M368128 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種轉接裝置，特別是關於轉接一待 測裝置之訊號以供進行測試之轉接裝置及檢測系統。 【先前技術】 按’電腦設備隨著長時間的使用，電腦硬體可能因使 用者的操作不當、硬體本身使用壽命屆滿亦或其他:素而 產生故障，而為了發覺此種故障現象，現有電腦係於開機 時進行一系列的初步硬體測試以得知硬體有無故障發生， 但並非所有硬體故障皆可透過此種測試程序而被發^出。 因此，為了確實查出電腦設備的故障原因，ς = 於電腦維修人員來對此電腦設備進行檢修與咧試，\戈、 現硬體真正的故障原因。而對於電腦維修人員=期發 外地檢修電腦設備，其所需攜帶之檢修up、:若要到 顯示訊號的螢幕、測試輪入裝置的鍵盤及滑/需要測試 修工具皆是單獨存在且佔據一定空間，二带而這些檢 員而言在攜帶此檢修工具時將造成*小的負擔4維修人 【新型内容】 本創作所要解決的技術問題，在於提 及檢測系蘇，係使得電腦維修可:轉接裝置 的負擔。 &攜帶檢修工具 ίΐ解決上述技術問題，根據本創作的〜括 供-料接裝置，適用於轉接一第一電，方案，提 又夏興〜第二電 3 M368128 子裝置之間的訊號，包括：一擷取單元、一模擬單元及一 集線單元。其中擷取單元用來擷取第—電子褒置的一輸出 訊號；模擬單元用來接收第二電子裝置輪出的一模擬訊 號，並轉換模擬訊號成第一電子裝置所需之一輪入訊號； 以及集線單元是分別與擷取單元及模擬單元耦接，並且傳 輸擷取單元所擷取到的輸出訊號到第二電子裝置及傳輪第 二電子裝置輸出的模擬訊號給模擬單元。 為了解決上述技術問題，根據本創作的再一種方案， ，供-種檢m，適用於對n子裝置進行訊號測 試，包括：一第二電子裝置及一轉接裝置。其中第二電子 裝置是具有一輸入單元及一輸出單元，並且 ，體。轉接裝置是包括-擷取單元、—模擬單^及一集線 :兀’其中擷取單元用來擷取第一電子裝置的一輸出訊 ^模擬單元絲接收第二電子裝置輸出的—模擬訊號， j換模擬成第-電子裝置之—輸人訊號；及集 ，早騎職齡單元補擬單元域，邮來傳輸鮮 取到的輸出訊號到第二電子裝置及傳輸第二電子 ίΐϊ 擬訊號給模擬單元，而第二電子農置則是根 體的執行來將第二電子裝置的輪入單元的輸入訊 處理成模擬訊號及輸出給轉接裝置，以及將第二雷子裝 轉接裝置輸出的輸出訊號輸出到第二電子裝置‘ 將具有下述功效·· 二電子裝置之間的 可以快速連線成檢 使得電腦維修人員 因此本創作透過上述的技術方案， ，接破置可以簡化於第—電子裝置與第 μ線負擔’且第二電子裝置與轉接裝置 /貝1系統使用，並且不用佔去太多空間， M368128 可以更輕易攜帶本創作之檢測系統。 以上之概述與接下來的詳細說明 進一步說明本創作為達成預定目的 附圖，皆是為了能 功效。而有關本創作的其他目 =取之方式、手段及 及圖式中加以闡述。 ’將在後續的說明 【實施方式】 電子襄置衫縣置丨#找供第— 于衷置之間的訊號轉換，例如笙一回3 以術機3(亦可以為 '” 說明第一電子,s 曰齡文衣置·.·等）來舉例 )來舉例說繼_記型電腦 與可攜式電子f 、*此措由第一圖中轉接裝置1 進行訊號測試 3相連接之週^仔電腦主機3本身亦或與電腦主機 障訊息。U (例如螢幕、鍵盤或滑鼠...等）有無故 而在第1中’轉接裝置味透過不同連接器11 號傳114、115、116來與電腦主機3進行訊 、聲立偉二輪、115、116心例如是影像傳輪線 曰，4όΛ及通用序列匯流 USB)傳輸線。 :置_式電子裝置5之間是透過單—傳輸線 述之此傳輸線117可以例如是USB傳輸線。故透過第—圖所 ，之連接方式。使得本實施例之檢測系統可以接收 機3輸出喊進行_，例如電.機3輸出影像訊號= 5 M368128 由可攜式電子裝置5的螢幕501來顯示’亦或可攜式電子裝 置5可以透過鍵盤5〇2或觸控板503輸入供給電腦主機3測試 使用的輸入訊號，例如是鍵盤訊號或滑鼠訊號。 接著，透過參考第二圖以進一步說明測試系統之詳細 運作。其中轉接裝置1係包括一擷取單元10、—模擬單元12 及一集線單元14 (hub unit) ’轉接裝置1主要讓電腦主機3 與可攜式電子裝置5之間訊號可以相互傳輪，且可以對其中 的訊號提供適當的格式轉換及訊號彙整的整合功能。 擷取單元10主要用來擷取電腦主機3之輪出訊號，例如 是影像訊號、聲音訊號（audio signal)、列印埠（print p〇rt )訊號、通訊埠（com port)訊號…等，且擷取單元1〇會 進一步將所擷取到的訊號轉換成供集線單元14可傳輸之資 料封包格式。 ' 模擬單元12則是用來提供電腦主機3所需之模擬訊號 ，例如是鍵盤、滑鼠、搖桿…等週邊裝置輪入訊號。更具 體來說模擬單元12主要是接收到可攜式電子裝置5輸出之 模擬訊號，由於此模擬單元12是透過集線單元14接收到此 模擬訊號，故此模擬訊號在傳輸過程是以符合集線單元14 之資料封包格式來進行傳輸，因此模擬訊號12除了會對此 模擬訊號進行訊號格式轉換之外，亦會提供相關訊^處理 進而輸出可供電腦主機3可辨識及使用之輪入訊號。 集線單元14則是分別耦接於擷取單元1〇及模擬單元12 ，提供訊號匯集及傳輪功能。故對於轉接裝置丨而言，主要 是透過集線單元14來收集擷取單元1〇及模擬單元12傳輪使 用的訊號，並匯集成單一資料流（Data stream)來與可攜 式電子裝置5進行雙向的資料傳輪，如此可以簡化轉接裝^ M368128 1與可α攜式電子襄置5之間的接線複雜度。 二、可攜式電子裳置5在本實施例係以筆記型電腦做舉 說明，但並不以此為限，可攜式電子U5亦可以為個人數 ，助=機（PDA)、平板電腦、智慧型行動電話（§贿⑽〇狀 i二之可攜式電子裝置5包括有—控制單元50、一 ^ ；， "己憶單元53、一輸入單元54及—輸出單元 5知5nt二這些元件的功能操作係為通咖^ 〜 4不對其詳述。然而在此 5M368128 V. New description: [New technical field] This creation is about an adapter device, especially for the adapter device and detection system for transferring the signal of a device under test for testing. [Prior Art] According to the long-term use of computer equipment, the computer hardware may be malfunctioned due to improper operation of the user, the end of the life of the hardware itself, or other factors: in order to detect such a malfunction, existing The computer is subjected to a series of preliminary hardware tests at boot to know if the hardware has a fault, but not all hardware faults can be sent out through this test procedure. Therefore, in order to find out the cause of the malfunction of the computer equipment, ς = computer maintenance personnel to carry out