing unit 51. Given to.

  The exit person determination processing unit 53 determines whether or not the ID information is ID information registered in the registered ID management processing unit 54. When the ID information is already registered, the gate control processing unit 56 gives a gate open signal to the gate control unit 4 via the input / output control unit 9. Then, the gate control unit 4 gives a gate opening signal to the gate opening / closing unit 42 to open the gate 44_1. Thereby, the user M2 shown in FIG. 3 can leave the gate 44_1 in the open state.

  At this time, the exit person determination processing unit 53 determines that the signal given through the input information reception processing unit 51 is the exit person information from the exit personal information reading terminal device 2B, and performs group management control on the exit person information. Transmit to unit 8. The entry / exit information transmitted from the security system 5 to the group management control unit 8 is, for example, a 1-byte signal of 0x00 for visitors and 0x80 for exits. The signal thus transmitted is subjected to reception processing by the input reception processing unit 81_1 of the operation management control system 81 in the group management control unit 8.

  When the input reception processing unit 81_1 receives the entry / exit information, the exit information determination processing unit 81_2 determines whether or not the received entry / exit information is the exit information (step S2). When the leaver information determination processing unit 81_2 determines that the leaver information to be canceled has been received (YES in S2), the user statistics processing unit 81_3 sets the departure floor and the destination floor of the exit, and the departure floor Based on the destination floor information, the user data is set to “−1” and the statistical data is updated (step S3). If it is not cancelled exit information (NO in S2), this process is terminated.

  Next, the destination call cancellation target determination processing unit 81_4 determines whether or not the number of registered users is 0 on the target floor of the exited person who is the cancellation target (step S4). As a result of the determination, when the number of users becomes 0 (YES in S4), the destination call cancellation target determination processing unit 81_4 sets the destination floor call as a cancellation candidate (step S5). On the other hand, if the number of users does not become 0 as a result of the determination (NO in S4), the destination call cancellation target determination processing unit 81_4 reduces the number of users on the departure floor and the destination floor by one (step S6), The process ends.

  Next, the destination call cancel target determination processing unit 81_4 determines whether or not the scheduled response machine for the destination floor call is already responding to the main call (destination floor call) (step S7). As a result of the determination, if the call is being answered (YES in S7), the destination call cancel target determination processing unit 81_4 cancels only the registration of the destination floor through the assignment command processing unit 81_5 (Step S8). The process ends. However, as a result of the determination, if the call is not being answered (NO in S7), the destination call cancel target determination processing unit 81_4 cancels the call registration itself through the assignment command processing unit 81_5 (Step S9), The process ends.

  When the signal received by the input information reception processing unit 51 is determined by the exit person determination processing unit 53 to be a signal from the entrance personal information reading terminal device 2A, the exit person determination processing unit 53 once performs the gate 44_1. Each user who has passed through ~ 44_4 and moved to the elevator exit / exit side is continuously monitored for a predetermined time.

  In the monitoring process by the exit person determination processing unit 53, whether a user who has once entered the elevator gate from the gates 44_1 to 44_4 exits from the gates 44_1 to 44_4 for some reason as shown in FIG. Be monitored. As a situation where such a situation occurs, for example, it may be possible to notice a lost item and turn it back, or to go to a nearby toilet or convenience store. Furthermore, when a conference room exists on the same floor as the elevator platform, a user who has once entered the elevator gate may use the conference room without using the elevator as shown in FIG. Conceivable.

  In the monitoring process by the leaving person determination processing unit 53, when the continuous monitoring time (predetermined time) elapses, the leaving person as a cancellation target is not determined. Therefore, even if a user who has moved to the destination floor using the elevator returns to the departure floor using the elevator again and exits from the gates 44_1 to 44_4, it is not a cancellation target.

  In addition, the same user who once entered the elevator boarding / exit from the gate 44_1 exits through any of the gates 44_1 to 44_4. After the ID information is read by the entrance personal information reading terminal device 2A, the exit individual This is determined by reading the ID information by the information reading terminal device 2B. However, this method is an example, and the present invention is not limited to this. For example, a method in which only one information reading terminal device 2 is installed, and the same ID information is detected again by the information reading terminal device 2 within a predetermined time for continuous monitoring, or other methods are applied. You can also.

  As described above, the group management elevator apparatus 10 according to the present invention has the same user who has passed through the gates 44_1 to 44_4 once exited from the gates 44_1 to 44_4 and has left the gates 44_1 to 44_4. The exit person determination processing part 53 which detects this is provided. Further, the group management elevator apparatus 10 includes a group management control unit 8 that includes an exit information determination processing unit 81_2 that determines the exit information of the cancellation target detected by the exit determination processing unit 53. Further, the group management elevator device 10 has the group management control unit 8 update the user statistical data regarding the departure floor and the destination floor of the leaving person to be canceled, and the user statistical data becomes 0. A destination call cancellation target determination processing unit 81_4 for canceling the destination floor or the call registration.

