201138422 六、發明說明： 【發明所屬之技術領域】 本發明係關於— 含寬頻信號與語音信 度糸統。 電l機房與電信室之電信服務，包 唬之實線裝、拆、移、異之自動化調 【先前技術】201138422 VI. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a broadband signal and a voice signal system. The telecom service of the electric machine room and the telecom room, including the automatic line loading, dismantling, moving and different automatic adjustment of the line [previous technology]
常見的電信機房與 統大致區分如下： 電信室之電信服務中，其中調度系 i.人力調度：以人工 ,, 乍業方式進行換線、換號、寬頻 裴拆、語音供裝與停復話 仁疋針對热長駐人力之偏遠機 房，大樓電信室等小容晉 、 里機房，僅為完成少許之更換需 求，其所需投入之車葙，、占知 ^ 社/由耗、人力與時間均非常不經濟£ 本發月所％ $慧型電信服務自動跳接線系統係利用網銘 遙控電信機房所建設之智慧型端子模組，可完全取代人力The common telecommunication room and system are roughly distinguished as follows: In the telecommunication service of the telecommunication room, among them, the scheduling system i. Manpower scheduling: changing the line, changing the number, wideband, disassembling, voice supply and stopping the call in manual mode. Renhao is aiming at the remote computer room where the heat is stationed in the manpower, the telecom room such as the building's telecommunications room, and the small machine room, only to complete a small replacement demand, the required investment, the acquaintance, the society, the consumption, the manpower and the time. They are very uneconomical. This month's monthly $% smart telecom service automatic patch cord system is a smart terminal module built by NetEase remote control telecom equipment room, which can completely replace human resources.
凋度工作，因此本發明極具實用價值。 2.機械式調度：建立—矩陣型接線系统，使用機械臂 之移動與插接達到不同矩陣列之串接或是斷開，其缺失 有： 1) 灰塵易沾附於矩陣上，金屬氧化接觸不良等因素， 使得插接無效。 2) 系統容量有限不易擴充，僅屬小容量機房適用’直 機房建設完成後再擴充不易。 201138422 動跳接線系統為電 步擴充，異動性較 而本發明所稱智慧型電信服務自 子式調度，其優點在於： 1) 無插接無效問題。 2) 擴充性亦可隨機房容量擴充同 佳0 3)無論寬頻窄頻均可進行調度。 3.使用栓鎖式繼電器建立連接或是斷開，以求達到換 線、換號、語音供裝停復話等功能，由於設計為阻塞 (Blocking)式，以分群模式建立通路，無法達成無阻塞= 調度，即調度能力被群組所局限，且對於寬頻迴路需要兩 次調度完全無法做到，故其實用性不佳。而本發明所稱智 慧型電信服務自動跳接線系統是利用百對局纜與百二 號本身即具有之群組特性，開發出之智慧型端子塊模电， 並增設中繼交換端子塊模組，達到無阻塞式調度，適用於 寬窄頻用戶迴路。 由此可見，上述習用方或仇+ 用方式仍有諸多缺失，實非良善之 設計，而亟待加以改良。 本案發明人鑑於上述習用 万式所衍生的各項缺點，乃 亟思加以改良創新，並經多车μ 干古心孤詣潛心研究後，終於 成功研發完成本件智慧型雷作 明。 【發明内容】 。艮務自動跳接線系統之發 4 201138422 不a 決非經濟機房之維運績效 勒望相節能、即時與準確之績效節 遠機房維護所需車程往返之油耗與空汗 读即、·，偏 卩時為透過網路 …控智慧型電信服務自動跳線系統，進行寬 鱼 語音信號之實線裳、拆、移、異之調度，準確為該系統; 避免人工跳接線之錯誤與延遲。 本發明之另—目的係在於節省人力，達到僅需少許人 力，糟由智慧型電信服務自動跳線系统即可由—個人力 同時維運多個機房…，藉以改善目前，-機房派遣一 位人力之績效不彰問題。 ^可達成上述發明目狀智慧型電信服務自動跳接線 系統，係於機房主配線（Main Distributi〇n卜槪簡稱卿F) 上架構-組具有獨纟交換能力之端子塊，稱為智慧型端子 塊拉組，無論水平端、收容端之機房現有之水平側與垂直. 側端子塊’均個別與之一對一串接，以機房習慣下端為固 定端，接上局纜，上端為跳線端，左端亦為固定端，接交 換機或傳輸設備，右端為跳線端。智慧型端子塊模組為常 匕、下導通，經操控後可改變路由，即智慧型端子塊模組之 跳線而與固接端之任意一路由，均可經由操控進行導通、 斷開與選取路由等交換功能，門號或是局纜之裝、拆、移、 異調度即為藉由操控智慧型端子塊模組之交換功能完成 調度。 5 201138422 另外增加一中繼交換端子塊模、组，當執行跨不同局徵 群組、門號群組、寬頻埠群組間之調度時，作為跨智慧型 端子塊模組間之中繼交換，如此即可達到機房内所有通訊 系統供裝之裝、拆、移、異之調度。 【實施方式】 本發明之智慧型電信服務自動跳線系統，其建構方式 需於機房現有之主配線架（MDF)上之端子塊串接一智慧 型端子塊模組，此智慧型端子塊模組具備交換能力經由 指令操控可實施導通、斷開、選取路由等交換功能，然其 交換能力局限於已固接於該端子塊上之局^門號或寬頻 槔（ADSL、VDSLport)，跨智慧型端子塊模組間之交換， 需利用中繼交換端子塊模組完成兩任意不同智慧型端子 塊模組間之交換，如此即可達到機房内所有門號、局規與 寬頻埠之交換。 詳細請參閱圖-所示，為本發明之水平端智慧型端子 塊模組建設方式示意圖’將水平端智慧型端子塊模組2 串接於機房水平端子塊卜藉由指令操擇水平端智慧型端 子塊模組2即可改變路由’達到更換局繞功能。原機房端 子塊人工跳接線區(上端’㈣建設之統一規定，水平端 子塊下端㈣局纜’上端為跳線區），於智㈣電信服務 自動跳線系統建設後，已移至智慧型端子塊模組跳線區 (上端或右端）。 201138422 晴參閱圖二所未，直士 、 4明之智慧型端子塊模組之電 氣組成之簡單示音 ^曰°慧型端子塊模組具備交換功 能’未操控前，上端τ端-對-導通，經操控指定路由後 :改變上端與下端之連接路由。將此智慧型端子塊模組建 設於水平端並與機房 ^ 々水十知子塊串接。智慧型端子塊 模組内定即為上下一射一道.s i 4 f 導通’智慧型端子塊模組下端固 定接於原機房水平端子塊上端，咳水平媸i I & — 崎'^水十端子塊下端固接局The work is withered, so the invention is of great practical value. 2. Mechanical Dispatching: Establishing a matrix-type wiring system, using the movement and insertion of the arm to achieve the series or disconnection of different matrix columns, the missing is: 1) Dust is easily adhered to the matrix, metal oxide contact Bad factors and other factors make the docking invalid. 