maintenance and testing of this computer equipment, \Ge, the real cause of the hardware failure. For the computer maintenance personnel = the external maintenance of the computer equipment, the maintenance required to carry it up, if you want to display the signal screen, the keyboard of the test wheeling device and the slide / need test tools are separate and occupy a certain Space, two belts and these inspectors will cause * small burden when carrying this maintenance tool. 4 Maintenance personnel [new content] The technical problem to be solved in this creation is to mention the detection system, which makes computer maintenance available: The burden of the adapter. & Carrying and repairing tools ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 , including: a capture unit, an analog unit, and a hub unit. The capturing unit is configured to capture an output signal of the first electronic device; the analog unit is configured to receive an analog signal rotated by the second electronic device, and convert the analog signal into one of the required signals of the first electronic device; And the line unit is coupled to the capturing unit and the analog unit, and transmits the output signal extracted by the capturing unit to the analog signal output by the second electronic device and the second electronic device of the transmitting wheel to the analog unit. In order to solve the above technical problem, according to still another aspect of the present invention, the test-type m is suitable for performing signal test on the n-sub-device, including: a second electronic device and a switching device. The second electronic device has an input unit and an output unit, and is a body. The switching device is an inductive unit, an analog unit, and a line: 兀', wherein the capturing unit is configured to capture an output of the first electronic device, and the analog unit receives the output of the second electronic device. , j is converted into a first-electronic device - the input signal; and the set, the early riding age unit replenishment unit field, the postal transmission of the freshly received output signal to the second electronic device and the transmission of the second electronic ΐϊ The analog unit is provided, and the second electronic farm is the execution of the root body to process the input signal of the wheel-in unit of the second electronic device into an analog signal and output to the switching device, and the second lightning-loading device The output signal outputted to the second electronic device will have the following functions: · The connection between the two electronic devices can be quickly checked, so that the computer maintenance personnel can make the creation through the above technical solution. The first electronic device and the μ line load 'and the second electronic device and the adapter device / shell 1 system use, and do not take up too much space, M368128 can more easily carry the detection system of the creation . The above summary and the following detailed description further illustrate that the present drawings are intended to achieve the intended purpose. The other purposes of this creation are explained in terms of methods, means, and schemas. 