WO2021120345A1 - 一种采用指纹技术实现电梯楼层自动登记的外呼系统 - Google Patents

一种采用指纹技术实现电梯楼层自动登记的外呼系统 Download PDF

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Publication number
WO2021120345A1
WO2021120345A1 PCT/CN2020/070392 CN2020070392W WO2021120345A1 WO 2021120345 A1 WO2021120345 A1 WO 2021120345A1 CN 2020070392 W CN2020070392 W CN 2020070392W WO 2021120345 A1 WO2021120345 A1 WO 2021120345A1
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Prior art keywords
fingerprint
elevator
floor
call
registration
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PCT/CN2020/070392
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English (en)
French (fr)
Inventor
周世杰
蒋杭君
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江苏威尔曼科技有限公司
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Publication of WO2021120345A1 publication Critical patent/WO2021120345A1/zh

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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B66—HOISTING; LIFTING; HAULING
    • B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
    • B66B1/00—Control systems of elevators in general
    • B66B1/34—Details, e.g. call counting devices, data transmission from car to control system, devices giving information to the control system
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B66—HOISTING; LIFTING; HAULING
    • B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
    • B66B1/00—Control systems of elevators in general
    • B66B1/34—Details, e.g. call counting devices, data transmission from car to control system, devices giving information to the control system
    • B66B1/46—Adaptations of switches or switchgear
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B66—HOISTING; LIFTING; HAULING
    • B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
    • B66B5/00—Applications of checking, fault-correcting, or safety devices in elevators

Definitions

  • the invention relates to the technical field of elevator outbound call systems, and more specifically, to an outbound call system that uses fingerprint technology to realize automatic elevator floor registration.
  • the existing fingerprint elevator access control management system mainly consists of a fingerprint elevator reader installed in or outside the elevator car, a fingerprint elevator controller on the top of the car, a fingerprint collector installed in the management center, software, etc.
  • Fingerprint elevator access control management system an elevator access control system managed by fingerprint identification. First, collect the fingerprints of the users and register, and then the management personnel authorize the elevator access control system in the area. The authorized personnel can take the elevator in the area and reach the authorized scope.
  • the main components of the fingerprint elevator access control management system access controller, fingerprint identification device, electric control lock and other equipment.
  • the purpose of the present invention is to provide an outbound call system that uses fingerprint technology to realize automatic elevator floor registration. It can be compatible with the original structural design by embedding the fingerprint recognition panel into the elevator call button No need to install another fingerprint identification device externally. After the fingerprint registration user fingerprints the elevator user through the outbound call, the user does not need to register again in the car, making the elevator entry process more orderly and elevator passengers The probability of being jammed at the elevator door is effectively reduced, effectively reducing the probability of passengers being caught by the elevator door.
  • the elevator still runs according to the existing elevator management system, and through the internal cancellation module and call cancellation module , Effectively avoid the situation of stopping at floors where no users need to use the elevator, and effectively reduce the impact on the time of other personnel in the elevator.
  • Fingerprint recognition panels are installed on the surfaces of the exterior call buttons and the interior call buttons.
  • the fingerprint registration system includes an active registration module and a self-recognition registration module.
  • the fingerprint recognition panel can be embedded in the fingerprint recognition panel.
  • the call button can be compatible with the original structure design, and there is no need to install another fingerprint identification device externally.
  • the elevator After the fingerprint registration user fingerprints the elevator user through the outbound call, the user does not need to register again in the car
  • the fingerprint registration form of the active registration module is: the user actively enters fingerprint information and commonly used target floor numbers into the fingerprint registration system through the fingerprint collector at the property
  • the fingerprint registration form of the self-identification registration module is: The fingerprint identification device captures the same fingerprint more than N times within a week, and the actual arrival floor number of N times is stable, that is, more than 90% of the arrival floor numbers are the same floor number, and the floor number is the target floor number by default.
  • Those registered through both forms will be defaulted by the outbound call system as a fingerprint registered user, so that after pressing the outbound call button outside the car, when entering the car, there is no need to press the inside call button again to proceed to the floor.
  • the outbound call system can directly default to the destination floor number, which makes the entry process more orderly.
  • the probability of elevator passengers being blocked at the elevator door is effectively reduced, the probability of passengers being caught by the elevator door is effectively reduced, and the safety is improved. .
  • the N times need to be completed at least within 4 different days, and 4 ⁇ N ⁇ 7. Effectively guarantee that users who become fingerprint-registered through the self-identification registration module are residents of the building, or nearby people, or people who often communicate with the building, effectively improving the security through this method, and it is also a kind of safety for the actual users on the floor. Guaranteed.
  • the outbound call system further includes a landing behavior recording module, which is signally connected to the fingerprint identification device.
  • a landing behavior recording module Through the landing behavior recording module, the fingerprint registration user's status from high floor to low floor can be recorded.
  • you get off the elevator you can record the floor number as the default destination floor for getting off the elevator, so that when you get off the elevator, you do not need to press the floor number after entering the car.
  • the step-down behavior recording module realizes the collection, storage and analysis of the user's step-off information from the high floor to the low floor through the information collection unit, the information storage unit and the information analysis unit, and the information collection unit and the information storage unit And the information analysis unit can make the judgment of the landing floor of the fingerprint registered user more accurate, reduce the probability of error, and improve the satisfaction of the user experience of the outbound call system.
  • a call cancel module is provided on the surface of the outbound call panel, and the call cancel module includes an outbound call cancel button with a fingerprint recognition panel arranged on the surface of the outbound call panel, and the outbound call cancel button is managed by the boarding management.
