WO2018000243A1 - 基于指纹验证的巡更管理设备、方法及系统 - Google Patents
基于指纹验证的巡更管理设备、方法及系统 Download PDFInfo
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- WO2018000243A1 WO2018000243A1 PCT/CN2016/087680 CN2016087680W WO2018000243A1 WO 2018000243 A1 WO2018000243 A1 WO 2018000243A1 CN 2016087680 W CN2016087680 W CN 2016087680W WO 2018000243 A1 WO2018000243 A1 WO 2018000243A1
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- WIPO (PCT)
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- fingerprint
- patrol
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C1/00—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people
- G07C1/20—Checking timed patrols, e.g. of watchman
Definitions
- the present disclosure relates to the field of fingerprint recognition technology, for example, to a patrol management device, method and system based on fingerprint verification.
- the present disclosure provides a patrol management device, method and system based on fingerprint verification, which reduces the phenomenon of replacement patrol by others in patrol management, and improves the standardization of patrol management and the efficiency of patrol management.
- the present disclosure provides a patrol management device based on fingerprint verification, including a radio frequency card reading and writing device, a fingerprint collection device, a storage module, a wireless communication module, and a control circuit.
- the radio frequency card reading and writing device is connected to the control circuit, and is configured to read fingerprint information stored in the radio frequency card, where the fingerprint information includes fingerprint data and a user unique identification code that matches the fingerprint data;
- the fingerprint collection device is connected to the control circuit and configured to collect fingerprint data of the user
- the storage module is connected to the control circuit and configured to save fingerprint information and patrol information
- the wireless communication module is coupled to the control circuit and configured to transmit the patrol information
- the control circuit is configured to determine whether the storage module stores the fingerprint information read by the radio frequency card reading and writing device, and if the storage module does not store the fingerprint information read by the radio frequency card reading and writing device, The read fingerprint information is saved to the storage module; and the fingerprint data collected by the fingerprint collection device is compared with the fingerprint data in the fingerprint information read by the radio frequency card reading and writing device, and if the fingerprint data is compared, The verification passes the instruction and generates patrol information, and the patrol information is stored in the storage module.
- the fingerprint verification-based patrol management device further includes an external communication port, and the external communication port is connected to the control circuit.
- the patrol information includes a user unique identification code, a patrol time, a location, and a status.
- the fingerprint verification-based patrol management device further includes a power module, and the power module is connected to the control circuit and configured to supply power to the control circuit.
- the present disclosure provides a patrol management method based on fingerprint verification, including:
- the radio frequency card reading and writing device Obtaining fingerprint information read by the radio frequency card reading and writing device, where the fingerprint information includes fingerprint data and a user unique identification code matching the fingerprint data;
- the verification pass instruction is issued and the patrol information is generated based on the fingerprint information, and the patrol information is stored in the storage module.
- the fingerprint verification-based patrol management method further includes:
- the fingerprint data in the read fingerprint information is compared with the fingerprint data stored in the storage module, and if the comparison fails, the read fingerprint information is saved to the storage module.
- the verification pass instruction is generated, and the patrol information is generated based on the fingerprint information, and the patrol information is stored in the storage module, and the patrol management method based on the fingerprint verification is performed. Also includes:
- the patrol information is sent to the management terminal according to a preset time.
- the patrol information includes a user unique identification code, a patrol time, a location, and a status.
- the present disclosure provides a patrol management system based on fingerprint verification, including the fingerprint verification-based patrol management device and the management terminal, and the patrol management device based on the fingerprint verification Information is wirelessly transmitted to the management terminal.
- the technical solution provided by the embodiment of the present disclosure facilitates identity verification of the patrol personnel, effectively prevents patrol falsification, improves the standardization of the patrol management, the convenience of personnel increase and decrease management, and the efficiency of patrol management.
