1291559 九、發明說明： 【發明所屬之技術領域】 本發明係指一種電腦主機板測試系統及方法，尤指一種電腦主機 板開關機測試系統及方法。 【先前技術】 隨著電腦的普及，許多廠家開始大量生産電腦以滿足消費者的需 求，在生産電腦的過程中，往往需要做不同的測試，電腦的主機板是 電腦的根本所在，因此對主機板的測試是各大電腦生産、製造、研發 廠商的必須工作，電腦主機板是否正常開關機也是電腦主機板測試中 很重要的測試工作。1291559 IX. Description of the Invention: [Technical Field] The present invention relates to a computer motherboard testing system and method, and more particularly to a computer motherboard switching machine testing system and method. [Prior Art] With the popularity of computers, many manufacturers have begun to mass-produce computers to meet the needs of consumers. In the process of producing computers, different tests are often required. The motherboard of the computer is the root of the computer, so the host The test of the board is a must for the major computer production, manufacturing, and R&D manufacturers. Whether the computer main board is normally turned on or off is also an important test work in the computer motherboard test.
當則有一種電腦主機板測試方法，其可以測試電腦主機板開關機 是否正常，該方法包括下列步驟：依據一預定測試程式，依序發出一 測试控制命令，以控制開/關及重置該電腦主機板；以及經該電腦主機 板的-標準介面解譯-特定埠位址的寫人資料，以判斷該電腦主機板 是否正常，並記錄其測試結果。When there is a computer motherboard test method, which can test whether the computer motherboard switch machine is normal, the method includes the following steps: according to a predetermined test program, sequentially issuing a test control command to control on/off and reset The computer motherboard; and the user interface of the computer motherboard-standard interface interpretation-specific address to determine whether the computer motherboard is normal, and record the test results.
所述測試電腦主機板開關機的方法，可以達到測試的目的，但是 僅僅使用-麵述方法來職制域板是否正_關顧無法確保 電腦的品質’因爲，所述方法使用—次僅測試—次，實際過程中往往 會利用所述方法或與所賴似方法重制試敎。細，戰次數的 增加也意味著投人的魏力成本的增加，腦的量麵程中，大旦 電腦需要賴，使麟述方法，其職的工作量即勞動 里 且測試作業時間的長度也非常大。 ^ 【發明内容】 赛於以上内容，有必要提供—種電腦主機板_機測試系统及方 =自次測試電腦主機板開關機是否正常並可直觀顯示測試 的、，，。果’伙而軸測試過程的勞動力成本及測試作業時間的長产 -種電腦主機板_機職系統，該系統連接於包= 機板及-賴串流齡構埠的—電腦，祕峨 開關機是否正常，其包括卜初始化設定模組，用於接收用戶^^ 6The method for testing the computer main board switch machine can achieve the purpose of the test, but only using the face-to-face method to verify whether the domain board is positive or not can not ensure the quality of the computer 'because the method is used - only test - In the actual process, the method is often used to reproduce the test using the method described above. The increase in the number of wars and the number of wars also means the increase in the cost of Wei Li, and the amount of brains in the brain. In the process of the brain, the Dadan computer needs to rely on the method, and the workload of the job is the length of the labor and the length of the test operation. It is also very large. ^ [Summary of the content] In the above content, it is necessary to provide a kind of computer motherboard _ machine test system and side = self-test computer motherboard switch machine is normal and can visually display the test,,. If you're the labor cost of the axis test process and the long-term production time of the test operation - the computer motherboard _ the job system, the system is connected to the package = machine board and - 赖 流 流 — - computer, secret switch Whether the machine is normal, it includes the initial setting module for receiving the user ^^ 6
