WO2017206334A1 - 一种即时保安巡更系统 - Google Patents

一种即时保安巡更系统 Download PDF

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Publication number
WO2017206334A1
WO2017206334A1 PCT/CN2016/094073 CN2016094073W WO2017206334A1 WO 2017206334 A1 WO2017206334 A1 WO 2017206334A1 CN 2016094073 W CN2016094073 W CN 2016094073W WO 2017206334 A1 WO2017206334 A1 WO 2017206334A1
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patrol
security
checkpoint
communication device
central monitoring
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PCT/CN2016/094073
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English (en)
French (fr)
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赵龙
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深圳朝伟达科技有限公司
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Publication of WO2017206334A1 publication Critical patent/WO2017206334A1/zh

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
    • G06Q50/10—Services
    • G06Q50/26—Government or public services
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
    • G06Q50/10—Services
    • G06Q50/26—Government or public services
    • G06Q50/265—Personal security, identity or safety
    • 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 invention relates to the field of security management systems, and more particularly to an instant for managing security information associated with a commercial or industrial location or other location and transmitting such information or event reports to a remote central monitoring station for assistance Security Patrol System and Method.
  • the present invention relates to a light emitting diode based package substrate and a method of fabricating the same, and more particularly to a package substrate including a light conversion material.
  • on-site security is assigned to routine patrols of all or part of the site to ensure the site is protected.
  • the assigned security must complete the scheduled patrol mission within the specified time, and during the patrol, the security guard must check for outsider entry or other unauthorized events.
  • the security guard must record the location of each checkpoint in the registry.
  • the traditional Electronic Security Patrol System overcomes the drawbacks of the above-mentioned conventional systems to some extent.
  • the ESPS system uses a hand-held patrol stick, signal card/button, etc. to automate the patrol/patrol landing process as compared to manually entering the various checkpoint location states discussed above.
  • electronic security patrol systems (ESPS) are faster and more reliable than manual entry of security at various checkpoints.
  • electronic security patrol systems (ESPS) need to be sent after the security guards complete the patrol mission when transmitting the incident/incident report to the central monitoring station, which is delayed because the security guard must connect the patrol pole to its computer to transmit the report remotely. .
  • EVS Electronic Security Patrol System
  • the present invention aims to provide an instant security monitoring and patrol system and related methods to effectively enhance the management level of security services in various commercial, industrial and other locations.
  • the present invention further aims to provide a low cost, high efficiency security patrol system for use in commercial, industrial or other locations or other locations where security needs are of utmost importance.
  • the present invention is further directed to providing a more efficient solution that can replace the traditional security patrol system and method discussed above.
  • the present invention also requires protection of the life safety of the on-duty patrol security, in addition to preventing outsiders from entering the premises or reducing the risk of accidents or other unauthorized activities in the premises.
  • an instant security patrol system for managing security information associated with a commercial, industrial or other location and transmitting such information to a remote central monitoring station includes a communication network interface (eg, mobile network, other wireless) Cloud servers such as Wi-Fi, Internet, etc., communication devices (the above communication network interface can communicate with communication devices carried by patrol security), central monitoring stations, one or several databases (cloud servers are equipped with corresponding interfaces) ), at least one of which contains location information.
  • a communication network interface eg, mobile network, other wireless
  • Cloud servers such as Wi-Fi, Internet, etc.
  • communication devices the above communication network interface can communicate with communication devices carried by patrol security
  • central monitoring stations one or several databases (cloud servers are equipped with corresponding interfaces) ), at least one of which contains location information.
  • the instant security patrol system further comprises at least one set of applications stored in the memory of the patrol security communication device, executing the application, enabling the patrol security to log into the system, selecting a predefined patrol route, and tapping
  • the initial checkpoint indicates the start of the patrol route patrol, taps the patrol route follow-up checkpoint and the destination checkpoint, transmits the initial checkpoint, the follow-up checkpoint, and the destination checkpoint location to the cloud server, responding to an item received by the central monitoring station or Multiple security inspections, reporting one or more incidents to the central monitoring station.