- FIG. 1 is a structural block diagram of a fingerprint verification-based patrol management apparatus provided by the present disclosure
- FIG. 2 is a schematic diagram of a method according to a first embodiment of a fingerprint verification-based patrol management method provided by the present disclosure
- FIG. 3 is a schematic diagram of a method for a second embodiment of a fingerprint verification based patrol management method provided by the present disclosure
- FIG. 4 is a schematic diagram of a method of a third embodiment of a fingerprint verification-based patrol management method provided by the present disclosure
- FIG. 5 is a structural block diagram of a fingerprint verification based patrol management system provided by the present disclosure.
- FIG. 1 is a structural block diagram of a fingerprint verification based patrol management apparatus provided by the present disclosure.
- the fingerprint verification-based patrol management device includes a radio frequency card reading and writing device 11 , a fingerprint collection device 12 , a storage module 13 , a wireless communication module 14 , and a control circuit 15 .
- the radio frequency card reading and writing device 11 is connected to the control circuit 15 and configured to read fingerprint information stored in the radio frequency card, where the fingerprint information includes fingerprint data and a user unique identification code matching the fingerprint data;
- the fingerprint collection device 12 is connected to the control circuit 15 and configured to collect fingerprint data of the user;
- the storage module 13 is connected to the control circuit 15 and configured to store fingerprint information and patrol information.
- the wireless communication module 14 is connected to the control circuit 15 and configured to transmit the patrol information
- the control circuit 15 is configured to determine whether the storage module stores the radio frequency card reading and writing device 11 reading the fingerprint information, if the storage module does not store the fingerprint information read by the radio frequency card reading and writing device, storing the read fingerprint information to the storage module 13; and the fingerprint collection device 12
- the collected fingerprint data is compared with the fingerprint data in the fingerprint information read by the RF card reading and writing device 11 . If the fingerprint data is compared, the verification pass instruction is generated and the patrol information is generated, and the patrol information is stored.
- the fingerprint verification-based patrol management device reads the fingerprint information stored in the radio frequency card through the radio frequency card reading and writing device, collects the fingerprint data of the user through the fingerprint collection device, and collects the fingerprint data and the read fingerprint information through the control circuit.
- the fingerprint data is compared. If the fingerprint data is compared, the verification command is issued and the patrol information is generated, the patrol information is stored in the storage module, and the patrol information can be wirelessly transmitted to the management terminal, so as to facilitate the patrol.
- the identification of personnel is effective to prevent patrols from being falsified, and the normative management of patrol management, the convenience of personnel increase and decrease management, and the efficiency of patrol management are improved.
- the fingerprint verification based patrol management device may further include an external communication port 16 that is connected to the control circuit 15.
- the external communication port may include a serial communication port and/or a USB port or the like.
- the patrol information may include a user unique identification code, a patrol time, a location, and a status.
- the user unique identification code is bound to the name and ID card information of the patrol personnel.
- the unique identification code of the user can determine the identity of the patrol personnel, and the status is punched or unchecked, prompting the patrol personnel to patrol.
- the patrol information is not limited to the above listed contents, and may also include fingerprint data of the patrol personnel.
- the patrol management device based on the fingerprint verification further includes a power module 17, the power source
- the module 17 is connected to the control circuit 15 and is provided to supply power to the control circuit 15.
- the power module can be battery powered or directly connected to the mains supply.
- the fingerprint verification based patrol management method includes:
- the user unique identification code is bound to the name and ID card information of the patrol personnel, and the identity of the patrol personnel can be determined by the unique identification code of the user.
- the verification pass instruction is issued and the patrol information is generated based on the fingerprint information, and the patrol information is stored in the storage module.
- the patrol information includes a user unique identification code, a patrol time, a location, and a status.
- the user unique identification code is bound to the name and ID card information of the patrol personnel.
- the unique identification code of the user can determine the identity of the patrol personnel, and the status can be punched or unpunched, and the status is used to prompt the patrol.
- the patrol personnel can patrol the unpatrolled location according to the status of the unpatched.