所述侧模組於所述控制模組控制待測主機板關機後， 電壓是否升高，若侧到系統電壓升高，則傳送—正確資訊至記錄^ 組，若沒有偵測到電壓升高，則傳送一錯誤資訊至顯示模組。 1291559 測試次數及職-控繼組，用於根據上制試次數及 時控制所述制域__機；—_模組，_貞酬述待測主 機板開關躺緖«是錢化―記錄·，麟記錄每次測試社 束後的測試次數；-_顯，餘比對記錄模組記錄_試次數: 否達到設定的測試次數；及-顯示模組，用於顯示測試結果。疋 其中：所述電腦主機板開關機測試系統爲一處 *所述通用串列匯流排架構埠於所述電腦通電後，能爲所述電腦主 機板開關機測試系統及發光裝置持續提供一電壓。 所述_模組於所述控制模組控制待測主機板開機後， 電壓是否降低，若偵啦統電壓降低則傳送：正確資訊至控制樓板'、、， 使得控制模組控制制域板_，若沒有細齡統電低 傳送一錯誤資訊至顯示模組。 -則 所述比對模組於記錄模組記錄的測試次數達到設定測試次數時， ，送-正確資訊至顯示模組；當記錄模組記錄的測試次數沒有達^設 定的測試次數時，傳送-提示資訊至控制模組，使得控 ς 測主機板開機進行下一次測試。 、、&f ]待 -種電腦域板關機職方法，該方法_所述電腦主機板開 關機測試系統連接所述包含通用串列匯流排架構埠的電腦，測試所= 待測主機板開關機是否正常，並利用所述發光裝置顯示測試結果，其 包括以下步驟：a·設定職次數及職鱗；b•控制所述^主機板 開機；c.偵測所述待測主機板的系統電壓是否降低；d•若偵測到所 述系統電壓降低，則發送一正確資訊並控制所述待測主機板關機偵 ，所述待測主機板的系統電壓是否升高；f·若侧到所述系統電壓升 向’則發送一正確資訊並記錄測試次數；g·比對記錄的測 θ 達到設定的測試次數；h·若達到設定的測試次數，則發送一正確= 並顯示測試結果。 胃 7 1291559 進一步的·若所述步驟c或e的結果爲否，則執行步驟·· i·發送 一錯誤資訊並顯示測試結果。若所述步驟g的結果爲否，則發送一提 示資訊，並返回執行步驟b。 相較於習知技術，所述之電腦主機板開關機測試系統及方法，可 以自動的多次測試電腦主機板開關機是否正常，並可直觀顯示測試的 結果，無需人力跟蹤測試過程，節約了量産電腦測試作業的勞動力成 本及測試作業時間長度。 【實施方式】The side module is configured to control whether the voltage of the motherboard to be tested is turned off after the control module is turned off, and if the voltage from the side to the system is increased, transmitting the correct information to the recording group, if no voltage rise is detected , then send an error message to the display module. 1291559 The number of tests and the job-control group are used to control the domain __ machine according to the number of test-ups in time; -_ module, _ 贞 贞 待 待 待 待 是 是 是 是 是 是 是 是 是, Lin records the number of tests after each test community; - _ display, the ratio of the record module records _ trials: whether the set number of tests is reached; and - display module for displaying test results.疋 wherein: the computer motherboard switch test system is a place. The universal serial bus bar structure can continuously provide a voltage for the computer motherboard switch test system and the illuminating device after the computer is powered on. . The module is configured to control whether the voltage of the motherboard to be tested is reduced after the control module is powered on, and if the voltage of the detection system is lowered, the transmission: correct information to the control floor s, and the control module controls the domain plate _ If there is no fine old power, send an error message to the display module. - when the number of tests recorded by the recording module reaches the set number of test times, the correct information is sent to the display module; when the number of tests recorded by the recording module does not reach the set number of tests, the transmission is performed. - Prompt information to the control module, so that the control panel is powered on for the next test. ,, &f] a computer domain board shutdown method, the method _ the computer motherboard switch machine test system is connected to the computer including the universal serial bus bar structure, the test station = the motherboard switch to be tested Whether the machine is normal, and using the illuminating device to display the test result, which includes the following steps: a) setting the job number and job scale; b controlling the motherboard to boot; c. detecting the system of the motherboard to be tested Whether the voltage is reduced; d• if the voltage of the system is detected to be lowered, sending a correct information and controlling the motherboard to be tested to be shut down, whether the system voltage of the motherboard to be tested is raised; The system voltage rises to 'send a correct information and records the number of tests; g· compares the measured θ to the set number of tests; h· if the set number of tests is reached, sends a correct = and displays the test result. Stomach 7 1291559 Further • If the result of step c or e is no, execute step ·· i· send an error message and display the test result. If the result of the step g is no, a message is sent and the process returns to step b. Compared with the prior art, the computer motherboard switch machine test system and method can automatically test whether the computer main board switch machine is normal or not, and can visually display the test result without human tracking test process, saving Labor costs for mass production of computer test jobs and length of test work. [Embodiment]
