200408969200408969
【發明所屬之技術領域】 本發明是有關於一種提供受動力驅動機具診斷的方法 …系、.先特別疋指—種可預防機具非突發性的損壞，甚 ^因非突發性的損壞所造成的更大損壞，提高機具的使用 安全。 【先前技術】 "所^動力驅動的機具，諸如工業機具、汽車等，常 常是需要定期保養或維修。 10 15 以工業機具的沖床1〇〇為例來說明，—般高科技產業 ί其他產業所使用的沖床1⑻，其所要求的精密度均相當 ν，因此常常會於各個油路、f線及受力結構上安裝有感 =(圖未示），藉由這些感測器將所需注意的數據顯示於 :木、1〇〇的各個面板⑴…⑴但是一般的作業員根 本無法從顯示的數據得知其代表 /、、 作者是 ^丨相工程師，其也很難同時兼顧到各種數據的 二 π可能一直注視著顯示的數據，因此，常常會因 小問題而造成沖床100的大損壞，而需停 修，時間盥今焱初γ生 行寻業貝維 二 1:金_失，但是這些小問題多半是有徵兆的 3疋油官的油壓漸漸降低、電力不穩、定位不準等，只 疋如果要人員經常注意並加以分析顯示數據的話，3 敎員的人力，且還未必可以精確或即時的發ΐ 出冲床100的小問題。 。而薇房於沖床100發生故障後，通常是先通知維修人 貝’維修人員也必須先㈣房了解現況，檢查受損沖床 20 200408969 的地方，再進行維修，而若需要更換零件時 的运必須再來回—次將零件帶來更換，浪費許多 又以汽車而言，幾乎所有的車輛都是以行歇 的依據’但是於汽車保養的過程中也只是針二: 邊有里行更換，或是使用者告知維修人員哪 到機二的二才:特別注意，否則大部分也都是等 而甚至讓成大禍了，才會被發覺，缺 =所判斷的異常位置是否正確，是值 ，因、 為使用者又不是專業人員，其所判斷的結果並非是正確的 ，另夕卜有一些、八車會於車上配備-部偵測電腦，而今 2測電腦是於汽車㈣祕料時，心連接 = 15 20 =腦，並將當時於汽車上所偵測到的數據修= 電腦，而維修人員再依據這些數據判斷汽車當時的車Γ 3:=:知汽車各部位的資訊，但是無法得知 k些數據的變化趨勢，且維修人員 車較並通的邱彳八 、犯的也只是針對汽 ，，二 能對該款汽車的統計數據做判斷 亚α針對早一汽車的統計數據做判斷，所以無法對— 些較精密的部位分析，因為綜算是同—款汽車，1有 2會有所差距’無法針對每一部汽車給予精確的分㈣ 因此，對於現行的—些對機具維修與保養的方式還是 有&多極待改進與解決的。 8 【發明内容】 因此，本發明之目的 為動 斷的方法，以使機具可以_=#^=聽動機具診 防非突發性的損壞。 "13吩的#斷，預 本土明之另一目的即在提供-種受動力 的方法，蚀接目ΛΑ ^ 又勤力動機具診斷 方^料具的維㈣養更為快速㈣。 於是，本發明提供受動力驅動機 法包含有：於一祈納从地 丨幻万法，该方 器及-⑽哭ml 1具擇定位置處組設有複數個感測 等數據整:Γ二取得該機具上欲診斷的數一 且在“土 糸、、光作為比對才示準，之後將該機 具母〕人使用時所紀錄的數據 遂而近端透過遠端診 斷後㈣果m此結果決定是否進行保 【實施方式】 t發明之前述以及其他技術内容、特點與優點，在以 下配合參考圖式之較佳實施例的詳細說明中，將可清楚的 明白。 士 >見第一、二圖所示，為本發明一較佳實施例的步驟 流程圖，要實施本實施例時必須先於一受動力驅動機具（ 圖未不）上的擇定位置處組設有感測器，以及將該等感測 口口电性連接於一紀錄器，在此先不搭配實際機具的圖示說 明而將於後再搭配解釋；該紀錄器是用以紀錄該等感測器 所偵測到的數據，當然於紀錄器裡會將不同感測器所偵測 到的數據加以區分紀錄，·例如將紀錄器内區分成許多的紀 200408969 :立置’弟'纪錄位置可以是紀錄由债測電流的感測哭所 代來之數據’第二紀錄位置可以是紀錄由偵測油管油屋的 所傳來之數據，第三紀錄位置可以是紀錄由谓測軸 承溫度的感測器所傳來之數據等。 、、 而-開始的時候於一用以診斷該機具的診斷系統中並 未建立有供比對的基準值，因此，於該診斷系統中必 =立好供比對的基準值，而本實施例建立基準值的方式如 不，是切感測器前幾次所取得的數據提供給該診 而提供的方式可以是以網路加以傳送，或是將數 據儲存在一磁片再將磁片 合沾七斗、 ’或是以其他適 =方式加以提供，該診斷系統再將所有的數據加以平均 =:τ據，例如將峨流的數據”貞測油管油塵 ㈣據、偵_承溫度的數鮮分別加以平均，分別取得 一平均數據。 、 15 20 該舞系統再對於每一平均數據給予一上、下限範圍 門而對每一種類的數據決定出一基準數據，該上、下限 圍的多寡當然是由專業人員加 Α ^ 、 疋義的，而該診斷系統再 Γί旱據加以紀錄，即可完成此前置作業；而最好 疋母#具均齡別執行—次前置作業 機型的機具也有可能會有不 …“疋门 —n u敫值的數據，所以如果不將 ΠΓ加以分別建立基準數據的話，接下來所能做的比 I析H針對機具—㈣為常態性的部位加以進行， 上、下限範圍的定義也必須以較大的範圍來定義， 口此無法對機具提供-較全面、較精相分析，所以不對 10 每一機具加以執行—次前置作 較不重要的機具上。 乃式，、此適用於一些 再如弟二圖所示，者私^ 後，使用機具之心Γ ^纟統中建立好基準數據之 中，該H铸次的機具啟動及使用過程 數據加以紀錚，而广 感測器卿到的待比對 近端的人員再將ΓΓ預定時間後，或是於機具關機後， 端的診，、=所紀錄下來的待輯數據交給遠 片郵寄付方式同樣是可以網路傳輸或是以磁 10 網路傳輸二辭且於相機具亦可自動的將待比對數據以 傳輪給移斷系統，而無需人員的操作。 對數後’即可將此待比 據與先則所建立好的基準數據加以比對，如第四圖所 ::如當先前所建立好的基準數據數值為5±丄時，圖 15 圖ΓΓί所表示的是於前置作業中所得到的平均數據，而 貫線所表示的是上、下限範圍，而待比對數據為圖 斤表不’如果待比對數據是介於兩細實線間的範圍 ❿ 2話’即可得知該機具使料此部位的狀況是正常的， ^之上，若是待比對數據如果不是介於此範圍間的話，亦可 20 行i w亥機具使用時此部位的狀況是不正常的，而需要加以 庄W或維修的，再如圖五所示所建立的基準數據亦可為一 曲線’例如機具上一些循環式的作業部位，其方式亦如圖 四不再贅述，所以此系統不單只能針對穩定的數據比對 對於一些具規則變化的曲線亦能做比對分析；而比 對刀析基本上是可以人員觀察，或是設計一軟體自動的加 11 200408969 以分析，當然以人員觀㈣方式是㈣人的 自動分析的話還可設計該軟體將結果加以列表呈=軟體 於正常情況下發出安全H梦， 、 或疋 印m虎，而於不正常情況下 邀灰 5 訊號，並告知機具哪一部位的數值是不正常的。，舌口 而於遠端的診斷系統再將此結果以電話或是網 的方式告知近端的操作人員 專輪 计仆人貝，或疋遠端診斷系 機f有不正常的數值反應時，再告知近端人貝，=” $貝主動的以電話聯絡遠端得知結果，而遠 可以以網路傳送或是郵寄的方式將結果加以通知，= 端的人員再依此結果來決定機具是否需要檢查或維修者近 而前述以遠端與近端來定義診斷系統舆機具的位，· 並非是指機具一定要在折姑 ^ 要在近^、而#斷系統一定要在遠端， 機具與診斷系統亦可於同一 15 一廠房中有數十部機具的話，1:::房，也就是說當 錢具較為精密需要相當專業的人員監視分 之应^ 遠距診斷的方式加以執行，像是出售機具 =斤設的服務站，而向_講買機具後即可將紀錄 ==、，、己錄器内的數據提供給服務站的專業人員分析，此 20 ，機具鎖售到遠地或海外的廠商 、〇 ”、f成立—服務站（遠端診斷系統），而購買機具的 7即可透過網路將數據加以傳送，提供給服務站比對分 了二服務站再透過網路將結果告知近端；藉此，廉商即 可从一種方便、準確的機具診斷方法，且透過這種方法 ’近端的使用者可隨時得知及掌握機具的使用狀況，避免 12 200408969 7非大發性的損壞，甚至是因非突發性損壞所造成的更 口'机而若萄機具真的損壞時，廠商也可先判斷機具大 概2一部位損壞，而先將所需要的用具及零件加以準備 n些不必要的在途時間，尤其是近端與遠端相距甚 5 遠時。 