JP2015101434A - Elevator device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an elevator device capable of performing automatic registration with high reliability without spoiling convenience.SOLUTION: An elevator device which reads tag information from an RFID reader 2 installed on a car 1, collates with personal data, and automatically registers use floor data of a building user into an elevator control panel 6 is provided with: the RFID reader 2 reading the RFID tag information; a personal data storage part 8 for holding the personal data associated with the tag information; a personal authentication determination part 9 for collating with the personal data and extracting the use floor data when the RFID reader 2 reads the tag information; an automatic registration indication part 12 for receiving the use floor data from the personal authentication determination part 9 and giving a destination floor automatic registration signal to the elevator control panel 6; and a cancellation determination part 15 for cancelling the automatic registration of the destination floor automatic registration signal by unnecessary reading by the RFID reader 2.

Description

  The present invention relates to an elevator apparatus that performs secure driving, and more particularly, to an elevator apparatus that performs automatic registration of a destination floor using an RFID reader and an RFID tag.

  When a building user holds an RFID tag using a car key or a portable terminal and gets on the elevator car, the building reader that the RFID reader in the elevator car gets in by short-range wireless communication automatically A security system of an elevator apparatus that confirms and automatically registers the destination floor of the building user and operates the elevator is known from Patent Document 1 or the like.

International Publication No. WO09-107206

  In a method in which a battery is not built in an RFID tag such as a non-contact IC card that has been conventionally used, the communicable distance is relatively short. Therefore, it is necessary to bring the RFID tag closer to the RFID reader according to the intention of the user.

  Contrary to the above, the RFID tag system with a built-in battery and capable of transmitting radio waves with its own power can increase the communication distance, so that personal authentication is possible without bringing the RFID tag close to the RFID reader. Will be better.

  However, when an RFID tag and an RFID reader having a long communication distance are applied to the security system of an elevator apparatus, the following problems arise. In the case of an RFID tag with a long communication distance, the RFID reader installed in the car or at each landing reads the RFID tag information regardless of the intention of the RFID tag holder, and driving efficiency is improved by unnecessary automatic registration. There is a problem of lowering.

  An object of the present invention is to provide an elevator apparatus that can perform highly reliable automatic registration without impairing convenience.

  In order to achieve the above-mentioned object, the present invention reads the RFID tag information from the RFID tag held by the building user with the RFID reader installed in the car, compares it with the personal data registered in advance, and uses the building user's floor. An elevator device that extracts data and gives this use floor data to an elevator control panel that controls the car and performs automatic registration, an RFID reader that is placed in the car and reads RFID tag information, and RFID tag information A personal data storage unit for storing personal data associated with the floor data of the building user and personal data stored in advance in the personal data storage unit when the RFID reader placed in the car reads the RFID tag information. A personal authentication determination unit that performs verification and use floor data extraction, and receives the floor data from the personal authentication determination unit An automatic registration instructing unit for giving a destination floor automatic registration signal to the beta control panel and a cancellation determination unit for canceling automatic registration of the destination floor automatic registration signal due to unnecessary reading from the RFID reader by the RFID reader arranged in the car It is characterized by that.

  According to the elevator apparatus according to the present invention, when an RFID reader is arranged in a car and the RFID tag information is read by the RFID reader, the personal authentication determination unit performs collation processing with personal data and extraction of the registered floor. If this is done, reading of RFID tag information of passengers getting out of the car and automatic registration of duplicate unnecessary registration floors will occur, but a personal authentication cancellation determination unit and an automatic registration cancellation determination unit are added. Automatic registration by reading unnecessary RFID tag information can be canceled, cancellation conditions can be extracted with a simple configuration, and a highly reliable elevator apparatus avoiding redundant unnecessary automatic registration Can do.

The block diagram which shows schematic structure of the elevator apparatus by one embodiment of this invention. The block diagram which shows schematic structure of an elevator control panel and a security system. The flowchart which shows the processing operation of the security system shown in FIG. The flowchart which shows the processing operation of the elevator control panel shown in FIG.

