阅读说明：本技术 一种光纤网络智能维护方法和装置 (Intelligent maintenance method and device for optical fiber network ) 是由 吕根良 于 2018-08-22 设计创作，主要内容包括：一种光纤网络智能维护方法和装置,该方法包括：通过智能终端对机房内所有光纤路由端口的连接器上的纸质标签拍照采集图片并合并光纤路由端口的信息后生成光口信息,上传后台服务器或云服务器,生成光口信息标签数据库；通过智能终端对任一所述光纤路由端口的连接器上待识别的纸质标签进行拍照处理,与所述光口信息标签数据库中的图片信息进行查找比对；若找到相应图片信息,则调取相应的纸质标签的全部信息并激活对应的光口编码；若未找到则输入待识别的纸质标签的位置坐标生成光口编码,并录入对应的光纤路由端口的信息后,生成新光口信息并加入光口信息标签数据库。本发明还公开了应用上述方法的光纤网络智能维护装置。(An intelligent maintenance method and device for an optical fiber network, the method comprises: photographing paper labels on connectors of all optical fiber routing ports in a machine room through an intelligent terminal, acquiring pictures, combining information of the optical fiber routing ports, generating optical port information, uploading the optical port information to a background server or a cloud server, and generating an optical port information label database; photographing a paper label to be identified on a connector of any one optical fiber routing port through an intelligent terminal, and searching and comparing the paper label with picture information in the optical port information label database; if the corresponding picture information is found, calling all information of the corresponding paper label and activating the corresponding optical port code; and if the optical port information is not found, inputting the position coordinates of the paper label to be identified to generate an optical port code, inputting the information of the corresponding optical fiber routing port, generating new optical port information, and adding the new optical port information into an optical port information label database. The invention also discloses an intelligent maintenance device of the optical fiber network applying the method.)

An intelligent maintenance method for an optical fiber network is characterized by comprising the following steps:

s100, acquiring information of the optical fiber routing ports, and photographing and acquiring pictures of paper labels on connectors of all the optical fiber routing ports in a machine room through an intelligent terminal; processing each picture to generate picture information, combining the information of the optical fiber routing port corresponding to the picture information to generate optical port information, and uploading the optical port information to a background server or a cloud server to generate an optical port information label database;

s200, field identification of the optical fiber routing port, photographing a paper label to be identified on a connector of any optical fiber routing port through an intelligent terminal to generate picture information to be identified, uploading the picture information to be identified to a background server or a cloud server, and searching and comparing the picture information with picture information in an optical port information label database; if the target picture information consistent with the picture information to be identified is found, calling all information of the paper label corresponding to the target picture information and activating a corresponding optical interface code; and

s300, supplementing or correcting information of the optical fiber routing port, if the consistent target picture information of the picture information to be recognized is not found, inputting position coordinates of the paper label to be recognized to generate an optical interface code, inputting the information of the optical fiber routing port corresponding to the paper label to be recognized, combining the information of the picture to be recognized to generate new optical interface information, and uploading the new optical interface information to the background server or the cloud server to update the optical interface information label database.

The intelligent maintenance method for fiber optic networks of claim 1, further comprising the steps of:

s400, positioning the paper label, inputting an optical port code of the paper label to be searched or related content information of the optical port on an intelligent terminal, uploading the optical port code or the related content information of the optical port to a background server or a cloud server, finding an optical fiber distribution frame where the optical port code is located by the background server or the cloud server through an optical port information label database, and sending an instruction to enable an optical port positioner on the optical fiber distribution frame to prompt, displaying the horizontal and vertical coordinates of the position of the paper label corresponding to the optical port code on a display screen of the optical port positioner, or displaying the position of the optical port through a prompt lamp connected to each optical port by the optical port positioner so as to quickly position the paper label.

