.M321526 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種光纖檢測器之設計，特別是關於一 種具有可插拔光收發模組之光纖檢測器。 【先前技術】 近年來’區域網路（LANs )逐漸光纖化，光纖電鏡 系統雖然比銅線電纜系統昂貴，但可符合大眾對網路速度 和相關頻寬用來處理吉位/秒之資料傳輸速率增加的需 求。使用在這些系統的光纖電纜一般包括具有特殊連接器 或轉接裔以確保光纖末端適當地對準。 安插或重新安裝光纖電纜的工作通常落在一收縮電緵 安裝者或室内網路專家身上。在這樣的光纖電、纜被安插之 前，必須謹慎地完成測試以確保光纖的特性符合藉由工業 團體，例如電子工業協會（EIA)和電信工業協會（tia) 對於在光纖網路建築業上的使用所建立的最低標準。這種 特性包括域長度、頻寬容量和光通過光纖所流失的光能 等等。 一種傳統的測試方法為光學時間疇反射測定法。光學 時間缚反射㈣儀（0TDRs)計算並顯示越過距離的流失 並從連接器、接頭、裂㈣反射和光纖材料本身提供一過 程指標。 口此相對於快速成長的光纖區域網路佈線需求，提升 光纖網路通路檢測作業的便捷性 F吊^文促陘，不僅能達到快速檢修之 M321526 :口貝並月匕有效降低人工負擔之效益；已知區域網路的光纖 ^路&測手段’―般是利用以雷射二極體為光源之檢測器， j光纖連接端η㈣緣處精料焦地輸人測試光，再由 〜線相對端能否接收到光訊號或接收到光訊號強弱為判斷 . 依據，檢知光纖通路是否有斷線或受損情況。 【新型内容】 ^ 本創作所欲解決之技術問題 然而，上述的光學時間疇反射測定儀是昂貴的。再者， 由於光纖通訊所使用之光源係依用途而不同，雖然光纖信 、=的傳送原理相同’但不同光源波段需要使用不同的光纖 $測裝置及插接結構。而傳統的㈣檢測裝置體積大，且 設置於其中的光收發模組係為固定式，使得更換不同光纖 檢測裝置的過程費時費力。 緣此，本創作之主要目的即是提供一種具有可插拔光 • m且之光纖檢測器，以方便使用者對不同種類之光纖 作檢測。 …、本作之另-目的是提供—種小型化光纖檢測器，以 即’光纖檢測裝置之成本，並達到光纖檢測工作之簡便性。 本創作解決問題之技術手段 為達到達到上述目的，本創作具有可插拔光收發模組 之光纖檢測器包括-殼體、一光纖信號接收處理模組和一 可插拔光收發模組。殼體具有一模組容置槽及一連通於模 • M321526 組容置槽之開口。光纖信號接收處理模組設置於殼體之模 組容置槽中，包括有一電路板和一結合於電路板之信號連 接器。可插拔光收發模組，可由殼體之開口插置入殼體之 模組容置槽中或由殼體之模組容置槽抽取出，可插拔光收 發模組具有一連接器插接端和一光纖接頭插接端，連接器 插接端係插接於光纖信號接收處理模組之信號連接器。 於本創作之較佳實施例中，具有可插拔光收發模組之 光纖檢測器更可包括一拉柄，設置於可插拔光收發模組之 光纖接頭插接端，使用者係經由拉柄將可插拔光收發模組 由殼體之模組容置槽中抽取出。 '本創作對照先前技術之功效 經由本創作所採用之技術手段，不僅可大幅降低光纖 檢測裝置之成本，更可增加使用者在檢測時之使用上和更 換光收發模組上的便利性。 本創作所採用的具體實施例，將藉由以下之實施例及 附呈圖式作進一步之說明。 【實施方式】 參閱第1至第3圖所示，本創作具有可插拔光收發模 組之光纖檢測器100包括一殼體1、一可插拔光收發模組2、 和一防塵蓋3。殼體1具有一模組容置槽11及一連通於模 組容置槽之開口 12，可插拔光收發模組2可由殼體1之開 口 12插置入殼體1之模組容置槽11中或由殼體1之模組 • M321526 容置槽11抽取出，當可插拔光收發模組2由殼體1之開口 12插置入殼體1之模組容置槽11中後，防塵蓋3係可蓋 覆於殼體1之開口 12，以防止塵埃進入可插拔光收發模組 2或殼體1之模組容置槽11中，亦可防止雷射光直接照射 使用者之眼睛。 請參閱第4至第5圖所示，殼體1係包括一上殼體13 和一下殼體14，殼體1之模組容置槽11係由上殼體13和 下殼體14相互蓋合後所形成，且下殼體14係具有一電池 單元容置槽141，用以容置至少一電池單元4。一蓋體15 係蓋合於下殼體14之電池單元容置槽141上。 且本創作具有可插拔光收發模組之光纖檢測器1〇〇更 包括一光纖信號接收處理模組5和一導槽殼體6。光纖信 號接收處理模組5設置於殼體1之模組容置槽11中，其包 括有一電路板51和一結合於電路板51之信號連接器52。 而導槽殼體6之底緣係形成有複數個尖狀凸體61，導槽殼 體6係經由尖狀凸體61而設置於光纖信號接收處理模組5 之電路板51上，且與光纖信號接收處理模組5之電路板51 之間形成一光收發模組容置空間21，可插拔光收發模組2 係可插置入光收發模組容置空間21中。 並且可插拔光收發模組2具有一連接器插接端22和 一光纖連接器插接端23 ’在連接器插接端22設置有一光 纖信號傳輸介面221。光纖信號接收處理模組5之信號連 接器52係具有一光纖信號連接琿521。而導槽殼體6係具 有一連接器結合側62，在連接器結合側62配置有一插接 M321526 單元621，插接單元621係用以連接可插拔光收發模組2 之連接器插接端22之光纖信號傳輪介面221和光纖信號接 收處理模組5之信號連接器52之光纖信號連接埠521 :亦 即插接單元621係可插接於光纖信號接收處理模組5之信 號連接器52之光纖信號連接埠521，而當可插拔光收發模 組2插置入光收發模組容置空間21中後，可插拔光收發模 組2之連接器插接端22之光纖信號傳輸介面221係插接於 插接單元621。 且可插拔光收發模組2在其光纖連接器插接端23係 開設有-光纖連接器插槽23卜所欲檢測之—光纖7係可 經由一光纖連接器71插置入光纖連接器插槽231中。並且 可插拔光收發模組2之錢連接ϋ插接端23係設置有一拉 柄232’使用者係可經由拉柄232將可插拔光收發模组2 由殼體1之模組容置槽U中抽取出，以針對不同種類、不 同用途之域來更換適合其檢測的可插拔純發模組。 开又體13 „又置有一调變控制單元16和—電源控制單 兀17,调變控制單元16係用以控制本創作具有可插拔光 收發模組之光纖檢測器⑽之波段，而電源控制單元⑴系 用以控制電池單元4對本創作之電源供應。 由以上之實施例可知，本創作所提供之具有可插拔光 收發模組之光纖檢測器確具產業上之利用價值’故本創作 業已符合於專利之要件。㈣上之敘述僅為本創作之較佳 實施例說明，凡精於此項技#者#可依據上述之說明而作 其它種種之，料些改、變仍屬於本創作之創作精神及 .M321526 以下所界定之專利範圍中。 【圖式簡單說明】 第1圖係本創作具有可插拔光收發模組之光纖檢測器之立 體圖； • 第2圖係本創作具有可插拔光收發模組之光纖檢測器之上 w 視圖， 第3圖係本創作具有可插拔光收發模組之光纖檢測器之立 ❿ ϋ分解圖； 第4圖係本創作具有可插拔光收發模組之光纖檢測器之側 視分解圖； '第5圖係本創作具有可插拔光收發模組之光纖檢測器之前 視分解圖。 【主要元件符號說明】 100 具有可插拔光收發模組之光纖檢測器 1 殼體 11 模組容置槽 12 開口 13 上殼體 14 下殼體 141 電池單元容置槽 15 蓋體 16 調變控制單元 M321526.M321526 VIII. New Description: [New Technology Field] This creation is about the design of a fiber optic detector, especially for a fiber optic detector with a pluggable optical transceiver module. [Prior Art] In recent years, 'regional networks (LANs) have gradually become fiber-optic. Although the fiber-optic TEM system is more expensive than copper cable systems, it can meet the public's network speed and related bandwidth to handle gigabit/second data transmission. The need for increased rates. Fiber optic cables used in these systems typically include special connectors