M417899 五、新型說明： 【新型所屬之技術領域】 係有關一種a壓量測系統，特別是關於一種可自動檢驗並校正本 身準確度之血壓量測系統。 【先前技術】 近年來全球許多國家，已逐漸進入高齡、少子化的社會，加上物 質生活的品質提升，現代人罹患文明病的機率大幅提升，尤以中老年 人為最’根據台灣國民健康局統計，台灣每年新增10萬名高血壓串 者’平均一天新增2M人，目前國内高血壓人口已逾4〇〇萬人；65歲 以上國人的高血壓盛行率甚至高達56.6%。由此可知國人心也管疾病 的高危險群人數眾多。當血壓控制不當時，長時間下來將對病患腦部、 心臟、腎臟及眼睛等多方面產生病變或併發症，嚴重者可能會危及生 命。因此血壓量測儀器的準確度，在現代社會，非常重要。 大部分市售的血壓計，其功能一般包含量測、運算與顯示，當量 測血壓完畢，即可運算與顯示，本身並無壓力檢驗校正功能，使用一 段時間後應回廠校正。 一般而言，電子血壓計在高低溫差大的區域，例如中國大陸東北 之室外負27度C，其内部電路板會因為溫差之關係而產生形變扭曲， 進入室内回復18度C，電路板回復原狀過程再度產生扭曲之情形，則 電子血壓計之量嶋準度產生誤差。電子血壓計之電路紐存放時間 過久而產生形變，則電子血壓計之量測精準度會產生誤差。再者，一 3 M417899 般電子血斷有使用方便、操作容易以及方便攜帶之優點為了測量 上的準確度’通常在出礙前會先利用特殊的儀器於卫廢高度進行校 驗’當使用者攀升至高海拔處時，内部校驗值會因為高度差異產生誤 差，導致在高海拔處量測不精準，此時通常必須再细原廠進行精準 度校正，對於醫院或居家無法自行確認血壓計精準度之使用者，相當 麻煩而且不便，且送回原廠所消耗之財力、時間以及人力對於每曰 必須控制血壓值之使用者而言極度困擾。 一般電子血壓計已於醫院、診所及居家照護中心中大量使用，但 並無自動檢驗並校正本身準確度之功能，在長期使用或是溫度變化導 致量測準確度偏差，造成病人血壓量測誤差，醫生給藥錯誤當護理 人員發現偏差或至到達年度校驗時發現偏差，則必須再送回原廠進行 精準度校正，對於每天必須使用血壓計的單位，其送回原廠所消耗的 時間及造成病人jk壓量測錯誤，都是相當嚴重問題。 一般居家個人之電子血壓計並無自動檢驗並校正本身準確度之功 能，在長期使用或是溫度變化導致量測準確度偏差，血壓量測錯誤而 不知道，如定期送回原廠進行精準度校正，其送回原廠所花費的時間 及金錢，對於每日必須控制血壓值之使用者或是必須依賴血壓值量測 而服藥之使用者而言極度困擾。 目前遠距照護中心目前已廣泛使用電子血壓計量測及傳輸病人血 壓、生理值資料回中心或醫院’在長期使用或是溫度變化導致量測準 確度偏差’血遂量測錯誤，都是相當嚴重問題定時送回原廠進行精準 4 M417899 度校正，對於每天必須提供社區居民量測血壓、生理值之照護中心， 其送回原廠所消耗的時間及耽誤使用者量測，都是相當不便之處。 對於居豕個人之自我健康照護或自我健康遠距照護，，在長期使 用或是溫度變料致量卿確度偏差，血壓量職誤，都是相當嚴重 問題’送回原廠進行精準度校正，其送回原座所花費的時間及金錢， 對於遠距麟之服務中心、每日必馳制血驗之制者或是必須依 賴血壓值量測而服藥之使用者而言極度困擾。 有鐘於此’因而發展出-種操作方便可自動檢驗並校正本身準確度 之血壓量測系統，以解決上述之缺失。 【新型内容】 本創作之主要目的係在提供一種可自動檢驗並校正本身準確度之 血壓量測纽，此血壓量測纽可__本权校正魏自動校正 本身精準度’而無需再回顧特殊儀器進行校正，額外校驗 而可量測準確，且可自動檢驗並校正本身準確度之血壓量測系統成 本並無提尚且不需負擔額外之人力及金錢支出即可達到校正準確度之 目的。 且可適用於將電源、記憶、顯示單元與生理值運算移至一外部電 子裝置’例如-電性連接的個人電腦、—個人數位助理—行動通訊 備或疋貝料庫，如此可減少血壓量測裝置的元件複雜性，以及進 行長期、大量生理«料處理與控管，也可將校正值以及生理值資料 傳送至-飼服器系統進行統整與處理，可依不同需求的病患老人及 5 M417899 一般使用者，提供適合的幫助。 為達到上述目的，本創作之一實施例提供一種可自動檢驗並校正 本身準確度之血壓量測系統。此可自動檢驗並校正本身準確度之血壓 篁測系統包含一檢驗及校正單元，係用以電源開機啟動時即開啟該 可自動檢驗並校正本身準確度之血壓量測系統，檢驗原廠出廠壓力校 驗值，例如0 mmHg位置，如有偏差不是〇 位置即進行校正系 統。-訊號_單元’ _以感_力f訊之_訊號…訊號轉換 單π與訊號偵測單元相連接，係用以接收類比壓力量測值並轉換為一 數位壓力值訊號。一運算處理單元連接檢驗及校正單元、訊號偵測單 元與訊號轉換單元，侧輯算及統計纽储訊，缝進行血壓值 運算。一記憶單元連接運算處理單元，係用以記錄原廠出廠壓力校驗 值、自我校正元畢之校正值以及血壓、生理量測值。一顯示單元連 接運算處理單元，係用以顯示血壓、生理量測值。一電力單元連接檢 驗及校正單元、顯示單元、訊號偵測單元、訊號轉換單元、運算處理 單70及記憶單元，係用以提供其必要之電力。利用該記憶單元紀錄原 廠出廠時之血壓校驗值之資訊一組或一組以上，然後此可自動檢驗並 校正本身準確度之血壓量測系統於每次系統啟動時或特定時間，即與 記憶單元之原廠出廠壓力校驗值進行比對檢驗並達成自我校正。當此 可自動檢驗並校正本身準確度之血壓量測系統之血壓值在誤差值範圍 以内，即自動顯示此血壓量測系統正常；當此可自動檢驗並校正本身 準確度之血壓量測系統之血壓值超過誤差值範圍時，該系統進行比對 檢驗並可將誤差值校正後寫入該血壓量測系統之記憶單元。 6 M417899 本可自動驗錢正本絲確度之轉制m要性為，當 該系統電路板隨時間產生形變扭曲時、使用者旅途攜帶時，高低 溫差大之環境，或是海拔高度差異大之錢，其_之自我檢驗^校 正機制將可確保使用者所量測到的血壓值皆為正確，此創作提出的可 自動檢驗並校正本身準確度之血壓量測系統，除了可確保儀器本身準 確度，更可提供使用者健康之保障。對於醫院以及個人居家之病人， 使用久了而儀^電路版彎曲造成訊號侧單元細之結果與原校正值 不同而失去準確度’或疋依電子血壓計所顯示之數值來服用藥物控 制血壓，對使用者之健隸是危機，目此可檢驗本料確度之電 子血壓計’可提供病人準確之服藥指標，避免血壓計運算之錯誤血壓 值、生理值所導致的嚴重後果，以及節省送回原廠校正之時間與金錢。 如此可大量簡化校驗流程，提供高便利性的血壓量測值測量裝置，此 设計具備有創新之特色，為一實用創新之新型設計。 底下藉由具體實施例配合所附的圖示詳加說明，當更容易瞭解本 創作之目的、技術内容、特點及其所達成之功效。 【實施方式】 係針對習知之金壓量測電子醫療器材改良，遂提出一種可自動檢 驗並校正本身準確度之血壓量測系統10。於一般血壓量測系統，系統 針對不同壓力值進行反應，與壓力相對應之數位訊號，例如取樣壓力〇 °可自動檢驗並校正本身準確度之血壓量測系統10内建各壓力 與相對應數位訊號之數值(第一圖），為原廠進行出廠校驗之數值。則此 系統於每次開機或是特定時間可利用此線性圖之數值，去比較所測之 7 M417899 壓力數值’例如G mmHg，即可得到壓力之誤差，並校正該誤差(第二 圖）。 第二圖所不為本創作一實施例之可自動檢驗並校正本身準確度之 企壓量測系統之結構示意圖；第五@所示為本辦—實施例之可自動 檢驗並校正本冑準確度之血狀架構流程圖 。如圖所示，可 自動檢驗錄正本身準確度之统1G包括—訊麵測單元 1〇2、-訊麟解元1G3、—連接單元1Q4 一記憶單元1Q6、一電力 單7〇 1〇7、-顯示單元1Q8與運算處理單元lG5連接以及-檢驗及校正 單元109與運算處理單元1〇5電性連接。 可自動檢驗並校正本身準確度之血壓量測系統1〇之記憶單元1〇6 紀錄原廠出朗之血壓校驗值之魏—組m，然後此可自動 檢驗並校正本縣確紅血鮮穩統1G於每:n紐動時或是特定 時間取得該訊號_單元1G2之壓力資訊進行檢驗比對^當可自動檢 驗並校正本身準確度之血壓量測系統10與受測者量.