2) The system capacity is limited and it is not easy to expand. It is only suitable for small-capacity computer rooms. It is not easy to expand after the completion of the construction of the straight machine room. 201138422 The dynamic jump wiring system is a step-by-step expansion, and the transaction is similar to the smart telecom service self-scheduled scheduling. The advantages are as follows: 1) No plug-in invalidation problem. 2) Scalability can also be expanded with random room capacity. 0) Anyway, wideband and narrowband can be scheduled. 3. Use the latch-type relay to establish connection or disconnection, in order to achieve the functions of changing the line, changing the number, voice supply and restarting the call, etc. Because the design is Blocking, the path is established in the group mode, and the loop cannot be achieved. Plug = scheduling, that is, the scheduling capability is limited by the group, and it is impossible to perform two scheduling for the wideband loop, so its practicability is not good. The smart telecommunication service automatic jumper system of the present invention is a smart terminal block mode power developed by utilizing the group characteristics of the hundred pairs of local cables and the hundred and twentyths, and a relay switching terminal block module is added. , to achieve non-blocking scheduling, suitable for wide and narrow frequency user loops. It can be seen that there are still many shortcomings in the above-mentioned methods of using the Chinese or the use of hatred. It is not a good design and needs to be improved. In view of the shortcomings derived from the above-mentioned conventional use of the above-mentioned methods, the inventor of the present invention succeeded in researching and developing the smart lightning-making instructions after the research and development of the multi-vehicles. SUMMARY OF THE INVENTION艮 自动 automatic jumper system issued 4 201138422 not a non-economic machine room maintenance performance Lewang phase energy-saving, real-time and accurate performance. At the time, through the network... control smart telecom service automatic jumper system, the solid line voice signal of the wide fish voice signal, the split, move, and the different scheduling, accurate for the system; avoid the error and delay of the manual jumper. Another object of the present invention is to save manpower and achieve only a small amount of manpower, and the intelligent telecommunication service automatic jumper system can be used to simultaneously transport multiple computer rooms by means of individual power, thereby improving the present, and the machine room dispatches a human resource. The performance is not a problem. ^ The above-mentioned invention can be achieved in the intelligent telecommunication service automatic jumper system, which is based on the main wiring of the machine room (Main Distributi〇n), which is a terminal block with a unique exchange capability, called smart type. The terminal block pull group, regardless of the horizontal end, the existing horizontal side of the equipment room of the receiving end and the vertical side. The side terminal block 'is individually connected with one pair, the lower end of the machine room is fixed, the upper end is connected, the upper end is jumped. At the line end, the left end is also a fixed end, connected to a switch or transmission device, and the right end is a jumper end. The smart terminal block module is normally and down-conducted, and can be changed after being controlled. That is, the jumper of the smart terminal block module and any route of the fixed end can be turned on and off via the control. Select routing and other switching functions, the door number or the installation, split, shift, and different scheduling of the local cable is to complete the scheduling by controlling the switching function of the smart terminal block module. 