10 心請參見第六圖所示’如果當較佳實施例中所述的近端 又動力驅動機具為—沖床·時’所舉例的沖床谓乃為 -較精密，使用於高科技產業，或是用以沖壓精密物件的 冲：300，於沖床3〇〇的擇定位置處設置有感測器μ，以 及认有5己錄益33，該等感測器31均電性連接於該記錄 f 33 ’並將其所積測到的數據儲存於記錄器-33上，而該 等感測器31於本例中會將所測得的數據顯示於一顯示器[Technical field to which the invention belongs] The present invention relates to a method for providing a diagnosis of a power-driven implement ... First, it specifically refers to a method that can prevent non-emergency damage to the implement, even due to non-emergency damage. The greater damage caused, and the safety of the machine is improved. [Previous technology] Powered tools, such as industrial tools and automobiles, often require regular maintenance or repair. 10 15 Take the industrial machine's punch press 100 as an example to illustrate, the general high-tech industry 1 used in other industries, the required precision is quite ν, so it will often be in each oil line, f line and The force structure is installed with a sense = (not shown in the figure). With these sensors, the data to be paid attention to are displayed on the various panels of wood and 100⑴ ... but the average operator can't read from the displayed The data shows that the representative /, and the author are phase engineers, and it is also difficult to take into account various data at the same time. The two π may have been watching the displayed data. Therefore, the punch 100 is often damaged due to small problems. However, it is necessary to stop the repair. The time is now to find a job. Bevey II 1: Gold is lost, but most of these small problems are 3 signs. The oil pressure of the oil officer is gradually decreasing, the power is unstable, and the positioning is not accurate. Wait, only if the personnel often pay attention and analyze and display the data, 3 the manpower of the staff, and may not be able to accurately or immediately issue the small problems of the punch 100. . After Weifang's failure of the punch 100, the maintenance person is usually notified first. The maintenance personnel must also know the current situation, check the damaged punch 20 200408969, and then perform repairs. Back and forth again-bring the parts to replace, waste a lot, and in terms of cars, almost all vehicles are based on breaks', but in the process of car maintenance, it is only the second needle: replace it with a line, or The user tells the maintenance personnel where to go to the second machine of the machine: pay special attention, otherwise most of them will wait and even cause a disaster, and then they will be found out. The lack = whether the abnormal position judged is correct. For the user and not a professional, the result of his judgment is not correct. In addition, there are some eight cars that will be equipped with a detection computer on the car, and now the 2 test computer is used for the car. Heart connection = 15 20 = brain, and repair the data detected on the car at that time = computer, and the maintenance staff then judges the car at the time based on these data Γ 3: =: Know the information of each part of the car, but ca n’t Know the change trend of these data, and Qiu Qiu, who is more familiar with maintenance vehicles, only commits to the automobile. Second, he can make judgments on the statistical data of this car. Therefore, it is impossible to analyze some of the more precise parts, because the overall calculation is the same model, there will be a gap between 1 and 2. 