如第一圖所示，係本發明電腦主機板開關機測試系統的較佳實施 例的運行環境及系統架構圖。該電腦主機板開關機測試系統1〇連接於 包含有一待測主機板201及一通用串列匯流；排架構（Universal Serid Bus，USB)埠202的電腦20、一輪入裝置3〇及一發光裝置4〇，用 於測試電腦20的待測主機板201開關機是否正常，並利用發光裝置4〇 - 顯示測試結果。電腦20用於接通電源，該電腦20通電後，所述USB 埠202能爲所述電腦主機板開關機測試系統1〇及所述發光裝置4〇持 續提供一電壓（一般爲一 5伏特電壓）。電腦主機板開關機測試系統1〇 是能裝載並運行軟體的硬體，比如：微處理器（Micr〇 C〇ntr〇ilingUnit， MCU) ’其包括：一初始化設定模組1〇1、一控制模組1〇2、一偵測模 組103、一記錄模組1〇4、一比對模組1〇5及一顯示模組1〇6。其中： 初始化設定模組101用於提供給用戶藉由輸入裝置3〇設定測試次 數及測試延時。用戶藉由輸入裝置30 (如一鍵盤或者一數位按鍵器） 並按照需求來設定測試次數及測試延時，比如，藉由鍵盤設定測試次 數爲500次，測試延時爲5秒，那麼，待測主機板2〇1開機5〇〇次加 上關機500次爲測試500次，開機及關機的時間間隔就是設定的測試 延時5秒。 控制模組102用於控制待測主機板201的開關機。由於USB埠202 忐持續供電，該控制模組102就能夠使用USB琿202提供的5伏特電 壓並根據用戶設定的測試次數及測試延時控制待測主機板2〇1開關機。 偵測模組103用於使用USB埠202提供的電壓偵測待測主機板2〇1 8 I291559 該電腦的主機否變化。當一個正常的電腦通電但沒有運行時， 腦需要mrs t的系統電祕於—個5伏特的姆高電壓，當該電 相對ΐίΐ Γ下開機鍵，所述5伏特相對高電壓降到0伏特 々统Sr 電贿低使得電關機運行；__電腦時， 伏特升高到5伏特。因此，當控制模組102控制待 到系ίϊΓ開機後，债測模組103侧系統電壓是否降低，若偵^ 鱗低即價測到系統電壓從5伏特降到〇伏特，則說明“ ❻二/此㈣貞測模組103傳送一正確資訊至控制模組102，使 二1〇2能控制待測主機板201關機；若沒有偵測到系統電壓 明待測主機板201開機不正常，'此時偵測模組103傳送— 不模組106。當控制模組102控制待測主機板201關機 她103再_系統電壓是否升高，若_到系統電壓升高 二糸統電壓從0伏特升高到5伏特，則說明控制模組102控制 ^主機板201關機後，該待測主機板期此次測試過 此時_敝⑽傳送—正確資訊至記錄· 1G4;若沒有^吊 ««，2〇1 , ；〇3 傳运一錯誤資訊至顯示模組1〇6。 =錄模組H)4 ’用於使用聰埠2()2提供的電壓記錄每次測試結 束後的測试次數。該記錄模組辦接收來自伽模組1〇3傳送的正確 記錄下當前_試次數。比如，在初始化設定模組中，設定測 试次數爲100二欠，當開始測試後，控制模組102控制待測主機板測 開機’偵測模組103伽到系統電壓降低，控制模組1〇2再控制待測 主機板201,關機，_模組1〇3 _到系統電壓升高，此時，侧模 組簡發送-正確資訊至記錄模、组1〇4，使得記錄模、板1〇4記錄下測試 次數爲第-次，依次類推，當控制模組1〇2再控制待測主機板2〇1開 關機-次時，記錄模組1()4才記錄下測試次數爲第二次。假設一直記 錄了 50次時，控制模組102控制待測主機板2〇1開機，而偵測模組1〇3 沒有_到系統電壓降低，則記錄模組刚接收不到偵測模組ι〇3傳 9 1291559 送的正確資訊，因此只記錄到50次。 ^比對^級105，用於使用USB琿202提供的電壓比對記錄模組1〇4 鱗的測試次數是否達到設定的測試次數。若比對記錄模Μ刚記錄 的測試次數達到設定6娜式次數，職日侧試完成，待測主機板 加1開關機正常，此時傳送一正確資訊至顯示模組1〇6;若記錄模組1〇4 j錄的測4-人數沒有達到設定的測試次數，則說明整個測試過程還未 =成’待測主機板2〇1還需進一步測試，此時傳送一提示資訊至控制 ，組102 ’使得控制模組1〇2控制待測主機板2〇1開機進行下一次測 j。比如，用戶於初始化設定模組101設定測試次數爲200次，記錄 模組104記錄下的測試次數是199 :欠，則比對模組1〇5比對所述兩個 馨測試次數，翁-次測試未完成，則傳^提示資訊至控制模組 -1〇2，控制杈組102接收到該提示資訊後，控制待測主機板201開機， 進行最後一次測試；假設記錄模組1〇4記錄下的測試次數和設定的測 -試次數都是2〇〇次，則比賴組105傳送-正確資訊至顯示模組1〇6， 說明待測主機板201開關機正常。 顯不杈組106，用於使用USB埠202提供的電壓，並根據偵測模 組103傳送的錯誤資訊或比對模組1〇5傳送的正確資訊，控制發光裝 置40顯示測試結果。該發光裝置4〇可以是一發光二極體 aight-Emitting Diode，LED )燈，可藉由該發光裝置4〇持續發亮或 者閃爍來顯示測試結果正常或者不正常。比如，用戶設定測試次數爲 鲁 1人’叙设當成功測试了 50次後，控制模組1〇2控制待測主機板2〇1 開機準備第51次測試，開機後，偵測模組1〇3沒有偵測到系統電壓降 低，則偵測模組103傳送一錯誤資訊至顯示模組1〇6，顯示模組1〇6就 控制LED燈就閃爍，顯示待測主機板201開關機不正常；假設控制模 組102是第1〇〇次控制待測主機板201關機，關機後，偵測模組1〇3 偵測到系統電壓升高了，則記錄模組1〇4記錄下測試次數爲第1〇〇次， 比對模組105將記錄模組104記錄的測試次數與用戶設定的次數比 對，得到一正確的結果，則顯示模組106就控制LED燈持續發亮，顯 示該待測主機板201開關機正常。其中，LED燈發亮所需的電壓較低， 1291559 USB埠202可提供足夠的電壓來使其發亮直觀顯示結果，其他相對低 壓就能發亮的燈也可以作爲發光裝置40，LED燈顯示測試結果的方式 也可以有很多種，比如利用LED閃爍次數來顯示不同測試結果。 如第二圖所示，係本發明電腦主機板開關機測試方法的較佳實施 例的實施流程圖。該方法利用所述電腦主機板開關機測試系統1〇測試 所述待測主機板201開關機是否正常，並利用所述發光裝置4〇顯示測 試結果，其包括以下步驟：將所述電腦20接通電源，該電腦2〇通電 後，所述USB埠202能爲所述電腦主機板開關機測試系統1〇及發2 裝置40持續提供一電壓（步驟S21)。藉由輸入裝置3〇於初始化^定 模組101设疋測试次數及測試延時，該測試次數及延時可根據用戶實 際讳求δ又疋’比如測试500次延時5秒，那麼，待測主機板201開機 500次加上關機500次爲測試500次，開機及關機的時間間隔爲設定的 測試延時5秒（步驟S22)。控制模組1〇2控制待測主機板2〇1開機（步 驟S23)。偵測模組1〇3偵測待測主機板2〇1的系統電壓是否降低（步 驟S24)。若偵測到系統電壓降低，則說明控制模組1〇2控制待測主機 板201開機後’該待測主機板2〇1此次測試過程中開機正常，此時， 偵測模組103傳送一正確資訊至控制模組1〇2,使得控制模組1〇2控制 待測主機板201關機（步驟S25 )。彳貞測模組1〇3再彳貞測系統電壓是否 升高（步驟S26)。若偵測到系統電壓升高，則說明控制模組1〇2控制 待測主機板201關機後，該待測主機板2〇1此次測試過程中關機正常， 此時，偵測模組103傳送一正確資訊至記錄模組1〇4記錄當前測試次 數（步驟S27)。比對模組1〇5比對記錄模組1〇4記錄的測試次數是否 達到初始化設定模組101設定的測試次數（步驟S28)。若比對記錄模 組104記錄的測試次數達到設定的測試次數，則說明整個測試完成， 待測主機板201開關機正常，此時偵測模組1〇3傳送一正確資訊至顯 不模組106控制發光裝置4〇顯示該待測主機板2〇1開關機正常的測試 結果’該發光裝置4〇可以是一 LED燈，顯示模組106可控制該LED 燈持續發亮來顯示該測試結果（步驟S29)。 