WO2017118147A1 - Intelligent optical distribution network (odn) device management system and method applied to odn - Google Patents

Intelligent optical distribution network (odn) device management system and method applied to odn Download PDF

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Publication number
WO2017118147A1
WO2017118147A1 PCT/CN2016/102810 CN2016102810W WO2017118147A1 WO 2017118147 A1 WO2017118147 A1 WO 2017118147A1 CN 2016102810 W CN2016102810 W CN 2016102810W WO 2017118147 A1 WO2017118147 A1 WO 2017118147A1
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intelligent
odn device
smart
mobile terminal
fiber
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PCT/CN2016/102810
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French (fr)
Chinese (zh)
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朱丽丽
肜云
王欣
李岱峰
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烽火通信科技股份有限公司
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Publication of WO2017118147A1 publication Critical patent/WO2017118147A1/en

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/04—Network management architectures or arrangements
    • H04L41/044—Network management architectures or arrangements comprising hierarchical management structures
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N7/00—Television systems
    • H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast

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  • the present invention relates to the field of communication technologies, and in particular, to an intelligent ODN device management system and method applied to an optical fiber distribution network.
  • the current common method is that the construction personnel cooperate with the smart phone to perform the operation of inserting and removing the optical fiber in the field, and complete the port fiber jump operation of the ODN device, but in practical applications, the method has the following disadvantages. :
  • the technical problem to be solved by the present invention is to provide an intelligent ODN equipment management system applied to an optical fiber distribution network with high work efficiency, remote monitoring, low labor cost and high accuracy. And methods.
  • the technical solution adopted by the present invention is to provide an intelligent ODN device management system applied to an optical fiber distribution network, including an intelligent ODN device management module, an intelligent ODN device, and an intelligent mobile terminal.
  • the smart ODN device management module communicates with the smart ODN device through an active cable, and transmits a control command to the smart mobile terminal through a wireless network by using a monitoring host and a video server, where the monitoring host and the video server receive and display the Location, live video and operational information of the intelligent mobile terminal;
  • the smart ODN device communicates with the smart mobile terminal through a wireless network, and is used for collecting, storing, and uploading optical fiber label information, monitoring fiber port status, and fiber port positioning guidance;
  • the smart mobile terminal parses the construction work order downloaded from the smart ODN device management module into an operation command identifiable by the smart ODN device, and sends the operation command to the smart ODN device according to the fiber port of the smart ODN device.
  • the operation guide prompts that the operation is performed on the target intelligent ODN device to perform the fiber jump operation.
  • the smart ODN device management module performs a return receipt, and reports the operation result and the alarm information.
  • the smart ODN device management module includes:
  • the device management unit directly manages the smart ODN device through an active cable, and indirectly manages the smart ODN device through a wireless network;
  • the work order management unit performs overall planning on the fiber jumper to form the construction work order for downloading by the smart mobile terminal;
  • An optical path management unit that manages a walking path of the smart mobile terminal
  • the alarm management unit receives the alarm information and reports the alarm information to the intelligent ODN device management module;
  • the resource inspection unit receives processing data of the fiber jump operation uploaded by the smart mobile terminal
  • a remote monitoring unit that utilizes the monitoring host and the video server to move the smart mobile Remote monitoring of terminal location, live video and operational information.
  • the smart mobile terminal includes:
  • a wireless communication unit that performs information interaction with a wireless communication network device
  • a mobile station control unit connected to the wireless communication unit, by which the walking route of the smart mobile terminal and the landmark point of the target intelligent ODN device can be preset;
  • a motion execution unit configured to control the smart mobile terminal to perform movement, and perform a fiber jump operation on the target intelligent ODN device
  • Navigating a positioning unit processing the location and navigation information of the smart mobile terminal, and transmitting the processed data to the intelligent ODN device management module in real time;
  • a visual processing unit connected to the mobile station control unit, for detecting a landmark point and an obstacle of the target intelligent ODN device
  • the intelligent terminal management unit is configured to manage the smart ODN device, and upload the operation result and related alarm information to the smart ODN device management module.
  • the motion execution unit includes:
  • a motion control subunit receives a program sent by the program control subunit, and performs algorithm operation control on the path and the motor linkage;
  • a motor driving subunit comprising a servo or stepping motor and a motor driver, for driving the smart mobile terminal to move to a designated position
  • the field operation subunit receives an instruction sent by the intelligent terminal management unit, and performs an optical fiber jump operation between the smart ODN device in the rack or the rack according to the instruction.
  • the intelligent terminal management unit includes:
  • a work order management sub-unit which converts the construction work order downloaded by the smart terminal management unit from the smart ODN device management module into an operation command that can be recognized by the smart ODN device, and sends the operation command to the smart ODN device;
  • a construction management subunit after the operation execution unit completes the on-site operation, collecting the fiber port information of the smart ODN device and the corresponding fiber optic electronic tag information, and analyzing the result, and uploading the operation result to the intelligent ODN device management module;
  • the alarm management sub-unit reports the alarm information to the intelligent ODN device management module
  • the camera processing sub-unit performs camera processing on the rack, sub-frame and port status of the smart ODN device, and uploads the status to the smart ODN device management module.
  • the smart mobile terminal After completing the construction task, the smart mobile terminal returns to the charging station for charging.
  • the smart ODN device is an intelligent fiber distribution device, such as an intelligent fiber distribution frame, an intelligent optical cable transfer box, and an intelligent optical fiber cable dividing box.
  • the smart mobile terminal is an intelligent robot.
  • the invention also provides an intelligent ODN device management method applied to a fiber distribution network, comprising the following steps:
  • the construction work order is downloaded, and the construction work order is converted into an operation command recognizable by the intelligent ODN device and sent to the intelligent ODN device;
  • the smart mobile terminal moves to the intelligent ODN device to perform a fiber jump operation
  • the smart mobile terminal After the fiber jumper operation is completed, the smart mobile terminal performs a return receipt and reports the operation result and the alarm information.
  • the smart mobile terminal After completing the construction task, the smart mobile terminal returns to the charging station for charging.