or adapters to ensure proper alignment of the fiber ends. The task of plugging in or reinstalling a fiber optic cable usually falls on a shrink-twist installer or an in-house network expert. Before such fiber optic cables are plugged in, tests must be carefully performed to ensure that the characteristics of the fiber are met by industrial groups such as the Electronics Industry Association (EIA) and the Telecommunications Industry Association (TAA) for fiber-optic network construction. Use the established minimum standards. Such characteristics include domain length, bandwidth capacity, and the amount of light that light is lost through the fiber. One conventional test method is the optical time domain reflectometry. Optical Time-Reflexive (4) instruments (0TDRs) calculate and display the loss of distance and provide a process specification from the connector, the joint, the crack (four) reflection, and the fiber material itself. Compared with the fast-growing fiber-area network cabling requirements, the convenience of the fiber-optic network path detection operation is improved. The M321526 can not only achieve rapid maintenance, but also effectively reduce the labor burden. The fiber optic cable and the measuring means of the known regional network are generally the detectors using the laser diode as the light source, and the j-fiber connecting end η (four) is at the edge of the concentrate to input the test light, and then by ~ Whether the opposite end of the line can receive the optical signal or receive the optical signal strength is judged. According to, it is detected whether the optical fiber path is broken or damaged. [New content] ^ Technical problems to be solved by this creation However, the above optical time domain reflectometry is expensive. Furthermore, since the light source used for fiber-optic communication differs depending on the application, although the transmission principle of the fiber-optic signal and the = is the same, different fiber-optic bands require different fiber-optic devices and plug-in structures. The conventional (4) detecting device is bulky, and the optical transceiver module disposed therein is fixed, making the process of replacing different fiber detecting devices time-consuming and laborious. Therefore, the main purpose of this creation is to provide a fiber optic detector with pluggable light to facilitate user detection of different types of fibers. ..., the other is to provide a miniaturized fiber optic detector, that is, the cost of the fiber optic detection device, and to achieve the simplicity of fiber inspection. The technical means for solving the problem in order to achieve the above object, the optical fiber detector having the pluggable optical transceiver module comprises a casing, a fiber optic signal receiving processing module and a pluggable optical transceiver module. The housing has a module receiving slot and an opening communicating with the M321526 group receiving slot. The fiber optic signal receiving and processing module is disposed in the module receiving slot of the housing, and includes a circuit board and a signal connector coupled to the circuit board. The pluggable optical transceiver module can be inserted into the module receiving slot of the housing or extracted by the module receiving slot of the housing, and the pluggable optical transceiver module has a connector plug. The connector and the connector of the fiber connector are connected to the signal connector of the fiber signal receiving and processing module. In a preferred embodiment of the present invention, the optical fiber detector having the pluggable optical transceiver module further includes a pull handle disposed at the fiber connector of the pluggable optical transceiver module, and the user is pulled by the user. The handle extracts the pluggable optical transceiver module from the module receiving slot of the housing. 