CN106996860A - Optical fiber connects Auto-Test System and method - Google Patents
Optical fiber connects Auto-Test System and method Download PDFInfo
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- 238000012360 testing method Methods 0.000 title claims abstract description 115
- 239000013307 optical fiber Substances 0.000 title claims abstract description 52
- 238000000034 method Methods 0.000 title claims abstract description 12
- 238000001514 detection method Methods 0.000 claims abstract description 26
- 239000000835 fiber Substances 0.000 claims description 4
- 238000010998 test method Methods 0.000 claims description 4
- 230000032683 aging Effects 0.000 abstract description 2
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M11/00—Testing of optical apparatus; Testing structures by optical methods not otherwise provided for
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Abstract
本发明揭示一种光纤连接自动测试系统及方法，该光纤连接自动测试系统包括：测试服务器，该测试服务器预设一固定IP地址；输入单元，在测试机台中输入服务器的IP地址；处理单元，其与输入单元及测试服务器相连接，该处理单元将输入单元输入的IP地址与测试服务器预设的IP地址进行对比，判断输入单元输入的IP地址是否符合，从而得出一检测结果；显示单元，与处理单元连接，显示检测结果。利用本发明的光纤连接自动测试系统及方法，不仅实现了老化检测的自动化测试，提高了检测效率,还能够保存测试机台光纤模组的检测结果，便于进行后续的追踪。
The present invention discloses an automatic test system and method for optical fiber connection. The automatic test system for optical fiber connection includes: a test server, the test server presets a fixed IP address; an input unit, which inputs the IP address of the server into the test machine; a processing unit, It is connected with the input unit and the test server, the processing unit compares the IP address input by the input unit with the preset IP address of the test server, and judges whether the IP address input by the input unit matches, thereby obtaining a test result; the display unit , connected with the processing unit to display the detection result. Using the optical fiber connection automatic testing system and method of the present invention not only realizes the automatic testing of aging detection, improves the detection efficiency, but also saves the detection results of the optical fiber modules of the testing machine to facilitate subsequent tracking.
Description
【技术领域】【Technical field】
本发明涉及一种自动化测试系统及方法，具体涉及一种光纤连接自动测试系统及方法。The invention relates to an automatic test system and method, in particular to an automatic test system and method for optical fiber connection.
【背景技术】【Background technique】
Ping命令是日常网管工作中使用频率最高的工具之一，主是用来测试光纤连接的。在实际平时解决光纤故障的过程中，一般应该遵循“先软后硬”的步骤来进行。其中“软”就是指使用Ping命令大概判断出光纤故障位置。The Ping command is one of the most frequently used tools in daily network management work. It is mainly used to test the fiber connection. In the actual process of solving optical fiber faults, generally follow the steps of "soft first, then hard". Among them, "soft" refers to roughly judging the location of the fiber fault by using the Ping command.
目前一般光纤连接的测试方式是：首先，设置一含有网口的测试机台；然后，将测试机台的网口通过光纤连接到所述测试主机的网口；最后，通过调用Ping命令，人为查看测试机台的IP地址(Internet Protocol Address)是否Ping通，从而判断测试机台的光纤连接成功或者失败。At present, the test mode of general optical fiber connection is: first, a test machine platform containing a network port is set; then, the network port of the test machine platform is connected to the network port of the test host through an optical fiber; Check whether the IP address (Internet Protocol Address) of the test machine is pinged, so as to judge whether the fiber connection of the test machine is successful or failed.
然而，上述光纤连接测试方式无法实现自动化测试，检测所需的时间较长，而且没有测试记录，后续无法追踪测试结果。However, the above-mentioned optical fiber connection test method cannot realize automated testing, and the detection takes a long time, and there is no test record, and the test results cannot be tracked later.
有鉴于此，实有必要提供一种光纤连接自动测试系统及方法，以解决上述光纤连接检测中检测时间较长，以及检测结果不便于后续的追踪的问题。In view of this, it is necessary to provide an automatic optical fiber connection testing system and method to solve the problems of long detection time and inconvenient follow-up tracking of the detection results in the above-mentioned optical fiber connection detection.
【发明内容】【Content of invention】
因此，本发明的目的是提供一种光纤连接自动测试系统及方法，以解决上述老化检测中人为误判以及结果不便于后续追踪的问题。Therefore, the purpose of the present invention is to provide an automatic optical fiber connection testing system and method to solve the problems of human misjudgment and inconvenient follow-up tracking of the above-mentioned aging detection.