'In the following description [Embodiment] Electronic 襄 县 县 县 找 找 找 找 找 找 找 找 找 找 找 找 找 找 找 找 找 找 找 找 找 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于, s 曰 文 文 置 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 ^The computer host 3 itself or the computer host barrier message. U (such as screen, keyboard or mouse...etc.) has no reason in the first 1 'transmission device taste through different connectors 11 to pass 114, 115, 116 to communicate with the host computer 3, sound Li Wei two rounds, 115, 116 hearts such as image transmission line 曰, 4 όΛ and universal serial connection USB) transmission line. : _ type electronic device 5 is through a single transmission line The transmission line 117 can be, for example, a USB transmission line. Therefore, the connection mode of the first embodiment can be used. The detection system of the embodiment can output the call signal to the receiver 3, for example, the output signal of the machine 3 is 5 M368128. The screen 501 of the portable electronic device 5 displays 'also or portable electronic device 5 Input the signal input to the host computer 3 for testing, such as a keyboard signal or a mouse signal, through the keyboard 5〇2 or the touchpad 503. Next, refer to the second figure to further explain the detailed operation of the test system. The connection device 1 includes a capture unit 10, an analog unit 12, and a hub unit. The adapter device 1 mainly allows signals between the host computer 3 and the portable electronic device 5 to be transmitted to each other. It can provide appropriate format conversion and signal integration integration functions for the signals. The capture unit 10 is mainly used to capture the round signals of the host computer 3, such as video signals, audio signals, and prints ( Print p〇rt) signal, communication port (com port) signal, etc., and the capture unit 1 further converts the captured signal into a data packet format that can be transmitted by the hub unit 14. 'Analog unit 12 It is used to provide the analog signals required by the host computer 3, such as keyboards, mice, joysticks, etc., etc., and more specifically, the analog unit 12 mainly receives the portable type. The analog signal output by the electronic device 5 is received by the analog unit 12 through the line unit 14. Therefore, the analog signal is transmitted in the data packet format conforming to the line unit 14 during the transmission process, so the analog signal 12 is In addition to the signal format conversion of the analog signal, the related signal processing will be provided to output a round-robin signal that can be recognized and used by the host computer 3. The line unit 14 is coupled to the capture unit 1 and the simulation respectively. The unit 12 provides a signal collecting and transmitting function. Therefore, for the switching device, the signals collected by the capturing unit 1 and the analog unit 12 are collected through the collecting unit 14 and collected into a single data stream ( The data stream is used for bidirectional data transfer with the portable electronic device 5, which simplifies the wiring complexity between the adapter device M368128 1 and the alpha portable electronic device 5. Second, the portable electronic display 5 in this embodiment is a notebook computer to illustrate, but not limited to this, portable electronic U5 can also be a personal number, help = machine (PDA), tablet , smart mobile phone (§ bribe (10) 〇 i i portable electronic device 5 includes - control unit 50, a ^;, " memory unit 53, an input unit 54 and - output unit 5 know 5nt two The functional operation of these components is not communicated to it. However, here 5