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

  FIG. 1 is a block diagram showing a schematic configuration of an elevator operation control apparatus according to an embodiment of the present invention.

  The elevator operation control apparatus according to the present invention includes a car 1, stop floor equipment 4, 5, an elevator control panel 6, and a security system 7.

  Among these, in the car 1 that moves up and down each stop floor of the building, there are an RFID reader 2 that reads information of an RFID (Radio Frequency Identification) tag, a camera 3 that photographs passengers in the car 1, and a destination floor. A destination floor button (not shown) to be registered is provided.

  On the stop floor where the car 1 stops, as the stop floor facilities, the normal landing call device 4 (4A, 4B-4N) provided on each floor and the RFID tag provided near the landing floor device 4N on the entrance floor are read. An RFID reader 5 for making a call to the basket is arranged.

  The normal operation of the car 1 is controlled by the elevator control panel 6.

  The security system 7 receives inputs from the RFID reader 5 in the vicinity of the hall device 4N on the entrance floor, the RFID reader 2 in the car 1, and the camera 3 in the car 1, and exchanges signals with the elevator control panel 6.

  With the above configuration, the elevator operation control device according to the present invention uses the RFID reader 2 in the elevator to read information on the RFID tag possessed by the building user (passenger), and thereby performs security operation on the elevator control panel 6. It is configured to perform automatic destination floor registration. Note that an RFID tag possessed by a building user (passenger) is preferably realized by using a wireless communication function of a car key or a portable terminal, for example.

  FIG. 2 is a block configuration diagram showing a schematic configuration of the elevator control panel 6 and the security system 7.

  The security system 7 in FIG. 2 stores personal data associated with elevator use floor data and RFID tag information of a building user in the personal data storage unit 8. For example, the elevator floor of the building user A is the 10th floor, the RFID tag information is “XXXX”, the elevator floor of the building user B is the 8th floor, and the RFID tag information is “OOOO”. Is memorized.

  The RFID tag information of the building user taken in from the RFID reader 5 in the vicinity of the landing device on the entrance floor 4N and the RFID reader 2 in the car 1 is taken into the personal authentication determination unit 9 of the security system 7. Furthermore, the personal authentication determination unit 9 is connected to the personal data storage unit 8 and can obtain personal data stored in the personal data storage unit 8. As a result, the personal authentication determination unit 9 uses the RFID tag information S1 of the building user from the RFID readers 2 and 5 and the personal data S2 from the personal data storage unit 8 (elevator use floor data of the building user, RFID tag information, etc. The data is stored in association with each other), the building user is personally authenticated, the building user's destination floor data is extracted, and the destination floor registration signal S3 is output to the automatic registration instruction unit 12.

  The personal authentication determination unit 9 generates a destination floor registration signal S3 using the RFID tag information S1. On the other hand, since the RFID reader 2 obtains the RFID tag information S1 if it is close to the RFID tag, only the information necessary at the time of boarding is made valid, and the RFID tag information S1 in other situations is effective. Must be disabled. If invalid processing is not performed, the destination floor registration processing repeatedly occurs, increasing the processing load and lowering the operation efficiency.

  In the following description, several scenes in which the RFID tag information S1 is invalidated and its processing will be described. The first scene in which the RFID tag information S1 is invalidated is that when the building user gets out of the elevator, the RFID tag possessed by the building user and the RFID reader 2 come close to each other and obtain the RFID tag information S1. The destination floor automatic registration signal S3 is issued. For this measure, an image analysis unit 10 that analyzes the video of the camera 3 and a personal authentication cancellation determination unit 11 are provided.

  The image analysis unit 10 of the security system 7 is provided with image data captured by the camera 3 in the car 1 when the building user uses the elevator, and is analyzed. The image analysis here is, for example, confirming whether the user has entered or got off as the moving direction of the building user. The analysis result signal S4 of the image analysis unit 10 is given to the personal authentication cancellation determination unit 11.