  • the invention controls the intelligent mobile terminal to perform the fiber jump operation on the intelligent ODN device by remotely, and has the advantages of simple, flexible and low cost, can meet the all-weather work requirement, and can reduce the transition time and labor of the maintenance personnel or the on-site construction personnel. Strength, improve work efficiency;
  • the multi-angle monitoring is realized by the mobile monitoring of the intelligent mobile terminal, and the intelligent mobile terminal does not need to rest when the energy is sufficient, and is suitable for the environment with high repeatability, can improve the accuracy of the manual operation, and can return after the construction task is completed. Charge to the charging station.
  • FIG. 1 is a schematic structural diagram of an intelligent ODN device management system applied to an optical fiber distribution network according to the present invention
  • FIG. 2 is a structural diagram of a smart ODN device management module provided by the present invention.
  • FIG. 3 is a structural diagram of an intelligent mobile terminal provided by the present invention.
  • FIG. 4 is a structural diagram of a motion execution unit provided by the present invention.
  • FIG. 5 is a structural diagram of a smart terminal management unit provided by the present invention.
  • FIG. 6 is a flowchart of a method for managing an intelligent ODN device applied to a fiber distribution network according to the present invention.
  • An embodiment of the present invention provides an intelligent ODN device management system applied to a fiber distribution network, as shown in FIG. 1 , including an intelligent ODN device management module 1 , an intelligent ODN device 2 , and an intelligent mobile terminal 3 (an intelligent robot);
  • the intelligent ODN device management module 1 communicates with the intelligent ODN device 2 through an active cable, and the monitoring personnel use the monitoring host and the video server to transmit control commands to the smart mobile terminal 3 through the wireless network, and the monitoring host and the video server receive and display the smart mobile terminal 3. Location, live video and operational information;
  • the intelligent ODN device 2 communicates with the smart mobile terminal 3 through a wireless network, and is used for collecting, storing, and uploading optical fiber tag information, monitoring fiber port status, and fiber port positioning guidance;
  • the smart mobile terminal 3 parses the construction work order downloaded from the smart ODN device management module 1 into The intelligent ODN device 2 recognizes the operation command and sends it to the smart ODN device 2, and according to the operation guide issued by the fiber port of the smart ODN device 2, the smart mobile terminal 3 avoids the obstacle by navigation and moves to the target intelligent ODN device. 2, according to the requirements of the construction work order, the optical fiber jumper operation in the rack or the inter-rack, after the fiber jump operation is completed, the smart ODN equipment management module 1 is returned, the operation result and the alarm information are reported, and the intelligent mobile terminal 3 completes the construction task. After that, return to the charging station for charging.
  • the intelligent ODN device 2 is an intelligent fiber distribution device, such as an intelligent fiber distribution frame, a smart cable transfer box, and a smart fiber cable splitter box.
  • the intelligent ODN device management module 1 includes:
  • the device management unit 10 directly manages the intelligent ODN device 2 through an active cable, and indirectly manages the intelligent ODN device 2 through the wireless network;
  • the work order management unit 11 performs overall planning on the fiber jumper to form a construction work order for the smart mobile terminal 3 to download;
  • the optical path management unit 12 manages the walking path of the smart mobile terminal 3;
  • the alarm management unit 13 receives the alarm information and reports it to the intelligent ODN device management module 1;
  • the resource inspection unit 14 receives the processing data of the fiber jump operation uploaded by the smart mobile terminal 3;
  • the remote monitoring unit 15 remotely monitors the location, live video, and operational information of the smart mobile terminal 3 by using the monitoring host and the video server.
  • the smart mobile terminal 3 includes:
  • the wireless communication unit 31 performs information interaction with the wireless communication network device in the equipment room;
  • the mobile station control unit 32 is connected to the wireless communication unit 31, and the walking route of the smart mobile terminal 3 and the landmark point of the target intelligent ODN device 2 can be preset by the mobile station control unit 32;
  • a motion execution unit 33 configured to control the smart mobile terminal 3 to perform movement, and perform a fiber jump operation on the target smart ODN device 2;
  • the navigation and positioning unit 34 processes the location and navigation information of the intelligent mobile terminal 3, and transmits the processed data to the intelligent ODN device management module 1 in real time;
  • the visual processing unit 35 is connected to the mobile station control unit 32 for detecting the marker points and obstacles of the target intelligent ODN device 2;
  • the intelligent terminal management unit 36 is configured to manage the intelligent ODN device 2, and upload the operation result and related alarm information to the intelligent ODN device management module 1.
  • the data communication between the smart mobile terminal 3 and the intelligent ODN device management module 1 is usually established by using a wireless network, and the wireless network in the computer room is usually composed of multiple wireless communication network devices. Distributed in different locations in the equipment room, and then integrated into a whole through the cable, and finally the wireless signal is covered in the entire equipment room to form a wireless network with high-intensity signals.
  • the motion execution unit 33 includes:
  • the program control sub-unit 331 sends the prepared program with parameters
  • the motion control sub-unit 332 receives the program sent by the program control sub-unit 331 and performs algorithmic operation control on the path and the motor linkage;
  • the motor driving subunit 333 is composed of a servo or stepping motor and a motor driver for driving the smart mobile terminal 3 to move to a designated position;
  • the field operation sub-unit 334 receives the instruction issued by the intelligent terminal management unit 36, and performs an optical inter-rack or inter-rack fiber jump operation on the intelligent ODN device 2 according to the instruction.
  • the smart terminal management unit 36 includes:
  • the work order management sub-unit 361 the construction work order downloaded from the intelligent ODN device management module 1 by the intelligent terminal management unit 36 is converted into an operation command that the intelligent ODN device 2 can recognize and sent to the intelligent ODN device 2;
  • the motion execution unit 33 completes the on-site operation, collects the fiber port information of the intelligent ODN device 2 and the corresponding fiber-optic electronic tag information and analyzes the result, and uploads the operation result to the intelligent ODN device management module 1;
  • the alarm management sub-unit 363 reports the alarm information to the intelligent ODN device management module 1;
  • the camera processing sub-unit 364 performs camera processing on the rack, sub-frame and port status of the smart ODN device 2, and uploads it to the intelligent ODN device management module 1.