勢設定好之 後’執行該檢驗及校正單元109即開啟該可自動檢驗並校正本身準確 度之血壓m統’檢驗原、糾麵力校驗值，當此可自祕驗並校 正本身準確度之血壓量測系統之血壓值在誤差值範圍以内即自動顯 示此血歸_統正f，可進行m當此可自動檢驗並校正本 身準確度之血壓量測系統之血壓值超過誤差值範圍時，進入自我校正 模式。 一般量測模式，該訊號偵測單元102偵測到血壓資訊、生理值資 8 M417899 s透過號轉1G3轉換為數位訊號後傳送給該運算處理單 兀105該運算處理單疋1〇5對所量_的血|資 貝料處理i顯不於該顯示單元1〇8及儲存資料處理結果於該記憶單 元 106。 自我校正城’該運算處理單元1G5透過娜賴解元⑽以 及該訊號轉換單元1()3接收一數位血壓值並與該記憶單元伽之原 廠出廉校驗值進行比對並達成自我校正^如第—圖所示，為原廢出薇 校驗值之血壓及數位訊號線性圖’例如取樣血壓〇醜^為校正點， 田壓力訊號與原廠出廠校驗值比對超過誤差值範圍時如第二圖則 該運算處理單7〇 1()5校正麟差絲㈣廠校雜，並難正值寫入 s己憶單元1〇6，達成自我校正。 第四圖所示為摘作又-實施例之之可自祕驗並校正本身準確 度之血壓m狀結構^意圖。如騎示可自動碰並校正本身 準確度之血壓量測纽1G包括—可自紐驗並校正本身料度之血壓 里測裝置11G、-外部電子裝置3〇、—訊號偵測單元⑽、—訊號轉換 早兀103與運算處理單元⑽連細及—連接單元⑽與運算處理單 兀105雜連接’更包含—檢驗及校正單元⑽其設置於該可自動檢 驗並校正本身準確度之喊量測裝置或該外部電子裝置，用以自動比 對該類比織及該數诚力值職至少其之—與該原廠出廠壓力校驗 值，藉以自我校正該血壓量測系統本身之準確度。 可自動檢校正本身料度之血M量測⑽ω紀錄 9 M417899 之血壓校驗值之資訊-組或-組以上，然後此可自動檢驗並校正本身 準確度之血壓量測系統10於每次系統啟動時或是特定時間取得該訊號 偵測單元102之壓力資訊進行檢驗比對。當可自動檢驗並校正本身準 確度之血壓量測系統10與受測者量測姿勢設定好之後外部電子裝置 30提供該系統-電源’執行該檢驗及校正單元1〇9即開啟該可自動檢 驗並校正本㈣確度之血妓_、統，檢驗祕丨賴力校驗值當 此可自動織並校正本料確度之血紅Α練在誤差值範 • 圍以内’即自動顯示此血壓量測系統正常，可進行-般量測；當此可 自動檢驗並校正本身準•之血壓制系狀血紐超舰差值範圍 時’進入自我校正模式。 一般量測模式，該訊號_單元1〇2偵測到血壓及生理值訊號透 過訊號轉解元1G3轉換域織驗傳秘運算處料元⑽，運算 處理單元1〇5對所量_的血_訊、生理值資訊進行雜處理並M417899 V. New description: [New technical field] It is a kind of pressure measurement system, especially for a blood pressure measurement system that can automatically check and correct its own accuracy. [Prior Art] In recent years, many countries around the world have gradually entered a society of advanced age and younger age, and with the improvement of the quality of material life, the chances of modern people suffering from civilized diseases have increased significantly, especially in the middle and old aged. Statistics show that Taiwan's annual increase of 100,000 people with high blood pressure is increasing by 2M on average every day. At present, the number of people with hypertension in China has exceeded 40,000. The prevalence of hypertension among people over 65 years old is as high as 56.6%. From this, we can see that there are a large number of high-risk groups in the hearts of the people. When the blood pressure is not controlled properly, it will cause lesions or complications in the brain, heart, kidney and eyes of the patient for a long time. In severe cases, life may be endangered. Therefore, the accuracy of blood pressure measuring instruments is very important in modern society. Most of the commercially available sphygmomanometers generally include measurement, calculation and display. After the equivalent blood pressure is measured, the calculation and display can be performed. There is no pressure test correction function. After a period of time, it should be returned to the factory for calibration. In general, the electronic sphygmomanometer is in a region with high and low temperature difference, such as the outdoor temperature of 27 degrees C in the northeast of mainland China. The internal circuit board will be deformed and distorted due to the temperature difference, and will return to the room to recover 18 degrees C, and the circuit board will return to the original state. If the process is again distorted, the amount of electronic sphygmomanometer will be inaccurate. If the circuit of the electronic sphygmomanometer is stored for a long time and the deformation occurs, the accuracy of the measurement of the electronic sphygmomanometer may cause an error. In