201242301 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種語音閘道裝置的檢測方法，主要是將一語 ^閘道裝置連接-制語音閘道裝置，使得該第一語音閘道裝置 能藉由執行一檢測程式，自動對該待測語音閘道裝置進行檢測， ^儲存檢測結果，以令業者能藉檢測結果便利地檢測出該待測語 曰閘道I置是否為-故障的語音閘道裝置，且能精確地判斷出該 待測S吾音閘道裝置的故障部位。 【先前技術】 B近年來’隨著網路技術的快速發展’人們已能藉由透過網路 大量地傳遞及交师訊，且縣網賴寬獨擴增，錢各種有 線或無線網路基地台的佈設越趨密集與廣泛的情況下， 相互傳遞語音資訊的技術(例如網路電話，VQiee贿 Protocol，簡稱V0IP)便應運而生；透過網路電話，人們得以透過 網際網路免費地交談通話’進而節省高額的市話或行動通話費， 2統電信業者不但要鋪鱗密的通信線路網，且須採購及維護 叩貴的交換設備’錢提供敎的通話品f，反觀網路電話不 需另行鋪設睛基地台及交換設備’只需_現有的網際網路及 網路設備（能傳遞語音資訊_路設備，—般又稱語音間道裝 置）’即能達成彼此通話的目的，使得通話成本大幅降低，故網路 電話已逐漸取代傳辭話及·電話，而廣林行各 兹舉-般常㈣語音閘道裝置為例，進行朗如下；私閱 第1圖所示之語音閘钱置1G，該語音_技1G具有—:路淳 201242301 U、-外部交換站(Foreign Exchange Stati〇n，Fxs)話機埠 a 及一外部交換局(Foreign Exchange 〇ffice，削)線路棒i3，咳 網路琿11係供插接-網路線⑴（如：RJ_45網路線），且藉^ 广，網路15,該外部交換站話機埠12伽插 -類比電彳1Γ4鲁11電話線），且藉由該電話線121連接至 姑如：電話、數據機或傳真機等該外部交換 立。機^12能藉該電話線向鋪比電信設備14傳送電源及狀離 二:二;=比電信設備14的供電(約5〇V的直流電)，且當該 的擴、==的—話筒141被拿起時，使用者能從該話筒141 (如、^ =減電信辦14讀錢的各種狀態音 時曰’回铃音，忙線音）’而當該類比電信設備丨4被呼叫 ΐ 換站話鱗12能透過該電話線121向該類比電信設 4傳送約贿較流齡雜，令_比電信設 交流振鈴健後產生鈴音，_使肖雜二 13 131(^ ： RJ_n 接，如此/ 電話線131與―公眾電信錢轉16相連 ί信_路_，線⑶向該類比 收來自網際網路或該類比電 _、置10即此接 物崎料]3'峨自該絲= 能將該連續類訊號，騎，該語音間道裝置㈣ 外部交換站話細2傳送至該類比電 ” 或將連績類比訊號經數位化、_及編碼後，透過該 201242301 網路線m傳送至網際網路15相連料—語音閘道裝置i7，使另 -語音閘道裝置π進行賴縮及為能供人類聽 見且能辨識的連續類比訊號。 -般而言’語音閘道裝置1G及17，均係供使用者能透過網路 相互傳遞語音資輯重要賴，目此在郷造完賴，皆須經過 嚴格的檢測_保品質；以該語音閘道裝置1G的檢測為例，若業 者使用傳統的檢财式’必須分簡置不同功能且昂貴的檢測儀 器，分別對該語音閘道裝置1Q的不同部位進行檢測例如以安捷 倫公司出產的語音品質測試儀(Agilent VQT系列）來檢測該外部 交換站話鱗12 ’且以思博倫公司出產的混合職儀伽耐 AbaCUS5000系、列）來檢測該外部交換局線路支車13的功能是否正 常’如此傳統的檢測方式不但冗長，且使得檢耻品管的成 本居高不下’相當不理想；除此之外，在設備進口管制的地區（如 中國大陸海聽稅區）’貴重的檢測儀!!必須魏過賴及相關單 位審核通過方能進口，使得產品製造及品管常因檢測儀雜法如 期到貨而延誤’造成業者延期出貨，損失甚矩；此外，在傳統的 才双測方式下，業者必須耗費時間以人工對每一語音閘道裝置Μ逐 一檢測，並藉由觀察檢測儀器的燈號來判斷語音閘道裝置1〇是否 故障’此舉不僅浪費時間及人力，導致檢測成本大幅增加，且令 語音閘道裝置10無法快速出貨，而為業者所不樂見。 综上所述可知，傳統的檢測方式仍具有缺失，其檢測步驟不 但冗長繁雜’且容易延誤語音閘道裝置之檢測及品管的時間，故， 如何針對傳統檢測方式的問題，設計出一種更為適當的檢測方 法，讓業者無須購置昂貴的檢測儀器，只需在業者所製造的任一 201242301 上内建一檢測程式’使得内建有檢測程式的語音閘 檢測，，繼輸齡侧裝置逕行 化，且節省檢測所需時間及人:= 目道裝置㈣造及檢測#者邮驗之重大課題。 【發明内容】 的需檢測方式’仍無法_者 出本發明之久努力研究與實驗，終於開發設計 世而处古_ °”1、裝置的檢測方法’以期藉由本發明之問 ，有效解決前述之問題，令業者能藉由自動化及快速的檢 測方法’進而提高業者的市場競爭力。 本發月之目的，係提供一種語音間道裝置 應:於複;個語音間道裝置上，其中該等語一 一第-好_裝置及-第二語音開道裝置，關該第一 進行檢測，該第-語音_置具 機二—= nff. ϋνΛ、A 卜。P 乂換局（Foreign Exchange201242301 VI. Description of the Invention: [Technical Field] The present invention relates to a method for detecting a voice gateway device, which mainly connects a language gateway device to a voice gateway device such that the first voice gateway The device can automatically detect the voice gateway device to be tested by executing a detection program, and store the detection result so that the operator can conveniently detect whether the gateway to be tested is blocked by the detection result. The voice gateway device can accurately determine the fault location of the S-yin gateway device to be tested. [Prior Art] In recent years, with the rapid development of network technology, people have been able to transmit and communicate with teachers through the Internet, and the county network has expanded its network of various wired or wireless networks. With the denser and wider distribution of computers, technologies that transmit voice information to each other (such as Internet telephony, VQiee, Protocol V0IP) came into being. Through Internet telephony, people can talk freely through the Internet. The call 'in turn saves a high amount of local calls or mobile calling charges. 2 The telecommunications industry not only has to build a dense communication network, but also has to purchase and maintain expensive exchange equipment. There is no need to lay a separate base station and switching equipment. 