  • the embodiment of the invention further provides a method for managing an intelligent ODN device applied to a fiber distribution network, as shown in FIG. 6, comprising the following steps:
  • Step 101 Perform overall planning on the fiber jumper, form a construction work order, and set a walking path of the intelligent mobile terminal.
  • Step 102 Download the construction work order, and convert the construction work order into an operation command identifiable by the intelligent ODN device and send it to the intelligent ODN device.
  • Step 103 When the optical port of the smart ODN device issues an operation guide prompt, the smart mobile terminal moves to the intelligent ODN device to perform a fiber jump operation.
  • Step 104 After the fiber jumper operation is completed, the smart mobile terminal performs a return order, and reports the operation result and the alarm information.

Abstract

Disclosed in the present invention are an intelligent optical distribution network (ODN) device management system and method applied to an ODN. The method comprises: formulate an overall optical fiber jumping plan to form a construction order, and set a path of an intelligent mobile terminal; download the construction order, convert the construction order into an operation instruction that can be identified by an intelligent ODN device, and deliver the operation instruction to the intelligent ODN device; the intelligent mobile terminal moves to the intelligent ODN device to perform an optical fiber jumping operation when an optical fiber port of the intelligent ODN device issues an operation guidance prompt; after completing the operation, the intelligent mobile terminal reports an operation result and warning information. By remotely controlling an intelligent mobile terminal to perform an optical fiber jumping operation on an intelligent ODN device, the present invention is simple, flexible, and low in costs, reduces the transition time and the labor intensity of personnel, and improves the working efficiency. Multi-angle monitoring is implemented by means of mobile monitoring. The intelligent mobile terminal does not need to rest when having sufficient power, and therefore is suitable for environments with high repeatability and can improve the accuracy of manual operations.

Description

应用于光纤配线网络的智能ODN设备管理系统及方法Intelligent ODN equipment management system and method applied to optical fiber distribution network 技术领域Technical field
本发明涉及通信技术领域，具体涉及应用于光纤配线网络的智能ODN设备管理系统及方法。The present invention relates to the field of communication technologies, and in particular, to an intelligent ODN device management system and method applied to an optical fiber distribution network.
背景技术Background technique
在智能化的光纤配线网络中，目前常用的方式是施工人员配合智能手机来执行现场插拔光纤的操作，完成ODN设备的端口光纤跳接工作，但是在实际应用中，该方法存在如下缺点：In the intelligent fiber-optic distribution network, the current common method is that the construction personnel cooperate with the smart phone to perform the operation of inserting and removing the optical fiber in the field, and complete the port fiber jump operation of the ODN device, but in practical applications, the method has the following disadvantages. :
(1)维护人员或现场施工人员转场奔波时间较长，劳动强度较大，导致工作效率较低；(1) The maintenance personnel or on-site construction personnel have a long time to run and have a high labor intensity, resulting in low work efficiency;
(2)安防视频系统的摄像头安装数量较少且安装位置不合理，不能达到远程监控的要求，但是，如果大量安装摄像头，则系统造价大，维护费用高；(2) The number of cameras installed in the security video system is small and the installation position is unreasonable, which cannot meet the requirements of remote monitoring. However, if the camera is installed in a large amount, the system is expensive and the maintenance cost is high;
(3)需要人工操作，人力资源成本大，而且很难满足全天候工作需求；(3) It requires manual operation, high human resource costs, and it is difficult to meet the needs of all-weather work;
(4)机房环境相对较差，如辐射大、噪声大、环境温度较高等，而且由于工作的高度重复性，易使人产生厌烦心理，导致现场操作工作有时不到位，准确率降低，危险工作时还有可能造成人员伤亡。(4) The computer room environment is relatively poor, such as large radiation, high noise, high ambient temperature, etc., and due to the high degree of repetitive work, it is easy to cause people to get bored, resulting in on-site operation work sometimes not in place, accuracy is reduced, dangerous work There may also be casualties.
有鉴于此，急需提供一种工作效率高、可远程监控、人力成本较低、准确率较高的应用于光纤配线网络的智能ODN设备管理系统及方法。In view of this, it is urgent to provide an intelligent ODN device management system and method for optical fiber distribution networks with high work efficiency, remote monitoring, low labor cost, and high accuracy.
发明内容Summary of the invention
本发明所要解决的技术问题是提供一种工作效率高、可远程监控、人力成本较低、准确率较高的应用于光纤配线网络的智能ODN设备管理系统 及方法。The technical problem to be solved by the present invention is to provide an intelligent ODN equipment management system applied to an optical fiber distribution network with high work efficiency, remote monitoring, low labor cost and high accuracy. And methods.
为了解决上述技术问题，本发明所采用的技术方案是提供一种应用于光纤配线网络的智能ODN设备管理系统，包括智能ODN设备管理模块、智能ODN设备和智能移动终端，In order to solve the above technical problem, the technical solution adopted by the present invention is to provide an intelligent ODN device management system applied to an optical fiber distribution network, including an intelligent ODN device management module, an intelligent ODN device, and an intelligent mobile terminal.
所述智能ODN设备管理模块通过有源电缆与所述智能ODN设备通信，利用监控主机和视频服务器通过无线网络向所述智能移动终端传输控制指令，所述监控主机和视频服务器接收并显示所述智能移动终端的位置、现场视频和运行信息；The smart ODN device management module communicates with the smart ODN device through an active cable, and transmits a control command to the smart mobile terminal through a wireless network by using a monitoring host and a video server, where the monitoring host and the video server receive and display the Location, live video and operational information of the intelligent mobile terminal;
所述智能ODN设备通过无线网络与所述智能移动终端通信，用于采集、存储和上传光纤电子标签信息、监控光纤端口状态以及光纤端口定位指引；The smart ODN device communicates with the smart mobile terminal through a wireless network, and is used for collecting, storing, and uploading optical fiber label information, monitoring fiber port status, and fiber port positioning guidance;
所述智能移动终端将从所述智能ODN设备管理模块下载的施工工单解析为所述智能ODN设备可识别的操作命令并下发给所述智能ODN设备，根据所述智能ODN设备的光纤端口发出的操作指引提示，移动到目标智能ODN设备处进行光纤跳接操作，光纤跳接操作完成后，向所述智能ODN设备管理模块进行回单，上报操作结果及告警信息。The smart mobile terminal parses the construction work order downloaded from the smart ODN device management module into an operation command identifiable by the smart ODN device, and sends the operation command to the smart ODN device according to the fiber port of the smart ODN device. The operation guide prompts that the operation is performed on the target intelligent ODN device to perform the fiber jump operation. After the fiber jump operation is completed, the smart ODN device management module performs a return receipt, and reports the operation result and the alarm information.