  The personal authentication cancellation determination unit 11 makes a determination for canceling the destination floor registration signal S3 given to the automatic registration instruction unit 12 by the personal authentication determination unit 9. For example, the first destination floor registration signal S3 when entering a building user is valid, but the destination floor re-registration by the destination floor registration signal S3 that occurs when the RFID reader 2 and the RFID tag are in close proximity is prevented. In order to do so, it is determined whether or not cancellation is possible.

  More specifically, this processing is based on the image data captured by the camera 3 that the detection does not require redesignation of the destination floor when the RFID reader 2 installed in the car 1 detects the operation. It discriminates and prevents redesignation of the destination floor. Specifically, it is determined from the image data captured by the camera 3 that the building user has exited the car 1, and the detection of the RFID reader 2 at this time is detection that does not require redesignation of the destination floor. To prevent redesignation of the destination floor.

  As described above, the personal authentication cancellation determination unit 11 using the image data captured by the camera 3 is installed to compensate for the placement of the RFID reader 2 in the car 1. The reason for this will be described in more detail.

  As described above, the short-range wireless communication using the RFID reader 2 and the RFID tag has no directivity and can be detected within the communication distance range. However, when the RFID reader 2 is installed in the car 1, for example, not only when the RFID tag holder gets into the car 1, but also when it gets off within the communication distance range, it is detected and unnecessary. It may happen that useless destination floor automatic registration is performed due to reading of RFID tag information.

  The personal authentication cancellation determination unit 11 uses the data from the image analysis unit 10 when the RFID tag information is read from the RFID reader 2 in the car 1 to determine whether the RFID tag holder has entered the car 1. It has the passenger movement direction detection part 14 which determines whether it got off.

  Thus, when the RFID reader 2 reads while the RFID tag holder who has already entered the car 1 is about to get out of the car 1, the passenger movement direction detection unit using the analysis image of the camera 3 14, the personal authentication cancellation determination unit 11 can determine that it is erroneous detection, and can provide a cancel signal S5 to the automatic registration instruction unit 12 to prevent erroneous registration (redesignation of the destination floor).

  The automatic registration instruction unit 12 sends a destination floor automatic registration signal to the elevator control panel 6 by using the destination floor registration signal S3 from the personal authentication determination unit 9 and the cancel signal S5 from the personal authentication cancellation determination unit 11. The automatic registration instructing unit 12 receives the destination floor registration signal S3 from the personal authentication determination unit 9, and when there is no cancel signal S5 from the personal authentication cancellation determination unit 11, the automatic registration instruction unit 12 sends the destination floor automatic registration signal by the elevator control panel. 6 is output.

  The automatic registration instructing unit 12 receives the destination floor registration signal S3 from the personal authentication determination unit 9 and, when there is a cancel signal S5 from the personal authentication cancellation determination unit 11, controls the destination floor automatic registration signal by security driving by elevator control. Does not output to panel 6.

  Although not shown, the elevator operation control apparatus of the present invention includes a communication unit that performs communication with the elevator control panel 6 and a control unit 13 that controls these units according to a program stored in advance. Although it has, detailed description about these parts is abbreviate | omitted.

  On the other hand, the elevator control panel 6 for controlling the car 1 is configured as follows. The elevator control panel 6 includes an automatic registration cancellation determination unit 15 that cancels the destination floor automatic registration signal S3 from the security system 7 when the car is operating in the up-down direction and during traveling.

  The personal authentication cancellation determination unit 11 described above. As a first scene in which the destination floor automatic registration signal S3 is invalidated, measures were taken when the building user got off the elevator. On the other hand, the automatic registration cancellation determination unit 15 takes measures against the second and third scenes where the destination floor automatic registration signal S3 should be canceled.

  The second scene is when the car is traveling. In this state, the destination floor automatic registration signal S3 is obtained and traveling toward this destination floor. Even if the destination floor automatic registration signal S3 is obtained, Re-setting by re-signal is unnecessary. For this measure, the automatic registration cancellation determination unit 15 has a traveling state detection unit 17 that distinguishes whether the car 1 is traveling or stopped when the destination floor automatic registration signal S3 is received from the security system 7. doing.