addition, a 3 M417899-like electronic blood break has the advantages of convenient use, easy operation and convenient carrying. In order to measure the accuracy, it is usually used to check the height of the waste before using the special instrument. When climbing to a high altitude, the internal check value will be inaccurate due to the height difference, resulting in inaccurate measurement at high altitude. In this case, it is usually necessary to fine-tune the accuracy of the original factory. It is impossible for the hospital or the home to confirm the accuracy of the sphygmomanometer. Users of the degree are quite cumbersome and inconvenient, and the financial resources, time and manpower consumed to return to the original factory are extremely troublesome for users who must control the blood pressure value. The general electronic sphygmomanometer has been widely used in hospitals, clinics and home care centers, but there is no automatic verification and correction of its own accuracy. The long-term use or temperature changes lead to measurement accuracy deviation, resulting in patient blood pressure measurement error. When the doctor finds the deviation or finds the deviation until the annual check is reached, it must be sent back to the original factory for accuracy correction. For the unit that must use the sphygmomanometer every day, the time it takes to return it to the original factory and It is quite a serious problem to cause the patient's jk pressure measurement error. The general home electronic sphygmomanometer does not have the function of automatically checking and correcting its own accuracy. In the long-term use or temperature change, the measurement accuracy deviation is caused, and the blood pressure measurement error is not known, such as regular return to the original factory for accuracy. Correction, the time and money it takes to return to the original factory, is extremely confusing for users who must control their blood pressure values daily or who must rely on blood pressure measurement to take medication. At present, the distance care center has widely used electronic blood pressure measurement and transmission of patient blood pressure and physiological value data back to the center or the hospital's long-term use or temperature change leads to measurement accuracy deviation, blood stasis measurement error, are quite Severe problems are regularly sent back to the original factory for accurate 4 M417899 degree correction. It is quite inconvenient for the care center that must provide community residents to measure blood pressure and physiological value every day. The time it takes to return to the original factory and the user's measurement are delayed. Where. For self-health care or self-health care for the elderly, in the long-term use or temperature change, the accuracy of the correction, the blood pressure is a serious problem, and it is sent back to the original factory for accuracy correction. The time and money it takes to return to the original seat is extremely troublesome for the long-distance service center, the daily blood test system, or the users who must rely on blood pressure measurement. There is a clock here to develop a blood pressure measurement system that is easy to operate and can automatically check and correct its own accuracy to solve the above-mentioned