  • the reporting process includes taking at least one accident picture or recording an accident video, classifying the accident, and loading at least one recorded audio message and video message into the report. , again tap the patrol route initial checkpoint to indicate that the patrol route patrol is complete.
  • FIG. 1 illustrates the general concept of a security patrol system by an exemplary embodiment of the present invention
  • FIG. 2 illustrates a general communication flow diagram of the instant security patrol system of the present disclosure, by way of an exemplary embodiment of the present invention.
  • 3 - 4 illustrate an exemplary method of managing security information for a commercial, industrial, or other location by the instant security patrol system, by an exemplary embodiment of the present invention.
  • Figure 1-2 illustrates the concept of instant security patrol system and system communication flow control.
  • the instant security patrol system of the present invention includes a commercial or industrial location or other location or premises 12 in which the present invention may be implemented. Normally, premises 12 are regularly patrolled by patrol security guards 10.
  • the patrol security 10 typically selects a predefined patrol route and completes the patrol mission for the selected patrol route to continue the patrol of the next patrol route of the premises 12.
  • the security 10 carries an NFC communication device 16, preferably but not limited to a smart phone, a tablet, Laptop or PDA.
  • NFC means that communication device 16 includes a near field communication chip (NFC chip).
  • the patrol security 10 carries the NFC communication device 16 to allow the patrol security 10 to place his communication device 16, such as a mobile phone, adjacent to a patrol/checkpoint to which an NFC tag has been set.
  • the NFC tag can be an active or passive tag.
  • the communication device 16 associated with the security 10 installs a set of application software programs (not shown).
  • the security 10 can log into the application by using the communication device 16, or according to another embodiment, the NFC communication device 16 will provide a smart card, log the security 10 into the system, and verify its identity into the application, such as an instance. Shown.
  • the patrol security 10 of the selected 12 patrol route selects a particular patrol route on the communication device 16, and the application provides the user interface for that particular route.
  • the patrol security 10 uses its NFC communication device 16 to tap the NFC tag at a different patrol point or checkpoint on the selected patrol route.
  • the selected initial, subsequent checkpoint and destination checkpoint locations including any other information related to the event report, will be sent/pushed to the cloud space 20, and it is to be understood that not only the security 10
  • the associated patrol information provided will be transmitted to the cloud server 18 (located within the cloud space 20) for storage in one or more of the databases 19A-19C, and any security incidents that the security guards think or detect during the patrol process. Or events (fire, theft, door open, etc.) will be sent to the cloud storage space 20 in real time via the communication device 16 associated with the security 10.
  • the central monitoring station 14 (including the computer or other communication device 14a and one or more operators 14b) will be notified in real time about the security event/accident, as well as the security incident details reported by the security 10.
  • the remote central monitoring station 14 will provide the necessary assistance to the premises 12. The generation of a detailed security incident report will be described with full reference to Figures 3-4.
  • a communication network preferably a mobile network or the Internet, although it should be understood that any other suitable communication network is suitable.
  • the cloud server 18 is responsible for processing the initial and destination checkpoint locations received from the security 10 and processing and recording the incidents/events recorded by the patrol security 10. This information can help the central monitoring station 14 responsible for handling security incidents track the efficiency of assigning security 10 patrol spaces 12.
  • the present invention is also directed to providing life safety for the designated security 12 of the designated premises 12 responsible for communicating security violations to the central monitoring station 14.
  • This feature is typically achieved by using an application emergency button that is provided in the form of a graphical user interface.
  • the patrol security 10 can establish a dedicated communication line with the central monitoring station 14 to request remote assistance.
  • the patrol security 10 can also respond to one or more security monitoring queries issued by the central monitoring station 14 to ensure that the central monitoring station 14 places the premises 12 in optimal protection.
  • Figures 3 - 4 specifically illustrate an exemplary method of managing security information for a commercial or industrial location by an instant security patrol system. As shown in FIG. 3, the method begins at block 31 and indicates that the patrol security 10 logs into the system by using its NFC communication device 16 or a smart card supported by the communication device 16. Log in to verify the security 10 identity and allow it to use the system. The method then proceeds to block 32.
  • Block 32 depicts the selection of a predefined patrol route by the protection device 10 using its communication device 16, which contains a set of application software for presenting one or more user interfaces.