- the administrator can read the patrol information saved in the storage module through the RF card, or read the patrol information saved in the storage module through the external port.
- the fingerprint verification-based patrol management method compares the fingerprint data collected by the fingerprint collection device with the fingerprint data read by the RF card reading and writing device, and if the fingerprint data is compared, the verification pass instruction is issued. And generating patrol information, and storing the patrol information in the storage module. It is convenient to confirm the identity of the patrol personnel, and improve the standardization of patrol management and the efficiency of patrol management.
- FIG. 3 is a schematic diagram of a method of a second embodiment of a fingerprint verification based patrol management method provided by the present disclosure.
- the fingerprint verification-based patrol management method is different from the method shown in FIG. 2 in that the fingerprint verification-based patrol management method provided by the embodiment can implement the first use of the radio frequency card reading and writing device by the patrol personnel.
- Automatic saving of fingerprint information including:
- S202 Determine whether the storage module stores the fingerprint information read by the radio frequency card reading and writing device. If the storage module does not store the fingerprint information read by the radio frequency read/write device, the read The fingerprint information is saved to the storage module.
- the user unique identification code in the read fingerprint information may be compared with the user unique identification code stored in the storage module. If the user unique identification code in the read fingerprint information is not saved in the storage module, The read fingerprint information is saved in the storage module.
- the fingerprint data comparison may be that the fingerprint image collected by the fingerprint collection device is processed and converted to generate fingerprint data, and then the fingerprint data collected by the fingerprint collection device is compared with the fingerprint data in the fingerprint information of the RF card reading and writing device, if both If the similarity of the fingerprint data is greater than the set threshold, it can be considered that the two fingerprint data are matched. S205. If the fingerprint data is compared, the verification pass instruction is issued and the patrol information is generated based on the fingerprint information, and the patrol information is stored in the storage module.
- the fingerprint verification-based patrol management method compares the fingerprint data collected by the fingerprint collection device with the fingerprint data in the fingerprint information read by the RF card reader/writer device, and if the fingerprint data is compared, The verification pass instruction is generated and the patrol information is generated, and the patrol information is stored in the storage module, and the fingerprint information of the first patrol personnel can be automatically stored in the storage module, thereby facilitating the identification of the patrol personnel and improving the patrol management. Normative and efficiency of patrol management.
- FIG. 4 is a schematic diagram of a method of a third embodiment of a fingerprint verification based patrol management method provided by the present disclosure.
- the fingerprint verification-based patrol management method is different from the method shown in FIG. 2 in that the saved patrol information can be wirelessly transmitted to the management terminal, including:
- the user unique identification code is bound to the name and ID card information of the patrol personnel, and the identity of the patrol personnel can be determined by the unique identification code of the user.
- the verification pass instruction is issued and the patrol information is generated based on the fingerprint information, and the patrol information is stored in the storage module.
- the preset time can be set to be sent every day after work, or it can be set to be sent once a week or once a month.
- the management terminal can be a computer or a mobile terminal.
- the fingerprint verification-based patrol management method compares the fingerprint data collected by the fingerprint collection device with the fingerprint data in the fingerprint information read by the RF card reader/writer device, and if the fingerprint data is compared, The verification pass instruction is generated and the patrol information is generated, and the patrol information is stored in the storage module, and the patrol information is sent to the management terminal according to a preset time, so that the identification of the patrol personnel is facilitated, and the patrol management is improved. Normative and patrol management efficiency.
- FIG. 5 is a structural block diagram of a fingerprint verification based patrol management system provided by the present disclosure.
- the fingerprint verification-based patrol management system includes the fingerprint verification-based patrol management device 1 and the management terminal 2, and the fingerprint verification-based patrol management device 1 wirelessly patrols the information. Send to the management terminal 2.
- the management terminal 2 can be a computer or a mobile phone, which is convenient for the administrator to count the attendance of the patrol personnel.
