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    专

    一种低盐益生菌泡椒及其制备方法

    KR2012097868A1
    发明人
    王瀚墨, 潘俊, 刘秀嶶, 田浩, 周继伟, 吴昕怡, 朱志妍
    受让人
    AGRICULTURAL PRODUCT PROCESSING RES INSTITUTE OF YUNNAN ACADEMY OF AGRICULTURAL SCIENCES
    申请人
    ASKO UPO OY, AGA HEATING AB
    申请号
    105248
    申请日
    2022-05-23
    公开(公告)号
    KR2012097868A1
    公开(公告)日
    2021-05-06
    IPC分类号
    F02N003/02
    CPC分类号
    -
    优先权号
    68896X
    优先权日
    1943-02-18
    摘要

    The disclosure relates to a network registration method, a device, a system and a storage medium, belonging to the technical field of communication. The method comprises the following steps: when any one SIM card in a multi-card terminal is registered in a network, acquiring the IMEI and IMSIs of the multiple SIM cards; sending the IMEI and the IMSIs to the network equipment; and receiving a first verification result fed back by the network equipment, wherein the first verification result is used for indicating whether the SIM card is allowed to reside in the network or not. The method and the device can save the residual usable IMEI and reduce the cost of the multi-card terminal.

    权利要求
    1. A method comprising: providing a first community having members, each member of the first community having associated preferences regarding data stream content, the members of said first community are determined to have at least one preference in common; determining characteristics of said first community members' preferences to provide determined characteristics; and defining a different individual data stream for each user of a plurality of users, said defining comprising, for each individual data stream, selecting content for inclusion in said individual data stream according to said determined characteristics of said first member community's preferences, said individual data stream being biased according to said first community members' preferences.
    2. The method as set forth in claim 1 , wherein said step of selecting content for inclusion in an individual data stream further comprises: selecting content for inclusion in an individual data stream according to said determined characteristics, said individual data stream being biased for positive preferences of said community and biased against negative preferences of said community.
    3. The method as set forth in claim 1 , wherein said step of providing a first community further comprises: providing a second community having at least as many members as said first community, each member of said second community having associated preferences regarding data stream content; evaluating said preferences of said second community; and determining said first community from said second community, members of said first community comprising members of said second community determined to have at least one preference in common.
    4. The method as set forth in claim 1 , wherein the step of selecting content for inclusion in an individual data stream further comprises: selecting content for inclusion in said individual data stream in accordance with sound recording performance restrictions.
    5. The method as set forth in claim 1 , wherein the method further comprises: transmitting said individual data stream on a voluntary or selectable basis to allow an individual to receive said individual data stream on a voluntary or selectable basis.
    6. A method comprising: providing a second community having at least as many members as a first community, each member of said second community having associated preferences regarding data stream content; evaluating said preferences of said second community; and determining said first community from said second community, members of said first community comprising members of said second community determined to have at least one preference in common; determining characteristics of preferences of said first community to provide determined characteristics; defining a different individual data stream for each user of a plurality of users, said defining comprising, for each individual data stream, selecting content for inclusion in said individual data stream according to said determined characteristics, said individual data stream being biased according to said determined characteristics of said first member community's preferences, and said individual data stream being biased for positive preferences of said first community members and biased against negative preferences of said first community members; and transmitting said individual data stream on a voluntary or selectable basis to allow an individual to receive said individual data stream on a voluntary or selectable basis.
    7. A method comprising: providing a first community having members, said first community being dynamically self-defining by means of preferences associated with each member of said first community regarding data stream content, said first community comprising members determined to have at least one preference in common; determining characteristics of said first community members' preferences to provide determined characteristics; defining a different individual data stream for each user of a plurality of users, said defining comprising, for each individual data stream, selecting content for inclusion in said individual data stream according to said determined characteristics of said first member community's preferences, said individual data stream being biased according to said first community members' preferences; and repeating said providing, determining, and defining steps to re-establish said first community, to re-establish said preferences and determined characteristics, and to select content for inclusion in said individual data stream.
    8. The method as set forth in claim 7 , wherein said step of selecting content for inclusion in an individual data stream further comprises: selecting content for inclusion in an individual data stream according to said determined characteristics, said individual data stream being biased for positive preferences of said community and biased against negative preferences of said community.
    9. The method as set forth in claim 7 , wherein said step of providing a first community further comprises: providing a second community having at least as many members as said first community, each member of said second community having associated preferences regarding data stream content; evaluating said preferences of said second community; and determining said first community from said second community, members of said first community comprising members of said second community determined to have at least one preference in common.
    10. The method as set forth in claim 7 , wherein the step of selecting content for inclusion in an individual data stream further comprises: selecting content for inclusion in accordance with sound recording performance restrictions.
    11. The method as set forth in claim 7 , wherein the method further comprises: transmitting said individual data stream on a voluntary or selectable basis to allow an individual to receive said individual data stream on a voluntary or selectable basis.
    12. The method as set forth in claim 7 , wherein the step of providing a first community further comprises: providing a first community, each member of which is determined to provide an artist rating which exceeds a predetermined rating threshold.