進一步的：於步驟S24中，若沒有偵測到系統電壓降低，則說明As shown in the first figure, it is an operating environment and system architecture diagram of a preferred embodiment of the computer motherboard switch test system of the present invention. The computer motherboard switch test system 1 is connected to a computer 20 including a motherboard to be tested 201 and a universal serial bus, a Universal Serid Bus (USB) 202, a wheeling device 3A, and a lighting device. 4〇, it is used to test whether the switchboard of the motherboard 201 to be tested of the computer 20 is normal, and the test result is displayed by using the light-emitting device 4〇. The computer 20 is used to turn on the power. After the computer 20 is powered on, the USB port 202 can continuously provide a voltage (generally a 5 volt voltage) for the computer motherboard switch test system 1 and the light emitting device 4 ). Computer motherboard switch test system 1〇 is a hardware that can load and run software, such as: microprocessor (Micr〇C〇ntr〇ilingUnit, MCU) 'It includes: an initial setting module 1〇1, a control The module 1〇2, a detection module 103, a recording module 1〇4, a comparison module 1〇5 and a display module 1〇6. The initialization setting module 101 is configured to provide the user with the number of test times and the test delay by the input device 3〇. The user sets the number of tests and the test delay by inputting the device 30 (such as a keyboard or a digital button), for example, by setting the number of tests by the keyboard to 500 times and the test delay to 5 seconds, then the motherboard to be tested is tested. 2〇1 power on 5 times and 500 times off for 500 tests, the time interval between power on and off is the set test delay of 5 seconds. The control module 102 is configured to control the power on/off of the motherboard 201 to be tested. Since the USB port 202 忐 continues to supply power, the control module 102 can use the 5 volts voltage provided by the USB port 202 and control the board to be tested 2 〇 1 according to the number of tests set by the user and the test delay. The detecting module 103 is configured to detect the motherboard to be tested using the voltage provided by the USB port 202. 2 I 1 8 I291559 The host of the computer is changed. When a normal computer is powered but not running, the brain needs mrs t's system to secrete a 5 volt high voltage. When the power is relatively low, the 5 volts are relatively high and the voltage drops to 0 volts. 々Sr electric bribes make electricity shut down; __ computer, volts rise to 5 volts. Therefore, when the control module 102 controls the system to be turned on, the system voltage on the side of the debt measurement module 103 is lowered. If the detection level is low, the system voltage is measured from 5 volts to volts, indicating "“二/ (4) The test module 103 transmits a correct information to the control module 102, so that the two switches can control the motherboard 201 to be tested to be turned off; if the system voltage is not detected, the motherboard 201 to be tested is not properly turned on, ' At this time, the detection module 103 transmits - no module 106. When the control module 102 controls the motherboard 201 to be tested to shut down, the 103 system voltage is increased, and if the system voltage is increased, the voltage of the system is increased from 0 volts. Up to 5 volts, it means that after the control module 102 controls the motherboard 201 to shut down, the test board of the board to be tested is tested at this time _敝(10) transmission-correct