deficiency. [New content] The main purpose of this creation is to provide a blood pressure measurement button that can automatically check and correct its own accuracy. This blood pressure measurement can be used to correct the accuracy of the automatic correction itself without having to review the special The instrument is calibrated, the additional calibration can be measured accurately, and the blood pressure measurement system cost that can automatically verify and correct its own accuracy is not mentioned and does not require additional manpower and money expenditure to achieve the purpose of correcting the accuracy. And can be applied to move power, memory, display unit and physiological value calculations to an external electronic device 'for example, a personally connected personal computer, a personal digital assistant - a mobile communication device or a sputum library, thereby reducing blood pressure. The complexity of the components of the measuring device, as well as the long-term, large-scale physiological processing and control, the correction value and the physiological value data can also be transmitted to the feeding device system for integration and processing, and the elderly can be selected according to different needs. And 5 M417899 general users, provide suitable assistance. To achieve the above object, an embodiment of the present invention provides a blood pressure measurement system that automatically checks and corrects its own accuracy. The blood pressure measurement system which can automatically check and correct its own accuracy includes a test and correction unit, which is used to turn on the blood pressure measurement system which can automatically check and correct its own accuracy when the power is turned on, and check the original factory pressure. The check value, for example, the 0 mmHg position, is corrected if the deviation is not the 〇 position. -Signal_Unit' _ _ _ force f signal _ signal... signal conversion Single π is connected to the signal detection unit to receive the analog pressure measurement value and convert it into a digital pressure value signal. An arithmetic processing unit is connected to the inspection and correction unit, the signal detecting unit and the signal conversion unit, the side calculation and the statistical information storage, and the blood pressure value calculation is performed. A memory unit is connected to the arithmetic processing unit for recording the original factory pressure check value, the correction value of the self-correction element, and the blood pressure and physiological measurement values. A display unit is connected to the arithmetic processing unit for displaying blood pressure and physiological measurement values. A power unit connection check and correction unit, display unit, signal detecting unit, signal conversion unit, arithmetic processing unit 70 and memory unit are used to provide necessary power. Using the memory unit to record one or more sets of information on the original blood pressure check value of the factory, and then this can automatically check and correct the accuracy of the blood pressure measurement system at each system startup or at a specific time, that is, The original factory pressure check value of the memory unit is checked and self-corrected. When the blood pressure measurement system of the blood pressure measurement system which can automatically check and correct its own accuracy is within the error value range, the blood pressure measurement system is automatically displayed; when this can automatically check and correct the accuracy of the blood pressure measurement system When the blood pressure value exceeds the error value range, the system performs a comparison test and can correct the error value and write it to the memory unit of the blood pressure measurement system. 