  • the system is connected with the outbound call cancel button signal on another group of elevators. For non-registered users, the outbound call cancel button can cancel the outbound call.
  • the outbound call cancel button is controlled by the number of presses, the calculation interval of the presses is the interval between two elevator cars staying on the floor, and when the number of presses by the same user is two, and in order When the outbound elevator button is pressed once, and the outbound cancel button is pressed the other time, it means the outbound call is canceled.
  • the outbound cancel button here can be an outbound cancel button on a different elevator group. When the same user is on another elevator on the same floor, One set; when the outbound call button is pressed, non-the same user can directly press the outbound call cancel button once to cancel the call directly.
  • the target arrival floor number of the user registered through fingerprints is implicitly displayed, and the target arrival floor number of the non-fingerprint registered user is explicitly displayed, which can effectively protect the actual arrival floor information of the fingerprint-registered user. Improve the security of fingerprint enrolled users.
  • the effective condition of the internal cancellation module is that the actual destination floor of all fingerprint registered users on the same floor in the car and the system-recorded stopping floor change at the same time, and the actual arrival floor of the fingerprint registered user is the system default, but when the user wants to When you want to go to other floors, you can manually select the floor number. At this time, when users on the same target floor in the car manually select other floors, the hidden target floor will be cancelled this time, so that no passengers can get off.
  • the elevator floor cancels the stop, which effectively reduces the impact on the time of other personnel in the elevator.
  • the effective condition of the internal cancellation module can also be that a non-fingerprint registered user presses the same internal call button even number of times. For a non-fingerprint registered user, the internal call button is pressed again when the internal call button is lit. The internal call button can be cancelled, effectively avoiding the possibility of stopping at a target floor that is not a passenger due to the user's wrong press.
  • This solution can be compatible with the original structure design by embedding the fingerprint recognition panel into the call button, and it is no longer necessary to install another fingerprint recognition device outside.
  • the fingerprint registration user fingerprints the elevator user through the outbound call. , The user does not need to re-register in the car, making the entry process more orderly, effectively reducing the probability of elevator passengers jamming at the elevator door, effectively reducing the probability of passengers being caught by the elevator door, and for non-fingerprint registration Users, the elevator still runs according to the existing elevator management system, and through the internal cancellation module and call cancellation module, effectively avoiding the situation of stopping on floors where no users need to use the elevator, and effectively reducing the impact on the time of other personnel in the elevator .
  • the fingerprint registration form of the active registration module is: the user actively enters the fingerprint information and the commonly used target floor number into the fingerprint registration system through the fingerprint collector at the property.
  • the fingerprint registration form of the self-identification registration module is: The fingerprint identification device has captured the same fingerprint more than N times, and the actual arrival floor number of the N times is stable, that is, more than 90% of the arrival floor numbers are the same floor number, and the floor number is the target floor number by default. Those registered through both forms will be defaulted by the outbound call system as a fingerprint registered user, so that after pressing the outbound call button outside the car, when entering the car, there is no need to press the inside call button again to proceed to the floor.
  • the outbound call system can directly default to the destination floor number, which makes the entry process more orderly. The probability of elevator passengers being blocked at the elevator door is effectively reduced, the probability of passengers being caught by the elevator door is effectively reduced, and the safety is improved. .
  • the outbound call system also includes a landing behavior recording module.
  • the landing behavior recording module is connected to the fingerprint identification device. Through the landing behavior recording module, it can record the fingerprints of the registered users when they go from a high floor to a low floor. The floor number of the elevator can then be recorded as the default destination floor for getting off the elevator, so that when getting off the elevator, there is no need to press the floor number after entering the car.
  • the getting-off behavior record module realizes the collection, storage and analysis of the user's getting off the elevator from the high floor to the low floor through the information collection unit, information storage unit and information analysis unit.
  • the analysis unit can make the judgment of the landing floor of the fingerprint registered user more accurate, reduce the probability of error, and improve the satisfaction of the user experience of the outbound call system.
  • the call cancel module includes a outbound call cancel button with a fingerprint recognition panel arranged on the surface of the outbound call panel.
  • the outbound call cancel button is connected to another group of elevators through the boarding management system.
  • the outbound call cancel button signal connection on the Internet. For non-registered users, you can cancel the outbound call by pressing the outbound call cancel button. When the user decides not to take the elevator after calling the elevator, it can be canceled if there are no other waiting passengers.
  • the call of a group of elevators effectively prevents passengers from failing to cancel the call of another group of elevators in time after taking other elevators.
  • the outcall cancel button is controlled by the number of presses.
  • the calculation interval of the number of presses is the interval between the two elevator cars staying on the floor.
  • the outbound call is pressed once in the sequence.
  • Button the other time is to press the outbound call cancel button, it means to cancel the call.
  • the outbound cancel button here can be the outbound cancel button on the elevator of a different group, when the same user is in another group on the same floor; After the elevator button is pressed, users who are not the same user can directly press the outbound call cancel button once to cancel the call directly.
  • the target arrival floor number of users registered through fingerprints is implicitly displayed, and the target arrival floor number of non-fingerprint registered users is explicitly displayed, which can effectively protect the actual arrival floor information of fingerprint registered users and effectively improve fingerprint registered users Security.
  • the effective condition of the internal cancellation module is that the actual destination floor of all fingerprint registered users on the same floor in the car and the landing floor recorded by the system change at the same time.