'It is impossible to give accurate analysis for each car. Therefore, for the current — There are still many ways to improve and resolve. 8 [Summary of the invention] Therefore, the object of the present invention is a dynamic method so that the machine can be diagnosed to prevent non-abruptive damage. " 13phen ##, another goal is to provide a kind of motivational method, eclipse ΛΑ ^ and diligently diagnose and repair the maintenance of materials faster. Therefore, the present invention provides a method for driving a powered machine including: a sacrifice from the ground 丨 magic Wan method, the square device and-wee cry ml 1 set a plurality of sensors and other data at a fixed position: Γ 2. Obtain the number to be diagnosed on the machine and make it accurate only after comparing the soil, and light. Then the data recorded when the machine was used by the person was diagnosed by the remote end. The result is to decide whether or not to maintain the [Embodiment] The foregoing and other technical contents, features, and advantages of the invention will be clearly understood in the following detailed description of the preferred embodiment with reference to the drawings. Figures 2 and 2 show the steps of a preferred embodiment of the present invention. To implement this embodiment, a sensor must be set at a selected position on a driven tool (not shown). And electrically connect the sensing ports to a recorder, which will not be matched with the illustrations of the actual implements and will be explained later; the recorder is used to record the detection of these sensors. The measured data, of course, will not be recorded in the recorder. Differentiate the records with the data detected by the sensor. For example, divide the recorder into a number of records 200408969: The record position of the 'brother' can be used to record the data replaced by the sensing cry of the debt measurement current. ' The second record position may be recorded by the data transmitted from the oil pipe oil house, and the third record position may be recorded by the data transmitted by the sensor that measures the bearing temperature. A reference value for comparison is not established in a diagnostic system for diagnosing the implement. Therefore, a reference value for comparison must be established in the diagnostic system, and the method of establishing the reference value in this embodiment is not It is to provide the diagnosis by cutting the data obtained by the sensor several times before. It can be transmitted over the network, or the data can be stored on a magnetic disk and then the magnetic disk can be combined with the bucket. Provided in other suitable ways, the diagnostic system then averages all the data =: τ data, for example, the data of E Liu "Zheng test tubing oil dust data and detection temperature