The intelligent optical fiber network maintenance method according to claim 1 or 2, wherein the step S200 of searching and comparing the picture information to be identified further comprises:

s201, judging the font in the picture information to be recognized, and distinguishing the font into a printed form, a handwritten form or a mixture;

s202, if the printed matter is a printing form, directly performing content identification and searching and comparing the content with picture information in the optical port information label database;

s203, if the handwriting is handwritten, identifying the content through track identification, rubbing identification or screening identification, and searching and comparing the content with the picture information in the optical port information label database;

and S204, if the image is a mixture, identifying the printing form in the mixture by adopting the method in the step S202, and if the unique target picture information cannot be determined, identifying the handwriting by adopting the method in the step S203.

The intelligent maintenance method for fiber optic networks of claim 3, wherein said screening identification comprises a word count identification, a line count identification, and a rubbing identification, said rubbing identification comprising:

setting the picture information to be identified as a sub-label, setting the picture information in the optical port information label database as a mother label, zooming and rotating the sub-label to be the same as the mother label in size, respectively calculating the total pixel points of the sub-label and the mother label, and if the total pixel points of the sub-label and the mother label are the same, determining that the sub-label and the mother label are the same label.

The intelligent maintenance method for optical fiber network as claimed in claim 3, wherein the trace identification is to process the handwriting on the picture information to be identified by a single pixel and perform trace comparison.

The intelligent maintenance method for optical fiber network as claimed in claim 3, wherein when the paper label takes a picture to collect a picture, the method further comprises marking at least two positioning points on the paper label to facilitate positioning and alignment during picture processing.

The intelligent optical fiber network maintenance method according to claim 3, wherein the processing of the picture to generate picture information further comprises performing boundary alignment and enhanced sharpening on the picture.

The intelligent maintenance method for optical fiber network according to claim 1 or 2, wherein in step S100, the information of the optical fiber routing port includes:

optical port coding, optical path coding, private line number, service name, upstream and downstream optical port distance, splice point line and end loss information, history of loss change, jumper and change information, operator information, location address information, connection equipment information and history, time node information, routing information, and/or fault record.

The intelligent optical fiber network maintenance method according to claim 7, wherein the location address information includes machine room address information and GPS address information, the background server or the cloud server extracts the picture information whose location is close to the picture information to be recognized from the optical port information tag database through the location address information, compares the picture information with the location being close to the picture information to be recognized, finds target optical port information that is consistent with the picture information to be recognized, and downloads all information of the paper tag corresponding to the target optical port information to the intelligent terminal.

The intelligent maintenance method for fiber optic networks of claim 3, further comprising the steps of:

s500, according to the content of on-site identification, supplement or correction of the optical fiber routing port, the optical port information corresponding to the optical port code is associated with other optical port information in the optical port information label database to generate an optical fiber circuit routing topological graph.

An intelligent maintenance device for an optical fiber network, wherein the intelligent maintenance method for an optical fiber network according to any one of claims 1 to 10 is used for maintenance management of the optical fiber network, and the intelligent maintenance device comprises:

the intelligent terminal is used for information acquisition, identification and supplementary correction of the optical fiber routing ports, and photographs and acquires pictures through paper labels on connectors of all the optical fiber routing ports in the machine room; processing each picture to generate picture information, and combining the information of the optical fiber routing port corresponding to the picture information to generate optical port information; and

the background server or the cloud server is connected with the intelligent terminal and used for receiving the optical port information uploaded by the intelligent terminal and generating an optical port information label database;

the background server or the cloud server is further used for receiving the picture information to be identified uploaded by the intelligent terminal, searching and comparing the picture information to be identified with the picture information in the optical interface information tag database, calling all information of the paper tag corresponding to the target picture information and activating the corresponding optical interface code after the target picture information consistent with the picture information to be identified is found; if the target picture information is not found, inputting the position coordinates of the paper label to be identified through the intelligent terminal to generate an optical interface code, inputting the information of the optical fiber routing port corresponding to the paper label to be identified, combining the information of the picture to be identified to generate new optical interface information, and uploading the new optical interface information to the background server or the cloud server by the intelligent terminal to update the optical interface information label database.