  The third scene is when the building user gets into the car for the purpose of descending from the use floor to the entrance floor and instructs the descent before the operation (stopped). Even if the building user gets the destination floor automatic registration signal S3 which means the usage floor when getting in from the usage floor, the usage floor information is not necessary when descending, so that resetting by the destination floor automatic registration signal S3 is unnecessary. For this purpose, the automatic registration cancellation determination unit 15 distinguishes whether the car 1 is in the upward driving or the downward driving when receiving the destination floor automatic registration signal S3 from the security system 7. It has further.

  First, the function of the traveling state detection unit 17 will be described. In a state where the traveling state detection unit 17 detects that the car 1 is traveling, the RFID reader 2 has already read the RFID tag information while the car 1 is stopped, and the destination floor automatic based on the personal authentication result. Registration has been done. Therefore, even if the destination floor automatic registration signal of the same floor is sent from the security system 7 during the subsequent traveling of the car 1, the destination floor automatic registration (re-registration) is canceled by the function of the traveling state detection unit 17. Can do.

  Next, the function of the driving direction detection unit 16 will be described. When the driving direction detection unit 16 detects that the car 1 is in the downward direction driving, it is determined that the RFID tag holder who has entered the car goes to the entrance floor. Even if the RFID reader 2 reads the RFID tag before the arrival of the entrance floor and a destination floor automatic registration signal is sent from the security system 7, the automatic registration cancellation unit 15 can cancel the destination floor movement registration. .

  For example, building user A, whose elevator usage floor is 10th floor, gets into the elevator that is operating in the downward direction from the 10th floor, and the RFID reader 2 that has detected the boarding reads the RFID tag, and as the destination floor automatic registration signal Even if the 10th floor, which is the location where I was in, is instructed, this is canceled.

  On the other hand, when the driving direction detection unit 16 detects when the car 1 is in the upward direction, when the vehicle stops temporarily on the intermediate floor before arriving at the registration floor, The RFID reader 2 can read the RFID tag information and perform automatic registration of the destination floor up to the registration floor.

  Further, when the driving direction detection unit 16 detects when the car 1 is in the upward direction driving and does not stop on the middle floor until it reaches the registered floor, the driving state detection unit 17 determines the driving state. Therefore, even if the RFID reader 2 reads the RFID tag information, the duplicate destination floor automatic registration can be canceled as the RFID tag holder in the car 1 that has already been read.

  Next, the processing operation of the security system 7 will be described with reference to the flowchart shown in FIG.

  First, the function of the image analysis unit 10 is shown in step S1. In step S1, image data from the camera 3 is captured and image analysis is performed. The camera 3 and the image analysis unit 10 may be dedicated or may be used for other purposes. The image analysis unit 10 and the passenger movement direction detection unit 14 analyze the passenger movement direction from the image data when the passenger enters and exits from the car 1, stores and holds the result data, and the result data within a predetermined time. If there is no use, delete.

  On the other hand, the function of the personal authentication determination unit 9 is shown in steps S2 to S4. Of these, in the first step S2, reading from the RFID tag by the RFID reader 2 arranged in the car 1 and the RFID reader 5 arranged on the entrance floor is monitored.

  Here, the reading timing or reading example from the RFID tag is as follows. For example, when the RFID reader 5 placed on the entrance floor reads the RFID tag information and the hall call automatic registration is performed based on the result of personal authentication by the security system, or the registration button of the hall call device 4N on the entrance floor is operated. The elevator control panel 6 drives the car 1 to the entrance floor. After that, when the car 1 arrives at the entrance floor and the RFID tag holder gets into the car 1, the RFID reader 2 arranged in the car 1 reads the RFID tag information.

  When reading occurs, the personal authentication determination unit 9 refers to the personal data in the personal data storage unit 8 using the RFID tag information read in step S3, and grants permission if corresponding personal data exists, Corresponding destination floor data is extracted and transmitted to the automatic registration instruction unit 12 in step S4.