为了达到上述目的，本发明提供的光纤连接自动测试系统，包括：In order to achieve the above object, the optical fiber connection automatic test system provided by the present invention includes:
测试服务器，该测试服务器预设一固定IP地址；A test server, the test server presets a fixed IP address;
输入单元，在测试机台中输入服务器的IP地址；Input unit, input the IP address of the server in the test machine;
处理单元，其与输入单元及测试服务器相连接，该处理单元将所述输入单元输入的IP地址与测试服务器预设的IP地址进行对比，判断所述输入单元输入的IP地址是否符合，从而得出一检测结果；A processing unit, which is connected with the input unit and the test server, the processing unit compares the IP address input by the input unit with the preset IP address of the test server, and judges whether the IP address input by the input unit matches, thereby obtaining a test result;
显示单元，与所述处理单元连接，显示所述检测结果。A display unit, connected to the processing unit, to display the detection result.
可选的，所述光纤连接自动测试系统还包括一关闭单元，所述关闭单元在显示单元显示一段时间后即关闭所述光纤连接自动测试系统。Optionally, the optical fiber connection automatic test system further includes a shutdown unit, the shutdown unit shuts down the optical fiber connection automatic test system after the display unit displays for a period of time.
可选的，所述光纤连接自动测试系统还连接至现场控制系统(SFCS；shopfloor control system)，所述处理单元将新生成的检测结果传送给所述现场控制系统进行保存。Optionally, the optical fiber connection automatic test system is also connected to a site control system (SFCS; shopfloor control system), and the processing unit transmits the newly generated test results to the site control system for storage.
本发明还提供一种光纤连接自动测试方法，其步骤包括：The present invention also provides an automatic test method for optical fiber connection, the steps of which include:
(1)在测试服务器预设一固定IP地址；(1) Preset a fixed IP address on the test server;
(2)将测试机台的光纤模组通过测试网线连接至测试服务器；(2) Connect the optical fiber module of the test machine to the test server through the test network cable;
(3)在测试机台中输入服务器的IP地址；(3) Enter the IP address of the server in the test machine;
(4)处理单元将所述测试机台输入的IP地址与测试服务器预设的IP地址进行对比，判断所述输入单元输入的IP地址是否符合，从而得出一检测结果；(4) the processing unit compares the IP address input by the test machine with the preset IP address of the test server, and judges whether the IP address input by the input unit is consistent, thereby drawing a detection result;
(5)检测合格，显示单元显示PASS；(5) The test is qualified, and the display unit displays PASS;
(6)检测不合格，显示单元显示FAIL。(6) If the test fails, the display unit will display FAIL.
(7)处理单元将新生成的检测结果以测试机台流水号命名，再传送给所述现场控制系统进行保存。(7) The processing unit names the newly generated test result with the serial number of the test machine, and then transmits it to the on-site control system for storage.
可选的，所述步骤(7)后还包括步骤(8)：所述关闭单元在接收到所述检测结果一段时间后即关闭所述光纤连接自动测试系统。Optionally, step (8) is further included after the step (7): the closing unit shuts down the optical fiber connection automatic testing system after receiving the detection result for a period of time.
可选的，所述步骤(8)的一段时间为2秒。Optionally, the period of time in step (8) is 2 seconds.
可选的，所述关闭单元未关闭时如强制关闭所述光纤连接自动测试系统则导致测试失败，显示单元显示FAIL。Optionally, if the automatic test system for optical fiber connection is forcibly closed when the closing unit is not closed, the test will fail, and the display unit will display FAIL.
相较于现有技术，本发明的光纤连接自动测试系统及方法不仅实现了光纤测试的自动化，提高了检测效率，还解决光纤连接检测中因检测人员疏忽造成误判而无法发现存在缺陷产品的问题。而且，本发明还能够保存测试机台光纤模组的检测结果，通过上传现场控制系统可进行后续的追踪，从而保证了产品的质量。Compared with the prior art, the optical fiber connection automatic testing system and method of the present invention not only realizes the automation of optical fiber testing, improves the detection efficiency, but also solves the problem of failing to find defective products due to misjudgment caused by the negligence of inspectors in the optical fiber connection detection. question. Moreover, the present invention can also save the detection result of the optical fiber module of the testing machine, and can carry out follow-up tracking by uploading to the on-site control system, thereby ensuring the quality of the product.
【附图说明】【Description of drawings】
图1绘示为本发明的光纤连接自动测试系统示意图。FIG. 1 is a schematic diagram of the optical fiber connection automatic testing system of the present invention.
图2绘示为本发明的光纤连接自动测试方法示意图。FIG. 2 is a schematic diagram of the automatic testing method for optical fiber connection of the present invention.
