CN102074097B - Radioactive source supervision system and method - Google Patents

Radioactive source supervision system and method Download PDF

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CN102074097B
CN102074097B CN 201010597321 CN201010597321A CN102074097B CN 102074097 B CN102074097 B CN 102074097B CN 201010597321 CN201010597321 CN 201010597321 CN 201010597321 A CN201010597321 A CN 201010597321A CN 102074097 B CN102074097 B CN 102074097B
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information
alarm
radiation source
manager
module
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CN 201010597321
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CN102074097A (en
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郭锴
万学平
王侃
李岭
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聚光科技(杭州)股份有限公司
无锡聚光盛世传感网络有限公司
杭州聚光环保科技有限公司
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Abstract

本发明提供了一种放射源监管系统,所述放射源监管系统包括:传感器,用于将检测到的关于放射源的检测信息传送给中继器;所述检测信息包括放射源的辐射剂量;电子标签,用于标识放射源的位置;中继器,用于测得所述电子标签的信息,以及将所述电子标签信息、接收到的所述检测信息传送给信息管理器;信息管理器,用于将接收到的所述电子标签的信息、检测信息传送到上级部门监管平台,并根据报警信息提示报警;上级部门监管平台,用于对接收到的所述电子标签的信息、检测信息进行处理而生成所述报警信息,并将所述报警信息传送给所述信息管理器。 The present invention provides a monitoring system radiation source, the radiation source monitoring system comprising: a sensor for detecting the transmitted detection information about the radiation source to the repeater; information comprises detecting the radiation dose of the radiation source; tag, used to identify the position of the radiation source; repeater, the measured information for the electronic tag, the electronic tag information and the received detection information to the information manager; information Manager for information, detection information of the received electronic tag is transferred to higher authorities supervision platform, according to alarm when the alarm information; higher authorities supervision platform for the electronic tag information received detection information processed to generate the alarm information and the alarm information to the information manager. 本发明具有功能全面、成本低、实现方便等优点。 The present invention has fully functional, low cost, and easy to achieve.

Description

—种放射源监管系统及方法 - kind of radioactive sources regulatory system and method

技术领域 FIELD

[0001] 本发明涉及监管系统及方法,特别涉及针对放射源的监管系统及方法。 [0001] The present invention relates to a monitoring system and method, and particularly relates to systems and methods for regulation of radioactive sources.

背景技术 Background technique

[0002] 传统的放射源的监控只是对于放射源的放射性强度进行监控,即剂量率监控,采取的方式是在距离放射源特定距离的位置安装探测器,通过数据线传输到中心控制器。 [0002] traditional monitoring only radioactive sources for radioactive sources for monitoring radioactivity, i.e., dose rate monitor, the position of the radiation source is a mode to take a certain distance from the detector is mounted in the transmission to the central controller via data line. 有的比较复杂的系统中会加入视频监控、放射源坐标监控(GPS)等。 Some more complex video surveillance systems will be added, coordinate the monitoring of radioactive sources (GPS) and so on. 同时采用IE网络数据传输、无线微波数据传输和GPRS数据传输结合起来的传输方式把数据传输到监控中心。 IE transmission data while using the network, transmission mode wireless microwave data transmission and GPRS data transmission to combine the data transmission to the monitoring center.

[0003] 上述的放射源监控系统有诸多不足: [0004] I、监测技术手段单一,不能满足多种应用场合的要求。 [0003] The radioactive source monitoring system has many disadvantages: [0004] I, means a single monitoring technology can not meet the requirements of various applications.

[0005] 2、传统辐射剂量仪表,主要用途是对场所内的环境辐射剂量进行测量,体积硕大不便于安装在放射源附近。 [0005] 2, the conventional radiation dose meter, the main purpose is radiation dose to the environment of the place measured, huge volume not easy to install in the vicinity of the radiation source.

[0006] 3, GPS定位有很大的局限性,在室内场合不实用,它没有防拆功能。 [0006] 3, GPS positioning has many limitations, impractical in indoor occasion, it did not tamper.

[0007] 4、技术手段简单:简单的剂量和定位监控,新技术应用缺乏、针对一企多源没有科学合理的解决方案、针对放射源在企业内部小范围移动和进出厂区没有有效可靠的监控手段、缺乏将企业行为纳入环保科学管理体系的技术实现。 [0007] 4, simple techniques: a simple dose and positioning control, the lack of new technology, there is no scientific and reasonable solution for a multi-source enterprise for radioactive sources within the enterprise and small-scale movement out of the factory without a valid and reliable monitoring means, the lack of corporate behavior to incorporate environmental technology and scientific management systems.

[0008] 5、管理模式简单:信息化程度低,系统构架简单、缺乏区域性宏观管理理念和创新模式、简单的对物的监控,未将企业行为纳入有效监管休系。 [0008] 5, management is simple: low degree of information technology, system architecture is simple, the lack of regional macro-management concepts and innovative models, simple monitoring was not included in the effective regulation of corporate behavior off-line.

发明内容 SUMMARY

[0009] 为了解决现有技术中存在的上述不足,本发明提供了一种功能全面、成本低、实现方便的放射源监管系统及方法。 [0009] In order to solve the above-described deficiencies present in the prior art, the present invention provides a full-featured, low cost, easy to implement system and method for regulation of radioactive sources.

[0010] 为实现上述目的,本发明采用以下技术方案: [0010] To achieve the above object, the present invention employs the following technical solution:

[0011] 一种放射源监管系统,所述放射源监管系统包括: [0011] A monitoring system radiation source, the radiation source monitoring system comprising:

[0012] 一个或多个传感器,所述一个或多个传感器用于将检测到的关于一个或多个放射源的检测信息传送给一个或多个中继器;所述检测信息包括所述一个或多个放射源的辐射剂量; [0012] One or more sensors, said one or more sensors for detecting information transmitted on a plurality of sources or detected to one or more repeaters; detecting said information comprises a radiation dose or a plurality of radioactive sources;

[0013] 一个或多个电子标签,所述一个或多个电子标签用于标识所述一个或多个放射源的位置; [0013] or a plurality of electronic tags, the one or more electronic tags for identifying the position of one or more radiation sources;

[0014] 一个或多个中继器,所述一个或多个中继器用于测得所述一个或多个电子标签的信息,以及将所述电子标签信息、接收到的所述检测信息传送给信息管理器; The detection [0014] or a plurality of repeaters, the repeaters for one or more of said measured one or more of the electronic tag information, and the electronic tag information, the received information transmission to the information manager;

[0015] 信息管理器,所述信息管理器用于将接收到的所述一个或多个电子标签的信息、检测信息传送到上级部门监管平台,并根据报警信息提示报警; [0015] The information manager, the information manager for communicating information, detection information of the one or more received electronic tag is transmitted to the monitoring platform higher authorities, and according to the alarm when the alarm information;

[0016] 上级部门监管平台,所述上级部门监管平台用于对接收到的所述一个或多个电子标签的信息、检测信息进行处理而生成所述报警信息,并将所述报警信息传送给所述信息 [0016] Regulated higher authorities internet, the internet information sector regulation of the higher received one or more electronic tags for detecting the information is processed to generate alarm information and the alarm information to said information

管理器。 Manager. [0017] 根据上述放射源监管系统,进一步包括: [0017] According to the radiation source monitoring system, further comprising:

[0018] 企业监管平台,所述企业监管平台用于根据接收信息管理器传送来的电子标签信息、检测信息而监控所述一个或多个放射源的移动。 [0018] Enterprise monitoring platform, the monitoring platform enterprise manager for receiving information transmitted according to the electronic tag information, the detection information to monitor the one or more mobile radioactive sources.