6 M417899 This can be automatically checked for the correctness of the original silk. When the circuit board of the system is deformed and distorted over time, when the user is carrying it, the environment with high and low temperature difference, or the difference in altitude, The self-testing correction mechanism will ensure that the blood pressure values measured by the user are all correct. The blood pressure measurement system proposed by the author can automatically check and correct its own accuracy, in addition to ensuring the accuracy of the instrument itself. It also provides the protection of users' health. For patients in hospitals and individual homes, the use of drugs for controlling blood pressure is caused by the fact that the circuit board is bent and the signal side unit is fine and the original correction value is different from the original correction value or the value displayed by the electronic sphygmomanometer is used. The user's health is a crisis, and the electronic sphygmomanometer that can check the accuracy of the material can provide the patient with accurate medication indicators, avoid the erroneous blood pressure and physiological values caused by the sphygmomanometer operation, and save the return. Original calibration time and money. This greatly simplifies the verification process and provides a highly convenient blood pressure measurement device. This design has innovative features and is a new design that is practical and innovative. The purpose of the present invention, the technical content, the features, and the effects achieved by the present invention will be more readily understood by the specific embodiments and the accompanying drawings. [Embodiment] A blood pressure measurement system 10 capable of automatically checking and correcting its own accuracy is proposed for the improvement of the conventional electronic pressure measuring electronic medical device. In the general blood pressure measurement system, the system reacts to different pressure values, and the digital signal corresponding to the pressure, for example, the sampling pressure 〇 ° can automatically check and correct the accuracy of the blood pressure measurement system 10 built in each pressure and the corresponding digital position The value of the signal (the first picture) is the value of the original factory calibration. Then, the system can use the value of the linear graph every time it is turned on or at a specific time to compare the measured pressure value of 7 M417899 ', for example, G mmHg, to obtain the pressure error and correct the error (second figure). The second figure is not a schematic diagram of the structure of the pressure measurement system capable of automatically checking and correcting the accuracy of one embodiment of the present invention; the fifth embodiment shown as the present office - the automatic verification and correction of the accuracy of the embodiment Flow chart of the blood structure. As shown in the figure, it can automatically check the accuracy of the recording itself. 