'The effectiveness of this creation against the prior art The technical means adopted by this creation not only greatly reduces the cost of the optical fiber detection device, but also increases the user's convenience in the use of the detection and the replacement of the optical transceiver module. The specific embodiments used in the present application will be further illustrated by the following examples and accompanying drawings. [Embodiment] Referring to Figures 1 to 3, the optical fiber detector 100 having a pluggable optical transceiver module includes a housing 1, a pluggable optical transceiver module 2, and a dust cover 3. . The housing 1 has a module receiving slot 11 and an opening 12 communicating with the module receiving slot. The pluggable optical transceiver module 2 can be inserted into the module 1 of the housing 1 through the opening 12 of the housing 1. The slot 11 is extracted from the module M321526 receiving slot 11 of the housing 1 , and the pluggable optical transceiver module 2 is inserted into the module receiving slot 11 of the housing 1 through the opening 12 of the housing 1 . After that, the dust cover 3 can cover the opening 12 of the casing 1 to prevent dust from entering the pluggable optical transceiver module 2 or the module receiving slot 11 of the casing 1, and also preventing direct use of the laser light. The eyes of the person. Referring to FIGS. 4 to 5, the housing 1 includes an upper housing 13 and a lower housing 14. The module housing slots 11 of the housing 1 are covered by the upper housing 13 and the lower housing 14 The lower casing 14 has a battery unit accommodating groove 141 for accommodating at least one battery unit 4. A cover 15 is attached to the battery unit receiving groove 141 of the lower casing 14. Moreover, the fiber optic detector 1 having the pluggable optical transceiver module further includes a fiber optic signal receiving processing module 5 and a channel housing 6. The fiber-optic signal receiving processing module 5 is disposed in the module receiving slot 11 of the housing 1, and includes a circuit board 51 and a signal connector 52 coupled to the circuit board 51. The bottom edge of the guide housing 6 is formed with a plurality of pointed protrusions 61. The guide housings 6 are disposed on the circuit board 51 of the optical fiber signal receiving and processing module 5 via the pointed protrusions 61, and An optical transceiver module accommodating space 21 is formed between the circuit boards 51 of the optical fiber signal receiving and processing module 5, and the pluggable optical transceiver module 2 can be inserted into the optical transceiver module accommodating space 21. The pluggable optical transceiver module 2 has a connector insertion end 22 and a fiber connector insertion end 23'. A fiber optic signal transmission interface 221 is disposed at the connector insertion end 22. The signal connector 52 of the fiber optic signal receiving and processing module 5 has a fiber optic signal port 521. The slot housing 6 has a connector coupling side 62. The connector coupling side 62 is provided with a connector M321526 unit 621. The connector unit 621 is connected to the connector of the pluggable optical transceiver module 2. The optical fiber signal connection interface 221 of the end 22 and the optical fiber signal connection 