  The function of the automatic registration instruction unit 12 is shown in steps S5 to S7. Among these, in the first step S5, it is determined whether or not there is a cancel signal from the personal authentication cancellation determination unit 11 based on the passenger moving direction determination based on the image data analysis result from the image analysis unit 10.

  If there is a cancel signal from the personal authentication cancellation determination unit 11 (Yes), the output of the destination floor automatic registration signal to the elevator control panel 6 is stopped in step S6. However, if there is no cancel signal from the personal authentication cancellation determination unit 11 (No), a destination floor automatic registration signal by security driving is output to the elevator control panel 6 in step S7. Receiving this, the elevator control panel 6 automatically registers the registered floor of the RFID tag holder as the destination floor, and then provides services to the registered floor.

  The cancellation determination process in the automatic registration cancellation determination unit 15 by the elevator control panel 6 is performed according to the flowchart shown in FIG.

  First, in step S8, a destination floor automatic registration signal from the security system 7 is input. In the automatic registration cancellation determination unit 15, when the driving direction detection unit 16 shown in FIG. 2 receives the destination floor automatic registration signal from the security system 7, the car 1 is in the upward direction driving or the downward direction driving. Detected. Further, when the traveling state detection unit 17 receives the destination floor automatic registration signal from the security system 7, it detects that the car 1 is traveling or stopped.

  In FIG. 4, the function of the traveling state detection unit 17 is shown in step S9, and the function of the driving direction detection unit 16 is shown in step S10. According to the illustration of FIG. 4, when the car is stopped and the driving direction is rising by the detection functions of the traveling state detection unit 17 (step S9) and the driving direction detection unit 16 (step S10), Step S11 is selected when S12 is selected and the car is traveling or when the driving direction is descending.

  A more detailed description will be given in accordance with specific operating conditions. Here, it is assumed that the RFID tag holder has entered the car 1 stopped on the entrance floor. Thus, since the RFID reader 2 in the car 1 has read the RFID tag information, the running state detection unit 17 is stopped at the entrance floor when the running state of the car 1 is determined in step S9. Since there is, it progresses to step S10. The driving direction detection unit 16 determines the moving direction of the car 1 in step S10, and is the driving direction from the entrance floor to the upper floor.

  Therefore, when the RFID tag holder gets into the car 1 from the entrance floor, the automatic registration cancellation determination unit 15 determines that the cancellation condition is not satisfied in step S12. As a result, the elevator control panel 6 automatically registers the registered floor of the RFID tag holder as a destination floor, and then provides services to the registered floor.

  Next, it is assumed that the RFID reader 2 in the car 1 periodically reads the same RFID tag information and receives the destination floor automatic registration signal from the security system 7 while the car 1 is in the ascending operation. In this case, the automatic registration cancellation determination unit 15 performs a determination process on the duplicate destination floor automatic registration signal as follows.

  Since the traveling state detection unit 17 determines in step S9 that the current car 1 is traveling (in the upward direction), the traveling state detection unit 17 proceeds to step S11 and concludes that the cancellation condition is satisfied. Cancel the destination floor automatic registration signal from 7. For this reason, duplicate automatic registration is not performed for this duplicate reading.

  In contrast, it is assumed that a plurality of RFID tag holders have entered the car 1 that has been stopped on the entrance floor. At this time, the RFID reader 2 in the car 1 reads the individual RFID tag information, refers to the corresponding personal data in the personal authentication determination unit 9, gives permission if already registered, and extracts the registered floor respectively. Then, the extracted data is transmitted to the automatic registration instruction unit 12. The personal authentication cancellation determination unit 11 and the automatic registration cancellation registration determination unit 15 perform the determination process for each reading as shown in FIGS.

  Next, an operation in each scene assumed when the RFID tag holder gets in from the registration floor and moves to the entrance floor will be described.