- one management terminal 2 can match one patrol management device 1 based on fingerprint verification, or multiple patrol management devices 1 based on fingerprint verification.
- the fingerprint verification-based patrol management system verifies the identity of the patrol personnel through the patrol management device based on the fingerprint verification, generates patrol information, and wirelessly transmits the patrol information to the management terminal for management, thereby facilitating identification of the patrol personnel and effectively preventing the patrol. More fraud, improve the standardization of patrol management, facilitate the increase and decrease of personnel management, and improve the efficiency of patrol management.
- the fingerprint verification-based patrol management device, method and system provided by the embodiments of the present disclosure facilitate the identification of the patrol personnel, effectively prevent patrol falsification, improve the standardization of the patrol management, and facilitate the management of personnel increase and decrease. The efficiency of patrol management.
Abstract
一种基于指纹验证的巡更管理设备、方法及系统，该设备包括射频卡读写装置(11)、指纹采集装置(12)、存储模块(13)、无线通信模块(14)及控制电路(15)，所述射频卡读写装置(11)、指纹采集装置(12)、存储模块(13)及无线通信模块(14)分别与控制电路(15)连接，控制电路(15)判断存储模块(13)是否存储有所述射频卡读写装置(11)读取的指纹信息，若所述存储模块(13)未存储有所述射频卡读写装置(11)读取的指纹信息，则将读取的指纹信息保存至存储模块(13)；并将指纹采集装置(12)采集的指纹数据与射频卡读写装置(11)读取的指纹信息中的指纹数据进行对比，若指纹数据对比通过，则发出验证通过指令并生成巡更信息，将巡更信息存储于存储模块(13)。
Description
本公开涉及指纹识别技术领域，例如涉及一种基于指纹验证的巡更管理设备、方法及系统。
在我们的日常生活中，社区、工业园区以及大型物流仓储等通常需要安保人员定时定点去巡逻，为有效开展巡逻工作，通常需要对巡逻信息进行管理，目前常见的方式是在巡逻地点设置签到箱，由安保人员定时签到或在巡逻地点设置接触式电子码，由安保人员携带便携式的巡更装置定时接触电子码来获取和管理巡逻信息。这些方式存在巡更时间无法掌控或由他人替代巡更从而作假的问题，而且，安保人员更换频繁，在每个巡检点中录入和删除指纹比较麻烦，不便于管理。