1G includes - information surface measurement unit 1〇2, -Xunlin solution 1G3, connection unit 1Q4, memory unit 1Q6, and a power unit 7〇1〇7 The display unit 1Q8 is connected to the arithmetic processing unit 1G5 and the -test and correction unit 109 is electrically connected to the arithmetic processing unit 1〇5. The blood pressure measurement system that can automatically check and correct its own accuracy 1〇 memory unit 1〇6 records the Wei-group m of the blood pressure check value of the original factory, and then it can automatically check and correct the county red blood Steady 1G obtains the pressure information of the signal_unit 1G2 every time: n or at a specific time to check the comparison. When the blood pressure measurement system 10 and the subject quantity are automatically checked and corrected for their own accuracy. After setting, 'perform the inspection and correction unit 109 to open the blood pressure m system that can automatically check and correct its own accuracy' test original and corrective force check value, when this can be used to correct and correct the blood pressure of its own accuracy The blood pressure value of the measurement system automatically displays the blood return within the error value range, and can be performed when the blood pressure value of the blood pressure measurement system that can automatically check and correct its own accuracy exceeds the error value range. Self-correction mode. In the general measurement mode, the signal detecting unit 102 detects the blood pressure information and the physiological value 8 M417899 s is converted into a digital signal by the transmission number 1G3, and then transmitted to the operation processing unit 105. The operation processing unit is 1疋5 pairs. The amount of blood is processed by the display unit 1 to 8 and the stored data processing result is stored in the memory unit 106. The self-correcting city's operation processing unit 1G5 receives a digital blood pressure value through the Nalai solution (10) and the signal conversion unit 1 () 3 and compares it with the original factory integrity check value of the memory unit and achieves self-correction. In the first figure, the blood pressure and digital signal linear graph of the original waste verification value, such as sampling blood pressure, ugly, is the calibration point. When the field pressure signal is compared with the original factory calibration value, the error value range is exceeded. In the second figure, the arithmetic processing unit 7〇1()5 corrects the symmetry silk (4) factory miscellaneous, and it is difficult to write the value to the suffix unit 1〇6 to achieve self-correction. The fourth figure shows the blood pressure m-structure intent of the self-examination and correction of its own accuracy. If the rider can automatically touch and correct the accuracy of the blood pressure measurement, the 1G includes: the blood pressure measuring device 11G, the external electronic device 3〇, the signal detecting unit (10), The signal conversion early 103 is connected to the arithmetic processing unit (10) and the connection unit (10) and the arithmetic processing