data are averaged separately, respectively. Obtain an average data. , 15 20 The dance system then gives an upper and lower limit range gate for each average data and determines a reference data for each type of data. Of course, the size of the upper and lower limit ranges is of course added by professional professionals. The diagnostic system can record this drought data to complete the pre-operation; and it is best for the mother to have a uniform age to perform—the machine of the sub-pre-operation type may also have a "..." —Nu 敫 value data, so if ΠΓ is not separately established as the reference data, the next analysis can be done for the position where the machine — 态 is normal, and the definition of the upper and lower limits must also be based on It is defined in a large scope, and it is impossible to provide tools for more comprehensive and sophisticated analysis, so it is not performed on each tool of 10-less important tools on the front. This is applicable to some As shown in the second figure, after the private use, the heart of the machine is used to establish the baseline data in the system. The machine tool startup and use process data of the H mold are recorded, and the wide sensor To compare The near-end staff will then send ΓΓ for a predetermined time or after the machine is turned off. The end-of-care diagnosis will be sent to the remote film by post. The payment method is also network transmission or magnetic 10 network. After transmitting the two words, the data to be compared can also be transferred to the removal system automatically by the camera, without the need for human operation. After the logarithm, the reference data can be added to the baseline data established by the previous rule. Comparison, as shown in the fourth figure :: When the value of the previously established reference data is 5 ± ，, Figure 15 and Figure ΓΓί represent the average data obtained in the pre-operation, and the continuous line represents It is the upper and lower limit range, and the comparison data is shown in the figure. If the comparison data is in the range between two thin solid lines ❿ 2 words, you can know that the condition of this part is that the machine is expected to be Normal, above ^, if the data to be compared is not within this range, the condition of this part when using the 20-row iwhai machine is abnormal, and it needs to be repaired or repaired. The benchmark data shown in Figure 5 can also be a curve ' For some circular operation parts on the machine, the method is not described in Figure 4. Therefore, this system can not only compare stable data, but also compare and analyze some curves with regular changes. Analysis can basically be observed by personnel, or you can design a software to automatically add 11 200408969 for analysis. Of course, if the method of personnel observation is a human automatic analysis, you can also design the software to list the results = software under normal circumstances Send a safe H dream, or imprint m tiger, and in the abnormal situation, invite a gray 5 signal, and inform the machine where the value is abnormal. The tongue and the remote diagnosis system will then use this result Inform the near-end