  When the RFID tag holder enters the car 1, the RFID tag holder operates the destination floor button on the entrance floor to register the destination floor to the entrance floor. At the same time, the RFID tag information is read by the RFID reader 2, the corresponding destination floor data is extracted by the personal authentication determination unit 9, and a destination floor automatic registration signal is output from the security system 7 to the elevator control panel 6. However, since the destination floor output from the security system 7 is the car stop floor, the elevator control panel 6 cancels the destination floor based on the RFID tag information.

  Thereafter, the car travels toward the entrance floor in the downward driving direction, and the RFID tag information of the RFID tag holder is read by the RFID reader 2 even while the car is traveling, and personal authentication is performed from the security system 7 to the elevator control panel 6. A destination floor automatic registration signal to the registered floor is output as a result. However, even if the elevator control panel 6 receives the destination floor automatic registration signal from the security system 7 to the registration floor, the traveling state detection unit 17 shown in FIG. 4 detects that the car 1 is traveling. In step S11, the automatic registration is not performed on the registered floor where it is determined that the cancellation has been made, and only the descent operation to the entrance floor is performed.

  Further, even when the car stops on the middle floor by operating the hall call button on the middle floor, the destination floor automatic registration signal to the registration floor by reading the RFID tag information by the RFID reader 2 is sent again from the security system 7 to the elevator control panel 6. Although the driving direction detection unit 16 in FIG. 4 determines the driving direction of the car 1 in step S10 and is the downward driving direction with respect to the car position, the automatic registration cancellation determination unit 15 Since it determines with canceling at step S11, the destination floor automatic registration to a registration floor can be canceled.

  When the car 1 arrives at the entrance floor, the RFID reader 2 may read the RFID tag information when the RFID tag holder in the car 1 leaves the car 1. However, also in this case, the passenger movement direction detection unit 14 determines that the cancellation condition is satisfied in step S5 in order to detect the state in which the RFID tag holder gets off in step S1. Accordingly, since the personal authentication cancellation determination unit 11 can give a cancel signal to the automatic registration instruction unit 12, it is possible to prevent the registration floor from being registered again for the RFID tag holder who has exited from the car 1. Can do.

  On the contrary, the operation in each scene assumed when the RFID tag holder gets in from the entrance floor and moves to a predetermined floor will be described.

  First, when another RFID tag holder has entered the car 1 on the entrance floor, the passenger movement direction detection unit 14 can detect the boarding in step S1. At this time, the automatic registration instruction unit 12 receives the permission signal from the personal authentication determination unit 9 and transmits an automatic registration signal to the elevator control panel 6.

  Next, in the elevator control panel 6, when the driving direction detector 16 switches the driving direction of the car 1 to the upward direction in step S10, it is determined in step S12 that automatic registration of the destination floor is not canceled and the destination floor to the registration floor is determined. Automatic registration is performed.

  As a special case, it is conceivable that the RFID tag holder gets in from the registration floor and reaches the entrance floor, but gets back into the car 1 again to return forgotten items. Also in this case, the passenger movement direction detection unit 14 can detect boarding from the passenger movement direction in step S9, so the cancellation condition is not satisfied. Therefore, the automatic registration instruction unit 12 that has received the permission signal from the personal authentication determination unit 9 can transmit an automatic registration signal to the elevator control panel 6.

  In the elevator apparatus described above, when the RFID tag information is read by the RFID reader 2 arranged in the car 1, the personal authentication determination unit 9 performs the collation process with the personal data, and the registration floor corresponding to the matching is obtained. Extraction and automatic registration are performed.

  However, when the RFID reader 2 is arranged in the car 1 and the RFID tag information is read by the RFID reader 2, the personal authentication determination unit 9 performs collation processing with personal data and extraction of the registered floor, and then automatically The configuration for performing automatic registration from the registration instruction unit 12 is the automatic registration of the destination floor to the unnecessary registration floor by reading the RFID tag information of the RFID tag holder who gets off from the car 1, and the descent operation from the registration floor to the entrance floor Automatic registration of destination floors for duplicate registration floors will occur.