【具体实施方式】【detailed description】
请参阅图1，图1绘示为本发明的光纤连接自动测试系统示意图。Please refer to FIG. 1 . FIG. 1 is a schematic diagram of the optical fiber connection automatic testing system of the present invention.
本发明提供的光纤连接自动测试系统100，包括：The optical fiber connection automatic test system 100 provided by the present invention includes:
测试服务器10，该测试服务器10预设一固定IP地址；Test server 10, the test server 10 presets a fixed IP address;
输入单元11，在测试机台中输入服务器的IP地址；The input unit 11 is used to input the IP address of the server in the test machine;
处理单元12，其与输入单元11及测试服务器10相连接，该处理单元12将所述输入单元11输入的IP地址与测试服务器10预设的IP地址进行对比，判断所述输入单元11输入的IP地址是否符合，从而得出一检测结果；A processing unit 12, which is connected to the input unit 11 and the test server 10, the processing unit 12 compares the IP address input by the input unit 11 with the preset IP address of the test server 10, and judges the IP address input by the input unit 11. Whether the IP address matches, so as to obtain a test result;
显示单元13，与所述处理单元12连接，显示所述检测结果。The display unit 13 is connected with the processing unit 12 and displays the detection result.
其中，所述光纤连接自动测试系统100还包括一关闭单元14，所述关闭单元14在显示单元13显示一段时间后即关闭所述光纤连接自动测试系统100。Wherein, the optical fiber connection automatic test system 100 further includes a shutdown unit 14, and the shutdown unit 14 shuts down the optical fiber connection automatic test system 100 after the display unit 13 displays for a period of time.
其中，所述光纤连接自动测试系统100还连接至现场控制系统，所述处理单元12将新生成的检测结果传送给所述现场控制系统进行保存。Wherein, the optical fiber connection automatic test system 100 is also connected to the on-site control system, and the processing unit 12 transmits the newly generated detection result to the on-site control system for storage.
本发明还提供一种光纤连接自动测试方法，其步骤包括：The present invention also provides an automatic test method for optical fiber connection, the steps of which include:
步骤101：在测试服务器预设一固定IP地址；Step 101: preset a fixed IP address on the test server;
步骤102：将测试机台的光纤模组通过测试网线连接至测试服务器；Step 102: Connect the optical fiber module of the test machine to the test server through the test network cable;
步骤103：在测试机台中输入服务器的IP地址；Step 103: input the IP address of the server in the test machine;
步骤104：处理单元将所述测试机台输入的IP地址与测试服务器预设的IP地址进行对比，判断所述输入单元输入的IP地址是否符合，从而得出一检测结果；Step 104: The processing unit compares the IP address input by the test machine with the preset IP address of the test server, and judges whether the IP address input by the input unit matches, thereby obtaining a test result;
步骤105：检测合格，显示单元显示PASS；Step 105: the test is qualified, and the display unit displays PASS;
步骤106：检测不合格，显示单元显示FAIL。Step 106: the detection fails, and the display unit displays FAIL.
步骤107：处理单元将新生成的检测结果以测试机台流水号命名，再传送给现场控制系统进行保存。Step 107: The processing unit names the newly generated test result with the serial number of the test machine, and then transmits it to the on-site control system for storage.
其中，所述步骤107后还包括步骤108：所述关闭单元在接收到所述检测结果一段时间后即关闭所述光纤连接自动测试系统。Wherein, after the step 107, a step 108 is further included: the shutdown unit shuts down the optical fiber connection automatic test system after receiving the detection result for a period of time.
其中，所述步骤108的一段时间为2秒。Wherein, the period of time in step 108 is 2 seconds.
其中，所述关闭单元未关闭时如强制关闭所述光纤连接自动测试系统则导致测试失败，显示单元显示FAIL。Wherein, if the automatic test system for optical fiber connection is forcibly closed when the closing unit is not closed, the test will fail, and the display unit will display FAIL.
相较于现有技术，本发明的光纤连接自动测试系统及方法不仅实现了光纤测试的自动化，提高了检测效率，还解决光纤连接检测中因检测人员疏忽造成误判而无法发现存在缺陷产品的问题。而且，本发明还能够保存测试机台光纤模组的检测结果，通过上传现场控制系统可进行后续的追踪，从而保证了产品的质量。Compared with the prior art, the optical fiber connection automatic testing system and method of the present invention not only realizes the automation of optical fiber testing, improves the detection efficiency, but also solves the problem of failing to find defective products due to misjudgment caused by the negligence of inspectors in the optical fiber connection detection. question. Moreover, the present invention can also save the detection result of the optical fiber module of the testing machine, and can carry out follow-up tracking by uploading to the on-site control system, thereby ensuring the quality of the product.
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