在上述技术方案中，所述智能ODN设备管理模块包括：In the foregoing technical solution, the smart ODN device management module includes:
设备管理单元，通过有源电缆对所述智能ODN设备进行直接管理，通过无线网络对所述智能ODN设备进行间接管理；The device management unit directly manages the smart ODN device through an active cable, and indirectly manages the smart ODN device through a wireless network;
工单管理单元，对光纤跳接进行总体规划，形成所述施工工单，供所述智能移动终端下载；The work order management unit performs overall planning on the fiber jumper to form the construction work order for downloading by the smart mobile terminal;
光路管理单元，对所述智能移动终端的行走路径进行管理；An optical path management unit that manages a walking path of the smart mobile terminal;
告警管理单元，接收所述告警信息并上报给所述智能ODN设备管理模块；The alarm management unit receives the alarm information and reports the alarm information to the intelligent ODN device management module;
资源巡检单元，接收所述智能移动终端上传的光纤跳接操作的处理数据；The resource inspection unit receives processing data of the fiber jump operation uploaded by the smart mobile terminal;
远程监控单元，利用所述监控主机和所述视频服务器对所述智能移动 终端的位置、现场视频和运行信息进行远程监控。a remote monitoring unit that utilizes the monitoring host and the video server to move the smart mobile Remote monitoring of terminal location, live video and operational information.
在上述技术方案中，所述智能移动终端包括：In the above technical solution, the smart mobile terminal includes:
无线通信单元，与无线通信网络设备之间进行信息交互；a wireless communication unit that performs information interaction with a wireless communication network device;
移动站控制单元，与所述无线通信单元连接，通过所述移动站控制单元可预先设定好所述智能移动终端的行走路线以及目标智能ODN设备的标志点；a mobile station control unit, connected to the wireless communication unit, by which the walking route of the smart mobile terminal and the landmark point of the target intelligent ODN device can be preset;
运动执行单元，用于控制所述智能移动终端进行移动，以及对目标智能ODN设备进行光纤跳接操作；a motion execution unit, configured to control the smart mobile terminal to perform movement, and perform a fiber jump operation on the target intelligent ODN device;
导航定位单元，对所述智能移动终端的位置及导航信息进行处理，将处理后的数据实时传输到所述智能ODN设备管理模块；Navigating a positioning unit, processing the location and navigation information of the smart mobile terminal, and transmitting the processed data to the intelligent ODN device management module in real time;
视觉处理单元，与所述移动站控制单元连接，用于检测目标智能ODN设备的标志点及障碍物；a visual processing unit, connected to the mobile station control unit, for detecting a landmark point and an obstacle of the target intelligent ODN device;
智能终端管理单元，用于管理所述智能ODN设备，并将操作结果及相关告警信息上传给所述智能ODN设备管理模块。The intelligent terminal management unit is configured to manage the smart ODN device, and upload the operation result and related alarm information to the smart ODN device management module.
在上述技术方案中，所述运动执行单元包括：In the above technical solution, the motion execution unit includes:
程序控制子单元，将编写好的带有参数的程序发送出去；a program control subunit that sends the programmed program with parameters;
运动控制子单元，接收所述程序控制子单元下发的程序，并对路径和电机联动进行算法运算控制；a motion control subunit receives a program sent by the program control subunit, and performs algorithm operation control on the path and the motor linkage;
电机驱动子单元，由伺服或步进电机以及电机驱动器组成，用于驱动所述智能移动终端移动到指定位置；a motor driving subunit, comprising a servo or stepping motor and a motor driver, for driving the smart mobile terminal to move to a designated position;
现场操作子单元，接收所述智能终端管理单元下发的指令，并根据指令对所述智能ODN设备进行架内或架间的光纤跳接操作。The field operation subunit receives an instruction sent by the intelligent terminal management unit, and performs an optical fiber jump operation between the smart ODN device in the rack or the rack according to the instruction.
在上述技术方案中，所述智能终端管理单元包括：In the above technical solution, the intelligent terminal management unit includes:
工单管理子单元，将所述智能终端管理单元从所述智能ODN设备管理模块下载的所述施工工单转换为所述智能ODN设备可以识别的操作命令并下发给所述智能ODN设备； a work order management sub-unit, which converts the construction work order downloaded by the smart terminal management unit from the smart ODN device management module into an operation command that can be recognized by the smart ODN device, and sends the operation command to the smart ODN device;
施工管理子单元，所述运动执行单元完成现场操作后，采集所述智能ODN设备的光纤端口信息及对应的光纤电子标签信息并进行分析，将操作结果上传给所述智能ODN设备管理模块；a construction management subunit, after the operation execution unit completes the on-site operation, collecting the fiber port information of the smart ODN device and the corresponding fiber optic electronic tag information, and analyzing the result, and uploading the operation result to the intelligent ODN device management module;
告警管理子单元，将告警信息上报给所述智能ODN设备管理模块；The alarm management sub-unit reports the alarm information to the intelligent ODN device management module;
摄像处理子单元，对所述智能ODN设备的机架、子框和端口状态进行摄像处理，并上传给所述智能ODN设备管理模块。The camera processing sub-unit performs camera processing on the rack, sub-frame and port status of the smart ODN device, and uploads the status to the smart ODN device management module.
在上述技术方案中，所述智能移动终端完成施工任务后，返回至充电站进行充电。In the above technical solution, after completing the construction task, the smart mobile terminal returns to the charging station for charging.