'Only the existing Internet and network equipment (which can transmit voice information _ road equipment, also known as voice inter-channel device) can achieve the purpose of talking to each other. As a result, the cost of calls has been greatly reduced. Therefore, Internet telephony has gradually replaced the words and telephones, and Guanglinxing has taken the usual (four) voice gateway devices as an example. The voice slamming money is set to 1G, the voice _ technology 1G has -: Cotai 201242301 U, - Foreign Exchange Stati〇n (Fxs) phone 埠 a and an external exchange (Foreign Exchange 〇 ffice, cut) Line stick i3, cough network 珲 11 series for plug-in network route (1) (such as: RJ_45 network route), and borrow ^ wide, network 15, the external exchange station phone 埠 12 gamma plug - analog electric 彳 1 Γ 4 Lu 11 The telephone line) is connected to the external exchange by telephone line 121, such as a telephone, a data machine or a fax machine. The machine 12 can transmit power to the paving telecommunication device 14 by means of the telephone line and the following: 2; = power supply to the telecommunication device 14 (about 5 〇 V DC), and when the expansion, == microphone When the 141 is picked up, the user can call from the microphone 141 (e.g., ^ = reduce the various state sounds of the telecom office 14 when the 'ringback tone, busy tone') and when the analog telecommunication device 丨 4 is called换 Change the station scale 12 to transmit the bribe to the analog telecom set 4 through the telephone line 121, so that the ringing tone is generated after the ringing of the telecommunication station, _ makes Xiaoza 2 13 131 (^: RJ_n , so / telephone line 131 is connected to the "public telecommunications money transfer 16" _ _ _ _ _, line (3) to the analogy from the Internet or the analogy _, set 10, this picks] 3' from Wire = can send the continuous signal, ride, the voice channel device (4) external exchange station fine 2 to the analog power" or digitally, _ and encode the continuous analog signal, through the 201242301 network route m Transmitted to the Internet 15 connected material - voice gateway device i7, so that the other - voice gateway device π is biased and can be heard by humans and can Recognized continuous analog signals. - Generally speaking, the voice gateway devices 1G and 17 are designed to allow users to transmit voice messages to each other through the network. Therefore, they must undergo strict detection after they have been manufactured. _ Guarantee quality; taking the detection of the voice gateway device 1G as an example, if the operator uses the traditional money-checking type, it is necessary to separately install different functions and expensive detection instruments, and respectively detect different parts of the voice gateway device 1Q. For example, the Agilent VQT series of voice quality testers (Agilent VQT series) are used to detect the external exchange station scale 12' and the Siebelun company's hybrid service Ghana AbaCUS5000 series, column) to detect the external exchange line Is the function of the car 13 normal? So the traditional detection method is not only lengthy, but also makes the cost of the shame control tube high. It is quite unsatisfactory; in addition, in the area where the equipment is imported and controlled (such as the Chinese mainland sea tax) District) 'Precious detectors!! Must be approved by Wei and Lai and related units to import, so that product manufacturing and quality control are often delayed due to the arrival of the detector's miscellaneous as scheduled. In the traditional dual-test mode, the operator must spend time manually detecting each voice gateway device one by one, and judge the voice gate by observing the signal of the detection instrument. It is not only a waste of time and labor, but also a significant increase in the cost of detection, and the voice gateway device 10 cannot be quickly shipped, which is unpleasant for the industry. In summary, the conventional detection The method is still lacking, and the detection step is not only tedious and complicated, and it is easy to delay the detection and quality control time of the voice gateway device. Therefore, how to design a more appropriate detection method for the traditional detection method, so that the operator does not need to To purchase expensive inspection instruments, you only need to build a test program on any of the 201242301 manufactured by the