发明内容
本公开提供一种基于指纹验证的巡更管理设备、方法及系统，减少了巡更管理中他人替代巡更的现象，提高了巡更管理的规范性及巡更管理的效率。
本公开采用以下技术方案：
第一方面，本公开提供一种基于指纹验证的巡更管理设备，包括射频卡读写装置、指纹采集装置、存储模块、无线通信模块及控制电路，
所述射频卡读写装置与所述控制电路连接，设置为读取射频卡中存储的指纹信息，所述指纹信息包括指纹数据及与该指纹数据匹配的用户唯一标识码；
所述指纹采集装置与所述控制电路连接，设置为采集用户的指纹数据；
所述存储模块与所述控制电路连接，设置为保存指纹信息和巡更信息；
所述无线通信模块与所述控制电路连接，设置为传输所述巡更信息；以及
所述控制电路设置为判断所述存储模块是否存储有所述射频卡读写装置读取的指纹信息，若所述存储模块未存储有所述射频卡读写装置读取的指纹信息，则将读取的指纹信息保存至所述存储模块；并将所述指纹采集装置采集的指纹数据与所述射频卡读写装置读取的指纹信息中的指纹数据进行对比，若指纹数据对比通过，则发出验证通过指令并生成巡更信息，将所述巡更信息存储于所述存储模块。
可选地，所述基于指纹验证的巡更管理设备还包括外接通信端口，所述外接通信端口与所述控制电路连接。
可选地，所述巡更信息包括用户唯一标识码、巡更时间、地点和状态。
可选地，所述基于指纹验证的巡更管理设备还包括电源模块，所述电源模块与所述控制电路连接，设置为控制电路供电。
第二方面，本公开提供一种基于指纹验证的巡更管理方法，包括：
获取射频卡读写装置读取的指纹信息，所述指纹信息包括指纹数据及与该指纹数据匹配的用户唯一标识码；
获取指纹采集装置采集的指纹数据；
将所述射频卡读写装置读取的指纹信息中的指纹数据与指纹采集装置采集的指纹数据进行对比；以及
若指纹数据对比通过，则发出验证通过指令并基于所述指纹信息生成巡更信息，将所述巡更信息存储于存储模块。
可选地，所述获取射频卡读写装置读取的指纹信息，所述指纹信息包括指
纹数据及与该指纹数据匹配的用户唯一标识码之后，所述基于指纹验证的巡更管理方法还包括：
判断所述存储模块是否存储有所述读取的指纹信息，若所述存储模块未存储有所述射频卡读写装置读取的指纹信息，则将所述读取的指纹信息保存至存储模块。
可选地，所述判断所述存储模块是否存储有所述读取的指纹信息，若所述存储模块未存储有所述射频卡读写装置读取的指纹信息，则将所述读取的指纹信息保存至存储模块，包括：
将所述读取的指纹信息中的指纹数据与存储模块存储的指纹数据进行对比，若对比不通过，则将所述读取的指纹信息保存至存储模块。
可选地，所述若指纹数据对比通过，则发出验证通过指令并基于所述指纹信息生成巡更信息，将所述巡更信息存储于所述存储模块之后，基于指纹验证的巡更管理方法还包括：
按照预设时间发送所述巡更信息至管理终端。
可选地，所述巡更信息包括用户唯一标识码、巡更时间、地点和状态。
第三方面，本公开提供一种基于指纹验证的巡更管理系统，包括上述任一所述的基于指纹验证的巡更管理设备和管理终端，所述基于指纹验证的巡更管理设备将巡更信息无线发送至所述管理终端。
本公开实施例提供的技术方案便于对巡更人员进行身份确认，有效防止巡更作假，提高了巡更管理的规范性、人员增减管理的便利性以及巡更管理的效率。
图1是本公开提供的基于指纹验证的巡更管理设备的结构方框图；
图2是本公开提供的基于指纹验证的巡更管理方法第一个实施例的方法示意图；
图3是本公开提供的基于指纹验证的巡更管理方法第二个实施例的方法示意图；
图4是本公开提供的基于指纹验证的巡更管理方法第三个实施例的方法示意图；以及
图5是本公开提供的基于指纹验证的巡更管理系统的结构方框图。