在上述技术方案中，所述智能ODN设备为智能化的光纤配线设备，例如智能光纤配线架、智能光缆交接箱和智能光缆分纤箱。In the above technical solution, the smart ODN device is an intelligent fiber distribution device, such as an intelligent fiber distribution frame, an intelligent optical cable transfer box, and an intelligent optical fiber cable dividing box.
在上述技术方案中，所述智能移动终端为智能机器人。In the above technical solution, the smart mobile terminal is an intelligent robot.
本发明还提供了一种应用于光纤配线网络的智能ODN设备管理方法，包括以下步骤：The invention also provides an intelligent ODN device management method applied to a fiber distribution network, comprising the following steps:
对光纤跳接进行总体规划，形成施工工单，并设置好智能移动终端的行走路径；Overall planning of the fiber jumper, forming a construction work order, and setting the walking path of the intelligent mobile terminal;
下载施工工单，将该施工工单转换为智能ODN设备可识别的操作命令并下发给智能ODN设备；The construction work order is downloaded, and the construction work order is converted into an operation command recognizable by the intelligent ODN device and sent to the intelligent ODN device;
当智能ODN设备的光纤端口发出操作指引提示时，智能移动终端移动到智能ODN设备处进行光纤跳接操作；When the optical port of the intelligent ODN device issues an operation guide prompt, the smart mobile terminal moves to the intelligent ODN device to perform a fiber jump operation;
光纤跳接操作完成后，智能移动终端进行回单，上报操作结果及告警信息。After the fiber jumper operation is completed, the smart mobile terminal performs a return receipt and reports the operation result and the alarm information.
在上述技术方案中，所述智能移动终端完成施工任务后，返回至充电站进行充电。In the above technical solution, after completing the construction task, the smart mobile terminal returns to the charging station for charging.
本发明通过远程方式控制智能移动终端对智能ODN设备进行光纤跳接操作，具有简单、灵活且成本较低的优点，能满足全天候工作需求，可以减轻维护人员或现场施工人员转场奔波时间和劳动强度，提高了工作效率； 通过智能移动终端的移动监护，实现了多角度监护，而且该智能移动终端在能量充足时不需要休息，适合重复性高的环境，能提高人工操作的准确率，施工任务完成后，还可以返回至充电站充电。The invention controls the intelligent mobile terminal to perform the fiber jump operation on the intelligent ODN device by remotely, and has the advantages of simple, flexible and low cost, can meet the all-weather work requirement, and can reduce the transition time and labor of the maintenance personnel or the on-site construction personnel. Strength, improve work efficiency; The multi-angle monitoring is realized by the mobile monitoring of the intelligent mobile terminal, and the intelligent mobile terminal does not need to rest when the energy is sufficient, and is suitable for the environment with high repeatability, can improve the accuracy of the manual operation, and can return after the construction task is completed. Charge to the charging station.
附图说明DRAWINGS
图1为本发明提供的一种应用于光纤配线网络的智能ODN设备管理系统结构示意图；1 is a schematic structural diagram of an intelligent ODN device management system applied to an optical fiber distribution network according to the present invention;
图2为本发明提供的智能ODN设备管理模块的结构图；2 is a structural diagram of a smart ODN device management module provided by the present invention;
图3为本发明提供的智能移动终端的结构图；3 is a structural diagram of an intelligent mobile terminal provided by the present invention;
图4为本发明提供的运动执行单元的结构图；4 is a structural diagram of a motion execution unit provided by the present invention;
图5为本发明提供的智能终端管理单元的结构图；FIG. 5 is a structural diagram of a smart terminal management unit provided by the present invention; FIG.
图6为本发明提供的一种应用于光纤配线网络的智能ODN设备管理方法流程图。FIG. 6 is a flowchart of a method for managing an intelligent ODN device applied to a fiber distribution network according to the present invention.
具体实施方式detailed description
下面结合说明书附图和具体实施方式对本发明做出详细的说明。The present invention will be described in detail below with reference to the drawings and specific embodiments.
本发明实施例提供了一种应用于光纤配线网络的智能ODN设备管理系统，如图1所示，包括智能ODN设备管理模块1、智能ODN设备2和智能移动终端3(智能机器人)；An embodiment of the present invention provides an intelligent ODN device management system applied to a fiber distribution network, as shown in FIG. 1 , including an intelligent ODN device management module 1 , an intelligent ODN device 2 , and an intelligent mobile terminal 3 (an intelligent robot);
智能ODN设备管理模块1通过有源电缆与智能ODN设备2通信，监控人员利用监控主机和视频服务器通过无线网络向智能移动终端3传输控制指令，监控主机和视频服务器接收并显示智能移动终端3的位置、现场视频和运行信息；The intelligent ODN device management module 1 communicates with the intelligent ODN device 2 through an active cable, and the monitoring personnel use the monitoring host and the video server to transmit control commands to the smart mobile terminal 3 through the wireless network, and the monitoring host and the video server receive and display the smart mobile terminal 3. Location, live video and operational information;
智能ODN设备2通过无线网络与智能移动终端3通信，用于采集、存储和上传光纤电子标签信息、监控光纤端口状态以及光纤端口定位指引；The intelligent ODN device 2 communicates with the smart mobile terminal 3 through a wireless network, and is used for collecting, storing, and uploading optical fiber tag information, monitoring fiber port status, and fiber port positioning guidance;
智能移动终端3将从智能ODN设备管理模块1下载的施工工单解析为 智能ODN设备2可识别的操作命令并下发给智能ODN设备2，根据智能ODN设备2的光纤端口发出的操作指引提示，智能移动终端3通过导航定位避开障碍物，移动到目标智能ODN设备2处根据施工工单需求进行架内或架间光纤跳接操作，光纤跳接操作完成后，向智能ODN设备管理模块1进行回单，上报操作结果及告警信息，智能移动终端3完成施工任务后，返回至充电站进行充电。The smart mobile terminal 3 parses the construction work order downloaded from the smart ODN device management module 1 into The intelligent ODN device 2 recognizes the operation command and sends it to the smart ODN device 2, and according to the operation guide issued by the fiber port of the smart ODN device 2, the smart mobile terminal 3 avoids the obstacle by navigation and moves to the target intelligent ODN device. 2, according to the requirements of the construction work order, the optical fiber jumper operation in the rack or the inter-rack, after the fiber jump operation is completed, the smart ODN equipment management module 1 is returned, the operation result and the alarm information are reported, and the intelligent mobile terminal 3 completes the construction task. After that, return to the charging station for charging.