  • the patrol security selects a particular route on its communication device 16 based on its patrol route.
  • the method proceeds to blocks 33 and 34.
  • Blocks 33 and 34 depict the security 10 tapping the initial, subsequent checkpoints and destination checkpoints of the selected patrol route by using the communication device 16, while the security 10 advances the patrol mission, using the NFC communication device 16 to tap the NFC tag. The method then proceeds to block 35.
  • Block 35 depicts transmitting the initial, destination checkpoint and subsequent checkpoint locations to the cloud server 18 located in the cloud space 20.
  • the security 10 can also transmit other information and detected incident/event reports to the cloud server 18 for storing the information to the cloud server.
  • One or more databases 19a-19c are interfaced with the 18 interface to inform the central monitoring station 14 of the incident.
  • the method Proceed to block 36.
  • Block 36 depicts the ability of the security 10 to respond to one or more security queries issued by the central monitoring station 14 in response to the query, for example, is the gate locked? The method then proceeds to block 37.
  • Block 37 describes the real-time reporting of a security incident/event to the central monitoring station 14.
  • the security 10 reports the security incident using the method shown in FIG.
  • reporting a security incident to the central monitoring station 14 is by taking a security device (block 38) detected at the premises 12 by using an imaging device, such as a camera embedded in the security 10 communication device 16.
  • An image/picture or a short video that classifies security incidents/events based on the hazard (block 39) and loads the recorded voice and/or video information into the report to fully address the security incident (block 40) Report to the central monitoring station 14.
  • the invention is highly forward-looking for future security patrol management, but it has not yet been industrially applied.