实施方式
图1是本公开提供的基于指纹验证的巡更管理设备的结构方框图。参考图1所示，该基于指纹验证的巡更管理设备包括射频卡读写装置11、指纹采集装置12、存储模块13、无线通信模块14及控制电路15，
所述射频卡读写装置11与所述控制电路15连接，设置为读取射频卡中存储的指纹信息，所述指纹信息包括指纹数据及与该指纹数据匹配的用户唯一标识码；
所述指纹采集装置12与所述控制电路15连接，设置为采集用户的指纹数据；
所述存储模块13与所述控制电路15连接，设置为保存指纹信息和巡更信息；
所述无线通信模块14与所述控制电路15连接，设置为传输所述巡更信息；
所述控制电路15设置为判断所述存储模块是否存储有所述射频卡读写装置
11读取的指纹信息，若所述存储模块未存储有所述射频卡读写装置读取的指纹信息，则将读取的指纹信息保存至所述存储模块13；并将所述指纹采集装置12采集的指纹数据与所述射频卡读写装置11读取的指纹信息中的指纹数据进行对比，若指纹数据对比通过，则发出验证通过指令并生成巡更信息，将所述巡更信息存储于所述存储模块13。该基于指纹验证的巡更管理设备通过射频卡读写装置读取射频卡中存储的指纹信息，通过指纹采集装置采集用户的指纹数据，经过控制电路将采集的指纹数据与读取的指纹信息中的指纹数据进行对比，若指纹数据对比通过，则发出验证通过指令并生成巡更信息，将巡更信息存储于所述存储模块，还可以将巡更信息无线发送至管理终端，便于对巡更人员的身份进行确认，有效防止巡更作假，提高了巡更管理的规范性、人员增减管理的便利性以及巡更管理的效率。
基于指纹验证的巡更管理设备还可以包括外接通信端口16，所述外接通信端口16与所述控制电路15连接。外接通信端口可以包括串行通信端口和/或USB端口等。在无线通信模块出现故障时，管理人员可以通过外接通信端口定期读取存储模块中存储的巡更信息，提高了系统的稳定性。
可选地，所述巡更信息可以包括用户唯一标识码、巡更时间、地点和状态。用户唯一标识码与巡更人员的姓名、身份证信息绑定，通过该用户唯一标识码可以确定巡更人员的身份，状态为打卡或未打卡，提示巡更人员是否来巡更。通过巡更信息可以详细了解巡更人员巡更的时间和地点，是否按时完成巡更任务，是谁完成的巡更任务，如果有人请假，可以掌握是谁补班，明确每位巡更人员的工作量，提高了巡更管理的质量。巡更信息不局限于上述所列内容，还可以包括巡更人员的指纹数据等。
本实施例中，基于指纹验证的巡更管理设备还包括电源模块17，所述电源
模块17与所述控制电路15连接，设置为控制电路15供电。电源模块可以是电池供电，也可以是直接连接市电供电。
图2是本公开提供的基于指纹验证的巡更管理方法第一个实施例的方法示意图。参考图2，该基于指纹验证的巡更管理方法包括：
S101、获取射频卡读写装置读取的指纹信息，所述指纹信息包括指纹数据及与该指纹数据匹配的用户唯一标识码。
在数据库中，用户唯一标识码与巡更人员的姓名、身份证信息绑定，通过该用户唯一标识码可以确定巡更人员的身份。
S102、获取指纹采集装置采集的指纹数据。
S103、将所述射频卡读写装置读取的指纹信息中的指纹数据与指纹采集装置采集的指纹数据进行对比。
S104、若指纹数据对比通过，则发出验证通过指令并基于所述指纹信息生成巡更信息，将所述巡更信息存储于存储模块。
可选地，所述巡更信息包括用户唯一标识码、巡更时间、地点和状态。在数据库中，用户唯一标识码与巡更人员的姓名、身份证信息绑定，通过该用户唯一标识码可以确定巡更人员的身份，状态可以为打卡或未打卡，所述状态用于提示巡更人员进行巡更，例如，巡更人员可以根据未打卡的状态，对未巡更的地点进行巡更。
管理人员可以通过射频卡读取存储模块中保存的巡更信息，也可以通过外接端口读取存储模块中保存的巡更信息。
综上，本公开提供的基于指纹验证的巡更管理方法将指纹采集装置采集的指纹数据与所述射频卡读写装置读取的指纹数据进行对比，若指纹数据对比通过，则发出验证通过指令并生成巡更信息，将巡更信息存储于所述存储模块，