manufacturer, which enables the built-in detection of the voice gate detection, and the subsequent age-side device is smoothed, and the time required for testing is saved. Person: = Visual device (4) Build and test # The main subject of the mail inspection. [Description of the Invention] The need for detection method is still not able to solve the long-term efforts and experiments of the present invention, and finally develop the design and the world _ ° "1, the detection method of the device" in order to effectively solve the aforementioned problems by the present invention The problem is that the industry can improve the market competitiveness of the industry by means of automated and rapid detection methods. The purpose of this month is to provide a voice inter-channel device: on the complex; a voice inter-channel device, where Essay one-first-good_device and-second voice-opening device, close the first to detect, the first-speech_putting machine two-=nff. ϋνΛ, A 卜. P 乂 局 (Foreign Exchange
Ofhce^FXO)^ , 接有-儲存裝置’該第二語音閘道裳置具有一第二網料、一第 -外部交換站(F〇reign Exchange細加，_話機谭及一第二 外部交換局σ嶋gn Exchange 0ffice，_線料該第二網 =藉-網路線與該第-網料相連接，該第 璋係藉一電話線與該第一外部交換局線路埠相連接，該第二外部 201242301 交換局線料則藉另—電雜與該第—外部交換站話機棒相連 接’該方法係使該第-語音誠裝置被啟動，且讀取並執行該儲 存裝置内建的-檢測程式後，執行下列步驟：透過該第一網路淳 向該第二語音閘道裝置發送—撥打訊號，以令該第二語音問道裝 置透過該第—外。卩交換站話機轴該第—語音閘道裝置發送一第 厂來電訊號；判斷該第二語音閘道裝置衫傳來該第一來電訊 ，；依據判斷結果產生—第—訊息，並儲存該第—訊息；透過該 第-外部錢站話鱗向該第二語音閘道灯發送—第二來電訊 號，透=該第-網路埠向該第二語音閘道裝置發送—接聽電話之 signal)，以令該第二語音閘道裝置接通該 第:外。卩交換站話機埠傳來之該第二來電_，並透過該第一外 部父換站雜4辑該帛二1#音财輕^ 1 裝置間形成接通狀態；依據綱^ ^_ 垃— 霸口果產生一第二訊息’並儲存該 該第—網料向該第二語 語音閘道裳置透過該第二外部‘站^ 璋=第4音閘道裝置發送至少—對應之語音訊號；判斷 一*吾a閘道裝置是否傳來該對應彳^ ° 生-第三訊息，_存該第及依據判斷結果產 有檢雜料贼妓㈣造業枝將内建 有制程式_存裝接至業相 上’令插接有儲存裝置的語音閘道裝置作為第置 並依序將制的語針聽裝置_。 裝置， 第一語音·裝置即能執行該檢測了=道裝置相連接’該 裝置進行檢測，並將檢測结果(即J 冑對待測的语音閘道 果(B陶正常及轉訊息)儲存於該 201242301 如此，業者即無須購置昂貴的檢測儀器，亦無須耗 費時間以人工對每―語音閘道裝置逐—檢測，」j 閘道裝置將所有待測的語音 曰 中的檢測結果，即能將故⑼畢後，檢視儲存褒置 語立閘㈣番以山故障的sf音閘道裝置（即對應於故障訊息的 位:因:能大巾4匕：精確地判斷出語音閘道裝置的故障部 需時間。一化縣冗長繁_檢啦驟，進而縮短檢測所 為便^貝審查委員能對本發明目的、技術特徵及其功效，做更 、步之錢鱗解’茲舉實關配合圖式，詳細說明如下： 【實施方式】 本發明係—種語音閘紗置的檢測方法，請參閱第2圖所示， 在本發明之—較佳實施财，該方法係朗於複數個語音閘道裝 置20、30上，其中該等語音閘道裝置2〇、3〇包括至少一第一語 音閘道裝置20及-第二語音閘道裝置30，以_第—語音間道裝 置20對該第二語音啦裝置3Q進行制，該第―語音閘道裝置 20具有-第-網路埠2卜-第一外部交換站(F〇reign㈣琴 Station ’ FIS)話機埠 22 及-第-外部交換局(F〇reign Exchange Office ’ FX0)線路埠23，且該第一語音閘道裝置2〇電性連接一儲 存裳置25 ’可藉由-輸出入4 24從外部插接，如本實施例第2 圖所示，該儲存裝置25亦可内建於該第一語音閘道裝置2〇中， 但不以此為限。 承上所述，该第二語音閘道裝置3〇具有一第二網路槔31、一 第二外部交換站(Foreign Exchange Station，FXS)話機槔 32 及 201242301 -第二外部交換局(Foreign Exchange Office，FX0)線路蟑 33， 該第二網料31藉_娜線％與該第_祕埠21相連接，該第 二外部交換站話機蟑32係藉-電話線27與該第_外部交換局線 路槔23相連接’該第二外部交換局線路蟑33則藉另一電話線狀 與該第一外部交換站話機埠22相連接。 復請參閱第2圖所示，當該第二語音閘道裝置3〇與第一語音 閘道裝置20完成連接後’使用者即能雌該第—語音閘道普置 20 ’嗣，該第-語音閘道褒置2〇 βρ會讀取並執行該儲存裝置25 内建的-檢測程式25卜並對該第二語音閘道裝置3()進行檢測， 以下以該第-語音閘道裝置20對該第二語音間駐置3〇進行檢 測為例，進行說明：首先該第—語音閘财置2Q會透過該第一網 =21_ _二語音_置3()發送—撥打訊號，該撥打訊號 邊該第二語音閘道裝置3G透過該第二外部交換辆機璋犯向 吾音閘道裝置2〇發送一第一來電訊號，在本實施例中，該 第-來電訊號可為9GV的交流振鈐信號，然而，在實際施作中， 該第-來電訊號的伏特數可依實際情況調整，並不以蒙為限， 承上所述，當該第-語音閘道裝置2〇向 3〇發送雜打峨後，該第—語音 ”閘置 ,,Ν θ闸道裝置20内之一計時器（圖 中未不）即會開始計時，而在計時達 (如：3秒），該第一語音_置第預疋期=況下 =為第一訊號，產生-第-訊息，該第-訊 :结二 φ ° 第_故障訊息。由於該第-外部交換 局線路缚23與該第二外部交換站話鱗32間的電話線中原本即 201242301 帶有預定值伏特數的電流(在本實施例中為50V的直流電流），因 此，一旦該第一外部交換局線路埠23接收到該第一來電訊號(在 本實施例中，該第一來電訊號為90V的交流振鈐信號），在該第一 來電訊號所帶電流的伏特數南於預定值的情況下，該第一來電_*孔 號即會被該第一語音閘道裝置20所偵測到；嗣，該第一語音閘道 裝置20即能藉此判斷該第二語音閘道裝置3〇上的第二外;二= 站話機埠32係屬運作正常，進而產生該第一正常訊息（代表第二 外部交換站話機埠32運作正常），且將該第—正常訊息儲存於: 儲存裝置25卜再者，當該第一語音閘道裝置2〇向該第二語= 閘道裝置30發賴浙訊號後，且料達—第―預定綱（如··曰3 秒)的情況下’若該第-語音閘道裝置2Q並未_到該第一來電 訊號’該第-語音閘道裝置20即會產生該第一故障訊息(代表第 二外部交換站話機埠32轉），且將該第―轉訊息 存裝置25中。 ' Μ 復請參閱第2圖所示，無論該第—語音閘道裝置2()產生第一 正常訊息或是第-轉訊息’該第—語音_裝置2{)均會 存於該儲存裝置25巾；嗣，該第—語音閘道裝置2()即會透過^ 第-外部交換站話機埠22向該第二語音間道裝置％發送二 來電訊號，並透過該第—網料21向該第二語音閘道裝置 送-接聽電話之指示職（Qff_hQQk _al)，在本實施例中， ^聽電話之細職驗該第二語音_裝謂減該第 部父換站話鱗22傳來之該第二來電訊號，故該第—語音間 ίΓ#Γ發出該第二來電訊號及該接聽電話之指示訊號後，即會再 又啟動撕時器（圖中未示）開始計時，且在計時達—第二預定期 12 201242301 ==(如:5秒)，該第一語音閉道裝置2〇即會透過該第一 狂音^首機痒22判斷該第二語音閘道裝置30是否與該第— (〇ff~h〇〇k) } 斷為是，該第 =常訊息或—第二故障訊息。若判 置3。上的第一;藉此判斷該第二語音開道裝 第二ρ 1 局線料33係屬運作正常，進而產生該 第Ur(代表第二外部交換局線料33運作正常），且將兮 音_==仍於該儲存裝置25中；若判斷為否，即該第一語 立門、首i罢、° °亥第一外部交換站話機槔22判斷出該第二語 I 加並未與該第—語音閘道裝置2G間形成接通 :自(代Π)狀態’該第一語音閘道裝置2〇即會產生該第二故障 二於該儲局㈣33故障)’且將該第二故障訊息 2〇能透過該第-網路埠21向該第‘音間道裝置加^裝置 傳=號，該語音傳送訊號係使該第二語音開道裝置3。