  Therefore, according to the group management elevator apparatus 10 of the present invention, once a user who has passed through the gates 44_1 to 44_4 leaves the gates 44_1 to 44_4 for any reason, he / she becomes an exit person to be canceled. Can be detected. And when the assigned car cannot be used, the destination floor call itself and the registration of the destination floor can be canceled, so that it is possible to improve the operation efficiency by suppressing the useless stop of the car (elevator). .

  In addition, this invention is not limited to above-described embodiment, Various modifications are included. For example, the above-described embodiment has been described in detail for easy understanding of the present invention, and is not necessarily limited to one having all the configurations.

  Further, in the above-described embodiment, the description has been given of the configuration that is linked to the security gates such as the gates 44_1 to 44_4. It can also be applied when is linked. In other words, if it is possible to determine entry / exit and enter / exit from the elevator platform, it is possible to determine whether the entrance / exit management system side of the floor has an entrance determination processing unit 52, an exit determination unit 53. By providing the functional units of the registration ID management processing unit 54 and the elevator information transmission processing unit 55, it is possible to suppress the useless stop of the number machine (elevator) and improve the operation efficiency.

  DESCRIPTION OF SYMBOLS 1 ... Landing destination floor registration apparatus, 2 ... Information reading terminal device, 2A ... Personal information reading terminal device for entrance, 2B ... Personal information reading terminal device for exit, 2C, 2D ... Personal information reading terminal device for entrance, 3 ... Platform Destination floor reading unit, 4 ... Gate control unit, 5 ... Security system, 6 ... Elevator unit, 6_1, ..., 6_n ... Elevator (unit), 7 ... Elevator control unit, 8 ... Group management control unit, 9 ... On Output control unit, 10 ... group management elevator device, 42 ... gate opening / closing unit, 44_1 to 44_4 ... gate, 51 ... input information reception processing unit, 52 ... visitor determination processing unit, 53 ... exit person determination processing unit, 54 ... registration ID management processing unit, 55 ... elevator information transmission processing unit, 56 ... gate control processing unit, 81_1 ... input reception processing unit, 81_2 ... exit information determination processing unit, 81_3 ... user Statistical processing unit, 81_4 ... destination call cancellation object determination unit, 81_5 ... assignment instruction processing unit

Claims (3)

An information reading terminal device for reading user ID information;
A registered ID management processing unit that verifies the ID information read by the information reading terminal device and determines whether or not the ID information is registered in advance, and a visitor determination processing unit that determines a user who enters the landing An exit determination processing unit for determining a user leaving the platform, and a service request transmission unit for transmitting a service request including destination floor registration information and user entry / exit information to the elevator side based on the ID information. Having a security system;
In response to the service request, an optimal elevator is selected from a plurality of elevators, and a group management control unit that performs elevator operation management; and
An elevator device comprising:
The group management control unit
The number of users is counted for each departure floor / destination floor based on the destination floor registration information transmitted by the service request transmission unit, and the number of users is determined based on the entrance / exit information. If the number of users is determined to have been left, and the number of users is subtracted,
A destination call cancellation target determination processing unit for canceling registration of the destination floor or call registration when the number of users related to the departure floor or the destination floor becomes 0 by the processing of the number-of-users statistics processing unit ; I have a,
The destination call cancellation target determination processing unit cancels the registration of the destination floor when the elevator assigned to the call registration is responding to the departure floor of the destination floor call, and assigns the call registration. Cancel the call registration when the elevator is not responding to the departure floor of the destination floor call
Elevator device comprising a call. The information reading terminal device is arranged near the entrance of a place other than the landing provided on the same floor as the landing,
The elevator apparatus according to claim 1, wherein the exit person determination processing unit determines a user who enters a place other than the landing as an exit person from the landing . Information reading terminal device that reads user ID information, registration ID management processing unit that checks whether the ID information is read in advance by collating the ID information read by the information reading terminal device, and to the landing A visitor determination processing unit for determining a user to enter, a leaver determination processing unit for determining a user leaving the landing, and a service including destination floor registration information and user entry / exit information based on the ID information A security system having a service request transmission unit for transmitting a request to the elevator side;
In response to the service request, an optimal elevator is selected from a plurality of elevators, and a group management control unit that performs elevator operation management; and
An elevator apparatus control method comprising:
The number of users is counted for each departure floor / destination floor based on the destination floor registration information transmitted by the service request transmission unit, and the number of users is determined based on the entrance / exit information. If you decide to leave, and if you decide to leave, the user statistics processing to subtract the number of users,
The number of users related to the departure floor or the destination floor is
A destination call cancellation target determination process for canceling the registration of the destination floor or the call registration when the destination becomes 0,
In the destination call cancellation target determination process, when the elevator assigned to the call registration is responding to the departure floor of the destination floor call, the destination floor registration is canceled and assigned to the call registration. Cancel the call registration when the elevator is not responding to the departure floor of the destination floor call
The method features and to Rue elevators device and this.

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