    13. The method as set forth in claim 12 , wherein the rating corresponds to a scale of 1 to 100 and the predetermined rating threshold is 70.
    14. A method comprising: providing a first community having members, said first community being dynamically self-defining by means of preferences associated with each member of said first community regarding data stream content; providing a second community having at least as many members as said first community, each member of said second community having associated preferences regarding data stream content; evaluating said second preferences of said second community; and determining said first community from said second community, members of said first community comprising members of said second community determined to have at least one preference in common; determining characteristics of said first community members' preferences to provide determined characteristics; defining a different individual data stream for each user of a plurality of users, said defining comprising, for each individual data stream, selecting content for inclusion in said individual data stream according to said determined characteristics of said first member community's preferences, said individual data stream being biased for positive preferences of said first community members and biased against negative preferences of said first community members; transmitting said individual data stream on a voluntary or selectable basis thereby allowing an individual to receive said individual data stream on a voluntary or selectable basis; and repeating said steps of providing said first community, determining characteristics to provide said determined characteristics, defining said individual data stream including said selecting content for inclusion in said individual data stream, and transmitting said individual data stream in order to re-establish said first community, to re-establish said preferences and determined characteristics, and to select content for inclusion in said individual data stream.
    15. A method comprising: providing a first community having members, said first community being dynamically self-defining by means of preferences associated with each member of said first community regarding data stream content, said first community comprising members determined to have at least one preference in common; determining characteristics of said first community members' preferences to provide determined characteristics; defining a different individual data stream for each user of a plurality of users, said defining comprising, for each individual data stream, selecting content for inclusion in said individual data stream according to said determined characteristics of said first member community's preferences, said individual data stream being biased according to said first community members' preferences; receiving preferences from a first user; and transmitting said individual data stream to said first user, including content highly rated by said first user according to said preferences of said first user.
    16. The method as set forth in claim 15 , wherein said step of selecting content for inclusion in an individual data stream further comprises: selecting content for inclusion in an individual data stream according to said determined characteristics, said individual data stream being biased for positive preferences of said community and biased against negative preferences of said community.
    17. The method as set forth in claim 15 , wherein the step of providing a first community further comprises: providing a second community having at least as many members as said first community, each member of said second community having associated preferences regarding data stream content; evaluating said preferences of said second community; and determining said first community from said second community, members of said first community comprising members of said second community determined to have at least one preference in common.
    18. The method as set forth in claim 15 , wherein the step of selecting content for inclusion in an individual data stream further comprises: selecting content for inclusion in said individual data stream in accordance with sound recording performance restrictions.
    19. The method as set forth in claim 15 , wherein the step of transmitting said individual data stream further comprises: transmitting said individual data stream on a voluntary or selectable basis to allow an individual to receive said individual data stream on a voluntary or selectable basis.
    20. The method as set forth in claim 15 , wherein the step of providing a first community further comprises: providing a first community, each member of which is determined to provide an artist rating which exceeds a predetermined rating threshold.
    21. The method as set forth in claim 20 , wherein the rating corresponds to a scale of 1 to 100 and the predetermined rating threshold is 70.
    22. A method comprising: providing a first community having members, said first community being dynamically self-defining by means of preferences associated with each member of said first community regarding data stream content; providing a second community having at least as many members as said first community, each member of said second community having associated preferences regarding data stream content; evaluating said second preferences of said second community; and determining said first community from said second community, members of said first community comprising members of said second community determined to have at least one preference in common; determining characteristics of said first community members' preferences to provide determined characteristics; receiving preferences from a first user; defining a different individual data stream for each user of a plurality of users, said defining comprising, for each individual data stream, selecting content for inclusion in said individual data stream according to said determined characteristics of said first member community's preferences and according to said preferences of said first user, said individual data stream being biased for positive preferences of said first community members and biased against negative preferences of said first community members, and said individual data stream being biased according to said preferences of said first user; transmitting said individual data stream to said first user, including content highly rated by said first user according to said preferences of said first user, said individual data stream transmitted on a voluntary or selectable basis to allow said first user to receive said individual data stream on a voluntary or selectable basis; and repeating said steps of providing said first community, determining characteristics to provide said determined characteristics, defining said individual data stream including said selecting content for inclusion in said individual data stream, and transmitting said individual data stream in order to re-establish said first community, to re-establish said preferences and determined characteristics, and to select content for inclusion in said individual data stream.
    23. A method comprising: repeatedly receiving preferences from receivers of data stream content of a music-related database including songs and/or music videos; repeatedly determining a first community of receivers from said received preferences to allow said first community to evolve over time, said first community having similar preferences for similar data stream content; repeatedly determining characteristics solely of said received preferences of said first community to provide determined characteristics; and defining a different individual data stream for each user of a plurality of users, said defining comprising, for each individual data stream, selecting content for inclusion in said individual data stream of said music-related database according to said determined characteristics of said first member community's preferences, said individual data stream being biased according to said received preferences of said first community, said individual data stream having more content that said first community likes and less content that said first community dislikes without analysis of said data stream content, and both said first community and said determined characteristics are permitted to change over time according to said received preferences of said first community.