operator by phone or on the Internet. If the remote diagnostic system f has abnormal numerical response, inform the near-end person. Contact the remote to know the result, and the result can be notified via the network or by mail. = The person at the end will then use this result to determine whether the machine needs to be inspected or repaired. The distal and near ends are used to define the position of the diagnostic system and the tools. It does not mean that the tools must be folded ^ It must be near ^, and the #off system must be at the remote end. The tools and diagnostic system can also be in the same 15 If there are dozens of machines in a factory building, 1 ::: room, that is to say, when the money is more precise, it needs to be monitored by a professional person. The remote diagnosis method is used to implement it, such as selling the machine = Service station, and after purchasing the equipment, you can provide records == ,,, and the data in the recorder to the professionals at the service station for analysis. This 20, equipment locks sold to remote or overseas manufacturers, 0 ", f set up-service station (remote diagnostic system), and 7 purchased equipment can send data through the network, provided to the service station to compare the two service stations, and then inform the near end of the results through the network; , Cheap merchants can use a convenient and accurate tool diagnosis method, and through this method 'proximity users can know and grasp the use of the tool at any time, to avoid 12 200408969 7 non-fatal damage, even due to Not caused by sudden damage If the machine is really damaged, the manufacturer can also judge that the machine is about 21 parts damaged, and prepare the necessary tools and parts first for some unnecessary time in transit, especially the near-end and When the far ends are very far apart. Please refer to the sixth figure for the example of "if the near-end power-driven machine described in the preferred embodiment is a" punch. "The punch press is-more precise, used in high-tech industries, or It is a punch for punching precision objects: 300, a sensor μ is set at a selected position of the punch 300, and 5 has been recorded 33, and these sensors 31 are electrically connected to the record f 33 'and store the measured data on recorder-33, and the sensors 31 in this example will display the measured data on a display
35上’且於近端還包括有一第一 ^弟包細37 ,其是用以將儲 存於該記錄器33上的數據透過網路傳送至遠端。 另外， 遠端診斷系統彻為製造沖床300的廠商所設 20 立的-服務站，該診斷系統包括有—第二電腦Μ及 -診斷裝置43，該診斷裝置43可以是安裝於第二電腦μ 内的-軟體，該第二電腦41是用以接收近端第一電腦37 所傳送過來的數據，再經由診斷裝置43處理，當然於診 斷裝置43中必須先料有針對該沖床細的基準數據， 才能有比對分析的依據，而診斷裝置43再將比對後的結 果通知給近端，近端也可依據此結果而輕易的掌握該沖床 300的機能’可㈣的於損壞發生前做好維修保養的工作 ，·藉由此方歧長近職制制壽命，㈣㈣廉商亦35 上 'and also includes a first packet 37 on the near end, which is used to transmit the data stored on the recorder 33 to the far end through the network. In addition, the remote diagnosis system is a 20-service station provided by the manufacturer of the punch 300. The diagnosis system includes a second computer M and a diagnostic device 43. The diagnostic device 43 may be installed on the second computer μ. -The software, the second computer 41 is used to receive the data transmitted from