521 of the signal connector 52 of the optical fiber signal receiving and processing module 5 are also connected to the signal connection of the optical fiber signal receiving processing module 5 The fiber optic signal of the device 52 is connected to the 521, and after the pluggable optical transceiver module 2 is inserted into the accommodating space 21 of the optical transceiver module, the optical fiber of the connector terminal 22 of the optical transceiver module 2 can be inserted and removed. The signal transmission interface 221 is plugged into the plug-in unit 621. And the optical transceiver module 2 is provided with a fiber connector slot 23 at its fiber connector insertion end 23, and the optical fiber 7 can be inserted into the fiber connector via a fiber connector 71. In slot 231. Moreover, the money connection plug-in terminal 23 of the pluggable optical transceiver module 2 is provided with a handle 232'. The user can receive the pluggable optical transceiver module 2 from the module of the housing 1 via the handle 232. The slot U is extracted to replace the pluggable pure hair module suitable for the detection for different types and fields of different uses. The opening and closing body 13 is further provided with a modulation control unit 16 and a power control unit 17 for controlling the band of the optical fiber detector (10) having the pluggable optical transceiver module, and the power supply. The control unit (1) is used to control the power supply of the battery unit 4 to the present invention. It can be seen from the above embodiments that the optical fiber detector with the pluggable optical transceiver module provided by the present invention has industrial value. The creation work has been in accordance with the requirements of the patent. (4) The above description is only for the description of the preferred embodiment of this creation. Anyone who is skilled in this technique can make other kinds according to the above description. The creative spirit of this creation and the patent scope defined in the following M321526. [Simple description of the diagram] The first diagram is a perspective view of the fiber detector with the pluggable optical transceiver module; The optical fiber detector with the pluggable optical transceiver module has a w view, and the third figure is an exploded view of the optical fiber detector with the pluggable optical transceiver module; Plug and unplug A side view exploded view of the optical fiber detector of the optical transceiver module; 'Figure 5 is a front view exploded view of the optical fiber detector with the pluggable optical transceiver module. [Main component symbol description] 100 with pluggable light Optical fiber detector 1 of the transceiver module Housing 11 Module accommodating slot 12 Opening 13 Upper housing 14 Lower housing 141 Battery unit accommodating slot 15 Cover 16 Modulation control unit M321526
17 電源控制單元 2 可插拔光收發模組 21 光收發模組容置空間 22 連接器插接端 221 光纖信號傳輸介面 23 光纖連接器插接端 231 光纖連接器插槽 232 拉柄 3 一蓋體 4 電池單元 5 光纖信號接收處理模組 51 電路板 52 信號連接器 521 光纖信號連接埠 6 導槽殼體 61 尖狀凸體 62 連接器結合側 621 插接單元 7 光纖 71 光纖連接器17 Power Control Unit 2 Pluggable Optical Transceiver Module 21 Optical Transceiver Module Housing Space 22 Connector Plug-in Terminal 221 Optical Fiber Signal Transmission Interface 23 Fiber Connector Plug-in Terminal 231 Fiber Connector Slot 232 Pull Handle 3 One Cover Body 4 Battery unit 5 Optical fiber signal receiving and processing module 51 Circuit board 52 Signal connector 521 Optical fiber signal connection 埠6 Guide housing 61 Pointed projection 62 Connector coupling side 621 Plug-in unit 7 Fiber 71 Fiber connector