[0019] 根据上述放射源监管系统,所述上级部门监管平台包括: [0019] According to the radiation source monitoring system, the higher authorities monitoring platform comprising:

[0020] 初始化装置,所述初始化装置用于根据输入对放射源监管系统进行初始化设置; [0020] initializing means, said initialization means for initializing the system of regulation of radioactive sources according to the input set;

[0021] 信息处理装置,所述信息处理装置用于接收并处理所述电子标签信息、检测信息并将报警信息传送到所述信息管理器。 [0021] The information processing apparatus, said information processing means for receiving and processing the electronic tag information, the detection information and alarm information to the information manager.

[0022] 根据上述放射源监管系统,所述初始化装置包括: [0022] According to the radiation source monitoring system, said initialization means comprises:

[0023] 设置接口,所述设置接口用于接收上级部门用户的输入; [0024] 报警设置模块,所述报警设置模块用于根据所述上级部门用户的输入为所述报警信息设置对应的电子标签信息和/或检测信息的范围。 [0023] Setting the interface, the setting user interface for receiving an input higher authorities; [0024] The alarm module, said alarm setting means for setting the alarm information corresponding to the higher authorities, according to the user's input is an electron label information and the range / or detection information.

[0025] 根据上述放射源监管系统,所述信息处理装置包括: [0025] The radiation source monitoring system, according to the information processing apparatus comprising:

[0026] 信息接收模块,所述信息接收模块用于接收所述电子标签信息、检测信息并将报警信息并传送到判别模块; [0026] The information receiving module, the information receiving means for receiving the electronic tag information, information and alarm information detected and transmitted to the determination module;

[0027] 信息判别模块,所述信息判别模块用于根据所述上级部门用户的输入去判别接收到的所述电子标签信息、检测信息而生成报警信息; [0027] The determining module information, said information discrimination module according to the user's input to the higher sector determines the received electronic tag information, the detection information to generate alarm information;

[0028] 信息传输模块,所述信息传输模块用于将信息判别模块生成的报警信息传送给所述信息管理器。 [0028] The information transmission module, the information transmission module for transmitting information determining module generates an alarm information to the information manager.

[0029] 根据上述放射源监管系统,进一步包括: [0029] According to the radiation source monitoring system, further comprising:

[0030] 一个或多个巡检人员设备,所述一个或多个巡检人员设备用于将所述一个或多个传感器产生的特征码传送到上级部门监管平台; [0030] One or more signatures art inspection device, the one or more inspection personnel to the apparatus for generating the one or more sensors is transmitted to the monitoring platform higher authorities;

[0031] 所述一个或多个传感器用于产生所述特征码,并经过所述一个或多个中继器、信息管理器传送到所述上级部门监管平台; [0031] The one or more sensors for generating said signature, and through the one or more repeaters, the information is transmitted to the higher-level manager sector supervision platform;

[0032] 所述上级部门监管平台用于根据接收到的一个或多个巡检人员设备传送来的特征码、信息管理器传送来的特征码来审核所述一个或多个巡检人员设备对所述一个或多个放射源的巡检状况。 [0032] The supervision platform for higher authorities to review the one or more inspection personnel received signature apparatus according to one or more devices inspection personnel transmitted signature, the information transmitted to the manager the condition of the one or more inspection of radioactive sources.

[0033] 根据上述放射源监管系统,所述上级部门监管平台包括: [0033] According to the radiation source monitoring system, the higher authorities monitoring platform comprising:

[0034] 审核装置,所述审核装置用于接收并处理所述信息管理器传送来的所述特征码、所述巡检人员设备传送来的所述特征码而生成所述一个或多个放射源的巡检信息。 [0034] audit apparatus audits the means for receiving and processing the signature transmitted to the information manager, and transmitting the signature of the person inspection device generates the one or more radiation inspection information sources.

[0035] 根据上述放射源监管系统,所述审核装置包括: [0035] According to the radiation source monitoring system, the audit apparatus comprises:

[0036] 特征码接收模块,所述特征码接收模块用于接收所述信息管理器传送来的所述特征码、所述一个或多个巡检人员设备传送来的所述特征码; The signature [0036] reception module signature, the signature receiving means for receiving the information transmitted to the manager, the one or more inspection personnel and equipment to transfer the signature;

[0037] 比较模块,所述比较模块用于比较所述信息管理器传送来的所述特征码、所述一个或多个巡检人员设备传送来的所述特征码; [0037] The comparison module, the comparison module for comparing the signature transmitted to the information manager, said one or more devices transmitting said signature to inspection personnel;

[0038] 记录模块,所述记录模块用于所述模块的比较结果。 [0038] The recording module, a module for recording the result of the comparison module.

[0039] 根据上述放射源监管系统,所述特征码是定期发出的动态特征码,用于唯一标识不同的放射源。 [0039] According to the radiation source monitoring system, the dynamic signature is a regular signature emitted by a radiation source different unique identifier.

[0040] 根据上述放射源监管系统,进一步包括: [0040] According to the radiation source monitoring system, further comprising:

[0041] 申请装置,所述申请装置用于根据使用所述一个或多个放射源的用户输入的关于所述一个或多个放射源移动的申请。 [0041] The application means, which application means for applying said one or more radioactive sources or moving the plurality of radiation sources according to a user input.

[0042] 根据上述放射源监管系统,所述上级部门监管平台包括: [0042] According to the radiation source monitoring system, the higher authorities monitoring platform comprising:

[0043] 申请处理装置,所述申请处理装置用于接收并处理所述一个或多个放射源移动的申请; [0043] Application processing apparatus, the application processing means for receiving and processing the one or more radioactive sources to move the application;

[0044] 记录和报警装置,所述记录和报警装置用于记录经过所述申请处理装置做出批准处理的申请,以及根据判断结果提示报警; [0044] recording and alarm device, the alarm and recording means for recording the processing means through the application approval process is made, and based on the determination results indicate an alarm;

[0045] 通信装置,所述通信装置用于将申请处理装置的处理结果传送到使用所述一个或多个放射源的用户; [0045] The communication apparatus, the communication application processing means for transmitting the processing result to the device using the one or more radioactive source users;

[0046] 所述记录和报警装置进一步包括: [0046] The recording and alarm device further comprises:

[0047] 存储模块,所述存储模块用于存储经过批准处理的申请; [0048] 判断模块,所述判断模块用于根据接收到的信息管理器传送来的一个或多个电子标签的信息和检测信息、存储模块内的信息给出所述判断结果; [0047] The storage module, the storage module for storing approved treatment applications; [0048] determining module, the determining module is configured to transmit a message in accordance with the received information manager or a plurality of electronic tags and detection information, the information is given in the determination result storing module;

[0049] 报警模块,所述报警模块用于根据判断结果生成报警信息。 [0049] The alarm module, said alarm means for generating an alarm information according to the determination result.