  • the actual arrival floor of the fingerprint registered user is the system default, but when the user wants to go For other floors, you can manually select the floor number.
  • the hidden target floor will be canceled this time, so that no passengers can get off the elevator.
  • the floors are cancelled, which effectively reduces the impact on the time of other personnel in the elevator.
  • the effective condition of the internal cancellation module can also be that a non-fingerprint registered user presses the same internal call button even number of times. For a non-fingerprint registered user, press the internal call button again when the internal call button is lit. The elevator button can be cancelled, effectively avoiding the possibility of stopping at a target floor that is not a passenger due to the user's wrong press.
  • FIG 1 is the main system block diagram of the present invention
  • FIG. 2 is a schematic diagram of the structure of the outbound call panel of the present invention.
  • Figure 3 is a schematic diagram of the structure of the internal call panel of the present invention.
  • connection can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be directly connected or indirectly connected through an intermediate medium, and it can be inside two components. ⁇ Connectivity.
  • Connection can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be directly connected or indirectly connected through an intermediate medium, and it can be inside two components. ⁇ Connectivity.
  • an outbound call system that uses fingerprint technology to realize automatic elevator floor registration, including multiple elevators on the same floor, elevator management system, fingerprint identification device and fingerprint registration system, elevator management system, and multiple elevators on the same floor.
  • the group elevator, fingerprint identification device and fingerprint registration system are electrically connected, and the fingerprint identification device is installed on the elevator.
  • the fingerprint identification device includes an external identification module and an internal cancellation module.
  • the effective condition of the internal cancellation module is all in the car.
  • the actual destination floor of the fingerprint enrolled user on the same floor and the landing floor recorded by the system change at the same time.
  • the actual arrival floor of the fingerprint enrolled user is the system default, but when the user wants to go to other floors, he can manually select the floor number.
  • the implicitly displayed target floor is cancelled this time, so that the floors without passengers getting off the elevator can be cancelled, which effectively reduces the time for other personnel in the elevator.
  • the effect of the internal cancellation module can also be that the non-fingerprint registered user presses the same internal call button 22 even times. For non-fingerprint registered users, press the internal call button 22 again when the internal call button 22 is lit. The inside call button 22 can be cancelled, which effectively avoids the possibility of stopping at a target floor that is not a passenger due to the user pressing the wrong button.
  • the exterior recognition module includes the exterior call panel 1 installed on one side of the elevator. Two exterior call buttons 21 are installed on the exterior call panel 1.
  • the interior cancellation module includes the exterior call panel installed on the inner wall of the elevator car. Inside call panel 11, inside call panel 11 is equipped with multiple inside call buttons 22, outside call button 21 and inside call button 22 are equipped with fingerprint recognition panel 3, fingerprint registration system, fingerprint registration system including active registration Module and self-recognition registration module.
  • the fingerprint registration form of the active registration module is: the user actively enters the fingerprint information and commonly used target floor number into the fingerprint registration system through the fingerprint collector at the property.
  • the fingerprint registration form of the self-recognition registration module is:
  • the fingerprint identification device captures the same fingerprint more than N times within a week, and the actual arrival floor number of N times is stable, that is, more than 90% of the arrival floor numbers are the same floor number, and the floor number is the target floor number by default.
  • Those registered through both forms will be defaulted by the outbound call system as the fingerprint registered user, so that after pressing the outbound call button 21 outside the car, when entering the car, there is no need to press the inside call button 22 again.
  • the outbound call system can directly default to the destination floor number, which makes the entry process more orderly.
  • the probability of elevator passengers being blocked at the elevator door is effectively reduced, and the probability of passengers being caught by the elevator door is effectively reduced, and the probability of passengers being caught by the elevator door is effectively reduced.
  • N times need to be completed within 4 different days at least, and 4 ⁇ N ⁇ 7. Effectively guarantee that users who become fingerprint-registered through the self-identification registration module are residents of the building, or nearby people, or people who often communicate with the building, effectively improving the security through this method, and it is also a kind of safety for the actual users on the floor. Guaranteed.
  • the outbound call system also includes a landing behavior recording module.
  • the landing behavior recording module is connected to the fingerprint identification device. Through the landing behavior recording module, it can record the fingerprint registration of the user from the high floor to the low floor.
  • the floor number of the usual elevator which can then be recorded as the default destination floor for getting off the elevator, so that when you get off the elevator, you don’t need to press the floor number after entering the car.
  • the elevator behavior recording module uses the information collection unit and information storage.
  • the unit and the information analysis unit realize the collection, storage and analysis of the user’s getting off the elevator from the high floor to the low floor.
  • the information collection unit, the information storage unit and the information analysis unit can make the judgment of the fingerprint registration user’s getting off the elevator floor better. Accurate, reduce the chance of error, and improve the satisfaction of the user experience of the outbound call system.
  • the outbound call panel 1 is equipped with a call cancel module.
  • the call cancel module includes a call cancel button 4 with a fingerprint recognition panel 3 on the surface of the outbound call panel 1.
  • the outbound call cancel button 4 can be used to board the elevator.
  • the management system is connected to the outbound call cancel button 4 on another group of elevators. For non-registered users, the outbound call cancel button 4 can cancel the outbound call.
  • the outbound call cancel button 4 is controlled by the number of presses.
  • the calculation interval is the interval between two elevator cars staying on the floor.
  • the outbound cancel button 4 can be the outbound cancel button 4 on a different elevator group.
  • the outbound call cancel button 4 can be used by different users. Directly press the outbound call cancel button 4 once to cancel the call directly.