the near-end first computer 37, and then processed by the diagnostic device 43. Of course, the diagnostic device 43 must first have reference data for the punch press. In order to have a basis for comparison analysis, the diagnostic device 43 then notifies the near end of the comparison result, and the near end can also easily grasp the function of the punch 300 according to this result. It can be done before the damage occurs. Good maintenance work, by using this method to extend the life of the near-term system,
13 ζυυ4υ«νον 可藉此提供客戶一完盖 得到利潤。 。、後服務，並可於維修保養過程 請再參見第七、八闬化一 近端受動力驅動機呈為：，若當較佳實施例中所述的 遥—付罢* 钺，、為— a車600時，必須於汽車600的 擇疋位置處設置有感測哭 記錄器63可以為—磁二“有一記錄器63，該 _ 6 '、、、碟機631及一磁媒片633，該等感 /貝J即61均電性連接於 σ 攄'类並將其所偵測到的數 ==機631館存於磁碟片《3上，而汽車_於啟 龜 1513 ζυυ4υ «νον This can provide customers with a profit after completion. . , After service, and during the maintenance process, please refer to the seventh and eighth Huayi near-end powered driver as follows: If the remote-pay strike * 较佳 in the preferred embodiment, 为- For car 600, a sensor recording recorder 63 must be provided at the selected position of car 600. The magnetic recorder 63 can be a magnetic recorder 63, a _ 6 ', a disc player 631, and a magnetic media piece 633. These senses / beams, ie 61, are electrically connected to the σ 摅 'class and the number they detect == machine 631 is stored on the magnetic disk "3, and the car _ 于 启 龟 15
20 63; 編61所軸的數據會先館存於磁碟片 633上，當然可以不需一亩键左 .定時間佐針_-存設定每經過-特 ^次，或儲存一段時間的數據變化，而當汽 車_駕駛者於某一時間停車不用時，即可將磁碟片阳 :出，透過-第三電腦65’第三電腦65可以為駕敬者家 吏用的利用第三電腦65將儲存於磁碟片咖的 數據透過網路傳送至遠端。 欠遠端f斷系、统700為汽車_的製造商所設立的一服 務站’或是任何—汽車維修保養廠，診斷系統·為一第 p電腦’於第四電腦71中安裝有一用以比對分析的診 斷軟體73,該第四電腦71是用以接收第三電腦μ所傳 送過來的數據，再經由診斷軟體73處理，當然於診斷軟 體73中必須先儲存有針對該汽車6〇〇的基準數據，才能 有比對分析的依據，而診斷軟體73再將比對後的結果通 知給近端，近端也可依據此結果而輕易的掌握汽車6〇〇的 機能，可輕易的於損壞發生前做好維修保養的工作；藉此 14 200408969 =因Γ突發性的損壞所造成的傷害’甚至造成駕駛者的 此㈣汽車_的使轉命，轉修保養廠 亦可猎、准修保養過程得到利潤。 /上述本發明之提供受動力驅動機具診斷的方法 及其系統’確實能驗機具的非突發性損壞，且可藉由此 方法^統延長機具的使料命，而絲亦可藉此提供客 戶=完熹的售後服務’並可於維修保養過程得到利潤，故 確貫能達到本發明之目的。 惟以上所述者，僅為本發明之較佳實施例而已， ίο 15 2020 63; The data of the 61 axes will be stored on the magnetic disk 633 first, of course, you don't need to press the left button of the acre. Fixed time _-save the setting every time-special ^ times, or store the data for a period of time Change, and when the car _ driver is parked at a certain time and not in use, the disk can be used: out, through-the third computer 65 'the third computer 65 can be used by the driver ’s family officials 65 The data stored in the disk coffee is transmitted to the remote end via the network. A remote service station, or system 700, is a service station set up by the manufacturer of the car _ or any-a car repair and maintenance plant, a diagnostic system is a p-th computer, and a fourth computer 71 is installed for The diagnostic software 73 for comparison and analysis, the fourth computer 71 is used to receive the data transmitted from the third computer μ, and then processed by the diagnostic software 73. Of course, the diagnostic software 73 must first store the vehicle 600. Only the benchmark data can have a basis for comparison analysis, and the diagnostic software 73 then notifies the near end of the comparison result. The near end can also easily