智能ODN设备2为智能化的光纤配线设备，例如智能光纤配线架、智能光缆交接箱和智能光缆分纤箱。The intelligent ODN device 2 is an intelligent fiber distribution device, such as an intelligent fiber distribution frame, a smart cable transfer box, and a smart fiber cable splitter box.
如图2所示，智能ODN设备管理模块1包括：As shown in FIG. 2, the intelligent ODN device management module 1 includes:
设备管理单元10，通过有源电缆对智能ODN设备2进行直接管理，通过无线网络对智能ODN设备2进行间接管理；The device management unit 10 directly manages the intelligent ODN device 2 through an active cable, and indirectly manages the intelligent ODN device 2 through the wireless network;
工单管理单元11，对光纤跳接进行总体规划，形成施工工单，供智能移动终端3下载；The work order management unit 11 performs overall planning on the fiber jumper to form a construction work order for the smart mobile terminal 3 to download;
光路管理单元12，对智能移动终端3的行走路径进行管理；The optical path management unit 12 manages the walking path of the smart mobile terminal 3;
告警管理单元13，接收告警信息并上报给智能ODN设备管理模块1；The alarm management unit 13 receives the alarm information and reports it to the intelligent ODN device management module 1;
资源巡检单元14，接收智能移动终端3上传的光纤跳接操作的处理数据；The resource inspection unit 14 receives the processing data of the fiber jump operation uploaded by the smart mobile terminal 3;
远程监控单元15，利用监控主机和视频服务器对智能移动终端3的位置、现场视频和运行信息进行远程监控。The remote monitoring unit 15 remotely monitors the location, live video, and operational information of the smart mobile terminal 3 by using the monitoring host and the video server.
如图3所示，智能移动终端3包括：As shown in FIG. 3, the smart mobile terminal 3 includes:
无线通信单元31，与机房内的无线通信网络设备之间进行信息交互；The wireless communication unit 31 performs information interaction with the wireless communication network device in the equipment room;
移动站控制单元32，与无线通信单元31连接，通过移动站控制单元32可预先设定好智能移动终端3的行走路线以及目标智能ODN设备2的标志点；The mobile station control unit 32 is connected to the wireless communication unit 31, and the walking route of the smart mobile terminal 3 and the landmark point of the target intelligent ODN device 2 can be preset by the mobile station control unit 32;
运动执行单元33，用于控制智能移动终端3进行移动，以及对目标智能ODN设备2进行光纤跳接操作； a motion execution unit 33, configured to control the smart mobile terminal 3 to perform movement, and perform a fiber jump operation on the target smart ODN device 2;
导航定位单元34，对智能移动终端3的位置及导航信息进行处理，将处理后的数据实时传输到智能ODN设备管理模块1；The navigation and positioning unit 34 processes the location and navigation information of the intelligent mobile terminal 3, and transmits the processed data to the intelligent ODN device management module 1 in real time;
视觉处理单元35，与移动站控制单元32连接，用于检测目标智能ODN设备2的标志点及障碍物；The visual processing unit 35 is connected to the mobile station control unit 32 for detecting the marker points and obstacles of the target intelligent ODN device 2;
智能终端管理单元36，用于管理智能ODN设备2，并将操作结果及相关告警信息上传给智能ODN设备管理模块1。The intelligent terminal management unit 36 is configured to manage the intelligent ODN device 2, and upload the operation result and related alarm information to the intelligent ODN device management module 1.
为了方便智能移动终端3的移动不受线路的限制，通常利用无线网络建立智能移动终端3与智能ODN设备管理模块1之间的数据通信，计算机机房内无线网络通常由多个无线通信网络设备组成，分布在机房的不同位置，再通过线缆组成一个整体，最终将无线信号覆盖在整个机房内，形成一张高强度信号的无线网络。In order to facilitate the movement of the smart mobile terminal 3 without being restricted by the line, the data communication between the smart mobile terminal 3 and the intelligent ODN device management module 1 is usually established by using a wireless network, and the wireless network in the computer room is usually composed of multiple wireless communication network devices. Distributed in different locations in the equipment room, and then integrated into a whole through the cable, and finally the wireless signal is covered in the entire equipment room to form a wireless network with high-intensity signals.
如图4所示，运动执行单元33包括：As shown in FIG. 4, the motion execution unit 33 includes:
程序控制子单元331，将编写好的带有参数的程序发送出去；The program control sub-unit 331 sends the prepared program with parameters;
运动控制子单元332，接收程序控制子单元331下发的程序，并对路径和电机联动进行算法运算控制；The motion control sub-unit 332 receives the program sent by the program control sub-unit 331 and performs algorithmic operation control on the path and the motor linkage;
电机驱动子单元333，由伺服或步进电机以及电机驱动器组成，用于驱动智能移动终端3移动到指定位置；The motor driving subunit 333 is composed of a servo or stepping motor and a motor driver for driving the smart mobile terminal 3 to move to a designated position;
现场操作子单元334，接收智能终端管理单元36下发的指令，并根据指令对智能ODN设备2进行架内或架间的光纤跳接操作。The field operation sub-unit 334 receives the instruction issued by the intelligent terminal management unit 36, and performs an optical inter-rack or inter-rack fiber jump operation on the intelligent ODN device 2 according to the instruction.