便于对巡更人员的身份进行确认，提高了巡更管理的规范性及巡更管理的效率。
图3是本公开提供的基于指纹验证的巡更管理方法第二个实施例的方法示意图。参考图3，该基于指纹验证的巡更管理方法与图2所示方法的不同之处在于，本实施例提供的基于指纹验证的巡更管理方法可以实现巡更人员初次使用射频卡读写装置时指纹信息的自动保存，包括：
S201、获取射频卡读写装置读取的指纹信息，所述指纹信息包括指纹数据及与该指纹数据匹配的用户唯一标识码。
S202、判断所述存储模块是否存储有所述射频卡读写装置读取的指纹信息，若所述存储模块未存储有所述射频读写装置读取的指纹信息，则将所述读取的指纹信息保存至存储模块。
将所述读取的指纹数据与存储模块存储的指纹数据进行对比，若对比不通过，则将所述读取的指纹信息保存至存储模块。也可以将读取的指纹信息中的用户唯一标识码与存储模块中保存的用户唯一标识码一一进行对比，如果读取的指纹信息中的用户唯一标识码没有保存在存储模块中，则将该读取的指纹信息保存于存储模块。
S203、获取指纹采集装置采集的指纹数据。
S204、将所述射频卡读写装置读取的指纹信息中的指纹数据与指纹采集装置采集的指纹数据进行对比。
指纹数据对比可以是将指纹采集装置采集的指纹图像经过处理和转换生成指纹数据，进而将指纹采集装置采集的指纹数据与射频卡读写装置的指纹信息中的指纹数据进行对比，若两者的指纹数据的相似度大于设定阈值即可认为，两指纹数据是匹配的。S205、若指纹数据对比通过，则发出验证通过指令并基于所述指纹信息生成巡更信息，将所述巡更信息存储于存储模块。
步骤S201、S203、S204和S205的详细内容请参考图2所示的方法，此处不再赘述。
综上，本公开提供的基于指纹验证的巡更管理方法将指纹采集装置采集的指纹数据与所述射频卡读写装置读取的指纹信息中的指纹数据进行对比，若指纹数据对比通过，则发出验证通过指令并生成巡更信息，将巡更信息存储于所述存储模块，可以将初次巡更人员的指纹信息自动存储于存储模块，便于对巡更人员的身份确认，提高了巡更管理的规范性及巡更管理的效率。
图4是本公开提供的基于指纹验证的巡更管理方法第三个实施例的方法示意图。参考图4所示，该基于指纹验证的巡更管理方法与图2所示的方法不同之处在于，可以将保存的巡更信息远程无线发送至管理终端，包括：
S301、获取射频卡读写装置读取的指纹信息，所述指纹信息包括指纹数据及与该指纹数据匹配的用户唯一标识码。
在数据库中，用户唯一标识码与巡更人员的姓名、身份证信息绑定，通过该用户唯一标识码可以确定巡更人员的身份。
S302、获取指纹采集装置采集的指纹数据。
S303、将所述射频卡读写装置读取的指纹信息中的指纹数据与指纹采集装置采集的指纹数据进行对比。
S304、若指纹数据对比通过，则发出验证通过指令并基于所述指纹信息生成巡更信息，将所述巡更信息存储于存储模块。
S305、按照预设时间发送所述巡更信息至管理终端。
预设时间可以设置为每天下班时发送，也可以设置为每周发送一次或者每个月发送一次。
管理终端可以为电脑也可以为移动终端。
步骤S301、S302、S303及S304的详细内容请参考图2所示的相关内容，此处不再赘述。
综上，本公开提供的基于指纹验证的巡更管理方法将指纹采集装置采集的指纹数据与所述射频卡读写装置读取的指纹信息中的指纹数据进行对比，若指纹数据对比通过，则发出验证通过指令并生成巡更信息，将巡更信息存储于所述存储模块，按照预设时间发送所述巡更信息至管理终端，便于对巡更人员的身份确认，提高了巡更管理的规范性及巡更管理的效率。
图5是本公开提供的基于指纹验证的巡更管理系统的结构方框图。参考图5所示，该基于指纹验证的巡更管理系统包括上述所述的基于指纹验证的巡更管理设备1和管理终端2，所述基于指纹验证的巡更管理设备1将巡更信息无线发送至所述管理终端2。