[0050] 本发明还提出了这样一种放射源监管方法,所述放射源监管方法包括如下步骤: [0050] The present invention also provides a method of regulation of radioactive sources, the radiation source comprising the steps of supervision:

[0051] (Al) 一个或多个传感器将检测到的关于一个或多个放射源的检测信息传送给一个或多个中继器,所述检测信息包括一个或多个放射源的辐射剂量; [0051] (Al) one or more sensors for detecting the detected information about one or more radioactive source is transmitted to one or more repeaters, or information comprising a plurality of sources of said radiation dose detection;

[0052] (A2) 一个或多个中继器测得用于标识所述一个或多个放射源的位置的一个或多个电子标签的信息,并将所述一个或多个电子标签的信息、接收到的所述检测信息传送到信息管理器; [0052] (A2) one or more repeaters or measured for a plurality of electronic tag information identifying the location of one or more radioactive sources and the one or more electronic tag information , detecting the received information to the information manager;

[0053] (A3)信息管理器将接收到的所述一个或多个电子标签的信息、所述检测信息传送到上级部门监管平台; [0053] (A3) of said information manager information of the one or more received electronic tag, the detection information is transmitted to the upper authorities supervision platform;

[0054] (A4)所述上级部门监管平台对接收到的所述一个或多个电子标签的信息、所述检测信息进行处理而生成报警信息,并将所述报警信息传送到所述信息管理器; [0054] (A4) the supervision platform higher authorities received information for the one or more electronic tag, the detection information is processed to generate alarm information and the alarm information to the information management device;

[0055] (A5)所述信息管理器根据接收到的所述报警信息提示报警。 [0055] (A5) of said information manager based on the alarm when the alarm information is received.

[0056] 根据上述放射源监管方法,所述步骤(A3)进一步包括: [0056] According to the method of regulation of radioactive sources, said step (A3) further comprises:

[0057] (BI)信息管理器将接收到的所述一个或多个电子标签的信息、所述检测信息传送到企业监管平台。 [0057] (BI) information to the information manager to the one or more received electronic tag, the detection information is transmitted to the corporate governance internet.

[0058] 根据上述放射源监管方法,进一步包括如下步骤: [0058] According to the radiation source regulation method further comprising the steps of:

[0059] (Cl)所述一个或多个传感器生成特征码,并通过所述中继器、信息管理器传送到所述上级部门监管平台; [0059] (Cl) to generate the one or more sensors signatures, and by the relay, to said information manager higher authorities monitoring platform;

[0060] (C2) 一个或多个巡检人员设备将所述特征码传送到所述上级部门监管平台; [0060] (C2) a plurality of inspection personnel or equipment to transfer the signature to the monitoring platform higher authorities;

[0061] (C3)所述上级部门监管平台基于信息管理器传送来的特征码、一个或多个巡检人员设备发来的特征码而得出所述一个或多个巡检人员设备对所述一个或多个放射源的巡检状况。 [0061] (C3) the signature based on the higher sector supervision platform transmits information to the manager, the one or more inspection personnel sent to the signature devices and one or more of said derived patrol personnel and equipment to the said one or more radioactive sources inspection conditions.

[0062] 根据上述放射源监管方法,进一步包括如下步骤: [0062] According to the radiation source regulation method further comprising the steps of:

[0063] (Dl)用户提出关于所述一个或多个放射源移动的申请,并传送到所述上级部门监 [0063] (Dl) with respect to the user to apply one or more mobile radioactive sources, and transmitted to the superordinate monitoring departments

管平台; Tube platform;

[0064] (D2)所述上级部门监管平台处理接收到的所述一个或多个放射源移动的申请而生成审核结果,记录所述审核结果并传送给所述用户。 [0064] (D2) of the superior department monitoring platform processes the received one or more of the radiation sources to generate a mobile application audit results, the audit results recorded and transmitted to the user. [0065] 根据上述放射源监管方法,所述步骤(A4)进一步为: [0065] According to the method of regulation of radioactive sources, said step (A4) is further:

[0066] 所述上级部门监管平台依据所述审核结果去处理接收到的所述一个或多个电子标签的信息、所述检测信息进行处理而生成所述报警信息。 The [0066] higher authorities audit results according to the monitoring platform to process the received or a plurality of electronic tag information, the detection information is processed to generate the alarm information.

[0067] 根据上述放射源监管方法,所述特征码是定期发出的动态特征码,用于唯一标识不同的放射源。 [0067] According to the method of regulation of radioactive sources, the dynamic signature is a regular signature emitted by a radiation source different unique identifier.

[0068] 与现有技术相比,本发明具有的有益效果为: [0068] Compared with the prior art, the present invention has beneficial effects:

[0069] I、利用射频技术,放射源体添加电子标签,建立辖区内放射源唯一身份识别机制; [0069] I, the use of RF technology, the radiation source is added electronic tag body, to establish a unique identification mechanism radioactive sources within the jurisdiction;

[0070] 2、携带电子标签的放射源体,在距离任意监控终端100米范围内,主动上报放射源信息;监控系统可即时感知任一放射源移动信息。 [0070] 2, the body carrying radioactive source electronic tag within 100 meters from any monitor terminal, reports the active radiation source information; monitoring system may be a radioactive source of any real-time sensing the movement information.

[0071] 3、采用了无线自组网数据传输技术,在非常恶劣的厂区环境中不需要铺设线缆大大降低了安装的难度。 [0071] 3, using wireless ad hoc network data transmission technology, does not require the laying of cables very harsh plant environment greatly reduces the difficulty of installation.

[0072] 4、采用动态特征编码技术,建立环保、企业、点源特征码三方检验系统,支撑企业巡检-----环保审核监管机制。 [0072] 4, dynamic feature encoding technology, the establishment of environmental protection, business, point source tripartite signature verification system, support enterprises inspection ----- environmental audit regulatory mechanism.

[0073] 5、监控中心管理功能全面,可实现企业巡检上报、厂区内移动管理;异地移动申报、企业巡检审核放射源实时监控等功能。 [0073] 5, the monitoring center management features comprehensive, enterprise inspection report, the plant area mobility management; mobile remote reporting, corporate audit inspection of radioactive sources in real-time monitoring.

[0074] 6、根据放射源体本身的分布距离特点和现场环境状况构架了一个具体、合理的多层的监管系统,系统架构清晰,非常适合一企多源,行政区域多源的系统放射源的监控体系,成本低,系统完整性好。 [0074] 6. The distribution of radioactive sources from the body itself and the characteristics of the site framework of a specific environment, multi-layered sound regulatory system, system architecture definition, is ideal for a multi-source companies, administrative region of multi-source system radioactive sources the monitoring system, low cost, system integrity.