    24. The method as set forth in claim 23 , wherein said step of selecting content for inclusion in an individual data stream further comprises: selecting content for inclusion in an individual data stream according to said determined characteristics, said individual data stream being biased for positive preferences of said first community and biased against negative preferences of said first community.
    25. The method as set forth in claim 23 , wherein the step of repeatedly receiving preferences from receivers of data stream content further comprises: repeatedly receiving preferences of a second community, said second community having at least as many members as said first community, said received preferences regarding data stream content of said music-related database; repeatedly evaluating said preferences of said second community; and repeatedly determining said first community from said second community, members of said first community comprising members of said second community determined to have at least one preference in common.
    26. The method as set forth in claim 23 , wherein the step of selecting content for inclusion in an individual data stream further comprises: selecting content for inclusion in said individual data stream in accordance with sound recording performance restrictions.
    27. The method as set forth in claim 23 , wherein the method further comprises: transmitting said individual data stream on a voluntary or selectable basis to allow an individual to receive said individual data stream on a voluntary or selectable basis.
    28. A method comprising: repeatedly receiving preferences of a first community having a plurality of members, said first preferences regarding data stream content of a first music-related database including songs and/or music videos; repeatedly receiving preferences of a second community, said second community having at least as many members as said first community, said received preferences regarding data stream content of said music-related database; evaluating said received preferences of said second community to provide evaluated preferences; repeatedly determining said first community from said second community by means of said evaluated preferences with members of said first community having at least one preference in common; repeatedly determining characteristics solely of said first community members' preferences with regard to said data stream content to provide determined characteristics; defining a different individual data stream for each user of a plurality of users, said defining comprising, for each individual data stream, selecting content for inclusion in said individual data stream of said music-related database according to said determined characteristics, said individual data stream being biased according to said determined characteristics of said first member community's preferences, and said individual data stream being biased for positive preferences of said first community and biased against negative preferences of said first community; and transmitting said individual data stream on a voluntary or selectable basis to allow an individual to receive said individual data stream on a voluntary or selectable basis, said individual data stream having more content that said first community likes and less content that said first community dislikes without resort to analysis of said data stream content, and both said first community and said determined characteristics are permitted to change over time according to, respectively, said preferences of said second community and said preferences of said first community.
    29. A computer-implemented method comprising: repeatedly receiving preferences from receivers of data stream content of a music-related database including songs and/or music videos; repeatedly determining a first community of receivers from said received preferences, said first community having similar preferences for similar data stream content; repeatedly determining characteristics solely of said received preferences of said first community to provide determined characteristics; and defining a different individual data stream for each user of a plurality of users, said defining comprising, for each individual data stream, selecting content for inclusion in said individual data stream of said music-related database according to said determined characteristics of said first member community's preferences, said individual data stream being biased according to said received preferences of said first community, said individual data stream having more content that said evolving first community likes and less content that said first community dislikes without analysis of said data stream content, and both said first community and said determined characteristics are permitted to change over time according to said received preferences of said first community.
    30. The computer-implemented method as set forth in claim 29 , wherein said step of selecting content for inclusion in an individual data stream further comprises: selecting content for inclusion in an individual data stream according to said determined characteristics, said individual data stream being biased for positive preferences of said first community and biased against negative preferences of said first community.
    31. The computer-implemented method as set forth in claim 29 , wherein the step of repeatedly receiving preferences from receivers of data stream content further comprises: repeatedly receiving preferences of a second community, said second community having at least as many members as said first community, said received preferences regarding data stream content of said music-related database; repeatedly evaluating said preferences of said second community; and repeatedly determining said first community from said second community, members of said first community comprising members of said second community determined to have at least one preference in common.
    32. The computer-implemented method as set forth in claim 29 , wherein the step of selecting content for inclusion in an individual data stream further comprises: selecting content for inclusion in said individual data stream in accordance with sound recording performance restrictions.
    33. The computer-implemented method as set forth in claim 29 , wherein the method further comprises: transmitting said individual data stream on a voluntary or selectable basis to allow an individual to receive said individual data stream on a voluntary or selectable basis.
    34. A computer-implemented method comprising: repeatedly receiving preferences of a first community having a plurality of members, said preferences regarding data stream content of a music-related database including songs and/or music videos; repeatedly receiving preferences of a second community, said second community having at least as many members as said first community, said received preferences regarding data stream content of said music-related database; evaluating said preferences of said second community to provide evaluated second preferences; repeatedly determining said first community from said second community by means of said evaluated second preferences, members of said first community comprising members of said second community determined to have at least one preference in common; repeatedly determining characteristics solely of said first community members' preferences with regard to said data stream content to provide determined characteristics; defining a different individual data stream for each user of a plurality of users, said defining comprising, for each individual data stream, selecting content for inclusion in said individual data stream of said music-related database according to said determined characteristics of said first member community's preferences, said individual data stream being biased according to said determined characteristics, and said individual data stream being biased for positive preferences of said first community and biased against negative preferences of said first community; and transmitting said individual data stream on a voluntary or selectable basis to allow an individual to receive said individual data stream on a voluntary or selectable basis, said individual data stream having more content that said first community likes and less content that said first community dislikes without resort to analysis of said data stream content, and both said first community and said determined characteristics are permitted to change over time according to, respectively, said preferences of said second community and said preferences of said first community.