  • the present invention focuses on tracking the efficiency of patrolling security guards responsible for maintaining security incidents or security issues, and developing software applications for various communication devices to help security maintain the most secure accident-prone locations in real time.
  • the present invention focuses on cloud storage space and its performance theory, which contribute to the achievement of the objects and advantageous functions of the present invention.

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Abstract

一种即时保安巡更系统,该即时保安巡更系统进一步包括至少一套应用程序，该应用程序存储在巡逻保安通信设备内存中，执行该应用程序，使巡逻保安登陆系统，选择一条预定义巡逻路线，轻触初始检查点表示巡逻路线巡逻开始，轻触巡逻路线后续检查点和目的地检查点，传送初始检查点、后续检查点和目的地检查点位置到云伺服器，回应中央监控站接收的一项或多项安检查询，向中央监控站报告一件或多件事故，报告过程包括拍摄至少一张事故图片或录制一段事故视频，对事故进行分类，将至少一条已录制音频讯息和视频讯息载入报告，再次轻触巡逻路线初始检查点表示巡逻路线巡逻完成。

Description

一种即时保安巡更系统 技术领域
本发明涉及到保安管理系统领域，尤其，涉及到一种用于管理与商业或工业场所或其它场所相关保安信息，并将此类信息或事件报告传送至远程中央监控站，以寻求协助的即时保安巡更系统与方法。本发明涉及基于发光二极管的封装基板及其制备方法，特别是涉及含光转换材料的封装基板。
背景技术
大多数人都见过商业和工业场所及其它场所如何对紧急事件(如，偷窃或火灾)作出反应，不过多数时候，他们的反应具有滞后性，只能是事后悲伤，缺乏主动性，同时也无法避免一些恶性事件的发生。
当前，商业和工业场所或其它场所雇佣各类保安公司提供现场保安服务很常见。通常，现场保安被分配了对全部或部分场地进行常规巡逻任务，以确保保护场地。对于此类传统巡更系统而言，指派的保安必须在规定时间内完成既定的巡逻任务，并且在巡逻过程中，保安必须检查是否有外人进入或其它未授权事件发生。另外，在此类巡更系统实施过程中，保安必须将各个检查点的场所状态在登记本中予以手写记录。因此，此类传统保安巡更系统耗时，可靠性不高，在保安未按规定履行职责时尤为如此。由此可见，此类传统巡更系统无法满足随科技水平提高而日益增强的安保要求。
传统电子保安巡更系统(ESPS)在某种程度上克服了上述传统系统的缺陷。与上文讨论的手动输入各个检查点场所状态相比，ESPS系统采用手持巡逻杆、信号卡/按钮等，将巡查/巡更登陆过程自动化。因此，此类电子保安巡更系统(ESPS)比保安在各个检查点手动输入场所状态更快捷、更可靠。不过，此类电子保安巡更系统(ESPS)在向中央监控站传送事故/事件报告时，需要在保安完成巡逻任务之后进行，具有延迟性，因为保安必须将巡逻杆与其电脑相连才能远程传送报告。
传统可用电子保安巡更系统(ESPS)在将所有安全事故向中央监控站进行报告寻求远程协助方面不够有效。同行，在此类系统运行时，保安必须在观察到不安全行为时立刻致电中央监控站。对于某些此类系统而言，巡逻保安必须使用照相机将事故进行拍摄，向传送到中央监控站的报告中添加详情。因此，此类系统耗费了大量时间，因为保安必须将照相机与电 脑相连以传送事故图片，而在这段耗费的时间段，其它事故就无法报告。
由此可见，需要一种即时保安巡更系统和方法，对商业或工业场所或其它场所相关安全信息进行管理，同时将此类信息与事故报告传送到远程中央监控站，寻求必要的远程协助。
同时，需要一种即时保安巡更管理系统和方法来解决或至少部分克服传统保安巡更系统、方法或技术的问题与缺陷。
发明内容
本发明旨在提供一种即时保安监控与巡更系统和相关方法，来有效增强各个商业、工业场所和其它场所安保服务的管理水平。
本发明进一步旨在提供一种低成本、高效率的保安巡更系统，用于商业、工业场所或其它场所或安保需求极其重要的其它地点。
本发明进一步旨在提供一种可以替代上文讨论的传统保安巡更系统及方法的更有效解决方案。
本发明还需要对值班巡逻保安生命安全提供保护，除阻止外人进入场所或降低所在场所事故或其它未授权活动发生的风险外。