5 201138422 In addition, a relay switching terminal block module and group are added. When the scheduling is performed across different registration groups, gate number groups, and broadband groups, as a relay exchange between the cross-wisdom terminal block modules. In this way, all the communication systems in the equipment room can be installed, disassembled, moved, and dispatched. [Embodiment] The intelligent telecommunication service automatic jumper system of the present invention needs to be constructed by connecting a terminal block of the existing main distribution frame (MDF) of the equipment room to a smart terminal block module, and the smart terminal block module The group has the switching capability to perform switching functions such as turning on, off, and routing through command manipulation, but its switching capability is limited to the number of ports or wideband ports (ADSL, VDSLport) that have been fixed on the terminal block, and cross-intelligence. The exchange between the terminal block modules requires the exchange of two different intelligent terminal block modules by means of the relay exchange terminal block module, so that all the door numbers, local rules and broadband exchanges in the machine room can be achieved. For details, please refer to the figure-show, which is a schematic diagram of the construction method of the horizontal end smart terminal block module of the present invention. The horizontal end smart terminal block module 2 is connected in series to the horizontal terminal block of the machine room. The type terminal block module 2 can change the route 'to achieve the replacement of the local winding function. The original computer room terminal block manual jumper area (the upper end of the '(four) construction of the unified provisions, the lower end of the horizontal terminal block (four) the local cable's upper end is the jumper area), Yu Zhi (four) telecommunications service automatic jumper system construction, has moved to the smart terminal Block module jumper area (upper or right). 201138422 Clearly refer to Figure 2, the simple sound of the electrical composition of the straight-line, 4 Mingzhi smart terminal block module ^曰° Hui type terminal block module has the switching function 'uncontrolled, upper end τ end-to-conduct After the specified route is controlled: change the connection route between the upper end and the lower end. The smart terminal block module is built on the horizontal end and connected in series with the machine room ^ 十水十知子块. The smart terminal block module is set to be the upper and lower shot. si 4 f conduction 'the smart terminal block module is fixed at the upper end of the horizontal terminal block of the original machine room, the cough level 媸i I & — 崎'^水十terminal Lower end of the block
纜再接至用戶，此為智慧型端子塊模組水平端之建設方 式。當局纜故障需要換線時，如何操作智慧型端子塊模組 說明如下： …換線操作：由於局纜易受天候影響較易損壞，當局纜 扣壞時而更換一空的無故障之局纜取代舊的故障局纜，此 時可借智慧型端子塊模組改變路由，即原人卫跳線（上端） :動，但出口端經指令選至其他局境，方法為操控跳線上 蜢對應之繼電器（Rela3〇選取匯流排l(BUSl)，預選好之局 «經由繼電器（Relay)選取匯流排1(BUS1)，如此即可改 變路由’並隔離舊的（故障的）局纜。 ^ =參閱圖三所示，為本發明之垂直端智慧型端子塊模 組建叹方式示意圖，將垂直端智慧型端子塊模組4串接於 機房垂直端子塊3，藉由指令操控改變路由即可變更門 號。原機房端子塊人卫跳接線區（右端’機房建設之統一 規疋，垂直端子塊左端為固接交換門號或傳輪龍，右端 201138422 為跳線區）’於智慧型電信服務自動跳線系統建設後，已 移至智慧型端子塊模組跳線區（右端）。當門號故障需要換 號時’如何操作交換端子塊說明如下： 換號操作：垂直端之端子塊一般收容96至1 〇〇個門 號’若是用戶需要更換門號’可借由智慧型端子塊模組改 變路由，即原跳線不動，但入口端選取新門號，方法為操 控新門號對應之繼電器（Relay)選取匯流排1(BUS1)，原跳 線亦選取匯流排1(BUS1)，如此即可改變門號，並隔離舊 的門號。 機房寬頻傳輸設備埠（port)故障之處理：道理如同水 平與垂直智慧型端子塊模組建設方式，僅需選取欲交換的 埠（port)，並同時執行水平與垂直智慧型端子塊模組即可 換埠（port)。 上述說明智慧型端子塊模組為一個具備交換能力的 端子塊’但其交換能力僅止於與該端子塊連接之垂直或水 平收谷若疋品要跨端子塊的調度必須藉由中繼交換端子 塊模組’進行中繼調度。 。月參閱圖四所示，為本發明之中繼端子塊與智慧型端 子塊杈組連接方式示意圖’將智慧型端子塊模組之匯流排 (BUS)連接至中繼交換端子塊模組。其工作原理為不同的 苇慧型端子塊模組’可操控與選取如門號與局纜等需求， 但選取能力受限於與其串接之端子塊上之門號或局繞，需 201138422 • 要跨端子塊操作時，單獨一顆智慧型端子塊模組無法完成 連接，所以藉由中繼交換端子塊模組來建立跨智慧型端子 塊模組之操作。 請參閱圖五所示，為本發明之中繼交換端子塊模組内 部交接示意圖，可將匯接至中繼交換端子塊模組之智慧型 端子塊模組匯流排（BUS)實施交接功能。不同智慧型端子 塊模組之交換匯流排（BlJS)匯接至中繼交換端子塊模 # 組，中繼交換端子塊模組内定為不通，當需要跨智慧型端 子塊模組進行交接時，再依位址與路由選取對應之中繼匯 流排（BUS)導通或㈣，如此即可完成跨智慧型端子塊模 組間之調度。該中繼交換端子塊模組如圖所示為7個中繼 BUS，但實際中繼匯流排（BUS)數量可由_接數個中繼交 換端子塊模組而不斷擴充。 本發明所提供之智慧型電信服務自動跳接線系統，解 鲁決非經濟機房之維運績效不彰，達到節能、即時與準確與 節省人力之功效。 與其他習用技術相互比較時，更具備下列優點： 1. 