    35. A computer system comprising: a server located in a first location, said server repeatedly receiving preferences from users, said users being receivers of data stream content of a music-related database including songs and/or music videos; said server repeatedly determining a first community from said received preferences, said first community having similar preferences for similar content in said first data streams; said server repeatedly determining characteristics solely of said preferences of said first community with regard to said data stream content to provide determined characteristics; and said server defining a different individual data stream for each user of a plurality of users, said defining comprising, for each individual data stream, selecting content for inclusion in said individual data stream of said music-related database according to said determined characteristics of said first member community's preferences, said individual data stream being biased according to said received preferences of said first community; said individual data stream having more content that said evolving first community likes and less content that said first community dislikes without analysis of said data stream content, and both said first community and said determined characteristics are permitted to change over time according to said preferences of said first community.
    36. The computer system as set forth in claim 35 , wherein said server selecting content for inclusion in an individual data stream further comprises: said server selecting content for inclusion in an individual data stream according to said determined characteristics, said individual data stream being biased for positive preferences of said first community and biased against negative preferences of said first community.
    37. The computer system as set forth in claim 35 , wherein said server repeatedly receiving preferences from receivers of content in first data streams further comprises: said server repeatedly receiving preferences of a second community, said second community having at least as many members as said first community, said received preferences regarding data stream content of said music-related database; said server repeatedly evaluating said preferences of said second community; and said server repeatedly determining said first community from said second community members of said first community are members of said second community determined to have at least one preference in common.
    38. The computer system as set forth in claim 35 , wherein said server selecting content for inclusion in an individual data stream further comprises: said server selecting content for inclusion in said individual data stream in accordance with sound recording performance restrictions.
    39. The computer system as set forth in claim 35 , said system further comprises: said server transmitting said individual data stream on a voluntary or selectable basis to allow an individual to receive said individual data stream on a voluntary or selectable basis.
    40. The computer system as set forth in claim 35 , further comprising: said server being in said first location and at least one of said users being in a second location, said second location being a different country than said first location.
    41. A computer system comprising: a server repeatedly receiving preferences of a first community having a plurality of members, said received preferences regarding data stream content of a first music-related database including songs and/or music videos; said server repeatedly receiving preferences of a second community having a plurality of members, said second preferences regarding data stream content of said music-related database; said server evaluating said second preferences of said second community to provide evaluated second preferences; said server repeatedly determining said first community from said second community by means of said evaluated second preferences with members of said first community having at least one preference in common; said server repeatedly determining characteristics solely of said first community members' preferences with regard to said data stream content to provide determined characteristics; said server defining a different individual data stream for each user of a plurality of users, said defining comprising, for each individual data stream, selecting content for inclusion in said individual data stream of said music-related database according to said determined characteristics of said first member community's preferences, said individual data stream being biased for positive preferences of said first community and biased against negative preferences of said first community; and said server transmitting said individual data stream on a voluntary or selectable basis to allow an individual to receive said individual data stream on a voluntary or selectable basis, said individual data stream having more content that said first community likes and less content that said first community dislikes without resort to analysis of said data stream content, and both said first community and said determined characteristics are permitted to change over time according to, respectively, said preferences of said second community and said preferences of said first community.
    42. The computer system as set forth in claim 41 , further comprising: said server being in said first location and at least one member of said first or second communities being in a second location, said second location being a different country than said first location.
    43. A computer-implemented method comprising: determining a first community of members by filtering a data store of preferences for data stream content, said data stream content comprising data stream elements, said members of said first community having at least one stored preference in common; determining data stream elements of said data stream content by filtering said data stream content using said stored preferences of said members of said first community, each determined data stream element being preferred by said first member community; defining a different individual data stream for each user of a plurality of users, said defining comprising, for each individual data stream, further filtering said determined data stream elements using said stored preferences of said members of said first community to select at least one data stream element from said determined data stream elements for inclusion in said individual data stream; and transmitting said individual data stream to a user computer.
    44. The computer-implemented method as set forth in claim 43 , said stored preferences including rating information received from a second community: said determining a first community further comprising filtering said stored preferences using a first rating threshold, each member of said first community having a preference for at least one data stream element in said data stream content such that said rating information of said member for said at least one data stream element satisfies a first rating threshold; said determining data stream elements of said data stream content further comprising filtering said data stream content using rating information of said first community and a second rating threshold, each determined data stream element having rating information of at least one member of said first community that exceeds said second rating threshold; said defining an individual data stream further comprising further filtering said determined data stream elements, each data stream element selected from the determined data stream elements is determined to be preferred by at least a threshold percentage of said members of said first community.