information to the record·1G4; if there is no ^««, 2〇1 , ;〇3 Transport an error message to the display module 1〇6. =record module H)4' is used to record the number of tests after each test using the voltage provided by Cong 2()2 The recording module receives the current number of trials from the correct recording of the gamma module 1〇3 transmission. For example, In the initial setting module, the number of test times is set to 100 owes. When the test is started, the control module 102 controls the test board of the test board to be tested. The detection module 103 is immersed in the system voltage, and the control module is 〇2. Control the motherboard 201 to be tested, shut down, _ module 1〇3 _ to the system voltage rises, at this time, the side module sends a simple message to the recording mode, group 1〇4, so that the recording mode, board 1〇4 Record the number of tests as the first time, and so on. When the control module 1〇2 then controls the board to be tested 2〇1 switch-time, the recording module 1()4 records the number of tests for the second time. If it is recorded 50 times, the control module 102 controls the motherboard to be tested to be turned on, and the detection module 1〇3 does not have a system voltage drop, and the recording module has just failed to receive the detection module. Ι〇3传9 1291559 sent the correct information, so only recorded 50 times. ^Comparative ^ level 105, used to compare the number of times the voltage of the recording module 1〇4 scale is provided by the USB 珲202 The number of tests. If the number of tests just recorded in the comparison mode reaches the set number of 6 times, the job side is finished. The motherboard to be tested plus 1 switch is normal, then send a correct message to the display module 1〇6; if the number of people recorded in the recording module 1〇4 j does not reach the set number of tests, then the whole test The process has not yet been = into the 'test board 2 〇 1 still needs further testing, at this time send a prompt information to the control, group 102 ' makes the control module 1 控制 2 control the board to be tested 2 〇 1 boot for the next test For example, if the user sets the number of tests in the initialization setting module 101 to 200 times, and the number of tests recorded by the recording module 104 is 199: owed, the comparison module 1〇5 compares the number of the two test times. If the Weng-Secondary test is not completed, the information is sent to the control module-1〇2, and after receiving the prompt information, the control group 102 controls the host board 201 to be tested to be powered on, and performs the last test; The number of tests recorded in 〇4 and the set number of test-tests are 2 times, then the comparison group 105 transmits - the correct information to the display module 1〇6, indicating that the motherboard to be tested is normally switched on. The display unit 106 is configured to use the voltage provided by the USB port 202 and control the illumination device 40 to display the test result based on the error information transmitted by the detection module 103 or the correct information transmitted by the module 1〇5. The illuminating device 4A can be a light-emitting diode aight-emitting diode (LED) lamp, and the illuminating device 4 〇 can be continuously brightened or blinked to indicate that the test result is normal or abnormal. For example, the user sets the number of tests for Lu 1 person's description. After successfully testing 50 times, the control module 1〇2 controls the board to be tested. 