透： ，該版物細建於該第 二::==::::傳第，^^ w . 犯向該第一語音閘道裝置20發 對應之語音妳在發出該語音傳送訊號後，該第一： 2〇即會判斷該第二語音間道裝置30是否傳來娜 訊號，進而產生—第三訊息，該第三訊息可為-第三正；： 201242301 訊息或-第三故障訊息。若 能藉此判斷对二語音_以3_=—語抑辦置20即 生-第三正常訊息’且將 =通話功能係屬正常，進而產 中；若判斷為否一纽1 —吊机息儲存於該儲存裝置25 息(代表該第二語音二忑=2=卩三故障訊 障讯息儲存於該儲存裝置25中。在該判斷該第 故 並 則 ==之語音訊！的過財，該計時器會開始= 、疋34帛二預疋期間’當計時達該第三預定 判斷該第二語音問道裝置3()是否傳來該對應之語音訊號。曰’ 值得-提者，雖然在本實施例中，該第一語音閉道 :該第:正:訊息十故障訊息、第二正常訊息、第二故障： 〜第一正巾訊息或第二故障訊息儲存於該儲存裝置Μ中，以 該第二語音閘道裝置3Q的製造#者能藉由檢視錢置沾中、 的該等故障訊息，迅速地檢出故障的第二語音閘道裝置3〇 , r 該第二語音閘道健3G上分別與料故障訊息姆應的故2 位，然而該專正常及故障訊息並不限於儲存在該儲存裝置π中. 在本發明的其他實施例中，該第一語音閘道裝置2〇尚具有一外部 連接埠29，該外部連接埠29係供插接一另一網路線261，且藉由 該另一網路線261與一外部儲存裝置291相連接，以當該第一語 音閘道裝置20分別產生該第一正常訊息、第一故障訊息、第二正 承sfl息、第二故障訊息、第二正常§fL息或第三故障訊息後，能將 該等正常或故障訊息儲存在該外部儲存裝置291中，以供製造業 者同樣能藉由檢視該外部儲存裝置291中的該等故障訊息，迅透 地檢出故障的第二語音閘道裝置30。 201242301 驟，3騎示，驰妓表達转之綠的流程步 語音間财裝置2G的處理辦為例，在該第一 产、二程5L· $被啟動’且讀取並執行該儲存裝置25内建的一 ，該第""語音贼裝置20即會執行下列步驟，以 對該第一浯音閘道裝置30進行檢測： ⑽）透過該第一網路埠21向該第二語音間道裝置3〇發送一撥 打訊號’以令該第二語音閘道裝置3G透過該第二外部交換 站話機埠32向該第-語音閘道裝置2〇發送 號，進入步驟(302)，· (302)，斷該第二語音閘道裝置3()是否傳來該第—來電訊號，若 疋，進入步驟(303)，若否，進入步驟(312); (303) 產±第—正常訊息，且將該第—正常訊息贿於該儲存 裝置25中，進入步驟(304); (304) 透過該第—外部交換站話辦22向該第二語音閉道裝置 30發送一第二來電訊號，進入步驟(3〇5); (305) 透過該第一網路埠21向該第二語音閘道裝置3〇發送一接 聽電話之指示訊號（0ff-h〇〇k signal)，以令該第二語音 閘道裝置30接聽該第一外部交換站話機埠22傳來之該第 二來電訊號，進入步驟(3〇6); (306)透過該第一外部交換站話機埠22判斷該第二語音閘道骏置 3〇是否與該第一語音閘道裝置2〇間形成接通狀態，若是， 進入步驟(307) ’若否，進入步驟(313); (307)產生一第二正常訊息，且將該第二正常訊息儲存於該儲存 裝置25中，進入步驟(3〇8); 15 201242301 (308)透過該第'網料21向該第二語，道裝置加發送一語 音傳送訊號，以令該第二語音_裝置3Q透财第二外部 交換站話機埠32向該第一語音閘道裝置2〇發送至少一對 應之語音訊號，進入步驟（3〇9); ⑽）判斷該第二語音閘道裝置3G是否傳來麟應之語音訊號， 若是’進人步驟⑽），若否’進人步驟(311); (310)產生·第二正常訊息’且將該第三正常訊息儲存於該餘存 裝置25中； (311) ί ^第中三故障訊息’且將該第三故障訊息儲存於該儲存 (312) 產生-第-故障訊息，謂該第—故障訊息儲存於 裝置25中，進入步驟(3〇4);及 、^啫存 ⑽）產生-第二故障訊息，且將該第二故障訊 裝置25中，進入步驟⑽）。 狀辦存 如此’藉由本發日月之檢測松，該第二語音間 造業者只需將所製造的任-語音閘道裝〕的製 了電性連接内建有檢測程式251的储存裝置【二：， 儲存裝置25的語音閘道農置作為第—組 7電性連接 制的語音問道裝置（即該第二語音閘並依序將 道裝置20相連接，該第一語音間道褒置烈勒…第一語音間 25卜自動對該第二語音閘道裝置3〇 P月匕執行該檢測程式 該等正常及故障訊息)加⑽存，如此麵檢剛結果(即 測儀器，亦無須耗費時間以人卫對每—第二^無_置昂貴的撿 檢測，只需在該第―語音閘道裝置2〇將每 啊裝置30逐一 语音間道裝置30 201242301 檢測完畢後，檢視所儲存的檢測結果，即能將故障的第二語音閘 道裝置30檢出，且能精確地判斷出第二語音閘道裝置3〇的故障 部位(即第二語音閘道裝置3Q上對應於第—、第二及第三故障訊 息之部位）’因此能大幅簡化原本冗長繁雜的檢測步驟，進而縮短 檢測所需時間。 按，本發明之實施例所用語彙僅供敘述之用，不應視為本發 明之限制，另，雖然本發明之實施例及圖式中，僅列舉了簡單的 讀名稱及連接隱’但僅為方便說明，讓—般大眾或相關領域 之從業人員能據以瞭解本發明揭露内容之本質與要旨，而並非僅 限=為上述的硬體系統架構，在實際實施中，熟悉該領域技藝人 士當能掌握本發明之技術舰後，_其減構、裝置、系統或 調換方法步驟加以實現’而達成本發明之目的，因此，本發明所 主張之權’並不侷限於此，按凡熟悉該項技藝人士，依據 本發明所揭露之技細容，可㈣思及之等效變化，均應屬不脫 離本發明之保護範疇。 【圖式簡單說明】 第1圖係一般常見的語音閘道裝置之連線示意圖； 第2圖係本發明所應用的硬體之方塊圖；及 第3圖係本發明之一較佳實施例之流程。 20 【主要元件符號說明】 第一語音閘道裝置 第一網路埠 21 201242301 第一外部交換站話機埠 ............22 第一外部交換局線路埠 ............23 輸出入埠 ............24 儲存裝置 ............25 網路線 ............26 電話線 ............27 另一電話線 ............28 外部連接埠 ............29 第二語音閘道裝置 ............30 .第二網路埠 ............31 第二外部交換站話機埠 ··…·…… 32 第二外部交換局線路埠 ............33 檢測程式 251 另一網路線 261 外部儲存裝置 291Ofhce^FXO)^, connected with - storage device' The second voice gateway has a second net material, a first-external exchange station (F〇reign Exchange fine, _ phone tan and a second external exchange嶋 嶋 n n n 0 0 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该The second external 201242301 exchange line material is connected to the first external exchange station telephone rod by the other method. This method enables the first voice-sound device to be activated, and reads and executes the built-in storage device - After detecting the program, the following steps are performed: sending a dialing signal to the second voice gateway device through the first network to enable the second voice channel device to pass through the first-outer - the voice gateway device sends a first factory call signal; determines that the second voice gateway device sends the first incoming call, generates a -th message according to the judgment result, and stores the first message; The external money station scale is sent to the second voice gateway light - the first The second incoming signal is transmitted through the first voice gateway device to the second voice gateway device