附图说明 BRIEF DESCRIPTION

[0075] 参照附图,本发明的公开内容将变得更易理解。 [0075] Referring to the drawings, the disclosure of the present invention will become better understood. 本领域技术人员容易理解的是:这些附图仅仅用于举例说明本发明的技术方案,而并非意在对本发明的保护范围构成限制。 Those skilled in the art will readily appreciate that: these drawings merely serve to illustrate the technical solutions of the present invention, and are not intended to limit the scope of protection of the present invention. 图中: Figure:

[0076] 图I是根据本发明实施例I的放射源监管系统的基本结构图; [0076] Figure I is a basic configuration diagram of a radiation source monitoring system in accordance with the Example I embodiment of the present invention;

[0077] 图2是根据本发明实施例I的上级部门监管平台的基本组成框架图; [0077] FIG. 2 is a view of the upper frame consisting essentially sector supervision platform I according to the embodiment of the present invention;

[0078] 图3是根据本发明实施例I的放射源监管方法的流程图; [0078] FIG. 3 is a flowchart of a method of radioactive sources regulatory Example I of the present invention;

[0079] 图4是根据本发明实施例2的放射源监管系统的基本结构图; [0079] FIG 4 is a basic configuration diagram of a radiation source monitoring system according to the second embodiment of the present invention;

[0080] 图5是根据本发明实施例2的上级部门监管平台的基本组成框架图; [0080] FIG. 5 is the basic frame of FIG higher authorities supervision platform Example 2 according to the present invention;

[0081] 图6是根据本发明实施例2的放射源监管方法的流程图; [0081] FIG. 6 is a flowchart of a method of radioactive sources regulatory Example 2 of the present invention;

[0082] 图7是根据本发明实施例3的放射源监管系统的基本结构图; [0082] FIG. 7 is a basic configuration diagram of a radiation source monitoring system according to the third embodiment of the present invention;

[0083] 图8是根据本发明实施例3的上级部门监管平台的基本组成框架图; [0083] FIG. 8 is a diagram of a frame consisting essentially of higher authorities supervision platform 3 of the embodiment of the present invention;

[0084] 图9是根据本发明实施例3的放射源监管方法的流程图。 [0084] FIG. 9 is a flowchart of a method embodiment of radioactive sources regulation 3 according to the present invention.

具体实施方式 Detailed ways

[0085] 图1-9和以下说明描述了本发明的可选实施方式以教导本领域技术人员如何实施和再现本发明。 [0085] FIGS. 1-9 and the following description describes an alternative embodiment of the present invention to teach those skilled in the art how the present embodiment of the present invention and reproducing. 为了教导本发明技术方案,已简化或省略了一些常规方面。 The purpose of teaching aspect of the present invention have been simplified or omitted, some conventional aspects. 本领域技术人员应该理解源自这些实施方式的变型或替换将在本发明的范围内。 Those skilled in the art will appreciate variations from these embodiments or alternative embodiment would be within the scope of the present invention. 本领域技术人员应该理解下述特征能够以各种方式组合以形成本发明的多个变型。 Those skilled in the art will appreciate the following features can be combined in various ways to form multiple variations of the present invention. 由此,本发明并不局限于下述可选实施方式,而仅由权利要求和它们的等同物限定。 Thus, the present invention is not limited to the following alternative embodiment, but only by the claims and their equivalents.

[0086] 实施例I : [0086] Example I:

[0087] 图I示意性地给出了本发明实施例I的放射源监管系统的基本结构图。 [0087] FIG I schematically shows the basic structure of the present invention FIG radioactive sources regulatory system of the Example I embodiment. 如图I所示,所述放射源监管系统包括: As shown in FIG. I, the radiation source monitoring system comprising:

[0088] 一个或多个传感器,所述一个或多个传感器用于将检测到的关于一个或多个放射源的检测信息通过第一网络(有线或无线)传送给一个或多个中继器;所述检测信息包括所述一个或多个放射源的辐射剂量;所述一个或多个传感器具有防拆功能。 [0088] One or more sensors, the one or more sensors for detecting the detected information about one or more radioactive source is transmitted to the one or more repeater via a first network (wired or wireless) ; the information comprises detecting the radiation dose or a plurality of radioactive sources; the one or more sensors having tamper.

[0089] 一个或多个电子标签,所述一个或多个电子标签设置在所述一个或多个放射源的容器上,用于标识所述一个或多个放射源的位置; [0090] 一个或多个中继器,所述一个或多个中继器用于测得所述一个或多个电子标签的信息,如利用射频技术,以及将所述电子标签信息、接收到的所述检测信息通过第二网络(有线或无线)传送给信息管理器; [0089] or a plurality of electronic tags, the one or more electronic tags provided on the container of said one or more radioactive sources, for identifying the position of one or more radiation sources; [0090] a the one or more repeaters, the one or more repeater information for the one or more measured by an electronic tag, such as the use of RF technology, and the electronic tag information, the detection information received information transmitted to the manager via a second network (wired or wireless);

[0091] 信息管理器,所述信息管理器用于将接收到的所述一个或多个电子标签的信息、检测信息通过第三网络(有线或无线)传送到上级部门监管平台1,并根据报警信息提示报m. [0091] The information manager, the information manager of the information for the one or more received electronic tag detection information transmitted to the upper 1 by a third sector regulators internet network (wired or wireless), and according to the alarm prompt information reported m.

I=I , I = I,

[0092] 上级部门监管平台1,所述上级部门监管平台I用于对接收到的所述一个或多个电子标签的信息、检测信息进行处理而生成所述报警信息,并将所述报警信息通过所述第三网络(有线或无线)传送给所述信息管理器。 [0092] supervision platform 1 higher authorities, the higher authorities regulatory information for the internet I received one or more electronic tag information detection process to generate the alarm information and the alarm information transmitting information to the manager through the third network (wired or wireless).

[0093] 根据上述放射源监管系统,进一步包括: [0093] According to the radiation source monitoring system, further comprising:

[0094] 企业监管平台,所述企业监管平台用于根据接收信息管理器传送来的电子标签信息、检测信息而监控所述一个或多个放射源的移动。 [0094] Enterprise monitoring platform, the monitoring platform enterprise manager for receiving information transmitted according to the electronic tag information, the detection information to monitor the one or more mobile radioactive sources.

[0095] 根据上述放射源监管系统,所述第一网络和第二网络可采用短距的无线自组网数据传输技术,如利用无需申请的2. 4G频段进行通信。 [0095] The radiation source MANETs monitoring system described above, the first and second networks may employ short-range data transmission technology, such as the use of 2. 4G communication band without application. 所述第三网络可采用长距离的无线数据传输技术,如CDMA、GPRS。 The third network may employ long-range wireless data transmission technologies such as CDMA, GPRS.

[0096] 图2示意性地给出了本发明实施例I的上级部门监管平台的基本组成框架图。 [0096] FIG. 2 schematically shows the basic components of the frame of FIG higher authorities supervision platform Example I of the present invention. 如图2所示,所述上级部门监管平台I包括: As shown, the higher authorities supervision platform 2 I comprising:

[0097] 初始化装置2,所述初始化装置2用于根据输入对放射源监管系统进行初始化设置; [0097] The initialization means 2, 2 for the initialization means initializes the radiation source monitoring system in accordance with an input set;

[0098] 信息处理装置3,所述信息处理装置3用于接收并处理所述电子标签信息、检测信息并将报警信息传送到所述信息管理器。 [0098] The information processing apparatus 3, the information processing apparatus 3 for receiving and processing the electronic tag information, the detection information and alarm information to the information manager.

