538351 發明說明（1) 按量子檢測於多數醫療中心中，多有所見，其 $用量子偵測，與預先儲存大量病例資料庫比較^ i檢人員身體之能量分布。是以，理論上言，與 $測比較，其具有某種程度之節省人工與準確 車父具科學之檢測方式。 ^ 唯在傳統的量子檢測系統上，若是想要提供豐 很，必須利用人工抄錄大量的畫面資料重新輸入電 ^、、’先中，才能協助客戶得到適當的解答，並再重新 :5書處理系統中，才能得到量子檢測報告。唯此 缺失在於： $此 :·需手動操作，I有接受專業訓練的專人 需於操作中抄錄大量的資料，耗費人工。 士生，表的内容’通常較為簡略’說明不夠 產生更Π:;的内容無法發現錯誤，再經輪入電 廣，5大：：：Ϊ:專業人員，使得檢測無法大 有鑑於此，測的推廣。 克服上述缺失，铖 ^之體察，潛心研究 子檢測方法及其、:：：貫驗，始創作出本案之「自 其中為;技術内容’首先參閱 流程圖。案之糸統錢配置®，圖二為本案 如圖所示，其夬 , 土本上，本案之自動化量子檢測系 原理係 以找出 統醫療 堪稱為 富的資 腦分析 輸入電 方法之 操作 完整。 腦可能 量推 ’期能 動化量 圖示， 之作動 統，係 •丨 538351 五、發明說明（2) 由一互動式 一自動化報 者。 其中， 11分別可連 可接收來自 預儲存之量 析該受測者 進而分析其 結果，則可 自動化 庫1 3連結， 2 1及一自動 前述互動式 之資訊，並 測，是以， 後之下一步 化資料庫2 2 自動化 可外接網際 比對分析後 一步交又分 該報表袼式 或列印之格 以=裝置i’及—自動化驅動裝 表3成裝置3，以經由操作人員之操作而成 互動式引導偵測裝置1其主要係 結一量子檢測儀12及-量子/料由庫^電腦主機 旦认 貝枓庫U而成， 里=檢測儀12所取得之量子並為讀取，: :i: ΐ13以比較該讀取之數據，並為比較分 間之差異，以為受測者之參考，复丁 經由電腦主機之顯示幕以為顯示;;^ 义析 =動裝置2其係與前述電腦主機· 俾為資料之傳輸，基本上，其及_里子貝科 化資料庫22組成，t亥驅動電腦21 f動電腦 引導偵測裝置k電腦主 =1 量其子可 自動依據分析之結果以決\進及—里步子之^ 驅動電腦21其具有預設之軟體，俾為罢 内。 双錄貝科儲存於自動 報表合成裝置3其主要係為一報 網路’以為對外之通訊，其二表在 =，唯i 之貧料，依據受測者與不同報表之 ^作^ 析之處理’並轉換成受測者可閱讀之:i料： Π Η值或其他任何電腦可顯示'科處理而 式，且其可供網際網路為傳輸，如此，即可為 538351 五、發明說明（3) 遠端$作’以取得資料並為列印。 化旦參閱圖二’本案於實施時’首先啟動本案之自動 化ί動裝^2糸:互並輸入受檢者之基本資料’而後’自動 作，互軏 、、動式引導债測裝置1即分別啟動並開始運 Α 式』丨導偵測裝置1即經由量子檢測儀1 2之檢測讀 動i置2 A而Λ時其可透過遠端遙控方式與驅動之自動化驅 即㈣取並判示測量數據後白’自動化驅動裝置2 粗我士料4貧料，同時與取自量子資料庫丨3之資 報：人点肚而後儲存於自動化資料庫22 ’ 1可啟動自動化 #· 動分析，產生報告，進而可為列印、互 於量子ΐ料ϋ ^*1則於顯示檢測數據後，將該資料儲存 子：枓庫13，以增加量子資料庫13 為進一步之檢測時，則結束此系統。 Μ且右不 a直：：兔，由本案之實施，其可達完全自動化之功效， 為退距醫療時之檢驗之用，除提高時效性外，亦 <避免被測者之受限於單-地點之缺失，實屬亦 /大突破。 耳屬里子檢驗之 本案所揭示者，乃較佳實施例，舉凡局部之 飾而源於本案之技術思想而為熟習該項技藝之人所易二‘ 知者’倶不脫本案之專利權範疇。 ；推 综上所陳，本案顯示其週異於習知之技術特徵，亦狄 合發明之專利要件，懇請f審查委員明察，並祈早日^ 予專利’俾嘉惠社會，實感德便。538351 Description of the invention (1) It is common to see quantum detection in most medical centers. It uses quantum detection to compare the energy distribution of the body of the examiner with a large number of pre-stored case databases. Therefore, in theory, compared with $ test, it has a certain degree of labor saving and accuracy. ^ Only on the traditional quantum detection system, if you want to provide a lot of money, you must manually copy a large amount of screen information and re-enter the electricity ^ ,, 'first, in order to help customers get the appropriate answer, and then re-: 5 book processing In the system, you can get the quantum detection report. The only missing points are: $ this: · Manual operation is required. I have professional training. I need to copy a large amount of data during operation, which is labor-intensive. Scholar student, the content of the table 'usually brief' is not enough to produce more Π :; the content can not be found errors, and then into the TV broadcasting, 5 big ::: Ϊ: professional, making the test impossible Promotion. Overcoming the above-mentioned shortcomings, I ’m aware of it, and I ’m concentrating on the sub-detection methods and ::: Experience, and started to create the "self-made; technical content" of this case. First refer to the flowchart. The second is as shown in the figure. In the original, the principle of the automated quantum detection system in this case is to find out that the operation of the medical system can be called a wealthy brain. The method of input electricity analysis is complete. Quantitative icon, the system of action, is 丨 538351 V. Description of the invention (2) An interactive and an automated reporter. Among them, 11 can be connected to receive the volume from the pre-stored analysis of the subject to analyze it. As a result, you can automatically link the library 1 3, 2 1 and an automatic interactive information, and test, so that the next step of the database 2 2 automation can be externally compared to the Internet comparison analysis and then submit the report in one step. The type or printing format is = device i 'and-the automatic drive is used to install the meter 3 into the device 3, which is an interactive guided detection device 1 operated by the operator, which