  • the caller is not ready to take the elevator but does not cancel the call, other people who pass the elevator who are not taking the elevator can directly press the outside call Call cancel button 4 cancels an elevator call, effectively avoiding the situation of stopping at a floor where no user needs to use the elevator.
  • the target arrival floor number of users registered through fingerprints is implicitly displayed, and the target arrival floor number of non-fingerprint registered users is explicitly displayed, which can effectively protect the actual arrival floor information of fingerprint-registered users and effectively improve the security of fingerprint-registered users ,
  • the explicit display of non-fingerprint registration can effectively remind passengers of the floor number that has been selected, and can effectively prevent passengers from pressing the interior call button 22 repeatedly. On the one hand, it can extend the service life of the interior call button 22, and on the other hand, it is effective Avoid the phenomenon that users get stuck at the elevator entrance when entering the elevator.
  • the fingerprint recognition panel can be embedded in the call button. After the fingerprint registration user fingerprints the elevator user through the outbound call, the user does not need to register again in the car, making the elevator entry process more orderly and elevator passengers The probability of jamming at the elevator door is effectively reduced, effectively reducing the probability of passengers being caught by the elevator door, and directly embedding the identification input panel into the new product can be compatible with the original structural design, and there is no need to install another fingerprint identification device outside.

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  • Engineering & Computer Science (AREA)
  • Automation & Control Theory (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Elevator Control (AREA)
  • Indicating And Signalling Devices For Elevators (AREA)

Abstract

一种采用指纹技术实现电梯楼层自动登记的外呼系统，包括同一楼层的多组电梯、乘梯管理系统、指纹识别装置和指纹登记系统，所述指纹识别装置包括外识别模块和内取消模块，所述外识别模块包括安装在电梯一侧墙壁上的外呼面板(1)，所述外呼面板(1)上安装有两个外呼梯按钮(21)，所述内取消模块包括安装在电梯轿厢内壁的内呼面板(11)，所述内呼面板(11)上安装有多个内呼梯按钮(22)，所述外呼梯按钮(21)和内呼梯按钮(22)表面均安装有指纹识别面板(3)，所述指纹登记系统包括主动登记模块和自识别登记模块，该外呼系统通过将指纹识别面板嵌入到呼梯按钮中，使得进梯过程更加有序，并且通过呼梯取消模块，有效降低对电梯内其他人员的时间的影响。