[0099] 如图2所示,所述初始化装置2包括: [0099] 2, the initializing means 2 comprises:

[0100] 设置接口21,所述设置接口21用于接收上级部门用户的输入; [0100] Interface 21 is provided, the input interface 21 is provided for receiving the upper sector of the user;

[0101] 报警设置模块22,所述报警设置模块22用于根据所述上级部门用户的输入为所述报警信息设置对应的电子标签信息和/或检测信息的范围。 [0101] Alarm module 22 is provided, the alarm module 22 to alert the electronic tag information and the range information corresponding to the setting and / or detection information based on the user input higher authorities.

[0102] 如图2所示,所述信息处理装置3包括: [0102] As shown, the information processing apparatus 3 comprises:

[0103] 信息接收模块31,所述信息接收模块31用于接收所述电子标签信息、检测信息并将报警信息并传送到判别模块; [0103] the information receiving module 31, the information receiving module 31 for receiving the electronic tag information, information and alarm information detected and transmitted to the determination module;

[0104] 信息判别模块32,所述信息判别模块32用于根据所述上级部门用户的输入去判别接收到的所述电子标签信息、检测信息而生成报警信息;[0105] 信息传输模块33,所述信息传输模块33用于将信息判别模块生成的报警信息传送给所述信息管理器。 [0104] information determining module 32, module 32 for determining the information based on the user input to the higher sector determines the received electronic tag information, the detection information to generate alarm information; [0105] information transmission module 33, the information transmission module 33 for transmitting information determining module generates an alarm information to the information manager.

[0106] 根据上述的放射源监管系统,带来的有益效果为:建立了完善的监控系统,使得上级监管部门如环保部门能有效地监控辖区内所有放射源的异常情况,如泄漏、非法移动等情况,并及时做出应对措施。 [0106] According to the radioactive sources regulatory system, beneficial effects are: the establishment of a comprehensive monitoring system, so that the higher regulatory authorities such as environmental protection departments to effectively monitor anomalies within the jurisdiction of all radioactive sources, such as leaks, illegal movement etc., and make timely responses. 采用了无线自组网数据传输技术,无需铺设线缆,降低了安装的难度,使得可以应用在恶劣的环境中。 Wireless ad hoc network using a data transmission technology, without laying cables to reduce the difficulty of installation, such can be used in harsh environments.

[0107] 图3示意性地给出了本发明实施例I的放射源监管方法的流程图。 [0107] FIG. 3 schematically shows a flowchart of a method of radioactive sources regulatory Example I of the present invention. 如图3所示,所述放射源监管方法包括如下步骤: 3, the radiation source comprising the steps of supervision:

[0108] (Al) 一个或多个传感器将检测到的关于一个或多个放射源的检测信息通过第一网络(有线或无线)传送给一个或多个中继器,所述检测信息包括所述一个或多个放射源的福射剂量; [0109] (A2) 一个或多个中继器测得用于标识所述一个或多个放射源的位置的一个或多个电子标签的信息,并将所述一个或多个电子标签的信息、接收到的所述检测信息通过第二网络(有线或无线)传送到信息管理器; [0108] (Al) one or more sensors for detecting the detected information about one or more radioactive source transmitted through a first network (wired or wireless) to one or more repeaters, said information comprises detecting Four doses of the one or plurality of sources of emission; [0109] (A2) one or more repeaters measured information for one or more electronic tags identifying the position of one or more radioactive sources, and said one or more electronic tag information, the detected received information to the information manager via the second network (wired or wireless);

[0110] (A3)信息管理器将接收到的所述一个或多个电子标签的信息、所述检测信息通过第三网络(有线或无线)传送到上级部门监管平台; [0110] (A3) the received information manager of the information or a plurality of electronic tags, the detection information is transmitted to the upper network through a third sector regulators internet (wired or wireless);

[0111] (A4)所述上级部门监管平台对接收到的所述一个或多个电子标签的信息、所述检测信息进行处理而生成报警信息,并将所述报警信息通过所述第三网络(有线或无线)传送到所述信息管理器; [0111] (A4) the supervision platform higher authorities received the one or more electronic tag information, the detection information is processed to generate alarm information and the alarm information through the third network (wired or wireless) to said information manager;

[0112] 所述报警信息的生成过程为:根据所述上级部门用户的输入(事先完成)去判别接收到的所述电子标签信息、检测信息是否在允许的范围内,进而生成所述报警信息; Generation process [0112] The alarm information is: (done in advance) to the determination of the received electronic tag information according to the user's input higher authorities, detection information is within an allowable range, thereby generating the alarm information ;

[0113] (A5)所述信息管理器根据接收到的所述报警信息提示报警。 [0113] (A5) of said information manager based on the alarm when the alarm information is received.

[0114] 根据上述放射源监管方法,所述步骤(A3)进一步包括: [0114] According to the method of regulation of radioactive sources, said step (A3) further comprises:

[0115] (BI)信息管理器将接收到的所述一个或多个电子标签的信息、所述检测信息传送到企业监管平台。 [0115] (BI) information to the information manager to the one or more received electronic tag, the detection information is transmitted to the corporate governance internet.

[0116] 实施例2: [0116] Example 2:

[0117] 图4示意性地给出了本发明实施例2的放射源监管系统的基本结构图。 [0117] FIG 4 schematically shows the basic structure of the present invention FIG radiation source monitoring system according to the second embodiment. 如图4所示,所述放射源监管系统与实施例I不同的是,进一步包括: As shown, the radiation source and the monitoring system of embodiment 4 is different from Example I, further comprising:

[0118] 一个或多个巡检人员设备,所述一个或多个巡检人员设备用于将所述一个或多个传感器产生的特征码通过第四网络(有线或无线)传送到上级部门监管平台;所述特征码是定期发出的动态特征码,用于唯一标识不同的放射源。 [0118] a plurality of inspection personnel or equipment, the one or more inspection personnel and equipment for the signature of the one or more sensors generated by regulatory authorities transmitted to the upper fourth network (wired or wireless) internet; the dynamic signature is a regular signature emitted by a radiation source different unique identifier. 所述一个或多个巡检人员设备可以通过手机或计算机等通信装置,利用CDMA、GSM等通信技术将所述特征码传送到上级部门监管平台。 The one or more devices may communicate inspection personnel phone or computer device or the like, using CDMA, GSM communication technology such as the signature transmitted to the upper sector regulation internet.

[0119] 所述一个或多个传感器用于产生所述特征码,并经过所述一个或多个中继器、信息管理器传送到所述上级部门监管平台; [0119] The one or more sensors for generating said signature, and through the one or more repeaters, the information is transmitted to the higher-level manager sector supervision platform;

[0120] 所述上级部门监管平台用于根据接收到的一个或多个巡检人员设备传送来的特征码、信息管理器传送来的特征码来审核所述一个或多个巡检人员设备对所述一个或多个放射源的巡检状况。 [0120] The supervision platform for higher authorities to review the one or more inspection personnel received signature apparatus according to one or more devices inspection personnel transmitted signature, the information transmitted to the manager the condition of the one or more inspection of radioactive sources.