to enable the second voice gateway device to be turned on. The second incoming call _ is transmitted from the telephone of the exchange station, and the connected state is formed through the first external parent exchange station 4, the second two 1# sound money ^ 1 device; according to the outline ^ ^_ The tyrant generates a second message 'and stores the first message-to-network message to the second-language voice gateway to send at least the corresponding voice signal through the second external 'station 璋=4th semaphore device Judging whether a *us a gateway device has passed the corresponding 彳^ °sheng-third message, _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Attached to the industry, the voice gateway device with the storage device plugged in as the first and sequential command device. The device, the first voice device can perform the detection, the device is connected to the device, and the detection result (ie, the voice gateway to be measured (B Tao normal and transfer message) is stored in the device. 201242301 In this way, the manufacturer does not need to purchase expensive testing instruments, and does not need to spend time manually detecting each "voice gateway device", "j gateway device will test the results of all the voices to be tested, that is, (9) After the completion of the inspection, the storage 褒 立 立 四 四 四 四 四 四 故障 故障 故障 故障 故障 ( ( ( ( ( ( ( ( ( ( ( ( ( ( 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应It takes time. Yihua County has a long and complicated _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [Embodiment] The present invention relates to a method for detecting a voice gauze setting. Referring to FIG. 2, in the present invention, the method is based on a plurality of voice gateway devices. 20, 30, its The voice gateway devices 2〇, 3〇 include at least a first voice gateway device 20 and a second voice gateway device 30, and the second voice device 3Q is performed by the _th voice inter-channel device 20 The first voice gateway device 20 has a -first network port 2 - a first external exchange station (F〇reign (four) piano Station ' FIS) phone 埠 22 and - a - external exchange office (F〇reign Exchange Office ' FX0) line 埠 23, and the first voice gateway device 2 is electrically connected to a storage skirt 25 ′ can be externally plugged by the input/output 4 24 , as shown in FIG. 2 of the embodiment, The storage device 25 can also be built in the first voice gateway device 2, but not limited thereto. As described above, the second voice gateway device 3 has a second network port 31, a The second foreign exchange station (FXS) telephone 槔32 and 201242301 - the second foreign exchange office (Foreign Exchange Office, FX0) line 蟑33, the second net material 31 borrows _Na line% and the first _ secret The 外部21 is connected, and the second external exchange telephone 蟑32 is connected to the first external exchange line 槔23 by the telephone line 27. The second external switching office line 33 is connected to the first external switching station telephone 22 by another telephone line. Referring to Figure 2, when the second voice gateway device 3 After the first voice gateway device 20 is connected, the user can enable the first voice-speech gateway 20 '嗣, and the first-voice gateway device 2 〇βρ will read and execute the storage device 25 built-in. And detecting the second voice gateway device 3 (), and detecting the second voice interspersed device 3 by the first voice gateway device 20, for example, first: The first voice gateway 2Q transmits a dialing signal through the first network=21__two voice_set3(), and the second voice gateway device 3G transmits the second external switched vehicle through the dialing signal. The first incoming call signal is sent to the second gateway device. In this embodiment, the first incoming call signal can be a 9GV alternating current vibration signal. However, in actual implementation, the first incoming call signal has a volt number. Can be adjusted according