2〇1 Startup preparation 51st test, after booting, detection module 1〇3 does not detect the system voltage drop, the detection module 103 transmits an error message to the display module 1〇6, the display module 1〇6 controls the LED light to flash, and displays the motherboard to be tested 201. It is not normal; it is assumed that the control module 102 is the first time to control the motherboard 201 to be tested to be turned off. After the shutdown, the detection module 1〇3 detects that the system voltage has risen, and the recording module 1〇4 records The number of tests is the first time. The comparison module 105 compares the number of tests recorded by the recording module 104 with the number of times set by the user, and obtains a correct result, and the display module 106 controls the LED lights to continuously illuminate. It is displayed that the on/off of the motherboard to be tested 201 is normal. Among them, the voltage required for the LED light to be bright is low, and the 1291559 USB埠202 can provide enough voltage to make it bright and visually display the results. Other relatively low-voltage light can also be used as the light-emitting device 40, and the LED light display There are many ways to test the results, such as using the number of LED flashes to display different test results. As shown in the second figure, it is a flowchart of an implementation of a preferred embodiment of the test method for the computer motherboard switch of the present invention. The method uses the computer motherboard switch test system 1 to test whether the switchboard of the motherboard to be tested 201 is normal, and displays the test result by using the light emitting device 4, which includes the following steps: connecting the computer 20 After the power is turned on, the USB port 202 can continuously supply a voltage to the computer motherboard switch system test system 1 and the device 4 (step S21). The number of tests and the test delay are set by the input device 3 in the initialization module 101. The number of tests and the delay can be determined according to the user's actual request δ and 疋 'such as testing 500 times delay 5 seconds, then, to be tested The motherboard 201 is powered on 500 times plus 500 times for 500 tests, and the time interval between power on and off is 5 seconds for the set test delay (step S22). The control module 1〇2 controls the board to be tested 2〇1 to be turned on (step S23). The detecting module 1〇3 detects whether the system voltage of the motherboard 2〇1 to be tested is lowered (step S24). If the system voltage is detected to decrease, it indicates that the control module 1〇2 controls the motherboard 201 to be tested to be turned on. 'The motherboard to be tested 2〇1 is turned on normally during the test. At this time, the detection module 103 transmits A correct information is sent to the control module 1〇2, so that the control module 1〇2 controls the motherboard 201 to be tested to be shut down (step S25). The guessing module 1〇3 further checks whether the system voltage is raised (step S26). If the system voltage is detected to be increased, it indicates that the control module 1〇2 controls the motherboard 201 to be tested to be turned off, and the motherboard to be tested is turned off during the test. In this case, the detection module 103 is turned off. A correct message is transmitted to the recording module 1 to record the current number of tests (step S27). The comparison module 1〇5 compares the number of tests recorded by the recording module 1〇4 to the number of tests set by the initialization setting module 101 (step S28). If the number of tests recorded by the