is mainly tied to a quantum detector 12 and- The quantum / material is formed by the library ^ computer mainframe identifying the library U, where li = the quantum obtained by the detector 12 and read it:: i: ΐ13 to compare the read data and compare the differences between divisions As the reference of the test subject, Fu Ding thought it was displayed through the display screen of the computer host; ^ Meaning analysis = mobile device 2 which is the data transmission with the aforementioned computer host · 基本上 Basically, its and The database 22 is composed of the t 21 drive computer 21 f the computer guided detection device k computer master = 1 and the number of children can be determined automatically based on the results of the analysis \ progressive-ribuzi ^ The drive computer 21 has preset software The double-recorded Beco is stored in the automatic report synthesis device 3, which is mainly a report network for external communication, and the second table is =, only the poor material of i, according to the test subject and different reports. ^ 作 ^ Analyse the processing 'and convert it into the subject's readable: i material: Π value or any other computer can display' subject processing formula, and it can be transmitted for the Internet, so, it can be 538351 V. Description of the invention (3) The remote operation is used to obtain the information and print it. Refer to Figure 2 'When this case is implemented', firstly start the automation of this case. ^ 2 糸: Enter the basic information of the examinee in parallel and then 'Automatically, the mutual and dynamic guidance debt testing device 1 is started separately. And start to run the A-type ". The guidance detection device 1 is set to 2 A through the detection read of the quantum detector 12 and when it is Λ, it can capture and judge the measurement data by remote remote control and the automatic drive of the driver. White 'automatic drive device 2 rough material 4 poor material, and at the same time with the information report taken from the quantum database 丨 3: people click on the belly and then store it in the automation database 22' 1 can start automation # · dynamic analysis, generate reports, Furthermore, it can be printed and interact with the quantum data. ^ * 1 After displaying the detection data, the data store: the library 13 is added. When the quantum database 13 is added for further detection, the system ends. Μ and right a: ： Rabbit, implemented by this case, it can achieve the effect of full automation, for the purpose of inspection during back distance medical treatment. In addition to improving the timeliness, it also avoids the limitation of the subject. The lack of single-location is also a big breakthrough. The ear disclosed in this case is the preferred embodiment. For example, all the decorations are derived from the technical ideas of this case and are familiar to those skilled in the art. 'Knowledge' can not deviate from the scope of patent rights in this case. . To sum up, this case shows that its technical characteristics are different from the conventional ones, and the patent elements of the invention are also urged, and the reviewer is urged to make a clear inspection and pray for the early granting of patents to the society.
538351 圖式簡單說明 圖式說明： 圖一為本案之系統架構配置圖 圖二為本案之作動流程圖。 圖號說明： 互動式引導偵測裝置 1 自動化驅動裝置 2 自動化報表合成裝置 3 電腦主機 11 量子檢測儀 12 量子資料庫 13 驅動電腦 21 自動化資料庫 22 報表電腦 31538351 Brief description of the drawings Description of the drawings: Figure 1 is the system architecture configuration diagram of the case. Figure 2 is the flow chart of the action of the case. Explanation of drawing number: Interactive guidance detection device 1 Automatic driving device 2 Automatic report synthesis device 3 Computer host 11 Quantum detector 12 Quantum database 13 Drive computer 21 Automation database 22 Report computer 31
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