如图5所示，智能终端管理单元36包括：As shown in FIG. 5, the smart terminal management unit 36 includes:
工单管理子单元361，将智能终端管理单元36从智能ODN设备管理模块1下载的施工工单转换为智能ODN设备2可以识别的操作命令并下发给智能ODN设备2；The work order management sub-unit 361, the construction work order downloaded from the intelligent ODN device management module 1 by the intelligent terminal management unit 36 is converted into an operation command that the intelligent ODN device 2 can recognize and sent to the intelligent ODN device 2;
施工管理子单元362，运动执行单元33完成现场操作后，采集智能ODN设备2的光纤端口信息及对应的光纤电子标签信息并进行分析，将操作结果上传给智能ODN设备管理模块1； After the construction operation sub-unit 362, the motion execution unit 33 completes the on-site operation, collects the fiber port information of the intelligent ODN device 2 and the corresponding fiber-optic electronic tag information and analyzes the result, and uploads the operation result to the intelligent ODN device management module 1;
告警管理子单元363，将告警信息上报给智能ODN设备管理模块1；The alarm management sub-unit 363 reports the alarm information to the intelligent ODN device management module 1;
摄像处理子单元364，对智能ODN设备2的机架、子框和端口状态进行摄像处理，并上传给智能ODN设备管理模块1。The camera processing sub-unit 364 performs camera processing on the rack, sub-frame and port status of the smart ODN device 2, and uploads it to the intelligent ODN device management module 1.
本发明实施例还提供了一种应用于光纤配线网络的智能ODN设备管理方法，如图6所示，包括以下步骤：The embodiment of the invention further provides a method for managing an intelligent ODN device applied to a fiber distribution network, as shown in FIG. 6, comprising the following steps:
步骤101：对光纤跳接进行总体规划，形成施工工单，并设置好智能移动终端的行走路径。Step 101: Perform overall planning on the fiber jumper, form a construction work order, and set a walking path of the intelligent mobile terminal.
步骤102：下载施工工单，将该施工工单转换为智能ODN设备可识别的操作命令并下发给智能ODN设备。Step 102: Download the construction work order, and convert the construction work order into an operation command identifiable by the intelligent ODN device and send it to the intelligent ODN device.
步骤103：当智能ODN设备的光纤端口发出操作指引提示时，智能移动终端移动到智能ODN设备处进行光纤跳接操作。Step 103: When the optical port of the smart ODN device issues an operation guide prompt, the smart mobile terminal moves to the intelligent ODN device to perform a fiber jump operation.
步骤104：光纤跳接操作完成后，智能移动终端进行回单，上报操作结果及告警信息。Step 104: After the fiber jumper operation is completed, the smart mobile terminal performs a return order, and reports the operation result and the alarm information.
本发明不局限于上述最佳实施方式，任何人应该得知在本发明的启示下作出的结构变化，凡是与本发明具有相同或相近的技术方案，均落入本发明的保护范围之内。 The present invention is not limited to the above-described preferred embodiments, and any one skilled in the art should be aware of the structural changes made in the light of the present invention. Any technical solutions having the same or similar to the present invention fall within the protection scope of the present invention.

Claims (10)

  1. 应用于光纤配线网络的智能ODN设备管理系统，其特征在于，包括智能ODN设备管理模块、智能ODN设备和智能移动终端，An intelligent ODN device management system applied to a fiber distribution network, comprising: an intelligent ODN device management module, an intelligent ODN device, and an intelligent mobile terminal,
    所述智能ODN设备管理模块通过有源电缆与所述智能ODN设备通信，利用监控主机和视频服务器通过无线网络向所述智能移动终端传输控制指令，所述监控主机和视频服务器接收并显示所述智能移动终端的位置、现场视频和运行信息；The smart ODN device management module communicates with the smart ODN device through an active cable, and transmits a control command to the smart mobile terminal through a wireless network by using a monitoring host and a video server, where the monitoring host and the video server receive and display the Location, live video and operational information of the intelligent mobile terminal;
    所述智能ODN设备通过无线网络与所述智能移动终端通信，用于采集、存储和上传光纤电子标签信息、监控光纤端口状态以及光纤端口定位指引；The smart ODN device communicates with the smart mobile terminal through a wireless network, and is used for collecting, storing, and uploading optical fiber label information, monitoring fiber port status, and fiber port positioning guidance;
    所述智能移动终端将从所述智能ODN设备管理模块下载的施工工单解析为所述智能ODN设备可识别的操作命令并下发给所述智能ODN设备，根据所述智能ODN设备的光纤端口发出的操作指引提示，移动到目标智能ODN设备处进行光纤跳接操作，光纤跳接操作完成后，向所述智能ODN设备管理模块进行回单，上报操作结果及告警信息。The smart mobile terminal parses the construction work order downloaded from the smart ODN device management module into an operation command identifiable by the smart ODN device, and sends the operation command to the smart ODN device according to the fiber port of the smart ODN device. The operation guide prompts that the operation is performed on the target intelligent ODN device to perform the fiber jump operation. After the fiber jump operation is completed, the smart ODN device management module performs a return receipt, and reports the operation result and the alarm information.
  2. 如权利要求1所述的系统，其特征在于，所述智能ODN设备管理模块包括：The system of claim 1 wherein the intelligent ODN device management module comprises:
    设备管理单元，通过有源电缆对所述智能ODN设备进行直接管理，通过无线网络对所述智能ODN设备进行间接管理；The device management unit directly manages the smart ODN device through an active cable, and indirectly manages the smart ODN device through a wireless network;
    工单管理单元，对光纤跳接进行总体规划，形成所述施工工单，供所述智能移动终端下载；The work order management unit performs overall planning on the fiber jumper to form the construction work order for downloading by the smart mobile terminal;
    光路管理单元，对所述智能移动终端的行走路径进行管理；An optical path management unit that manages a walking path of the smart mobile terminal;
    告警管理单元，接收所述告警信息并上报给所述智能ODN设备管理模块； The alarm management unit receives the alarm information and reports the alarm information to the intelligent ODN device management module;
    资源巡检单元，接收所述智能移动终端上传的光纤跳接操作的处理数据；The resource inspection unit receives processing data of the fiber jump operation uploaded by the smart mobile terminal;
    远程监控单元，利用所述监控主机和所述视频服务器对所述智能移动终端的位置、现场视频和运行信息进行远程监控。The remote monitoring unit remotely monitors the location, live video, and operation information of the smart mobile terminal by using the monitoring host and the video server.