本發明利用遠端遙控技術，完成無人機丨門號 ::是局麗之裝、拆、移、異調度，達到提升工作效率，節 月b減碳’降低維運成本’解決非經濟機房之維運績效不彰。 2. 本發明可降低人事成本，更可確保機房維運之正確 性與即時性。 201138422 上列詳細說明乃針對本發明之—可行實施例進行具 體說明，惟該實施例並非用以限制本發明之專利範圍，凡 未脫離本發明技藝精神所為之等效實施或變更，均應包含 於本案之專利範圍中。 綜上所述，纟案不僅於技術思想上確屬創冑，並具備 習用之傳統方法所不及之上述多項功效，已充分符合新賴 性及進步性之法定發明專利要件’爰依法提出申請懇請The cable is connected to the user, which is the construction method of the horizontal end of the intelligent terminal block module. When the cable fault needs to be changed, how to operate the smart terminal block module is as follows: ...Change operation: Because the local cable is susceptible to weather damage, the cable is replaced by a faultless cable. The old faulty local cable can be changed by the smart terminal block module at this time, that is, the original human jumper (upper end): move, but the exit end is selected to other environments by the command, and the method is to control the corresponding jumper. Relay (Rela3〇 selects bus 1 (BUSl), pre-selected the station «Select bus 1 (BUS1) via relay), so you can change the route and isolate the old (faulty) cable. ^ = See FIG. 3 is a schematic diagram showing the sigh mode of the vertical terminal smart terminal block module of the present invention. The vertical end smart terminal block module 4 is serially connected to the vertical terminal block 3 of the equipment room, and can be changed by changing the route by command manipulation. Door number. The original computer room terminal block person and the jumper wiring area (the right end of the 'computer room construction unified regulation, the vertical terminal block left end is fixed exchange door number or passer the dragon, the right end 201138422 is the jumper area) 'in smart telecommunications services from After the jumper system is built, it has been moved to the smart terminal block module jumper area (right end). When the door number is faulty, you need to change the number. 'How to operate the exchange terminal block is as follows: Change the number: the terminal block of the vertical end is generally accommodated 96 to 1 门 a door number 'If the user needs to change the door number', the route can be changed by the smart terminal block module, that is, the original jumper does not move, but the new door number is selected at the entrance end by the method of controlling the new door number. The relay selects the bus 1 (BUS1), and the original jumper also selects the bus 1 (BUS1), so that the door number can be changed and the old door number can be isolated. The handling of the broadband transmission equipment in the equipment room is: The reason is like the construction method of horizontal and vertical intelligent terminal block modules, only need to select the port to be exchanged, and at the same time, the horizontal and vertical smart terminal block modules can be exchanged. The above description of the smart terminal The block module is a terminal block with switching capability' but its switching capability only ends with the vertical or horizontal valley connected to the terminal block. If the product is to be cross-terminal block, the terminal block must be relayed. Relay scheduling is performed. Referring to Figure 4, the connection diagram of the relay terminal block and the smart terminal block 杈 group of the present invention is connected to the bus switch (BUS) of the smart terminal block module to the relay exchange. Terminal block module. Its working principle is that different types of terminal block modules can be controlled and selected such as door number and local cable, but the selection ability is limited by the door number or bureau on the terminal block connected in series with it. Winding, need 201138422 • When operating across the terminal block, a single smart terminal block module can not complete the connection, so the operation of the cross-intelligent terminal block module is established by relaying the exchange terminal