to the actual situation, not limited to the limit, as stated above, when the first-voice gateway After the device 2 sends the snoring to the 3 ,, the first voice is set, and a timer (not shown in the figure) of the θ θ gateway device 20 starts timing, and the timing is reached (eg: 3 seconds), the first voice _ set the first period = the condition = the first signal, the - first message, the first message: the second φ ° _ failure message. Due to the current of the first external exchange line and the second external exchange station scale 32, which is originally 201242301 with a predetermined value of volts (in this embodiment, 50V DC current), Once the first external exchange line 埠 23 receives the first incoming signal (in the embodiment, the first incoming signal is an alternating current oscillating signal of 90V), the volt in the current of the first incoming signal When the number is south, the first incoming call_* hole number is detected by the first voice gateway device 20; that is, the first voice gateway device 20 can determine the first The second voice gateway device 3 is on the second outer side; the second = the station telephone unit 32 is in normal operation, and the first normal message is generated (representing the second external exchange station telephone 32 is functioning normally), and the first The normal message is stored in: the storage device 25, after the first voice gateway device 2 slams the Zhe signal to the second language=gate device 30, and the material reaches the first-predetermined class (eg···曰3 seconds) 'If the first-voice gateway device 2Q does not _ to the first The first signal (which represents the second external switching station telephone 埠 32 rpm) is generated by the incoming call signal 'the first voice gateway device 20', and the first switching message is stored in the device 25. ' Μ Please refer to Figure 2, regardless of whether the first voice gateway device 2 () generates a first normal message or a first-to-one message 'the first voice_device 2{) will be stored in the storage device 25 巾; 第, the first voice gateway device 2 () will send two incoming call signals to the second voice channel device % through the ^-external exchange station phone 22, and through the first network material 21 The second voice gateway device sends and receives the instruction of the telephone (Qff_hQQk_al), in this embodiment, ^ listens to the telephone to perform the second voice _ loading the first parent to change the station scale 22 After the second incoming call signal is sent, the first voice signal and the command signal of the answering call are sent, and then the tearing device (not shown) is started again, and When the timing is up to the second predetermined period 12 201242301 == (eg, 5 seconds), the first voice blocking device 2 will determine the second voice gateway device 30 through the first squeaking machine first itching 22 Whether or not the first - (〇ff~h〇〇k) } is YES, the first = constant message or - the second fault message. If the judgment is 3. First, determining that the second voice channel is loaded with the second ρ 1 line material 33 is functioning normally, and then generating the second Ur (representing the second external exchange line material 33 to operate normally), and the voice is sounded _== is still in the storage device 25; if the determination is no, the first language door, the first door, the first external exchange station phone 22 determines that the second language I is not The first voice gateway device 2G is turned on: from the (stationary) state 'the first voice gateway device 2, the second fault 2 is generated in the storage (four) 33 fault) and the second The fault message 2 can transmit a signal to the first inter-channel device through the first network 21, and the voice transmission signal causes the second voice channel device 3. Transparency: The version is carefully constructed in the second::==::::pass, ^^w. The corresponding voice is sent to the