  3. 如权利要求1所述的系统，其特征在于，所述智能移动终端包括：The system of claim 1 wherein said smart mobile terminal comprises:
    无线通信单元，与无线通信网络设备之间进行信息交互；a wireless communication unit that performs information interaction with a wireless communication network device;
    移动站控制单元，与所述无线通信单元连接，通过所述移动站控制单元可预先设定好所述智能移动终端的行走路线以及目标智能ODN设备的标志点；a mobile station control unit, connected to the wireless communication unit, by which the walking route of the smart mobile terminal and the landmark point of the target intelligent ODN device can be preset;
    运动执行单元，用于控制所述智能移动终端进行移动，以及对目标智能ODN设备进行光纤跳接操作；a motion execution unit, configured to control the smart mobile terminal to perform movement, and perform a fiber jump operation on the target intelligent ODN device;
    导航定位单元，对所述智能移动终端的位置及导航信息进行处理，将处理后的数据实时传输到所述智能ODN设备管理模块；Navigating a positioning unit, processing the location and navigation information of the smart mobile terminal, and transmitting the processed data to the intelligent ODN device management module in real time;
    视觉处理单元，与所述移动站控制单元连接，用于检测目标智能ODN设备的标志点及障碍物；a visual processing unit, connected to the mobile station control unit, for detecting a landmark point and an obstacle of the target intelligent ODN device;
    智能终端管理单元，用于管理所述智能ODN设备，并将操作结果及相关告警信息上传给所述智能ODN设备管理模块。The intelligent terminal management unit is configured to manage the smart ODN device, and upload the operation result and related alarm information to the smart ODN device management module.
  4. 如权利要求3所述的系统，其特征在于，所述运动执行单元包括：The system of claim 3 wherein said motion execution unit comprises:
    程序控制子单元，将编写好的带有参数的程序发送出去；a program control subunit that sends the programmed program with parameters;
    运动控制子单元，接收所述程序控制子单元下发的程序，并对路径和电机联动进行算法运算控制；a motion control subunit receives a program sent by the program control subunit, and performs algorithm operation control on the path and the motor linkage;
    电机驱动子单元，由伺服或步进电机以及电机驱动器组成，用于驱动所述智能移动终端移动到指定位置； a motor driving subunit, comprising a servo or stepping motor and a motor driver, for driving the smart mobile terminal to move to a designated position;
    现场操作子单元，接收所述智能终端管理单元下发的指令，并根据指令对所述智能ODN设备进行架内或架间的光纤跳接操作。The field operation subunit receives an instruction sent by the intelligent terminal management unit, and performs an optical fiber jump operation between the smart ODN device in the rack or the rack according to the instruction.
  5. 如权利要求3所述的系统，其特征在于，所述智能终端管理单元包括：The system of claim 3, wherein the intelligent terminal management unit comprises:
    工单管理子单元，将所述智能终端管理单元从所述智能ODN设备管理模块下载的所述施工工单转换为所述智能ODN设备可以识别的操作命令并下发给所述智能ODN设备；a work order management sub-unit, which converts the construction work order downloaded by the smart terminal management unit from the smart ODN device management module into an operation command that can be recognized by the smart ODN device, and sends the operation command to the smart ODN device;
    施工管理子单元，所述运动执行单元完成现场操作后，采集所述智能ODN设备的光纤端口信息及对应的光纤电子标签信息并进行分析，将操作结果上传给所述智能ODN设备管理模块；a construction management subunit, after the operation execution unit completes the on-site operation, collecting the fiber port information of the smart ODN device and the corresponding fiber optic electronic tag information, and analyzing the result, and uploading the operation result to the intelligent ODN device management module;
    告警管理子单元，将告警信息上报给所述智能ODN设备管理模块；The alarm management sub-unit reports the alarm information to the intelligent ODN device management module;
    摄像处理子单元，对所述智能ODN设备的机架、子框和端口状态进行摄像处理，并上传给所述智能ODN设备管理模块。The camera processing sub-unit performs camera processing on the rack, sub-frame and port status of the smart ODN device, and uploads the status to the smart ODN device management module.
  6. 如权利要求1所述的系统，其特征在于，所述智能移动终端完成施工任务后，返回至充电站进行充电。The system of claim 1 wherein said smart mobile terminal returns to the charging station for charging after completing the construction task.
  7. 如权利要求1所述的系统，其特征在于，所述智能ODN设备为智能化的光纤配线设备，例如智能光纤配线架、智能光缆交接箱和智能光缆分纤箱。The system of claim 1 wherein said intelligent ODN device is an intelligent fiber optic distribution device, such as an intelligent fiber distribution frame, a smart fiber cable transfer box, and a smart fiber cable distribution box.
  8. 如权利要求1所述的系统，其特征在于，所述智能移动终端为智能机器人。The system of claim 1 wherein said smart mobile terminal is an intelligent robot.
  9. 应用于光纤配线网络的智能ODN设备管理方法，其特征在于，包括以下步骤：The intelligent ODN device management method applied to the optical fiber distribution network is characterized in that it comprises the following steps:
    对光纤跳接进行总体规划，形成施工工单，并设置好智能移动终端的行走路径； Overall planning of the fiber jumper, forming a construction work order, and setting the walking path of the intelligent mobile terminal;
    下载施工工单，将该施工工单转换为智能ODN设备可识别的操作命令并下发给智能ODN设备；The construction work order is downloaded, and the construction work order is converted into an operation command recognizable by the intelligent ODN device and sent to the intelligent ODN device;
    当智能ODN设备的光纤端口发出操作指引提示时，智能移动终端移动到智能ODN设备处进行光纤跳接操作；When the optical port of the intelligent ODN device issues an operation guide prompt, the smart mobile terminal moves to the intelligent ODN device to perform a fiber jump operation;
    光纤跳接操作完成后，智能移动终端进行回单，上报操作结果及告警信息。After the fiber jumper operation is completed, the smart mobile terminal performs a return receipt and reports the operation result and the alarm information.
  10. 如权利要求8所述的方法，其特征在于，所述智能移动终端完成施工任务后，返回至充电站进行充电。 The method according to claim 8, wherein the smart mobile terminal returns to the charging station for charging after completing the construction task.
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