[0121] 图5示意性地给出了本发明实施例2的上级部门监管平台的基本组成框架图。 [0121] FIG. 5 schematically shows the basic composition of the present invention, FIG higher authorities regulatory framework according to the second embodiment of the platform. 如图5所示,所述上级部门监管平台与实施例I不同是,进一步包括: As shown, the higher the regulatory authorities in different internet Example I 5, further comprising:

[0122] 审核装置7,所述审核装置7用于接收并处理所述信息管理器传送来的所述特征码、所述巡检人员设备传送来的所述特征码而生成所述一个或多个放射源的巡检信息。 [0122] audit apparatus 7, the audit means 7 for receiving and processing the signature transmitted to the information manager, and transmitting the signature of the person inspection device generates the one or more inspection of radioactive sources of information.

[0123] 如图5所示,所述审核装置包括: [0123] As shown in FIG 5, the audit apparatus comprises:

[0124] 特征码接收模块71,所述特征码接收模块71用于接收所述信息管理器传送来的所述特征码、所述一个或多个巡检人员设备传送来的所述特征码; [0124] signature receiving module 71, a signature of the signature receiving module 71 for receiving the information transmitted to the manager, the device transmits the one or more inspection personnel to the signature;

[0125] 比较模块72,所述比较模块72用于比较所述信息管理器传送来的所述特征码、所述一个或多个巡检人员设备传送来的所述特征码; [0125] 72 comparison module, the comparison module for comparing the signature transmitted to the information manager 72, the device transmits the one or more inspection personnel to the signature;

[0126] 记录模块73,所述记录模块73用于所述模块的比较结果。 [0126] The recording module 73, a module 73 for recording the results of said comparison module.

[0127] 根据上述的放射源监管系统,带来的有益效果为:建立了完善的放射源巡检体系,使得上级监管部门如环保部门能有效地监控企业对放射源的巡检情况。 [0127] According to the radioactive sources regulatory system, the beneficial effect: to establish a sound system of inspection of radioactive sources, so that the higher regulatory authorities such as environmental protection departments to effectively monitor the situation of the enterprise inspection of radioactive sources.

[0128] 图6示意性地给出了本发明实施例2的放射源监管方法的流程图。 [0128] FIG. 6 schematically shows the flow chart of the radioactive sources regulatory method of Example 2 of the embodiment of the present invention. 如图6所示,所述放射源监管方法与实施例I不同的是,进一步包括如下步骤: 6, the radiation source regulation method of Example I except that, further comprising the steps of:

[0129] (Cl)所述一个或多个传感器生成特征码,并通过所述中继器、信息管理器传送到所述上级部门监管平台; [0129] (Cl) to generate the one or more sensors signatures, and by the relay, to said information manager higher authorities monitoring platform;

[0130] (C2) 一个或多个巡检人员设备将所述特征码通过第四网络(有线或无线)传送到所述上级部门监管平台; [0130] (C2) a plurality of inspection personnel or equipment to transfer the signature to the higher authorities monitoring platform via a fourth network (wired or wireless);

[0131] (C3)所述上级部门监管平台基于信息管理器传送来的特征码、一个或多个巡检人员设备发来的特征码而得出所述一个或多个巡检人员设备对所述一个或多个放射源的巡检状况,并将所述巡检状况传送给信息管理器,具体为: [0131] (C3) the signature based on the higher sector supervision platform transmits information to the manager, the one or more inspection personnel sent to the signature devices and one or more of said derived patrol personnel and equipment to the said one or more radioactive sources inspection conditions, said inspection condition and transmits the information to the manager, in particular:

[0132] 比较所述信息管理器传送来的特征码以及监管人员设备传送来的特征码,若两者相同,表明企业对放射源进行了巡检,否则为没有巡检;并将巡检情况反馈给企业。 [0132] comparing the transmitted information manager signature and signature transmitted regulators device, if both are the same, indicating that the enterprise carried out inspection of radioactive sources, otherwise no inspection; and inspection where feedback to the enterprise.

[0133] 实施例3: [0133] Example 3:

[0134]图7示意性地给出了本发明实施例3的放射源监管系统的基本结构图。 [0134] FIG 7 schematically shows the basic structure of the present invention according to FIG radiation source monitoring system of embodiment 3. 如图7所示,所述放射源监管系统与实施例2不同的是,进一步包括: 7, the radiation source monitoring system of Example 2 except that, further comprising:

[0135] 申请装置,所述申请装置用于根据使用所述一个或多个放射源的用户输入的关于所述一个或多个放射源移动的申请。 [0135] application means, which application means for applying said one or more radioactive sources or moving the plurality of radiation sources according to a user input.

[0136] 图8示意性地给出了本发明实施例3的上级部门监管平台的基本组成框架图。 [0136] FIG. 8 schematically shows the basic composition of the present invention, the upper frame sector supervision platform embodiment FIG. 3 embodiment. 如图8所示,所述上级部门监管平台与实施例2不同是,所述上级部门监管平台包括: As shown, the higher authorities and supervision platform 8 is different from Example 2, the higher authorities monitoring platform comprising:

[0137] 申请处理装置4,所述申请处理装置4用于接收并处理通过第五网络(有线或无线)传送来的所述一个或多个放射源移动的申请; [0137] Application processing apparatus 4, the application processing means 4 for receiving and processing the application for the one or more radioactive sources movement transmitted through the fifth network (wired or wireless);

[0138] 记录和报警装置5,所述记录和报警装置5用于记录经过所述申请处理装置做出批准处理的申请,以及根据判断结果提示报警; [0138] recording and alarm means 5, alarm means 5 and the recording for the recording apparatus through the application process to make the approval process, and according to the alarm when the judgment result;

[0139] 通信装置6,所述通信装置6用于将申请处理装置的处理结果传送到使用所述一个或多个放射源的用户; [0139] communication device 6, the communication means 6 for processing the results of the application means to the radiation source using the one or more users;

[0140] 所述记录和报警装置进一步包括: [0140] The recording and alarm device further comprises:

[0141] 存储模块51,所述存储模块51用于存储经过批准处理的申请; [0141] memory module 51, the storage module 51 for storing approved applications processed;

[0142] 判断模块52,所述判断模块52用于根据接收到的信息管理器传送来的一个或多个电子标签的信息和检测信息、存储模块内的信息给出所述判断结果;[0143] 报警模块53,所述报警模块53用于根据判断结果生成报警信息。 [0142] determination module 52, a module 52 for determining the determination result received information manager information and transmits detection information to one or more electronic tag information in accordance with given memory module; [0143 ] the alarm module 53, the alarm module 53 to generate an alarm based on the determination.