根据本发明，一种管理与商业、工业场所或其它场所相关安全信息并将此类信息传送给远程中央监控站的即时保安巡更系统包含一台带通信网络接口(例如，移动网络、其它无线网络如Wi-Fi，Internet等)的云伺服器，通信设备(上述通信网络接口可以与巡逻保安所携带通信设备进行通信)，中央监控站，一个或数个数据库(云伺服器配备了相应接口)，其中至少一个数据库包含了场所信息。
根据本发明，该即时保安巡更系统进一步包括至少一套应用程序，该应用程序存储在巡逻保安通信设备内存中，执行该应用程序，使巡逻保安登陆系统，选择一条预定义巡逻路线，轻触初始检查点表示巡逻路线巡逻开始，轻触巡逻路线后续检查点和目的地检查点，传送初始检查点、后续检查点和目的地检查点位置到云伺服器，回应中央监控站接收的一项或多项安检查询，向中央监控站报告一件或多件事故，报告过程包括拍摄至少一张事故图片或录制一段事故视频，对事故进行分类，将至少一条已录制音频讯息和视频讯息载入报告，再次轻触巡逻路线初始检查点表示巡逻路线巡逻完成。
本发明的其它方面、特点和优势将在以下详细描述中进一步说明，下列描述引用了实施例和执行例，包括设想的本发明最佳实施模式。
附图说明
本发明在结合附带图纸的情况下将更容易理解，这些图纸，例如列出的参考对象，表示了相同或类似零部件：
图1通过本发明的一个示例性实施例展示了保安巡更系统的总体概念；
图2通过本发明的一个示例性实施例展示了本公开即时保安巡更系统的总通信流程图。
图3-图4通过本发明的一个示例性实施例展示了该即时保安巡更系统管理商业、工业场所或其它场所相关安保信息的示例性方法。
具体实施方式
以下将结合附图及实施例来详细说明本发明的实施方式，借此对本发明如何应用技术手段来解决技术问题，并达成技术效果的实现过程能充分理解并据以实施。需要说明的是，只要不构成冲突，本发明中的各个实施例以及各实施例中的各个特征可以相互结合，所形成的技术方案均在本发明的保护范围之内。
本发明通过参照示意性框图，通信流控制图和系统流程图，方法和计算机程序，并根据本发明的一个实施例予以描述。要理解的是，示意框图和流程图中的一个或多个框块可分别由应用程序指令来实现。这些程序指令可以被加载到通用计算机、专用计算机或其它可编程数据处理设备，使得这些指令在计算机或其它可编程数据处理设备上执行时可以实现框块或流程图中指定的功能。在详细解释至少一个本发明的实施例前，应当理解的是，这里采用的措辞和术语仅用于描述而不应视为限制。
现在转向附图1-图4进行描述。图1-2分别说明了即时保安巡更系统和系统通信流控制的概念。如图所示，本发明的即时保安巡更系统包括商业或工业场所或其它场所或可以实施本发明的处所12。通常情况下，处所12由巡逻保安10定期巡逻。巡逻保安10通常选择一条预定义巡逻路线，并完成选定巡逻路线的巡逻任务，以便继续处所12的下一条巡逻路线的巡逻。
根据本发明，保安10携带了一台NFC通信设备16，优选但不限于智能电话，平板电脑， 笔记本电脑或PDA。本领域技术人员应明白术语“NFC”是指通信设备16包含一个近场通信芯片(NFC芯片)。巡逻保安10携带NFC通信设备16允许巡逻保安10把他的通信设备16，例如移动电话，临近已设置了NFC标签的巡逻/检查点。本领域技术人员应明白NFC标签可以是主动式或被动式标签。
此外，根据本实施例，与保安10相关联的通信设备16安装了一套应用软件程序(未示出)。保安10可以通过使用通信装置16登录到该应用程序中，或者根据另一实施例，NFC通信设备16将提供一张智能卡，使保安10登录到系统中，并验证其身份进入应用程序，如实例所示。
根据该实施例，选定处所12巡逻路线的巡逻保安10在通信设备16上选择一条特定巡逻路线，应用程序提供了该特定路线的用户界面。巡逻保安10使用其NFC通信设备16轻触位于选定巡逻路线不同巡逻点或检查点的NFC标签。
根据本实施例，所选择的初始，后续检查点和目的地检查点的位置，包括与事件报告有关的任何其它信息将被发送/推送到云空间20，此外，要理解的是，不仅保安10提供的相关巡逻信息将被传输到云伺服器18(位于云空间20内)，用于存储在一个或多个数据库19A-19C中，而且任何保安在巡逻过程中想到的或探测到的安全事故或事件(火灾，盗窃，门敞开等)均将通过保安10关联的通信设备16，被实时发送至云存储空间20。本领域技术人员需要明白的是，当通信设备16无法接收任何移动/网络信号时，此刻，所有该特定时间戳信息将暂存在设备16中，并且一旦网络连接可用，这些信息将自动发送至云伺服器18。
根据本实施例，中央监控站14(包括计算机或其它通信设备14a和一个或多个操作员14b)将被实时通知有关安全事件/事故，以及保安10报告的安全事故详情。远程中央监控站14将为处所12提供必要的协助。详细安全事件报告的产生将完全参照图3-4来描述。