Description

一种采用指纹技术实现电梯楼层自动登记的外呼系统 技术领域
本发明涉及电梯外呼系统技术领域，更具体地说，涉及一种采用指纹技术实现电梯楼层自动登记的外呼系统。
背景技术
现有的指纹电梯门禁管理系统主要由安装在电梯轿厢内或者轿厢外的指纹电梯读头、轿厢顶的指纹电梯控制器、安装在管理中心的指纹采集器、软件、等组成。指纹电梯门禁管理系统，利用指纹识别方式进行管理的电梯门禁系统。首先采集使用人员指纹，登记注册，然后管理人员对区域内电梯门禁系统进行授权，经授权人员可以乘坐区域内电梯，到达授权范围。指纹电梯门禁管理系统主要组成部分：门禁控制器、指纹识别仪、电控锁及其它设备。
目前的电梯系统中，乘客需按电梯的上行或下行外呼按钮来召唤电梯，当乘客进入电梯后，还需在轿厢内再次选择楼层按钮登记到达目的楼层。在已有的采用指纹识别在电梯应用的控制系统中，使用指纹识别模块时一般需要为其提供单独的安装位置。并且现有的安装有指纹识别技术中，其安装位置一般独立于电梯的按钮(包含内呼和外呼按钮)，安装比较繁琐，安装空间也要求比较大。
发明内容
1.要解决的技术问题
针对现有技术中存在的问题，本发明的目的在于提供一种采用指纹技术实现电梯楼层自动登记的外呼系统，它可以通过将指纹识别面板嵌入到呼梯按钮中，可兼容原来的结构设计，不再需要在外部安装 另外的指纹识别装置，指纹登记用户通过在外呼进行指纹识别乘梯用户后，该用户不需要在轿厢内进行再次登记操作，使得进梯过程更加有序，电梯乘客堵在电梯门处的概率有效降低，有效降低乘客被电梯门夹到的概率，同时对于非指纹登记用户，电梯仍然按照现有的乘梯管理系统运行，并且通过内取消模块和呼梯取消模块，有效避免在没有用户需要使用电梯的楼层停靠的情况，有效降低对电梯内其他人员的时间的影响。
2.技术方案
为解决上述问题，本发明采用如下的技术方案。
一种采用指纹技术实现电梯楼层自动登记的外呼系统，包括同一楼层的多组电梯、乘梯管理系统、指纹识别装置和指纹登记系统，所述乘梯管理系统、同一楼层的多组电梯、指纹识别装置和指纹登记系统两两之间电性连接，且指纹识别装置安装在电梯上，所述指纹识别装置包括外识别模块和内取消模块，所述外识别模块包括安装在电梯一侧墙壁上的外呼面板，所述外呼面板上安装有两个外呼梯按钮，所述内取消模块包括安装在电梯轿厢内壁的内呼面板，所述内呼面板上安装有多个内呼梯按钮，所述外呼梯按钮和内呼梯按钮表面均安装有指纹识别面板，所述指纹登记系统，所述指纹登记系统包括主动登记模块和自识别登记模块，可以通过将指纹识别面板嵌入到呼梯按钮中，可兼容原来的结构设计，不再需要在外部安装另外的指纹识别装置，指纹登记用户通过在外呼进行指纹识别乘梯用户后，该用户不需要在轿厢内进行再次登记操作，使得进梯过程更加有序，电梯乘客堵在电梯门处的概率有效降低，有效降低乘客被电梯门夹到的概率，同时对于非指纹登记用户，电梯仍然按照现有的乘梯管理系统运行，并 且通过内取消模块和呼梯取消模块，有效避免在没有用户需要使用电梯的楼层停靠的情况，有效降低对电梯内其他人员的时间的影响。
进一步的，所述主动登记模块的指纹登记形式为：用户在物业处通过指纹采集器主动向指纹登记系统中录入指纹信息和常用的目标楼层号，所述自识别登记模块的指纹登记形式为：在一周内被指纹识别装置捕捉到同一指纹超过N次，且N次的实际到达楼层号稳定，即90％以上的到达的楼层号为同一楼层号，且默认该楼层号为目标楼层号。通过两种形式登记的均会被本外呼系统默认为指纹登记用户，使其具有在轿厢外按压外呼梯按钮后，进入到轿厢内时，不需要再次按压内呼梯按钮进行楼层的选择，本外呼系统可以直接默认其到达目标楼层号，使得进梯过程更加有序，电梯乘客堵在电梯门处的概率有效降低，有效降低乘客被电梯门夹到的概率，提高安全性。
进一步的，所述N次至少需要在不同的4天内完成，且4≤N≤7。有效保正通过自识别登记模块成为指纹登记的用户为本楼住户，或附近人员，或者为常与本楼往来的人员，有效提高通过该方式的安全性，对于本楼层的实际用户也是一种安全保障。
进一步的，所述外呼系统还包括下梯行为记录模块，所述下梯行为记录模块与指纹识别装置信号连接，通过下梯行为记录模块，可以记录指纹登记用户的在从高楼层至低楼层时，常下梯的楼层号，进而可以记录该楼层号作为默认的下梯目标楼层，使其在下梯时，进入轿厢后同样不需要按压楼层号。
进一步的，所述下梯行为记录模块通过信息采集单元、信息存储单元以及信息分析单元实现对用户从高楼层至低楼层的下梯信息的采集、存储与分析，通过信息采集单元、信息存储单元以及信息分析 单元可以使得对于指纹登记用户的下梯楼层的判断更加准确，降低出错几率，提高本外呼系统的用户体验的满意度。
进一步的，所述外呼面板表面设置有呼梯取消模块，所述呼梯取消模块包括设置在外呼面板表面的带有指纹识别面板的外呼取消按键，所述外呼取消按键通过乘梯管理系统与另一组电梯上的外呼取消按键信号连接，对于非登记用户可以通过外呼取消按键可以取消对呼梯，当用户在进行呼梯后，决定不乘坐电梯时，在没有其他等待乘客的情况下，可以取消呼梯，使得电梯在本楼层不再停靠，有效避免电梯停靠却无等待乘客的情况，从而可以有效降低对轿厢内其他人员的时间的影响，同时使得同一用户可以在就近的电梯上取消另一组电梯的呼梯，有效避免乘客乘坐其他电梯后，未能及时取消另一组电梯呼梯的情况。