    说明书
    [0001]技术领域
    [0002]本发明涉及电力通信故障定位技术领域,具体涉及一种多芯光缆故障快速定位分析方法。
    [0003]背景技术
    [0004]配电网光缆是电力通信网的组成部分,光缆线路发生故障会引起通信中断,需要尽快找出光缆线路的故障点,并针对故障点进行检修,光缆的故障点检测通常通过光缆检测系统进行,通过检测光源在光缆的分支点或者起点位置输入激光,检测激光在光缆网络不同位置的激光光强,得到激光经过运输之后的衰减数据,并以光缆位置为横坐标、衰减值绘制衰减曲线,在光缆线路出现故障时衰减曲线中衰减值骤然增大的位置点为光缆网络中的故障点。
    [0005]通过上述技术能够准确定位光缆网络的故障点,但是光缆网络分支较多,针对每个分支都进行上述检测过程的话,检测范围大,检测过程中无法有效排除未发生故障的光缆,具有相同光缆分支的不同光缆总线进行检测时对同一光缆分支进行检测,重复检测造成检测效率低下。
    [0006]因此,现有光缆检测技术存在以下技术问题,检测范围大、在总线检测中对光缆分支进行重复检测导致检测效率低。
    [0007]发明内容
    [0008]为此,本发明提供一种多芯光缆故障快速定位分析方法,有效的解决了现有技术中的检测范围大、在总线检测中对光缆分支进行重复检测导致检测效率低的问题。
    [0009]为解决上述技术问题,本发明具体提供下述技术方案:一种多芯光缆故障快速定位分析方法,包括以下步骤:
    [0010]步骤100,在光缆网络分支点处及光缆网络首尾端设置光开闭装置、故障检测器,向光缆网络分支点对应的光缆分支线路发出光线,以形成光缆检测分支通道,对光缆检测分支通道进行故障检测,并生成第一故障检测数据;
    [0011]步骤200,基于位于光缆网络首尾端的故障检测器的光缆信号接收异常情况分配待检测路径集合;
    [0012]步骤300,根据待检测路径集合对应光开闭装置和故障检测器开启,以接收第一故障检测数据并分析得出安全光缆分支集合和故障光缆总线;
    [0013]步骤400,基于故障分支总线和安全光缆分支集合分析得出故障分支预测结果;
    [0014]步骤500,基于故障分支预测结果开启对应光开闭装置和故障检测器,以分析得出初始故障光缆分支;
    [0015]步骤600,基于初始故障光缆分支分析得出故障对应分支点,并且基于故障对应分支点分配若干组以故障对应分支点为首尾点的检验线路;
    [0016]步骤700,根据检验线路开启对应对应光开闭装置和故障检测器,基于检测结果以检验并分析得出最终光缆故障位置。
    [0017]进一步地,所述光开闭装置包括安装在所述光缆网络首尾端的第一光线开关和安装在所述光缆网络分支点的第二光线开关。
    [0018]进一步地,所述基于位于光缆网络首尾端的故障检测器的光缆信号接收异常情况分配待检测路径集合,包括:
    [0019]接收位于光缆网络首尾端的所述故障检测器的光缆信号接收异常情况;
    [0020]获取光缆网络的分支网络路径,并将以对应异常的光缆网络首尾端为端点的所述分支网络路径作为第一检测路线。
    [0021]进一步地,所述根据待检测路径集合对应光开闭装置和故障检测器开启,以接收第一故障检测数据并分析得出安全光缆分支集合和故障光缆总线,包括:
    [0022]开启第一检测路线上的所述光开闭装置和所述故障检测器;
    [0023]根据故障检测器检测结果分析得出第一安全光缆分支和故障光缆总线;
    [0024]若未检测到故障情况,则说明未分析得出故障光缆总线,则以光缆网络首尾端为端点设置第二检测路线;
    [0025]基于所述第二检测路线开启所述第二检测路线上的所述光开闭装置和所述故障检测器;
    [0026]根据故障检测器检测结果分析得出第二安全光缆分支和故障光缆总线。
    [0027]进一步地,相邻的所述光缆网络分支点之间间隔一个单元距离。
    [0028]进一步地,所述根据待检测路径集合对应光开闭装置和故障检测器开启,以接收第一故障检测数据并分析得出安全光缆分支集合和故障光缆总线,还包括:
    [0029]设置分配路径阈值为c个单元距离;
    [0030]将存在光缆信号接收异常情况的光缆网络首尾端为端点且对应路径长度为a的分支网络路径作为第一检测路径;
    [0031]将存在光缆信号接收异常情况的光缆网络首尾端为端点且对应路径长度为b的分支网络路径作为第二检测路径;
    [0032]其中,a≤c,b>c。
    [0033]进一步地,基于故障分支总线和安全光缆分支集合分析得出故障分支预测结果;
    [0034]基于故障分支预测结果开启对应光开闭装置和故障检测器,以分析得出初始故障光缆分支;
    [0035]包括:
    [0036]获取所述故障分支总线和所述安全光缆分支集合;
    [0037]排除所述故障分支总线中的第一安全光缆分支、第二安全光缆分支,得出故障分支预测结果;
    [0038]根据故障分支预测结果开启所述故障分支预测结果上的光开闭装置和所述故障检测器;