驅動軟體51且將其儲存於⑽H :====單元53中的驅動軟體51 ^動轉接裝置1工作。而上述輸入單元 5=包括-按鍵單心41及—游標單元犯，輸出單元3 包括一 八單元551及一顯示單元553。 而對於驅動軟體51而古，苴主| 9•擔^ + 可以配合轉接裝置10心^其主要疋使可攜式電子裝置5 。具體來說_軟體51^ f進㈣1駐機3進行測試 ，例如此輸出㈣A旦心置輸出訊號輸出到輪出單元55 之顯示單元二二訊二時即輸出至可攜式電子裝置5 可#式· + # s⑹讀$喊鱗音峨時即輪出至 2 I M單元551播放；又或者是驅動軟體 51可以將可攜式電子裝董5本身輸入 二 訊號轉換成―模擬訊號輪出給轉接裝置1，再由轉接 將此顯域㈣成供•域3使狀輸人訊號。、 閱第三圖以進一步說明驅動軟體51的具體 二二二睛配合參考第二圖。在此實施例中，驅動軟 賴依據執行功能區分可以包括—接㈣組511、—比= M368128 組513及一執行模組515。 接收核組511可以透過傳輸介面52來接收到可攜式電 子裝置5與轉接裝置〗之間所傳輸之資料。 μ比，模㈣3則是判斷接收模組511所接收的訊號有無 ^合預定格^，在此財格絲以影像减格^、聲音訊 號格式及輸人訊號格式作舉舰明。而由於上述各種不同 預定格式之資料編碼係有所不同，故比對模組513可以藉由 判斷接收馳511所接㈣訊號所使狀編碼進而得知此 訊號所使用之格式為何。 執行杈組515則是根據比對模組5〗3的執行結果來決定 對接收杈組511所接收到的訊號執行何種訊號處理，在此所 指的訊號處理包括影像轉換處理、聲音轉換處理以及模擬 轉換處理等。 驅動軟體51所提供之控制方式請參閱第四圖，並同時 配合參考第二及第三圖。驅動軟體51開啟執行時，包括有 下列步驟： 首先透過接收模組511來接收傳輸介面52中所傳輸之 傳輸訊號（如步驟S401)，在此傳輸介面52所傳輸訊號是指 可攜式電子裝置5與轉接裝置1之間的訊號，可以是轉接裝 置1之擷取單元1〇所輸出的輸出訊號，在此輸出訊號並以影 像讯號及聲音訊號做舉例說明，亦或者是可攜式電子裝置5 之輸入單元54所輸入之輪入訊號，在此之輸入訊號是以按 鍵單元541所產生之鍵盤訊號及游標單元543所產生之滑鼠 訊號做舉例說明。 之後由比對模組513判斷接收模組511所接收的訊號是 否屬於影像訊號（如步驟S403)，如判斷為是，即代表此訊 M368128 號是屬於轉接裝置i之擷取單元10所輸出的影像訊號，故可 由執行模組515將接收模組5丨丨接收到的訊號進行影像轉換 處理程序（如步驟S405)’在此所指影像轉換處理程序是將 此衫像矾號原本透過集線單元μ傳輸的資料格式轉換成可 顯不影像之資料格式，以使此影像訊號可以輸出顯示於可 攜式電子裝置5之顯示單元553。The driving software 51 drives the software 51 and stores it in the (10)H:==== unit 53 to operate the switching device 1. The input unit 5=includes the button single core 41 and the cursor unit, and the output unit 3 includes an eight unit 551 and a display unit 553. For the driver software 51, the main | | 9 9 可以 可以 可以 可以 可以 可以 可以 可以 可以 可以 可以 可以 可以 可以 可以 可以 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接Specifically, the software 51^f enters (4) 1 station 3 for testing, for example, the output (4) A cardiac output signal is output to the display unit of the wheel-out unit 55, and the output is output to the portable electronic device 5式· + # s(6)When the $ 鳞 峨 峨 轮 轮 2 2 2 IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM IM Connect the device 1, and then transfer the display field (4) into the domain 3 to make a signal. The third figure is further described to further illustrate the specific function of the driving software 51. In this embodiment, the driver soft partition may include a (four) group 511, a ratio = M368128 group 513, and an execution module 515. The receiving core group 511 can receive the data transmitted between the portable electronic device 5 and the switching device through the transmission interface 52. μ ratio, mode (4) 3 is to judge whether the signal received by the receiving module 511 has a predetermined cell ^, and the financial grid is used for image reduction, sound signal format and input signal format. Since the data encoding systems of the various predetermined formats are different, the comparison module 513 can determine the format used by the signal by determining the code of the signal received by the receiver 511. The execution group 515 determines, according to the execution