进一步的，所述外呼取消按键由按压次数控制，所述按压次数的计算间隔为两次电梯轿厢在该楼层停留的间隔，同一个用户的所述按压次数为两次时，且按照顺序一次为按压外呼梯按钮，另一次为按压外呼取消按键时，表示取消呼梯，这里的外呼取消按键可以为非同一组电梯上的外呼取消按键，当同一用户在同一楼层的另一组；当外呼梯按钮被按压后，非同一用户可以直接按压一次外呼取消按键，可直接取消呼梯，当呼梯的乘客不准备乘坐电梯，却又没有取消呼梯时，此时经过电梯的其他非乘坐电梯的人员，可以直接通过按压外呼取消按键取消呼梯，有效避免在没有用户需要使用电梯的楼层停靠的情况。
进一步的，所述通过指纹登记的用户的目标到达楼层号为隐性显示，所述非指纹登记用户的目标到达楼层号为显性显示，可以有效保 护指纹登记用户的实际到达楼层的信息，有效提高指纹登记用户的安全性。
进一步的，所述内取消模块的生效条件为轿厢内所有同一楼层的指纹登记用户实际目标楼层与系统记录停靠楼层同时发生改变，指纹登记用户的实际到达楼层为系统默认，但是当该用户想要去其他楼层时，可以手动选择楼层号，此时，当轿厢内同一目标楼层的用户均手动选择其他楼层后，隐性显示的目标楼层则在此次被取消停靠，实现对没有乘客下梯的楼层取消停靠，有效降低了对电梯内其他人员的时间的影响。
进一步的，所述内取消模块的生效条件还可以为非指纹登记用户的偶数次按压同一个内呼梯按钮，对于非指纹登记用户，在内呼梯按钮亮起的状态下，再按压一次该内呼梯按钮即可取消，有效避免因用户按错而导致在不是乘客的目标楼层停靠的可能性。
3.有益效果
相比于现有技术，本发明的优点在于：
(1)本方案可以通过将指纹识别面板嵌入到呼梯按钮中，可兼容原来的结构设计，不再需要在外部安装另外的指纹识别装置，指纹登记用户通过在外呼进行指纹识别乘梯用户后，该用户不需要在轿厢内进行再次登记操作，使得进梯过程更加有序，电梯乘客堵在电梯门处的概率有效降低，有效降低乘客被电梯门夹到的概率，同时对于非指纹登记用户，电梯仍然按照现有的乘梯管理系统运行，并且通过内取消模块和呼梯取消模块，有效避免在没有用户需要使用电梯的楼层停靠的情况，有效降低对电梯内其他人员的时间的影响。
(2)主动登记模块的指纹登记形式为：用户在物业处通过指纹采集器主动向指纹登记系统中录入指纹信息和常用的目标楼层号，自识别登记模块的指纹登记形式为：在一周内被指纹识别装置捕捉到同一指纹超过N次，且N次的实际到达楼层号稳定，即90％以上的到达的楼层号为同一楼层号，且默认该楼层号为目标楼层号。通过两种形式登记的均会被本外呼系统默认为指纹登记用户，使其具有在轿厢外按压外呼梯按钮后，进入到轿厢内时，不需要再次按压内呼梯按钮进行楼层的选择，本外呼系统可以直接默认其到达目标楼层号，使得进梯过程更加有序，电梯乘客堵在电梯门处的概率有效降低，有效降低乘客被电梯门夹到的概率，提高安全性。
(3)N次至少需要在不同的4天内完成，且4≤N≤7。有效保正通过自识别登记模块成为指纹登记的用户为本楼住户，或附近人员，或者为常与本楼往来的人员，有效提高通过该方式的安全性，对于本楼层的实际用户也是一种安全保障。
(4)外呼系统还包括下梯行为记录模块，下梯行为记录模块与指纹识别装置信号连接，通过下梯行为记录模块，可以记录指纹登记用户的在从高楼层至低楼层时，常下梯的楼层号，进而可以记录该楼层号作为默认的下梯目标楼层，使其在下梯时，进入轿厢后同样不需要按压楼层号。
(5)下梯行为记录模块通过信息采集单元、信息存储单元以及信息分析单元实现对用户从高楼层至低楼层的下梯信息的采集、存储与分析，通过信息采集单元、信息存储单元以及信息分析单元可以使得对于指纹登记用户的下梯楼层的判断更加准确，降低出错几率，提高本外呼系统的用户体验的满意度。
(6)外呼面板表面设置有呼梯取消模块，呼梯取消模块包括设置在外呼面板表面的带有指纹识别面板的外呼取消按键，外呼取消按键通过乘梯管理系统与另一组电梯上的外呼取消按键信号连接，对于非登记用户可以通过外呼取消按键可以取消对呼梯，当用户在进行呼梯后，决定不乘坐电梯时，在没有其他等待乘客的情况下，可以取消呼梯，使得电梯在本楼层不再停靠，有效避免电梯停靠却无等待乘客的情况，从而可以有效降低对轿厢内其他人员的时间的影响，同时使得同一用户可以在就近的电梯上取消另一组电梯的呼梯，有效避免乘客乘坐其他电梯后，未能及时取消另一组电梯呼梯的情况。
(7)外呼取消按键由按压次数控制，按压次数的计算间隔为两次电梯轿厢在该楼层停留的间隔，同一个用户的按压次数为两次时，且按照顺序一次为按压外呼梯按钮，另一次为按压外呼取消按键时，表示取消呼梯，这里的外呼取消按键可以为非同一组电梯上的外呼取消按键，当同一用户在同一楼层的另一组；当外呼梯按钮被按压后，非同一用户可以直接按压一次外呼取消按键，可直接取消呼梯，当呼梯的乘客不准备乘坐电梯，却又没有取消呼梯时，此时经过电梯的其他非乘坐电梯的人员，可以直接通过按压外呼取消按键取消呼梯，有效避免在没有用户需要使用电梯的楼层停靠的情况。
(8)通过指纹登记的用户的目标到达楼层号为隐性显示，非指纹登记用户的目标到达楼层号为显性显示，可以有效保护指纹登记用户的实际到达楼层的信息，有效提高指纹登记用户的安全性。