[0144] 根据上述的放射源监管系统,带来的有益效果为:建立了放射源的移动申请功能,使得上级监管部门如环保部门能及时审核放射源的移动申请,并及时修改原有的放射源信 [0144] According to the radioactive sources regulatory system, beneficial effects are: the establishment of a radioactive source mobile application functionality, making the higher regulatory authorities such as environmental protection departments to promptly review the mobile application of radioactive sources, and promptly amend the original radiation source Channel

肩、O Shoulder, O

[0145] 图9示意性地给出了本发明实施例3的放射源监管方法的流程图。 [0145] FIG 9 schematically shows a flowchart of the present invention is a method of radioactive sources regulatory Example 3. 如图9所示,所述放射源监管方法与实施例2不同的是,进一步包括如下步骤: Shown, the radiation source regulation method of Example 2 is different from FIG. 9, further comprising the steps of:

[0146] (Dl)使用所述一个或多个放射源的用户提出关于所述一个或多个放射源移动的申请,并传送到所述上级部门监管平台; [0146] (Dl) using the one or more radioactive sources with respect to the user is proposed to apply the one or more radioactive sources to move, and transmitted to the monitoring platform higher authorities;

[0147] (D2)所述上级部门监管平台处理接收到的所述一个或多个放射源移动的申请而生成审核结果,记录所述审核结果并传送给所述使用所述一个或多个放射源的用户。 [0147] (D2) of the superordinate regulatory authorities internet application process or a plurality of sources of the received mobile generated audit results, the audit results recorded and transmitted to the usage of the one or more radiation source users. [0148] 根据上述放射源监管方法,所述步骤(A4)进一步为: [0148] According to the method of regulation of radioactive sources, said step (A4) is further:

[0149] 所述上级部门监管平台依据所述审核结果去处理接收到的所述一个或多个电子标签的信息、所述检测信息进行处理而生成所述报警信息。 [0149] The higher authorities audit results according to the monitoring platform to process the received or a plurality of electronic tag information, the detection information is processed to generate the alarm information.

Claims (15)