进一步看出，发送至和来自云空间20、保安10和中央监视站14的信息传送通过通信网络实现，优选移动网络或因特网实现，但是应当理解的是任何其他合适的通信网络均适用。
进一步看出，云伺服器18负责处理从保安10接收到的初始和目的地检查点位置，并处理和记录巡逻保安10记录的事故/事件。这些信息可以帮助负责处理安全事故的中央监控站14追踪到指派保安10巡逻处所12的效率情况。
根据该实施例看出，本发明还涉及为负责将违反安全事件传达到中央监控站14的指定处所12保安10提供生命安全保障。这一功能通常通过使用优先以图形用户界面形式提供的应用程序紧急按钮来实现。通过使用紧急按钮，巡逻保安10可以与中央监控站14建立一条专用通信线路，来请求远程协助。
此外，根据本实施例，巡逻保安10也可以回应中央监视站14发出的一个或多个安全监察查询，以确保中央监控站14使处所12处于最佳保护中。
图3-图4特别说明了一种即时保安巡更系统管理商业或工业场所安全信息的示例性方法。如图3所示，该方法从框块31开始，表示巡逻保安10通过使用其NFC通信设备16或使用通信设备16支持的智能卡登录到系统。登录对保安10身份进行验证，允许其使用该系统。接着，该方法前进到框块32。
框块32描述了由保护10使用其通信设备16选择一条预定义巡逻路线，该通信设备包含一套应用软件，为其呈现一个或多个用户接口。巡逻保安根据其巡逻路线在其通信设备16上选择一条特定路线。接着，该方法前进到框块33和34。
框块33和34描述了保安10通过使用通信设备16，轻触选定巡逻路线的初始、后续检查点和目的地检查点，同时保安10推进巡逻任务，使用NFC通信设备16轻触NFC标签。接着，该方法前进到框块35。
框块35描述了将初始、目的地检查点和后续检查点位置传送到位于云空间20的云伺服器18。除了发送或上传巡逻保安10提供的初始及目的地检查点位置，保安10还可以将其它信息和检测到的事故/事件报告传送至云伺服器18，用于将这些信息存储到与云伺服器18接口连接的一个或多个数据库19a-19c，从而通知中央监控站14有关事故情况。接着，该方法 前进到框块36。
框块36描述了保安10对中央监控站14发出的一个或多个安检查询进行回应的能力，对查询作出回应，例如，大门是否上锁？接着，该方法前进到框块37。
框块37介绍了描述了将安全事故/事件对中央监控站14进行实时报告。通常，保安10使用图4所示方法对安全事故进行报告。根据本示例性实施例，向中央监控站14报告安全事故是通过使用一台成像设备，如嵌入在保安10通信设备16的照相机，为在处所12探测到的安全事故(框块38)拍摄一张图像/图片或一段简短视频，根据危害性对安全事故/事件进行分类(框块39)，并且将录制的语音信息和/或视频信息载入报告，以便将安全事故(框块40)全面报告至中央监控站14。
发明由于其独特性，对未来的安全巡逻管理具有高度前瞻性，但目前尚未进行工业应用。本发明重点集中在追踪负责维持安全事故易发处所或场所安保问题的巡逻保安的效率，开发用于各种通信设备的软件应用程序，用以帮助保安实时维持各种安全事故易发场所的最佳安全级别，本发明重点还集中在云存储空间及其性能理论，这些理论有助于实现本发明的目的和优势功能。
应强调的是所描述的实施例仅用于说明，而不具有限制性，因此本发明并不限于以上所述的具体实施例，这一点需要本领域技术人员理解。本发明通过现有技术领域技术方案推导而来；其他实施例也属于本发明的保护范围。

Claims (3)

  1. 一种即时保安巡更系统，其特征在于:该系统至少可以将部分信息传送到远程中央监控站，该系统包括：
    一台具有通信网络接口的云伺服器，该接口用于与巡逻保安使用的一台通信设备和所述中央监控站发生通信，
    一个或多个与所述云伺服器接口相连的数据库，其中至少一个数据库包含所述场所相关信息；且
    至少一套应用程序存储在所述巡逻保安通信设备的内存里，执行该应用程序可以使巡逻保安执行以下操作：登陆所述系统，选择一条预定义巡逻路线，轻触所述巡逻路线的初始、后续检查点及目的地检查点，传送所述初始检查点、后续检查点及目的地检查点位置至所述云伺服器，回应所述中央监控站发出的一个或多个安检查询，报告一件或多件安全事故至所述中央监控站，所述报告操作包括拍摄至少一张事故图片，录制一段事故视频信息，对事故进行分类，将至少一条已录制音频信息或一段视频信息载入报告，再次轻触上述巡逻路线的初始检查点表示完成所述巡逻路线的巡逻任务。
  2. 根据权利要求1所述的系统，其特征在于：所述巡逻保安使用的通信设备为NFC通信设备。
  3. 根据权利要求1所述的系统封装基板，其特征在于：进一步包括一张在所述通信设备中使用的智能卡，来验证所述保安身份，使其安全登录所述系统所述基座还包含导热和导电通道用于连通LED芯片和外部环境。
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