(9)内取消模块的生效条件为轿厢内所有同一楼层的指纹登记用户实际目标楼层与系统记录停靠楼层同时发生改变，指纹登记用户的实际到达楼层为系统默认，但是当该用户想要去其他楼层时，可以 手动选择楼层号，此时，当轿厢内同一目标楼层的用户均手动选择其他楼层后，隐性显示的目标楼层则在此次被取消停靠，实现对没有乘客下梯的楼层取消停靠，有效降低了对电梯内其他人员的时间的影响。
(10)内取消模块的生效条件还可以为非指纹登记用户的偶数次按压同一个内呼梯按钮，对于非指纹登记用户，在内呼梯按钮亮起的状态下，再按压一次该内呼梯按钮即可取消，有效避免因用户按错而导致在不是乘客的目标楼层停靠的可能性。
附图说明
图1为本发明的主要的系统框图；
图2为本发明的外呼面板的结构示意图；
图3为本发明的内呼面板的结构示意图。
图中标号说明：
1外呼面板、11内呼面板、21外呼梯按钮、22内呼梯按钮、3指纹识别面板、4外呼取消按键。
具体实施方式
下面将结合本发明实施例中的附图；对本发明实施例中的技术方案进行清楚、完整地描述；显然；所描述的实施例仅仅是本发明一部分实施例；而不是全部的实施例，基于本发明中的实施例；本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例；都属于本发明保护的范围。
在本发明的描述中，需要说明的是，术语“上”、“下”、“内”、“外”、“顶/底端”等指示的方位或位置关系为基于附图所示的方位或位置关系，仅是为了便于描述本发明和简化描述，而不是指示或 暗示所指的装置或元件必须具有特定的方位、以特定的方位构造和操作，因此不能理解为对本发明的限制。此外，术语“第一”、“第二”仅用于描述目的，而不能理解为指示或暗示相对重要性。
在本发明的描述中，需要说明的是，除非另有明确的规定和限定，术语“安装”、“设置有”、“套设/接”、“连接”等，应做广义理解，例如“连接”，可以是固定连接，也可以是可拆卸连接，或一体地连接；可以是机械连接，也可以是电连接；可以是直接相连，也可以通过中间媒介间接相连，可以是两个元件内部的连通。对于本领域的普通技术人员而言，可以具体情况理解上述术语在本发明中的具体含义。
实施例1：
请参阅图1，一种采用指纹技术实现电梯楼层自动登记的外呼系统，包括同一楼层的多组电梯、乘梯管理系统、指纹识别装置和指纹登记系统，乘梯管理系统、同一楼层的多组电梯、指纹识别装置和指纹登记系统两两之间电性连接，且指纹识别装置安装在电梯上，指纹识别装置包括外识别模块和内取消模块，内取消模块的生效条件为轿厢内所有同一楼层的指纹登记用户实际目标楼层与系统记录停靠楼层同时发生改变，指纹登记用户的实际到达楼层为系统默认，但是当该用户想要去其他楼层时，可以手动选择楼层号，此时，当轿厢内同一目标楼层的用户均手动选择其他楼层后，隐性显示的目标楼层则在此次被取消停靠，实现对没有乘客下梯的楼层取消停靠，有效降低了对电梯内其他人员的时间的影响；内取消模块的生效条件还可以为非指纹登记用户的偶数次按压同一个内呼梯按钮22，对于非指纹登记用户，在内呼梯按钮22亮起的状态下，再按压一次该内呼梯按钮22 即可取消，有效避免因用户按错而导致在不是乘客的目标楼层停靠的可能性。
请参阅图2-3，外识别模块包括安装在电梯一侧墙壁上的外呼面板1，外呼面板1上安装有两个外呼梯按钮21，内取消模块包括安装在电梯轿厢内壁的内呼面板11，内呼面板11上安装有多个内呼梯按钮22，外呼梯按钮21和内呼梯按钮22表面均安装有指纹识别面板3，指纹登记系统，指纹登记系统包括主动登记模块和自识别登记模块，主动登记模块的指纹登记形式为：用户在物业处通过指纹采集器主动向指纹登记系统中录入指纹信息和常用的目标楼层号，自识别登记模块的指纹登记形式为：在一周内被指纹识别装置捕捉到同一指纹超过N次，且N次的实际到达楼层号稳定，即90％以上的到达的楼层号为同一楼层号，且默认该楼层号为目标楼层号。通过两种形式登记的均会被本外呼系统默认为指纹登记用户，使其具有在轿厢外按压外呼梯按钮21后，进入到轿厢内时，不需要再次按压内呼梯按钮22进行楼层的选择，本外呼系统可以直接默认其到达目标楼层号，使得进梯过程更加有序，电梯乘客堵在电梯门处的概率有效降低，有效降低乘客被电梯门夹到的概率，提高安全性，N次至少需要在不同的4天内完成，且4≤N≤7。有效保正通过自识别登记模块成为指纹登记的用户为本楼住户，或附近人员，或者为常与本楼往来的人员，有效提高通过该方式的安全性，对于本楼层的实际用户也是一种安全保障。
请参阅图1，外呼系统还包括下梯行为记录模块，下梯行为记录模块与指纹识别装置信号连接，通过下梯行为记录模块，可以记录指纹登记用户的在从高楼层至低楼层时，常下梯的楼层号，进而可以记录该楼层号作为默认的下梯目标楼层，使其在下梯时，进入轿厢后同 样不需要按压楼层号，下梯行为记录模块通过信息采集单元、信息存储单元以及信息分析单元实现对用户从高楼层至低楼层的下梯信息的采集、存储与分析，通过信息采集单元、信息存储单元以及信息分析单元可以使得对于指纹登记用户的下梯楼层的判断更加准确，降低出错几率，提高本外呼系统的用户体验的满意度。