  In this regard, by adding the personal authentication cancellation determination unit 11 and the automatic registration cancellation determination unit 15, the cancellation condition is extracted with a simple configuration, and unnecessary reading of RFID tag information and overlapping destination floor automatic registration are canceled. Since it did in this way, unnecessary destination floor automatic registration can be avoided and it can be set as a highly reliable elevator apparatus.

  In the above-described embodiment, as shown in FIGS. 3 and 4, the signals taken from the passenger movement direction detection unit 14 and the detection results of the driving direction detection unit 16 and the traveling state detection unit 17 are used. However, the present invention is not limited to this.

  For example, when the destination floor automatic registration signal output from the security system 7 is held in the storage unit in the elevator control panel 6 for a predetermined time, and the same destination floor automatic registration signal is received again from the security system 7 within the predetermined time. The automatic registration cancellation determination unit 15 that performs the determinations in steps S9 and S10 in FIG. 4 is collated with the stored information in the storage unit. A cancel signal may be transmitted from the determination unit 15. At this time, the information held in the storage unit for a certain period of time is stored until the arrival of the destination floor of the car 1 at that time, and then reset.

  In the above-described embodiment, the passenger movement direction detection unit 14 related to the personal authentication cancellation determination unit 11 is configured in the security system 7, but may be configured in the elevator control panel 6. In addition, although the camera 3 and the image analysis unit 10 are used to discriminate the entry / exit of the RFID tag holder from the car 1, the present invention is not limited to this and can be used as a separate device from the security system 7. It can also be configured.

  As described above, the present invention reads the RFID tag information, compares it with the personal data registered in advance in the personal data storage unit 8 to give permission, extracts the registered floor data, and controls the car 1. In the elevator apparatus that performs automatic registration by giving the registration floor data to the panel 6, the RFID reader 2 is arranged in the car 1 and reads the RFID tag data in the security system 7, and the elevator apparatus 1 is arranged in the car 1. When the RFID reader 2 reads the RFID tag data, a personal authentication determination unit 9 that collates with personal data stored in advance and extracts registered floor data, and receives registration floor data from the personal authentication determination unit 9 An automatic registration instructing unit 12 for giving an automatic registration signal to the elevator control panel 6 and the RFID reset unit disposed in the car 1 When the personal authentication cancellation determination unit 11 cancels automatic registration due to duplicate reading from the RFID reader 2 by the driver 2, and when the elevator control panel 6 receives a destination floor automatic registration signal from the security system 7, the car 1 An automatic driving cancel determination unit 15 that cancels automatic registration by driving direction determination and traveling state determination is provided.

  According to such a configuration, when the RFID reader 2 is arranged in the car 1, and the RFID tag information is read by the RFID reader 2, the personal authentication determination unit 9 performs collation processing with personal data and registration floor extraction. However, unnecessary reading of RFID tag information and automatic registration of duplicate registration floors will occur, but it is unnecessary to add a personal authentication cancellation determination unit 11 and an automatic registration cancellation determination unit 15 Automatic registration of destination floors by reading RFID tag information can be canceled, cancellation conditions can be extracted with a simple configuration, and a highly reliable elevator apparatus avoiding unnecessary destination floor automatic registration Can do.

  In the present invention, in addition to the above-described configuration, when the RFID tag information is read from the RFID reader 2 in the car 1, the personal authentication cancellation determination unit 11 can get the RFID tag holder into the car 1. Passenger movement direction detection unit 14 for determining whether the vehicle has descended or not, and the automatic registration cancellation determination unit 15 receives the destination floor automatic registration signal from the security system 7, and the car 1 is operating in the upward direction or in the downward direction. A driving direction detection unit 16 that detects when the vehicle is traveling, and a traveling state detection unit 17 that detects that the car is traveling or stopped when a destination floor automatic registration signal is received from the security system 7 It is characterized by.