grasp the function of the car 600 based on this result, which can be easily used in Do the maintenance work before the damage occurs; by this 2004200408969 = Injury caused by sudden damage 'and even cause the driver to change his car ’s life. Profit from the maintenance process. / The above-mentioned method and system for providing diagnosis of a power-driven implement of the present invention can indeed inspect non-abruptive damage of the implement, and by this method, the life of the implement can be extended, and the silk can also provide Customer = complete after-sale service 'and can make profits in the maintenance process, so it can consistently achieve the purpose of the present invention. However, the above are only the preferred embodiments of the present invention. 15 20
能以此限定本發明實施之範圍，即大凡依本發明中請L 範圍及發日錢明書㈣所作之簡單㈣效變化與修都1 應仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 第一圖是一種習知沖床的立體示意圖； 立基 第二圖是本發明較佳貪施例於遠端診斷系統中建 準數據的流程圖；This can limit the scope of implementation of the present invention, that is, any simple changes and repairs made in accordance with the scope of the present invention and the scope of the present invention should still fall within the scope of the invention patent. [Brief description of the drawings] The first diagram is a three-dimensional schematic diagram of a conventional punch; the second diagram is a flowchart of establishing accurate data in a remote diagnosis system according to a preferred embodiment of the present invention;
$二圖是本發明較佳實施例的比對分析流程圖； 第四圖是本發明較佳實施例診斷系統進行數據的 示意圖/圖中表示此比對數據為-較穩定的數值； _第五圖是本發明較佳實施例診斷系統進行數據的 示意圖，圖中表示此比對數據為呈一曲線變化； 第六圖是本發明較佳實施例以沖床與沖床製造商為杂 例來加以說明之示意圖；及 馬 以說明 第七圖是本發明較佳實施例以汽車為實例來加 15 200408969 之示意圖。 第八圖是將第七圖中儲存汽車數據的磁碟片資料傳送 給保養废之示意圖。Figure 2 is a comparison analysis flowchart of the preferred embodiment of the present invention; Figure 4 is a schematic diagram of the data performed by the diagnostic system of the preferred embodiment of the present invention / the figure shows that the comparison data is a relatively stable value; Figure 5 is a schematic diagram of the data performed by the diagnostic system of the preferred embodiment of the present invention. The figure shows that the comparison data is a curve change; Figure 6 is a preferred example of the present invention using a punch and a punch manufacturer as miscellaneous examples. The schematic diagram of the description; and the seventh diagram of the horse's description is a schematic diagram of a preferred embodiment of the present invention using a car as an example to add 15 200408969. The eighth figure is a schematic diagram of transferring the disk data storing the car data to the maintenance waste in the seventh figure.
16 200408969 【圖式之主要元件代表符號簡單說明】 300 沖床 31 感測器 33 記錄器 35 顯示器 37 第一電腦 400 診斷系統 41 第二電腦 43 診斷裝置 600 汽車 61 感測器 63 記錄裔 631 磁碟機 633 磁碟片 65 第三電腦 700 診斷系統 71 第四電腦 73 診斷軟體 1716 200408969 [Simplified explanation of the main components of the diagram] 300 punch 31 sensor 33 recorder 35 display 37 first computer 400 diagnostic system 41 second computer 43 diagnostic device 600 automobile 61 sensor 63 recorder 631 magnetic disk Machine 633 magnetic disk 65 third computer 700 diagnostic system 71 fourth computer 73 diagnostic software 17