result of the comparison module 5 3, what kind of signal processing is performed on the signal received by the receiving group 511, and the signal processing referred to herein includes image conversion processing and sound conversion processing. And analog conversion processing. Refer to the fourth figure for the control method provided by the driver software 51, and refer to the second and third figures at the same time. When the driving software 51 is turned on, the following steps are included: First, the transmission signal transmitted in the transmission interface 52 is received through the receiving module 511 (step S401), where the transmission signal transmitted by the transmission interface 52 refers to the portable electronic device. The signal between the switching device 1 and the switching device 1 can be the output signal outputted by the capturing unit 1 of the switching device 1. The output signal is outputted by the image signal and the sound signal, or is portable. The input signal input by the input unit 54 of the electronic device 5 is exemplified by the keyboard signal generated by the button unit 541 and the mouse signal generated by the cursor unit 543. Then, the comparison module 513 determines whether the signal received by the receiving module 511 belongs to the image signal (step S403). If the determination is yes, it means that the message M368128 is output by the capturing unit 10 belonging to the switching device i. The image signal is transmitted by the execution module 515 to the image received by the receiving module 5 (step S405). The image conversion processing program refers to the original image transmission unit. The data format transmitted by the μ is converted into a data format that can be displayed as an image so that the image signal can be outputted to the display unit 553 of the portable electronic device 5.
而當步驟S403判斷為否時，則進一步由比對模组513 判斷接收餘511所接㈣訊號是否屬於聲音訊號（如步驟 S4=)_’如判斷為是，即代表此訊號是屬於轉接裝置丨之擷 取單元1G所輸出的_音訊號，故可由執行模組515將接收模 組511接㈣的訊號進行聲音轉減理料（如步驟$刪 =此所指聲音轉換處理程序是將此聲音職原本透過集 線早凡14傳輸的資料格式轉換成可播放聲音之資料格式， ί使此聲音訊號可以輪出播放於可攜式電子裝置5之剩队 、，叫虽歹鄉判斷為否時，則進一步由比對模^5η 判斷接收模組511所接收# 、、、° S41M ^ 收的汛旎疋否屬於輪入訊號（如步驟 ，判畊為是，即代表此訊號是屬 之輪入單元54所輪人之輸人訊號，故可由子= 接收模組511接收到的邙嘬執仃权、、、515將 S413)，, U虎進仃模擬轉換處理程序（如步驟 輪出处里耘序疋將此輪入訊號轉換成 =出仏、、，口 a私主機3使用的—模擬 早元Η傳輪使用的f料格式。 叫* 口供集線 。而田步驟SMI判斷為否時，則回到步驟隱繼續執行 驟 故在第四圖中’驅動軟體冲藉由不斷重複這些步 M368128 以順利置1之間的訊號傳輸可 止驅動軟體51的執行為止。此外第 四圖中步驟S403、S4〇7、S4 i i的執行判斷 限，亦可以變動這些步驟的先後排列順序。 ’’、、 電腦揭露的檢測系統之運作方式即可以找出 電細主機的故障來源。例如當檢㈣統巾 電駐機3之_像訊_ ^紗 在顯示功能上發生了故障；或是檢測系統中的可 攜式笔子裝置5之按鍵單元541無法順利透過轉们來 主機3下達鍵盤輸入訊號時，即可得知電腦娜在 知:鍵輸入功能上發生了故障。 請再參閱第五圖，在此係提供另—轉接裝置u的實施 二’此轉接裝置la的擷取單元1Ga是包括—影像擷取模組 ，及-聲音擷取模組廳。影像擷取模組⑻&是掘取電 腦主機3輸出的影像訊號，並轉換成通用序列匯流排的資料 封包格式來供通用序列匯流排集線單元14a進行傳輸。聲音 梅取核組1〇3是擷取電腦域3輸Α的聲音訊號，並轉換成 ，用序顺流排的資料封包格絲供仙序舰流排集線 單元14a進行傳輸。故在此實施例的轉接裝置Η，其與第二 圖所示可攜式電子裝置5之間訊號傳輪是屬於通用序列匯 流排的資料封包格式，故此時之可攜式電子裝置5之傳輸介 面52是通用序列匯流排傳輸介面。 請再參閱第六圖，在此又提供另—轉接裝置lb的實施 例，此轉接裝置lb的擷取單元iob是包括一影像擷取模組 JOlb及一聲音擷取模組i〇3b。影像擷取模組1〇11)是擷取電 月匈主機3輸出的影像訊號，並轉換成網路的資料封包格式來 M368128 供網路餘單元14b進行傳輪。聲音練餘咖是操取杂 細主機3輸出的聲音訊號，並轉換成網路的 = ，其與弟-_示可減電子裝置5之間訊 路的資料封包格式，故此時之可攜式電子裝置3介= 52是網路傳輸介面。 心得掏；丨面 —前述第五及第六圖係用來進一步說明轉接襄置的各種 貫把例三但並非用來侷限轉接裳置之保護範圍，例如 述擷取^HJa'iGb中僅是用來擷取電腦主機3之輪出影像 訊號及聲音喊，但除此之外電駐機的其他輸出訊號 可以疋被操取單7〇以前述揭露方式來進行擷取，如列印 (print port) §孔號、通§孔埠（c〇mp〇rt)訊號…等。 