first voice gateway device 20, after the voice transmission signal is sent, The first: 2 will determine whether the second voice channel device 30 transmits a signal, thereby generating a third message, the third message may be - a third positive;: 201242301 message or - third fault message . If this can be used to judge the second voice _ to 3_= - language to set the 20-live-third normal message 'and will = call function is normal, and then in the production; if judged as no one 1 - crane interest Stored in the storage device 25 (representing the second voice 忑 = 2 = 故障 three fault message messages stored in the storage device 25. In the judgment of the first and then = = voice message! The timer will start = 疋 帛 帛 帛 疋 ' ' ' ' 当 ' ' 当 该 当 当 当 当 当 当 当 第三 第三 第三 第三 第三 第三 第三 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二In this embodiment, the first voice closed channel: the first: positive: message ten fault message, the second normal message, the second fault: ~ the first scarf message or the second fault message is stored in the storage device The second voice gateway device 3 can be quickly detected by the manufacturer of the second voice gateway device 3Q by detecting the fault message of the money, and the second voice gate is detected. On Daojian 3G, respectively, the material failure message should be 2, but the special and fault information is not limited. In the other embodiment of the present invention, the first voice gateway device 2 has an external connection port 29 for plugging in another network route 261, and The other network gateway 261 is connected to an external storage device 291, so that the first voice gateway device 20 generates the first normal message, the first fault message, the second front receiver, and the second fault respectively. After the message, the second normal §fL message or the third fault message, the normal or fault message can be stored in the external storage device 291 for the manufacturer to view the same in the external storage device 291 as well. The fault message, the faulty second voice gateway device 30 is detected in a fast manner. 201242301, 3 riding, the process of the greening of the voice step, the voice intervening device 2G processing office as an example, in the first production The second pass 5L·$ is activated' and reads and executes the built-in one of the storage device 25, the first "" voice thief device 20 performs the following steps to the first voice gateway device 30 To perform the test: (10)) through the first network 埠 21 The second voice channel device 3 transmits a dialing signal 'to cause the second voice gateway device 3G to send a number to the first voice gateway device 2 through the second external switching station phone 32, and proceeds to the step ( 302), (302), disconnecting the second voice gateway device 3 () whether the first call signal is transmitted, if not, proceeding to step (303), if not, proceeding to step (312); (303) ±the first normal message, and the first normal message is bribed in the storage device 25, proceeds to step (304); (304) transmits to the second voice closed device 30 through the first external exchange station 22 a second incoming call signal enters a step (3〇5); (305) transmitting, by the first network port 21, an indication signal for receiving the call to the second voice gateway device 3 (0ff-h〇〇k signal The second voice gateway device 30 is configured to answer the second incoming signal transmitted by the first external switching station telephone 22, and proceeds to step (3〇6); (306) transmits the first external switching station telephone The 埠22 determines whether the second voice gateway is set to be in an on state with the first voice gateway device 2, and if so, enters a step Step (307) 'If no, proceed to step (313); (307) generate a second normal message, and store the second normal message in the storage device 25, proceeding to step (3〇8); 15 201242301 ( 308) transmitting, by the first network material 21, the