comparison record module 104 reaches the set number of tests, the whole test is completed, and the test board of the test board 201 is normal, and the detection module 1〇3 transmits a correct information to the display module. The control light-emitting device 4 displays the test result of the normal operation of the motherboard 2〇1 switch to be tested. The light-emitting device 4 can be an LED light, and the display module 106 can control the LED light to continuously illuminate to display the test result. (Step S29). Further, in step S24, if the system voltage is not detected, the description is
101 102 103 104 105 106 20 1291559 待唧主機板201開機不正常，此時偵測模組1〇3傳送一錯誤資訊至顯 不模組106控制發光裝置40顯示測試結果，並結束測試（步驟I⑹。 於步驟S26巾，若沒有細到系統電壓升高，則說明待測主機板2〇1 關機不正常，此時亦執行步驟S2l〇 :價測模組1〇3傳送一錯誤資1至 顯示模組106控制發光裝置40顯示該測試結果，並結束測f財， 該發光裝i 40可以是上述LED燈，顯示模組可控制該咖燈閃 ，來顯不該待測主機板2〇1關機不正常的測試結果。於步驟奶中， 右比對記錄模組104記錄的測試次數沒有達到設定的測試次數，則說 明整個測試過程還未完成，制主機板2G1還需進_步測試，此時傳 送一提不貧訊至控制模組102，返回執行步驟S23 :控制模 待測主機板201開機，進行下一次測試。、〜 、，、控制 本發明雖峨佳實施方式揭露如上，然其並_嫌定本發明。 任何熟悉此項技藝之人士，在不脫離本發明之精神和範圍内，當可做 更動與、顯’因此本發明之保護翻當視後附之中請翻範圍所界定 者為準。 【圖式簡單說明】 第一圖係本發明電腦主機板開關機測試系統的較佳實施例的運行 環境及系統架構圖。 、第二圖係本發明電駐機板關機測試方法的較佳實施例的實施 流程圖。 【主要元件符號說明】 電腦主機板開關機測試系統 初始化設定模組 控制模組 偵測模組 記錄模組 比對权組 顯示模組 電腦 12 1291559 待測主機板 201 通用串列匯流排架構埠 202 輸入裝置 30 發光裝置 40101 102 103 104 105 106 20 1291559 After the motherboard 201 is turned on abnormally, the detection module 1〇3 transmits an error message to the display module 106 to control the illumination device 40 to display the test result, and ends the test (step I(6) In step S26, if the system voltage is not increased, it indicates that the motherboard 2〇1 is not properly shut down. At this time, step S2l is also performed: the price measurement module 1〇3 transmits an error 1 to the display. The module 106 controls the illuminating device 40 to display the test result, and ends the measurement. The illuminating device 40 can be the LED lamp, and the display module can control the gamma lamp to flash to display the motherboard to be tested. The abnormal test results of shutting down. In the step milk, the number of tests recorded by the right comparison record module 104 does not reach the set number of tests, indicating that the entire test process has not been completed, and the motherboard 2G1 still needs to be tested. At this time, the transmission is not sent to the control module 102, and the process returns to step S23: the control module to be tested is turned on, and the next test is performed. The control is not disclosed. However, the preferred embodiment of the present invention is disclosed above. And _ suspected Any person skilled in the art will be able to make changes and modifications without departing from the spirit and scope of the present invention. Therefore, the protection of the present invention is subject to the definition of the scope. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is an operating environment and system architecture diagram of a preferred embodiment of the computer motherboard switching machine testing system of the present invention. The second drawing is a preferred implementation of the powering board shutdown testing method of the present invention. Example implementation flow chart. [Main component symbol description] Computer motherboard switch machine test system initialization setting module control module detection module recording module comparison right group display module computer 12 1291559 to be tested motherboard 201 universal string Column bus arrangement 埠 202 input device 30 illuminating device 40
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