  According to such a configuration, the personal authentication cancellation unit 11 reads the RFID tag when the RFID reader 2 reads the RFID tag when the passenger movement direction detection unit 14 detects that the RFID tag holder has descended from the car 1. You can also cancel automatic registration. In addition, the automatic registration cancel unit 15 can get in when the driving direction detection unit 16 detects that the car 1 is running in the downward direction or the traveling state detection unit 17 detects that the car 1 is traveling. The RFID tag holder can preliminarily determine that he / she goes to the entrance floor and cancel the automatic registration even if the elevator control panel 6 receives the destination floor automatic registration signal from the security system 7. In this way, redundant and unnecessary automatic registration due to the RFID reader 2 being placed in the car 1 can be prevented.

1: Car 2: RFID reader 6: Elevator control panel 7: Security system 8: Personal data storage unit 9: Personal authentication determination unit 11: Personal authentication cancellation determination unit 12: Automatic registration instruction unit 14: Passenger movement direction detection unit 15 : Automatic registration cancellation determination unit 16: Driving direction detection unit 17: Running state detection unit

Claims (5)

RFID tag information is read from an RFID tag held by a building user by an RFID reader installed in the car, collated with personal data registered in advance, and the floor data of the building user is extracted to control the car An elevator device that automatically registers by giving this floor data to the elevator control panel,
An RFID reader that is arranged in the car and reads the RFID tag information, a personal data storage unit that holds personal data in which the RFID tag information is associated with the use floor data of the building user, and in the car A personal authentication determination unit that performs collation with personal data stored in the personal data storage unit in advance and extracts usage floor data when the RFID reader disposed reads the RFID tag information, and uses from the personal authentication determination unit An automatic registration instruction unit that receives floor data and gives a destination floor automatic registration signal to the elevator control panel, and automatic registration of a destination floor automatic registration signal by unnecessary reading from the RFID reader by the RFID reader disposed in the car An elevator apparatus characterized in that a cancel determination unit for canceling is provided. The elevator apparatus according to claim 1,
The cancellation determination unit includes a passenger movement direction detection unit that determines that the RFID tag holder has got out of the car when the RFID tag information is read from the RFID reader in the car. An elevator apparatus comprising: a personal authentication cancellation determination unit that invalidates the destination floor automatic registration signal when getting off the car. The elevator apparatus according to claim 1 or 2,
The cancellation determination unit includes a traveling state detection unit that detects whether the car is traveling or stopped, and invalidates the destination floor automatic registration signal obtained from the RFID tag information when traveling. An elevator apparatus comprising an automatic registration cancellation determination unit. The elevator apparatus according to claim 3,
The cancellation determination unit includes a driving direction detection unit that detects whether the car is in an upward driving or a downward driving, and is obtained from the RFID tag information when an upward driving is instructed during a stop. An elevator apparatus comprising an automatic registration cancellation determination unit that invalidates a destination floor automatic registration signal. RFID tag information is read from an RFID tag held by a building user by an RFID reader installed in the car, collated with personal data registered in advance, and the floor data of the building user is extracted to control the car An elevator device that automatically registers by giving this floor data to the elevator control panel,
An RFID reader that is placed in the car and reads the RFID tag information;
A personal data storage unit for holding personal data in which the RFID tag information is associated with use floor data of the building user, and the personal data in advance when the RFID reader arranged in the car reads the RFID tag information. A personal authentication determination unit that performs collation with personal data stored in the storage unit and extracts usage floor data; an automatic registration instruction unit that receives a usage floor data from the personal authentication determination unit and provides a destination floor automatic registration signal; When the RFID tag information is read from the RFID reader in the car, it is determined that the RFID tag holder has got out of the car, and when the RFID tag holder gets out of the car, the destination floor automatic registration signal is sent. A security system configured with a personal authentication cancellation determination unit to be invalidated;
An elevator control panel that controls a car in response to a destination floor auto-registration signal from the security system, a traveling state detection unit that detects that the car is running or stopped, and a direction in which the car goes up A driving direction detection unit for detecting that the vehicle is in operation or in descending direction is invalidated, invalidates the destination floor automatic registration signal obtained from the RFID tag information when traveling, and rises during stop An elevator apparatus comprising: an elevator control panel that invalidates a destination floor automatic registration signal obtained from the RFID tag information when an operation is instructed.

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