second device, the channel device, to send a voice transmission signal, so that the second voice device 3Q transmits the second external exchange station phone 埠32 to the first voice gateway. The device 2 transmits at least one corresponding voice signal, and proceeds to step (3〇9); (10)) determines whether the second voice gateway device 3G transmits a voice signal of Lin Ying, if it is a step (10), if not Step (311); (310) generating a second normal message 'and storing the third normal message in the remaining device 25; (311) ί ^ third middle fault message 'and the third fault The message is stored in the storage (312) to generate a -first-fault message, that is, the first-fault message is stored in the device 25, and the steps (3〇4) and (2) are generated to generate a second fault message, and In the second failure detecting device 25, the process proceeds to step (10)). In this case, the second voice manufacturer only needs to electrically connect the manufactured any-voice gateway to the storage device with the detection program 251. Two: the voice gateway farm of the storage device 25 is used as the voice channel device of the first group 7 electrical connection system (that is, the second voice gate is connected to the channel device 20 in sequence, the first voice channel 褒烈力勒... The first voice between 25 卜 automatically executes the detection program for the second voice gateway device 3〇P, and the normal and fault messages are added (10), so the result of the face check (ie, the test instrument, also It is not necessary to take time to detect the expensive cockroaches for each of the second 无 无 , , , , , , 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音 语音The stored detection result can detect the faulty second voice gateway device 30, and can accurately determine the fault location of the second voice gateway device 3 (ie, the second voice gateway device 3Q corresponds to the first - the part of the second and third fault messages) 'so can The simplification of the original tedious and tedious detection steps, thereby reducing the time required for the detection. The vocabulary used in the embodiments of the present invention is for illustrative purposes only and should not be construed as limiting the invention, and although the embodiments and figures of the present invention In the formula, only the simple reading name and the connection concealment are listed, but for convenience of description, the practitioners of the general public or related fields can understand the essence and the gist of the disclosure, and not only the above The hardware system architecture, in actual implementation, those skilled in the art can achieve the object of the present invention after mastering the technology ship of the present invention, and implementing the steps of the reduction, device, system or exchange method. The claims of the present invention are not limited thereto, and those skilled in the art, according to the technical disclosure disclosed in the present invention, may (4) think of equivalent changes, and should not fall within the protection scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic diagram showing the connection of a common voice gateway device; Fig. 2 is a block diagram of a hardware used in the present invention; and Fig. 3 is a present diagram Flow of a preferred embodiment. 20 [Description of main component symbols] First voice gateway device first network 埠 21 201242301 First external switching station telephone 埠............22 An external exchange line 埠............23 Output 埠............24 Storage device............25 Network route............26 Telephone line............27 Another telephone line............28 External connection埠............29 Second voice gateway device............30. Second network 埠............ 31 Second External Exchange Station Telephone 埠··...·...... 32 Second External Exchange Line 埠............33 Detection Program 251 Another Network Route 261 External Storage Device 291