    [0039]根据故障检测器的检测结果得出至少一个初始故障光缆分支。
    [0040]进一步地,基于初始故障光缆分支分析得出故障对应分支点,包括:
    [0041]获取所述初始故障光缆分支的首尾点,将其标记为故障对应分支点。
    [0042]进一步地,所述基于故障对应分支点分配若干组以故障对应分支点为首尾点的检验线路,包括:
    [0043]获取光缆网络的分支网络路径;
    [0044]将以故障对应分支点作为首尾点的所述分支网络路径作为检验线路。
    [0045]进一步地,所述根据检验线路开启对应对应光开闭装置和故障检测器,基于检测结果以检验并分析得出最终光缆故障位置,包括:
    [0046]开启所述检验线路上的光开闭装置和所述故障检测器;
    [0047]当所述故障检测器检测结果异常数据为0个时,分析得出对应光缆故障分支为所述最终光缆故障位置;
    [0048]当所述故障检测器检测结果异常数据为一个时,分析得出对应光缆故障分支点为所述最终光缆故障位置。
    [0049]本发明与现有技术相比较具有如下有益效果:
    [0050]本发明根据位于光缆网络首尾端的故障检测器的光缆信号接收异常情况分配待检测路径集合,待检测路径集合逐渐增大检测范围,根据待检测路径集合控制对应光开闭装置和故障检测器开启,根据第一故障检测数据分析得出安全光缆分支集合和故障光缆总线,分析得出故障分支预测结果,之后对故障分支预测结果检验并分析得出最终光缆故障位置,检测范围逐步扩大来寻找故障光缆总线以及在故障光缆总线中寻找最终光缆故障位置,选取部分分支网络路径进行检测并进一步筛出最终光缆故障位置的放置缩小了待检测光缆的数量和范围,提高了光缆检测效率;
    [0051]另外,在检测过程中筛选出安全光缆分支集合,在二次检测时排除安全光缆分支集合的检测,避免重复检测,进一步提高了检测效率。
    [0052]附图说明
    [0053]为了更清楚地说明本发明的实施方式或现有技术中的技术方案,下面将对实施方式或现有技术描述中所需要使用的附图作简单地介绍。显而易见地,下面描述中的附图仅仅是示例性的,对于本领域普通技术人员来讲,在不付出创造性劳动的前提下,还可以根据提供的附图引伸获得其它的实施附图。
    [0054]图1为本发明实施例提供的一种多芯光缆故障快速定位分析方法的流程图;
    [0055]图2为本发明实施例中的光缆网络的分支网络路径的示意图;
    [0056]图3为本发明实施例中的第一检测路径的路径示意图。
    [0057]具体实施方式
    [0058]下面将结合本发明实施例中的附图,对本发明实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例仅仅是本发明一部分实施例,而不是全部的实施例。基于本发明中的实施例,本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。
    [0059]如图1所示,本发明提供了一种多芯光缆故障快速定位分析方法,包括以下步骤:
    [0060]步骤100,在光缆网络分支点处及光缆网络首尾端设置光开闭装置、故障检测器,向光缆网络分支点对应的光缆分支线路发出光线,以形成光缆检测分支通道,对光缆检测分支通道进行故障检测,并生成第一故障检测数据;
    [0061]步骤200,基于位于光缆网络首尾端的故障检测器的光缆信号接收异常情况分配待检测路径集合;
    [0062]步骤300,根据待检测路径集合对应光开闭装置和故障检测器开启,以接收第一故障检测数据并分析得出安全光缆分支集合和故障光缆总线;
    [0063]步骤400,基于故障分支总线和安全光缆分支集合分析得出故障分支预测结果;
    [0064]步骤500,基于故障分支预测结果开启对应光开闭装置和故障检测器,以分析得出初始故障光缆分支;
    [0065]步骤600,基于初始故障光缆分支分析得出故障对应分支点,并且基于故障对应分支点分配若干组以故障对应分支点为首尾点的检验线路;
    [0066]步骤700,根据检验线路开启对应对应光开闭装置和故障检测器,基于检测结果以检验并分析得出最终光缆故障位置。
    [0067]本发明中,根据位于光缆网络首尾端的故障检测器的光缆信号接收异常情况分配待检测路径集合,待检测路径集合逐渐增大检测范围,根据待检测路径集合控制对应光开闭装置和故障检测器开启,根据第一故障检测数据分析得出安全光缆分支集合和故障光缆总线,分析得出故障分支预测结果,之后对故障分支预测结果检验并分析得出最终光缆故障位置,检测范围逐步扩大来寻找故障光缆总线以及在故障光缆总线中寻找最终光缆故障位置,选区部分分支网络路径进行检测并进一步筛出最终光缆故障位置的放置缩小了待检测光缆的数量和范围,提高了光缆检测效率。
    [0068]其中,光开闭装置采用机械光开关,假设如图2为光缆网络的分支网络路径,其中a、b、c等每个光缆网络分支点处及光缆网络首尾端均安装有光开闭装置,其中每个光缆网络分支点的光开闭装置均能够向对应导通连接的光缆分支路线发出光线。