请参阅图2，外呼面板1表面设置有呼梯取消模块，呼梯取消模块包括设置在外呼面板1表面的带有指纹识别面板3的外呼取消按键4，外呼取消按键4通过乘梯管理系统与另一组电梯上的外呼取消按键4信号连接，对于非登记用户可以通过外呼取消按键4可以取消对呼梯，当用户在进行呼梯后，决定不乘坐电梯时，在没有其他等待乘客的情况下，可以取消呼梯，使得电梯在本楼层不再停靠，有效避免电梯停靠却无等待乘客的情况，从而可以有效降低对轿厢内其他人员的时间的影响，同时使得同一用户可以在就近的电梯上取消另一组电梯的呼梯，有效避免乘客乘坐其他电梯后，未能及时取消另一组电梯呼梯的情况，外呼取消按键4由按压次数控制，按压次数的计算间隔为两次电梯轿厢在该楼层停留的间隔，同一个用户的按压次数为两次时，且按照顺序一次为按压外呼梯按钮21，另一次为按压外呼取消按键4时，表示取消呼梯，这里的外呼取消按键4可以为非同一组电梯上的外呼取消按键4，当同一用户在同一楼层的另一组；当外呼梯按钮21被按压后，非同一用户可以直接按压一次外呼取消按键4，可直接取消呼梯，当呼梯的乘客不准备乘坐电梯，却又没有取消呼梯时，此时经过电梯的其他非乘坐电梯的人员，可以直接通过按压外呼取消按键4取消呼梯，有效避免在没有用户需要使用电梯的楼层停靠的情况。
通过指纹登记的用户的目标到达楼层号为隐性显示，非指纹登记用户的目标到达楼层号为显性显示，可以有效保护指纹登记用户的实际到达楼层的信息，有效提高指纹登记用户的安全性，非指纹登记的显性显示，可以有效提醒乘客已经被选择的楼层号，可以有效避免后进的乘客重复按压内呼梯按钮22，一方面可以延长内呼梯按钮22使用寿命，另一方面有效避免在进梯时，用户堵在电梯口的现象。
可以通过将指纹识别面板嵌入到呼梯按钮中，指纹登记用户通过在外呼进行指纹识别乘梯用户后，该用户不需要在轿厢内进行再次登记操作，使得进梯过程更加有序，电梯乘客堵在电梯门处的概率有效降低，有效降低乘客被电梯门夹到的概率，并且直接将识别输入面板嵌入新的产品可兼容原来的结构设计，不再需要在外部安装另外的指纹识别装置，同时对于非指纹登记用户，电梯仍然按照现有的乘梯管理系统运行，并且通过轿厢内的内取消模块，当指纹登记用户手动按压非目标楼层号时，即默认取消本次目标楼层的停靠，通过电梯外的呼梯取消模块，用户可以在电梯外取消呼梯，内外互相作用，有效避免在没有用户需要使用电梯的楼层停靠的情况，有效降低了对电梯内其他人员的时间的影响。
以上所述；仅为本发明较佳的具体实施方式；但本发明的保护范围并不局限于此；任何熟悉本技术领域的技术人员在本发明揭露的技术范围内；根据本发明的技术方案及其改进构思加以等同替换或改变；都应涵盖在本发明的保护范围内。

Claims (10)

  1. 一种采用指纹技术实现电梯楼层自动登记的外呼系统，包括同一楼层的多组电梯、乘梯管理系统、指纹识别装置和指纹登记系统，其特征在于：所述乘梯管理系统、同一楼层的多组电梯、指纹识别装置和指纹登记系统两两之间电性连接，且指纹识别装置安装在电梯上，所述指纹识别装置包括外识别模块和内取消模块，所述外识别模块包括安装在电梯一侧墙壁上的外呼面板(1)，所述外呼面板(1)上安装有两个外呼梯按钮(21)，所述内取消模块包括安装在电梯轿厢内壁的内呼面板(11)，所述内呼面板(11)上安装有多个内呼梯按钮(22)，所述外呼梯按钮(21)和内呼梯按钮(22)表面均安装有指纹识别面板(3)，所述指纹登记系统，所述指纹登记系统包括主动登记模块和自识别登记模块。
  2. 根据权利要求1所述的一种采用指纹技术实现电梯楼层自动登记的外呼系统，其特征在于：所述主动登记模块的指纹登记形式为：用户在物业处通过指纹采集器主动向指纹登记系统中录入指纹信息和常用的目标楼层号，所述自识别登记模块的指纹登记形式为：在一周内被指纹识别装置捕捉到同一指纹超过N次，且N次的实际到达楼层号稳定，即90％以上的到达的楼层号为同一楼层号，且默认该楼层号为目标楼层号。
  3. 根据权利要求2所述的一种采用指纹技术实现电梯楼层自动登记的外呼系统，其特征在于：所述N次至少需要在不同的4天内完成，且4≤N≤7。
  4. 根据权利要求1所述的一种采用指纹技术实现电梯楼层自动登记的外呼系统，其特征在于：所述外呼系统还包括下梯行为记录模块，所述下梯行为记录模块与指纹识别装置信号连接。
  5. 根据权利要求4所述的一种采用指纹技术实现电梯楼层自动登记的外呼系统，其特征在于：所述下梯行为记录模块通过信息采集单元、信息存储单元以及信息分析单元实现对用户从高楼层至低楼层的下梯信息的采集、存储与分析。
  6. 根据权利要求1所述的一种采用指纹技术实现电梯楼层自动登记的外呼系统，其特征在于：所述外呼面板(1)表面设置有呼梯取消模块，所述呼梯取消模块包括设置在外呼面板(1)表面的带有指纹识别面板(3)的外呼取消按键(4)，所述外呼取消按键(4)通过乘梯管理系统与另一组电梯上的外呼取消按键(4)信号连接。
  7. 根据权利要求6所述的一种采用指纹技术实现电梯楼层自动登记的外呼系统，其特征在于：所述外呼取消按键(4)由按压次数控制，所述按压次数的计算间隔为两次电梯轿厢在该楼层停留的间隔。
  8. 根据权利要求7所述的一种采用指纹技术实现电梯楼层自动登记的外呼系统，其特征在于：所述通过指纹登记的用户的目标到达楼层号为隐性显示，所述非指纹登记用户的目标到达楼层号为显性显示。
  9. 根据权利要求8所述的一种采用指纹技术实现电梯楼层自动登记的外呼系统，其特征在于：所述内取消模块的生效条件为轿厢内所有同一楼层的指纹登记用户实际目标楼层与系统记录停靠楼层同时发生改变。
  10. 根据权利要求8所述的一种采用指纹技术实现电梯楼层自动登记的外呼系统，其特征在于：所述内取消模块的生效条件还可以为非指纹登记用户的偶数次按压同一个内呼梯按钮(22)。
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