1. 一种放射源监管系统,所述放射源监管系统包括: 一个或多个传感器,所述一个或多个传感器用于将检测到的关于一个或多个放射源的检测信息传送给一个或多个中继器;所述检测信息包括所述一个或多个放射源的辐射剂量; 一个或多个电子标签,所述一个或多个电子标签用于标识所述一个或多个放射源的位置; 一个或多个中继器,所述一个或多个中继器用于测得所述一个或多个电子标签的信息,以及将所述电子标签信息、接收到的所述检测信息传送给信息管理器; 信息管理器,所述信息管理器用于将接收到的所述一个或多个电子标签的信息、检测信息传送到上级部门监管平台,并根据报警信息提示报警; 上级部门监管平台,所述上级部门监管平台用于对接收到的所述一个或多个电子标签的信息、检测信息进行处理而生成所述报警信息,并将 A monitoring system radiation source, the radiation source monitoring system comprising: one or more sensors, said one or more sensors for detecting information transmitted on a plurality of sources detected or to one or a plurality of repeaters; the detection information includes the one or more radioactive sources of radiation dose; one or more electronic tags, the one or more electronic tags for identifying the one or more radioactive source position; or a plurality of repeaters, the repeaters for one or more of said measured one or more of the electronic tag information, and the electronic tag information, the received information to the detection information manager; information manager, the information manager for communicating information, detection information of the one or more received electronic tag is transmitted to the monitoring platform higher authorities, and according to the alarm when the alarm information; higher authorities monitoring platform, the supervision platform for higher authorities of the received information one or more electronic tag information detection process to generate the alarm information, and 述报警信息传送给所述信息管理器; 一个或多个巡检人员设备,所述一个或多个巡检人员设备用于将所述一个或多个传感器产生的特征码传送到上级部门监管平台; 所述一个或多个传感器用于产生所述特征码,并经过所述一个或多个中继器、信息管理器传送到所述上级部门监管平台; 所述上级部门监管平台用于根据接收到的一个或多个巡检人员设备传送来的特征码、信息管理器传送来的特征码来审核所述一个或多个巡检人员设备对所述一个或多个放射源的巡检状况。 Said alarm information to said information manager; a plurality of inspection personnel or equipment, the one or more inspection personnel device for transferring said one or more sensors generated signature to the upper platform sector regulation ; the one or more sensors for generating said signature, and through the one or more repeaters, the information is transmitted to the higher-level manager sector supervision platform; the superordinate regulatory authorities according to the received internet to the condition of the one or more inspection personnel inspection apparatus transmitted signature, the information transmitted signature manager to review the one or more inspection personnel and equipment to the one or more radioactive sources.
2.根据权利要求I所述的放射源监管系统,其特征在于,所述放射源监管系统进一步包括: 企业监管平台,所述企业监管平台用于根据接收信息管理器传送来的电子标签信息、检测信息而监控所述一个或多个放射源的移动。 2. A monitoring system according to claim I of the radiation source, characterized in that the radiation source monitoring system further comprising: monitoring platform enterprise, the business monitoring platform for the electronic tag information transmitted according to the received information manager, detection information to monitor the one or more mobile radioactive sources.
3.根据权利要求I所述的放射源监管系统,其特征在于,所述上级部门监管平台包括: 初始化装置,所述初始化装置用于根据输入对放射源监管系统进行初始化设置; 信息处理装置,所述信息处理装置用于接收并处理所述电子标签信息、检测信息并将报警信息传送到所述信息管理器。 The radioactive sources of the monitoring system as claimed in claim I, wherein the higher authorities supervision platform comprising: initialization means, said initialization means for initializing the system of regulation of radioactive sources arranged according to an input; the information processing apparatus, the information processing means for receiving and processing the electronic tag information, the detection information and alarm information to the information manager.
4.根据权利要求3所述的放射源监管系统,其特征在于,所述初始化装置包括: 设置接口,所述设置接口用于接收上级部门用户的输入; 报警设置模块,所述报警设置模块用于根据所述上级部门用户的输入为所述报警信息设置对应的电子标签信息和/或检测信息的范围。 4. The radiation source monitoring system of claim 3, wherein said initialization means comprises: an interface is provided, the setting user interface for receiving input higher authorities; alarm setting module, the alarm module the higher authorities to the user's input to the electronic alarm setting range information corresponding to the tag information and / or detection information.
5.根据权利要求3所述的放射源监管系统,其特征在于,所述信息处理装置包括: 信息接收模块,所述信息接收模块用于接收所述电子标签信息、检测信息并传送到信息判别模块; 信息判别模块,所述信息判别模块用于根据所述上级部门用户的输入去判别接收到的所述电子标签信息、检测信息而生成报警信息; 信息传输模块,所述信息传输模块用于将信息判别模块生成的报警信息传送给所述信息管理器。 The radiation source of the monitoring system according to claim 3, wherein said information processing apparatus comprising: an information receiving module, the information receiving means for receiving the electronic tag information, and transmits detection information to the discrimination information module; determining module information, to the information determining means for determining the received electronic tag information, the detection information based on the user input higher authorities generate an alarm information; information transmission module, means for transmitting said information transmitting information determining module generates an alarm information to the information manager.
6.根据权利要求I所述的放射源监管系统,其特征在于,所述上级部门监管平台包括: 审核装置,所述审核装置用于接收并处理所述信息管理器传送来的所述特征码、所述巡检人员设备传送来的所述特征码而生成所述一个或多个放射源的巡检信息。 The radioactive sources of the monitoring system as claimed in claim I, wherein the higher authorities supervision platform comprising: means audit, the audit means for receiving and processing the transmitted signature the information manager to the the signature of the inspection personnel conveying device generates the one or more radioactive source inspection information.
7.根据权利要求6所述的放射源监管系统,其特征在于,所述审核装置包括: 特征码接收模块,所述特征码接收模块用于接收所述信息管理器传送来的所述特征码、所述一个或多个巡检人员设备传送来的所述特征码; 比较模块,所述比较模块用于比较所述信息管理器传送来的所述特征码、所述一个或多个巡检人员设备传送来的所述特征码; 记录模块,所述记录模块用于所述模块的比较结果。 The radiation source monitoring system according to claim 6, characterized in that the audit apparatus comprising: a receiving module signature, a signature of the signature receiving means for receiving the information transmitted to the manager the one or more inspection personnel and equipment to transfer the pattern; comparison module, the comparison module for comparing the signature of the transferred information manager, said one or more inspection the signature transport device of the person; recording module, a module for recording the result of the comparison module.
8.根据权利要求I所述的放射源监管系统,其特征在于,所述特征码是定期发出的动态特征码,用于唯一标识不同的放射源。 8. A monitoring system according to claim I of the radiation source, wherein said periodic pattern is a dynamic pattern emitted by a radiation source different unique identifier.
9.根据权利要求I所述的放射源监管系统,其特征在于,所述放射源监管系统进一步包括: 申请装置,所述申请装置用于根据用户输入的关于所述一个或多个放射源移动的申请。 9. The radiation source of the monitoring system as claimed in claim I, characterized in that the radiation source monitoring system further comprising: applying means moving the plurality of radiation sources or a user input regarding the application means for application.
10.根据权利要求9所述的放射源监管系统,其特征在于,所述上级部门监管平台包括: 申请处理装置,所述申请处理装置用于接收并处理所述一个或多个放射源移动的申请; 记录和报警装置,所述记录和报警装置用于记录经过所述申请处理装置做出批准处理的申请,以及根据判断结果提示报警; 通信装置,所述通信装置用于将申请处理装置的处理结果传送到所述用户; 所述记录和报警装置进一步包括: 存储模块,所述存储模块用于存储经过批准处理的申请; 判断模块,所述判断模块用于根据接收到的信息管理器传送来的一个或多个电子标签的信息和检测信息、存储模块内的信息给出所述判断结果; 报警模块,所述报警模块用于根据判断结果生成报警信息。 10. The radiation source of the monitoring system according to claim 9, wherein said higher authorities supervision platform comprising: application processing means, said application processing means for receiving and processing the one or more radioactive sources movement applications; recording and alarm device, the alarm and recording means for recording through application of the processing means makes the approval process, and based on the determination results indicate an alarm; communication means, communication means for applying said processing means the processing result is transmitted to the user; said recording and alarm device further comprises: a storage module, the storage module for storing approved applications processed; determining module, the determining module is configured according to the received transmission information manager information and detection information to one or more electronic tag, the information is given in the determination result storing module; alarm module, said alarm means for generating an alarm information according to the determination result.
11. 一种放射源监管方法,所述放射源监管方法包括如下步骤: (Al) —个或多个传感器将检测到的关于一个或多个放射源的检测信息传送给一个或多个中继器,所述检测信息包括一个或多个放射源的辐射剂量; (A2) 一个或多个中继器测得用于标识一个或多个放射源的位置的一个或多个电子标签的信息,并将所述一个或多个电子标签的信息、接收到的所述检测信息传送到信息管理器; (A3)信息管理器将接收到的所述一个或多个电子标签的信息、所述检测信息传送到上级部门监管平台; (A4)所述上级部门监管平台对接收到的所述一个或多个电子标签的信息、所述检测信息进行处理而生成报警信息,并将所述报警信息传送到所述信息管理器; (A5)所述信息管理器根据接收到的所述报警信息提示报警; 所述放射源监管方法进一步包括如下步骤:(Cl)所述一个或 11. A method of regulation of radioactive sources, the radiation source comprising the steps of regulation: (Al) - one or more sensors for detecting the detected or to convey information about a plurality of sources to one or more relay device, or the detection information comprises a plurality of sources of radiation dose; (A2) one or more repeaters measured information for one or more electronic tags identifying the position of one or more radiation sources, and the one or more electronic tag information, the detected received information to the information manager; (A3) the received information manager information of the one or more electronic label, the detection information is transmitted to the upper authorities supervision platform; and the information (A4) the higher authorities supervision platform of one or more received electronic tag, the detection information is processed to generate alarm information and the alarm information transfer to the information manager; (A5) the information manager according to the received alarm when the alarm information; the radiation source regulation method further comprises the steps: (Cl) of the one or 个传感器生成特征码,并通过所述一个或多个中继器、信息管理器传送到所述上级部门监管平台; (C2) 一个或多个巡检人员设备将所述特征码传送到所述上级部门监管平台; (C3)所述上级部门监管平台基于信息管理器传送来的特征码、一个或多个巡检人员设备发来的特征码而得出所述一个或多个巡检人员设备对所述一个或多个放射源的巡检状况。 The sensor generates a signature, and through the one or more repeaters, the information is transmitted to the higher-level manager sector supervision platform; (C2) one or more of the inspection personnel and equipment to transfer the signature higher authorities supervision platform; (a C3) the signature based on the higher sector supervision platform transmits information to the manager, the one or more inspection personnel sent to the signature devices and one or more of said derived patrol personnel and equipment the one or plurality of sources of inspection conditions.
12.根据权利要求11所述的放射源监管方法,其特征在于,所述步骤(A3)进一步包括: (BI)信息管理器将接收到的所述一个或多个电子标签的信息、所述检测信息传送到企业监管平台。 Regulation of the radiation source 12. The method according to claim 11, wherein said step (A3) further comprises: (BI) information manager of the information received to one or more electronic tags, the detection information to the corporate governance platform.
13.根据权利要求11所述的放射源监管方法,其特征在于,所述放射源监管方法进一步包括如下步骤: (Dl)使用所述一个或多个放射源的用户提出关于所述一个或多个放射源移动的申请,并传送到所述上级部门监管平台; (D2)所述上级部门监管平台处理接收到的所述一个或多个放射源移动的申请而生成审核结果,记录所述审核结果并传送给使用所述一个或多个放射源的用户。 Regulation of the radiation source 13. The method according to claim 11, characterized in that the radiation source regulation method further comprises the steps: (Dl) of the user using one or more radiation sources on the one or more proposed a moving radiation source application, and transmitted to the higher authorities supervision platform; (D2 of) application or a plurality of sources of said mobile received the higher authorities supervision platform process to generate audit results, the audit record results and delivered to the radiation source using the one or more users.
14.根据权利要求13所述的放射源监管方法,其特征在于,所述步骤(A4)进一步为: 所述上级部门监管平台依据所述审核结果去处理接收到的所述一个或多个电子标签的信息、所述检测信息进行处理而生成所述报警信息。 14. The method of claim 13 regulatory radiation source according to claim, wherein said step (A4) further comprises: the higher authorities according to the audit results monitoring platform to process the received one or more electronic tag information, the detection information is processed to generate the alarm information. (D3)所述上级部门监管平台基于信息管理器传送来的所述一个或多个电子标签的信息和所述检测信息、所述审核结果而生成报警信息,从而监控所述一个或多个放射源的移动。 (D3) based on the higher sector supervision platform manager information transmitted to the one or plurality of information and the detection information of the electronic tag, the audit results to generate alarm information to monitor the one or more radiation mobile sources.
15.根据权利要求11所述的放射源监管方法,其特征在于,所述特征码是定期发出的动态特征码,用于唯一标识不同的放射源。 15. A radiation source according to the regulation method of claim 11, wherein said periodic pattern is a dynamic pattern emitted by a radiation source different unique identifier.
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