故經由前述實施例之說明，本創作之檢測系统具有便 利攜帶之特點，如此可以減輕維修人員於外出檢修電腦主 機時在檢修硬體攜帶上的負擔，且此檢測系統也確以 達成檢修電腦主機之效果，以找出電腦主機的故障來源。 惟，上述所揭露之圖式、說明，僅為本創作之實施例 而已，凡精于此項技藝者當可依據上述之說明作其他種種 之改良，而這些改變仍屬於本創作之發明精神及以下所衣 疋之專利範圍中。 【圖式簡單說明】 第—圖係為本創作檢測系統實施例之立體示意圖； 第二圖係為本創作檢測系統實施例檢之功能方塊圖； 第三圖係為本創作驅動軟體實施例之功能方塊圖； 11 M368128 第四圖係為本創作驅動軟體實施例之控制流程圖； 第五圖係為本創作轉接裝置實施例之功能方塊圖；以及 第六圖係為本創作轉接裝置另一實施例之功能方塊圖。 【主要元件符號說明】 1轉接裝置 10、10a、10b擷取單元 101a、101b影像擷取模阻 103a、103b聲音擷取模組 111、112、113 連接器 114、115、116、117 傳輸線 12模擬單元 14集線單元 14a通用序列匯流排集線單元 14b網路集線單元 3電腦主機 5可攜式電子裝置 50控制單元 501螢幕 502鍵盤 503觸控板 51驅動軟體 511接收模組 513比對模組 515執行模組 12 M368128 52傳輸介面 53記憶單元 54輸入單元 541按鍵單元 543游標單元 55輸出單元 551 11刺11八單元 553顯示單元When the determination in step S403 is negative, the comparison module 513 further determines whether the (four) signal received by the receiving residue 511 belongs to the audio signal (eg, step S4=)_', if the determination is yes, it means that the signal belongs to the switching device. _ 撷 撷 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元 单元The audio service originally converted the data format transmitted by the cable 14 into a playable sound data format, so that the sound signal can be played out of the remaining network of the portable electronic device 5, and Further, it is further determined by the comparison module ^5η that the receiving module 511 receives the #, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Unit 54 is the input signal of the person, so the sub-receiving module 511 can receive the 邙嘬 仃 right, 515, S 413), U 仃 仃 仃 仃 仃 仃 ( ( ( ( ( ( ( ( 仃 仃 仃Order to convert this round-in signal to = output , the mouth a private host 3 used to simulate the use of the f element format used by the early yuan transmission wheel. Called * confession set line. When the field step SMI judges no, then return to the step to continue the execution of the sudden in the fourth picture 'Drive software rushes by repeating these steps M368128 to smoothly set the signal transmission between the drive software 51. In addition, the execution limit of steps S403, S4〇7, S4 ii in the fourth figure can also be Change the order of these steps. '',, the operation mode of the computer exposed detection system can find out the source of the fault of the electric host. For example, when the inspection (4) the towel station 3 _ _ _ yarn is on display The function has failed; or the button unit 541 of the portable pen device 5 in the detection system cannot successfully transmit the keyboard input signal to the host 3, and then the computer can know that the key input function is A fault has occurred. Please refer to the fifth figure again, here is the implementation of the other-transfer device u. The capturing unit 1Ga of the switching device 1a includes an image capturing module, and a sound capturing module. Group hall. Image capture The group (8) & is to capture the image signal outputted by the host computer 3, and convert it into a data packet format of the universal serial bus for transmission by the universal sequence bus line unit 14a. The sound collection core group 1〇3 is a computer domain. 