    [0069]其中,光开闭装置包括第一光线开关和第二光线开关;第一光线开关安装在光缆网络首尾端,第二光线开关安装在光缆网络分支点。
    [0070]上述实施例中,第一光线开关安装在a、b、c、d等光缆的首尾端,第二光线开关安装在e、f、g等光缆网络分支点处,其中s处的光开闭装置能够向ns、os、sx三条光缆分支路线发出光线。
    [0071]在光缆网络正常工作时,位于光缆网络首尾端的故障检测器对光缆网络自身信号的传输进行实时监测,实际应用过程中也可用其他的检测设备来监测光缆网络的光缆传输情况,在光缆网络出现传输异常时进行光缆故障定位程序。
    [0072]其中,基于位于光缆网络首尾端的故障检测器的光缆信号接收异常情况分配待检测路径集合,包括:
    [0073]接收位于光缆网络首尾端的故障检测器的光缆信号接收异常情况;
    [0074]获取光缆网络的分支网络路径,并将以对应异常的光缆网络首尾端为端点的分支网络路径作为第一检测路线。
    [0075]上述实施例中,当位于光缆网络首尾端的故障检测器检测到光缆信号接收异常时,获取对应的分支网络路径,并获取对应的第一检测路线,之后将第一检测路线上的光开闭装置和故障检测器均开启进行对应第一检测路线上每个光缆分支线路的检测。
    [0076]其中,第一检测路线是路径长度在一定范围内的光缆传输路径,也是为了先进行小范围的检测定位。
    [0077]根据待检测路径集合对应光开闭装置和故障检测器开启,以接收第一故障检测数据并分析得出安全光缆分支集合和故障光缆总线,包括:
    [0078]开启第一检测路线上的光开闭装置和故障检测器;
    [0079]根据故障检测器检测结果分析得出第一安全光缆分支和故障光缆总线;
    [0080]若未检测到故障情况,则说明未分析得出故障光缆总线,则以光缆网络首尾端为端点设置第二检测路线;
    [0081]基于第二检测路线开启第二检测路线上的光开闭装置和故障检测器;
    [0082]根据故障检测器检测结果分析得出第二安全光缆分支和故障光缆总线。
    [0083]当上述第一次第一检测路线未寻找出故障光缆总线的情况下,就分布第二检测路线来进行更大范围的故障查找。
    [0084]在实际应用过程中,相邻的光缆网络分支点之间间隔一个单元距离。
    [0085]根据待检测路径集合对应光开闭装置和故障检测器开启,以接收第一故障检测数据并分析得出安全光缆分支集合和故障光缆总线,还包括:
    [0086]设置分配路径阈值为c个单元距离;
    [0087]将存在光缆信号接收异常情况的光缆网络首尾端为端点且对应路径长度为a的分支网络路径作为第一检测路径;
    [0088]将存在光缆信号接收异常情况的光缆网络首尾端为端点且对应路径长度为b的分支网络路径作为第二检测路径;
    [0089]其中,a≤c,b>c。
    [0090]上述实施例中,相邻的两个光缆网络分支点间隔一个单元距离,也就是说,在光缆网络中,c和g之间间隔一个单元距离,4和d之间间隔一个单元距离等,上述步骤中设置的分配路径阈值根据实际情况决定,假设c和d之间的光缆信号传输出现异常,c和d之间的路径存在:cgkoty4d、cgkosx4d、cgjnsx4d、cgjnrw3x4d等,其中前三个的路径长度均为7个单元距离,第四的路径长度为9个单元距离,那么可以将c设置为7(实际情况下也可以设置为9等其他数值),将路径长度小于等于9个单元距离的分支网络路径作为第一检测路径,也就是说将cgkoty4d、cgkosx4d、cgjnsx4d作为第一检测路线,如图3所示,开启第一检测路线上的光开闭装置和故障检测器。
    [0091]在本发明中,默认一个光缆网络分支点的故障检测器用于检测对应路径相邻光缆网络分支点的光开闭装置的发出光线接收情况,其中,当c处的光开闭装置发出光线,g处的故障检测器就是为了检测c处的光线传输是否异常。
    [0092]本发明中,将上述初步检测的步骤分为两步,两次的检测范围不同且逐渐增大,在实际应用过程中,可将检测步骤设置为3、4等次,逐步增加检测范围(对应地,这种情况下也需要设置多个分配路径阈值,假设检测步骤为3步,则需要设置两个分配路径阈值),寻找到对应的故障光缆总线即停止初步检测步骤。
    [0093]以第一次检测就检测到故障光缆总线为例,第一检测路线检测过程中s处的故障检测器接收到异常信号,ns、os光缆分支线路可能存在问题,在第一检测路线cgkoty4d、cgkosx4d、cgjnsx4d中,将涉及到ns、os光缆分支线路的cgkosx4d、cgjnsx4d作为故障光缆总线,cgkoty4d中所有的光缆分支线路以及cgkosx4d、cgjnsx4d中除去ns、os光缆分支线路的其他光缆分支线路作为第一安全光缆分支。
    [0094]当第一次检测未检测到故障光缆总线,则开启第二次检测,对应分析得出第二安全光缆分支、故障光缆总线的方式与上述过程一致。
    [0095]在上述过程中找到故障分支总线和安全光缆分支集合之后,即进行下一步故障光缆分支的检测。
    [0096]基于故障分支总线和安全光缆分支集合分析得出故障分支预测结果;