block module. According to FIG. 5, the internal transfer diagram of the relay exchange terminal block module of the present invention can implement the handover function of the smart terminal block module bus bar (BUS) connected to the relay exchange terminal block module. The switching busbars (BlJS) of different smart terminal block modules are connected to the relay switching terminal block module # group, and the relay switching terminal block module is determined to be unreachable. When it is required to cross the smart terminal block module for handover, The relay bus (BUS) corresponding to the address and route selection is turned on or (4), so that the scheduling between the cross-wisdom terminal block modules can be completed. The relay exchange terminal block module is shown as seven relay BUSs, but the actual number of relay bus bars (BUS) can be continuously expanded by the number of relay relay terminal block modules. The smart telecommunication service automatic jumper system provided by the invention solves the problem that the performance of the non-economic machine room is not good, and achieves the effects of energy saving, instant and accurate, and saving manpower. Compared with other conventional technologies, it has the following advantages: 1. The invention utilizes the remote remote control technology to complete the drone number:: is the installation, disassembly, shift, and different scheduling of the office, to improve the work efficiency, the festival Monthly b reduction of carbon 'reducing the cost of transportation' to solve the non-economic machine room maintenance performance is not good. 2. The invention can reduce the personnel cost and ensure the correctness and immediacy of the computer room maintenance. The detailed description of the present invention is intended to be illustrative of the preferred embodiments of the present invention, and is not intended to limit the scope of the present invention. In the scope of the patent in this case. In summary, the case is not only technically innovative, but also has many of the above-mentioned functions that are not in the conventional methods of the past. It has fully complied with the statutory invention patents of new and progressive nature.
貴局核准本件發明專利申請案，以勵發明至感德便。 【圖式簡單說明】 請參閱以下有關本發明 步瞭解本發明之技術内容 之詳細說明及其附圖，將可進 及其目的功效；有關附圖為： 圖一為本發明之智慧型端子塊模組建設方式示意圖； 圖二本發明之智慧型端子塊模組内冑電器示意圖。 圖三本發明之機房現有垂直端子塊與新增垂直智慧 型端子塊模組連接方式。 圖四本發明之中繼端子塊與智 方式示意圖。 慧型端子塊模組連接You have approved this invention patent application, in order to invent the invention to the sense of virtue. BRIEF DESCRIPTION OF THE DRAWINGS The following is a detailed description of the technical contents of the present invention and its accompanying drawings, which can be used for the purpose of the present invention. The related drawings are as follows: Figure 1 is a smart terminal block of the present invention. Schematic diagram of the module construction method; Figure 2 is a schematic diagram of the internal electrical appliances of the smart terminal block module of the present invention. Figure 3 shows the connection between the existing vertical terminal block and the newly added vertical smart terminal block module in the machine room of the present invention. Figure 4 is a schematic diagram of the relay terminal block and the smart mode of the present invention. Hui type terminal block module connection
圖五本發明之中繼交換端子塊模組内部交接示意圖 【主要元件符號說明】 1機房水平端子塊 2 水平端智慧型端子塊模組 3機房垂直端子塊 10 201138422 4 垂直端智慧型端子塊模組 5 中繼交換端子塊模組Figure 5 Schematic diagram of the internal transfer of the relay switch terminal block module of the present invention [Main component symbol description] 1 machine room horizontal terminal block 2 horizontal end smart terminal block module 3 machine room vertical terminal block 10 201138422 4 vertical end smart terminal block mode Group 5 relay exchange terminal block module
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