3 Α Α 声音 , , Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α The signal transmission between the portable electronic devices 5 is a data packet format of the universal serial bus. Therefore, the transmission interface 52 of the portable electronic device 5 is a universal serial bus transmission interface. Please refer to the sixth figure. The embodiment of the adapter device 1b is further provided with an image capturing module JOlb and a sound capturing module i〇3b. The image capturing module 1〇11) captures the image signal outputted by the electricity and the Hungarian host 3, and converts it into a data packet format of the network to send the M368128 to the network residual unit 14b for transmission. The sound training coffee is to listen to the sound signal outputted by the hybrid host 3, and convert it into the network =, and the data format of the channel between the brother and the _ can be reduced by the electronic device 5, so the portable type at this time The electronic device 3 = 52 is the network transmission interface. The above-mentioned fifth and sixth figures are used to further illustrate the various aspects of the transfer device, but are not intended to limit the protection range of the transfer device, for example, in the ^HJa'iGb It is only used to capture the image signal and voice of the computer host 3, but other output signals of the electric station can be retrieved by the above-mentioned disclosure method, such as printing ( Print port) § hole number, pass 埠 hole 埠 (c〇mp〇rt) signal...etc. Therefore, according to the description of the foregoing embodiment, the detection system of the present invention has the characteristics of convenient carrying, which can reduce the burden on the maintenance personnel to carry out the maintenance of the hardware when going out to repair the computer host, and the detection system also achieves the maintenance of the computer host. The effect is to find out the source of the failure of the host computer. However, the drawings and descriptions disclosed above are only examples of the present invention, and those skilled in the art can make other improvements according to the above description, and these changes still belong to the inventive spirit of the present invention. The following is within the scope of the patent. BRIEF DESCRIPTION OF THE DRAWINGS The first diagram is a schematic diagram of an embodiment of the creation detection system; the second diagram is a functional block diagram of the implementation inspection of the creation detection system; Functional block diagram; 11 M368128 The fourth figure is the control flow chart of the embodiment of the authoring driver software; the fifth figure is the function block diagram of the embodiment of the authoring switching device; and the sixth figure is the authoring switching device A functional block diagram of another embodiment. [Description of main component symbols] 1 switching device 10, 10a, 10b capturing unit 101a, 101b image capturing dies 103a, 103b sound capturing module 111, 112, 113 connector 114, 115, 116, 117 transmission line 12 Analog unit 14 line unit 14a universal sequence bus line unit 14b network hub unit 3 computer host 5 portable electronic device 50 control unit 501 screen 502 keyboard 503 trackpad 51 driver software 511 receiving module 513 comparison module 515 Execution module 12 M368128 52 transmission interface 53 memory unit 54 input unit 541 button unit 543 vernier unit 55 output unit 551 11 thorn 11 eight unit 553 display unit