    [0097]基于故障分支预测结果开启对应光开闭装置和故障检测器,以分析得出初始故障光缆分支;
    [0098]包括:
    [0099]获取故障分支总线和安全光缆分支集合;
    [0100]排除故障分支总线中的第一安全光缆分支、第二安全光缆分支,得出故障分支预测结果;
    [0101]根据故障分支预测结果开启故障分支预测结果上的光开闭装置和故障检测器;
    [0102]根据故障检测器的检测结果得出至少一个初始故障光缆分支。
    [0103]其中,cgkoty4d中所有的光缆分支线路以及cgkosx4d、cgjnsx4d中除去ns、os光缆分支线路的其他光缆分支线路作为第一安全光缆分支,(上述情况未进行第二次检测因此无需考虑第二安全光缆分支的情况),cgkosx4d、cgjnsx4d作为故障光缆总线,除去对应的第一安全光缆分支之后,得出ns、os光缆分支线路为故障分支预测结果,开启ns、os光缆上的光开闭装置和故障检测器,在n光缆网络分支点处,接收s的光开闭装置发出的光线进行分析,在s光缆网络分支点处,接收n、o发出的光线进行分析,在o处,接收s发出的光线进行分析。
    [0104]假设在n光缆网络分支点处,接收s的光开闭装置发出的光线进行分析的结果异常,则得出ns为初始故障光缆分支的结果。
    [0105]基于初始故障光缆分支分析得出故障对应分支点,包括:
    [0106]获取初始故障光缆分支的首尾点,将其标记为故障对应分支点。
    [0107]当分析得出ns为初始故障光缆分支之后,获取ns的首尾点n、s作为故障对应分支点。
    [0108]在分析得出故障对应分支点之后,进行故障位置的检验。
    [0109]其中,基于故障对应分支点分配若干组以故障对应分支点为首尾点的检验线路,包括:
    [0110]获取光缆网络的分支网络路径;
    [0111]将以故障对应分支点作为首尾点的分支网络路径作为检验线路。
    [0112]由于光缆网络的分支网络路径错综复杂,在实际应用过程中,可选取部分以故障对应分支点作为首尾点的分支网络路径作为检验线路,假设n、s为故障对应分支点,则可以将njgkos、njgkoty4xs作为检验线路。
    [0113]获取检验线路之后,根据检验线路开启对应对应光开闭装置和故障检测器,基于检测结果以检验并分析得出最终光缆故障位置,包括:
    [0114]开启检验线路上的光开闭装置和故障检测器;
    [0115]当故障检测器检测结果异常数据为0个时,分析得出对应光缆故障分支为最终光缆故障位置;
    [0116]当故障检测器检测结果异常数据为一个时,分析得出对应光缆故障分支点为最终光缆故障位置。
    [0117]上述实施例中,将njgkos、njgkoty4xs作为检验线路,开启检验线路上的光开闭装置和故障检测器,假设检验路线njgkos、njgkoty4xs无检测结果异常情况,则分析得出光缆故障分支ns即为最终光缆故障位置,假设检验路线njgkos或者njgkoty4xs中jn出现检测结果异常数据,则判定光缆故障分支点n为最终光缆故障位置,假设检验路线njgkoty4xs中xs出现检测结果异常数据,则判定光缆故障分支点s为最终光缆故障位置。
    [0118]本发明中,根据初始故障光缆分支也可以设置额外的检验线路,根据初始故障光缆分支得出故障对应分支点,根据故障对应分支点作为首尾点的分支网络路径和初始故障光缆分支的总和作为检验线路。
    [0119]这种情况下,根据检验线路开启检验线路上的光开闭装置和故障检测器;根据故障检测器检测结果异常数据为1个的情况,分析得出对应光缆故障分支为最终光缆故障位置;根据故障检测器检测结果异常数据为多个且出现异常的光缆故障分支存在共同的端点的情况,分析得出对应光缆故障分支点为最终光缆故障位置。
    [0120]也就是说,分析得出ns为初始故障光缆分支之后,n、s为故障对应分支点,则可以将njgkosn、njgkoty4xsn作为检验线路,这种情况下的检验线路作为一个闭合回路,开启检验线路上的光开闭装置和故障检测器,假设检验路线njgkosn、njgkoty4xsn中ns段出现检测结果异常,则分析得出光缆故障分支ns即为最终光缆故障位置,假设检验路线njgkos或者njgkoty4xs中jn、ns出现检测结果异常数据,则判定光缆故障分支点n为最终光缆故障位置,假设检验路线njgkoty4xs中xs、ns出现检测结果异常数据,则判定光缆故障分支点s为最终光缆故障位置。
    [0121]当ns无问题、检验线路无问题时,重新开启检验程序,上述检测方式准确率更高,也能够避免前述检测过程中ns出现检测故障的问题,实现了对ns的重复检测。
    [0122]以上实施例仅为本申请的示例性实施例,不用于限制本申请,本申请的保护范围由权利要求书限定。本领域技术人员可以在本申请的实质和保护范围内,对本申请做出各种修改或等同替换,这种修改或等同替换也应视为落在本申请的保护范围内。
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