管理终端2可以为电脑也可以为手机，便于管理员统计巡更人员出勤情况。
根据应用环境，一个管理终端2可以匹配一台基于指纹验证的巡更管理设备1，或者多台基于指纹验证的巡更管理设备1。
该基于指纹验证的巡更管理系统通过基于指纹验证的巡更管理设备验证巡更人员的身份，生成巡更信息并无线发送至管理终端进行管理，便于对巡更人员的身份确认，有效防止巡更作假，提高了巡更管理的规范性，人员增减管理方便，提高了巡更管理的效率。
本公开实施例提供的基于指纹验证的巡更管理设备、方法及系统便于对巡更人员的身份确认，有效防止巡更作假，提高了巡更管理的规范性、人员增减管理的便利性以及巡更管理的效率。
Claims (10)
- 一种基于指纹验证的巡更管理设备，包括射频卡读写装置、指纹采集装置、存储模块、无线通信模块及控制电路，所述射频卡读写装置与所述控制电路连接，设置为读取射频卡中存储的指纹信息，所述指纹信息包括指纹数据及与该指纹数据匹配的用户唯一标识码；所述指纹采集装置与所述控制电路连接，设置为采集用户的指纹数据；所述存储模块与所述控制电路连接，设置为保存指纹信息和巡更信息；所述无线通信模块与所述控制电路连接，设置为传输所述巡更信息；以及所述控制电路设置为判断所述存储模块是否存储有所述射频卡读写装置读取的指纹信息，若所述存储模块未存储有所述射频卡读写装置读取的指纹信息，则将所述读取的指纹信息保存至所述存储模块；并将所述指纹采集装置采集的指纹数据与所述射频卡读写装置读取的指纹信息中的指纹数据进行对比，若指纹数据对比通过，则发出验证通过指令并生成巡更信息，将所述巡更信息存储于所述存储模块。
- 根据权利要求1所述的基于指纹验证的巡更管理设备，还包括外接通信端口，所述外接通信端口与所述控制电路连接。
- 根据权利要求1所述的基于指纹验证的巡更管理设备，其中，所述巡更信息包括用户唯一标识码、巡更时间、地点和状态。
- 根据权利要求1所述的基于指纹验证的巡更管理设备，还包括电源模块，所述电源模块与所述控制电路连接，设置为控制电路供电。
- 一种基于指纹验证的巡更管理方法，包括：获取射频卡读写装置读取的指纹信息，所述指纹信息包括指纹数据及与该指纹数据匹配的用户唯一标识码；获取指纹采集装置采集的指纹数据；将所述射频卡读写装置读取的指纹信息中的指纹数据与指纹采集装置采集的指纹数据进行对比；以及若指纹数据对比通过，则发出验证通过指令并基于所述指纹信息生成巡更信息，将所述巡更信息存储于存储模块。
- 根据权利要求5所述的方法，所述获取射频卡读写装置读取的指纹信息，所述指纹信息包括指纹数据及与该指纹数据匹配的用户唯一标识码之后，还包括：判断所述存储模块是否存储有所述射频卡读写装置读取的指纹信息，若所 述存储模块未存储有所述射频卡读写装置读取的指纹信息，则将所述读取的指纹信息保存至存储模块。
- 根据权利要求6所述的方法，其中，所述判断所述存储模块是否存储有所述射频卡读写装置读取的指纹信息，若所述存储模块未存储有所述射频卡读写装置读取的指纹信息，则将所述读取的指纹信息保存至存储模块，包括：将所述读取的指纹信息中的指纹数据与存储模块存储的指纹数据进行对比，若对比不通过，则将所述读取的指纹信息保存至存储模块。
- 根据权利要求5所述的方法，所述若指纹数据对比通过，则发出验证通过指令并基于所述指纹信息生成巡更信息，将所述巡更信息存储于所述存储模块之后，还包括：按照预设时间发送所述巡更信息至管理终端。
- 根据权利要求5所述的方法，其中，所述巡更信息包括用户唯一标识码、巡更时间、地点和状态。
- 一种基于指纹验证的巡更管理系统，包括如权利要求1至4任一项所述的基于指纹验证的巡更管理设备和管理终端，所述基于指纹验证的巡更管理设备将巡更信息无线发送至所述管理终端。
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