unit 105 are connected to each other. The more-inspection and correction unit (10) is disposed on the shunt measurement which can automatically check and correct its own accuracy. The device or the external electronic device is configured to automatically correct the accuracy of the blood pressure measurement system itself by comparing the analogy and the number of the authority to the original factory pressure check value. It can automatically check the blood M measurement of its own material (10) ω record 9 M417899 blood pressure check value information - group or - group or more, then this can automatically check and correct its own accuracy of the blood pressure measurement system 10 in each system The pressure information of the signal detecting unit 102 is obtained at the time of startup or at a specific time for checking and comparing. When the blood pressure measurement system 10 that can automatically check and correct its own accuracy is set and the measurement posture of the subject is set, the external electronic device 30 provides the system-power supply. The inspection and correction unit 1〇9 is turned on and the automatic inspection is enabled. And correct this (four) the degree of blood _, system, test secrets Lai check value, this can be automatically woven and corrected the accuracy of the material red blood Α 在 in the error value of the scope of the circumference of the 'automatic display of this blood pressure measurement system Normal, can be measured in general; when this can automatically test and correct the blood pressure system of the bloodline system to exceed the difference range of the ship's self-correction mode. In the general measurement mode, the signal_unit 1〇2 detects the blood pressure and the physiological value signal through the signal conversion unit 1G3 conversion domain weaving detection secret operation unit (10), the operation processing unit 1〇5 pairs the amount of blood _, physiological value information for miscellaneous processing and
透過連接單元H)4將所有翁之諸傳輸至外部電子裝置}於此實 施例中該外部電子裝置3〇可為一電性連接的個人電腦、一個人數位 助理、-鶴通訊設備或是—資料庫，部電子裝置w接收到該血壓 資訊、生理值資喊’立即進行資料處理。 自我校正模式，該運算處理單元⑽透過魏號_單元102以 及該訊號轉料元103触—數位《值，並與_練驗值進行 比對並達成自錄正。如第—騎^絲廠統校驗值之血壓及數 位訊號_ ’ G，為_，當壓力職與原廠 10 M417899 出廠校驗值比對超過誤差值範圍時，如第二圖，則該運算處理單_ ! 校正此誤差為原廠出座校驗值，達成自我校正。 本創作提出一種可自動檢驗並校正本身準確度之血壓量測系統， 其重要性為，當該系統電路板隨時間產生形變扭曲時、使用者旅途攜 帶或是運貨途中，遇到高低溫差大之環境，或是海拔高度差異大之環 境導致電路板扭曲等原因所造成的量測誤差，其内部之自我校正機制All the devices are transmitted to the external electronic device through the connection unit H) 4. In this embodiment, the external electronic device 3 can be an electrically connected personal computer, a number of assistants, a crane communication device or a data device. The library, the electronic device w receives the blood pressure information, and the physiological value shouts 'immediate data processing. In the self-correction mode, the arithmetic processing unit (10) compares the value of the touch-digit number with the WE-unit 102 and the signal-transfer element 103, and compares it with the _ practice value and achieves self-recording. For example, the blood pressure and digital signal _ 'G, _, when the pressure service and the original 10 M417899 factory check value are compared to the original error value range, as shown in the second figure, Operation processing list _ ! Correct this error to the original factory check value and achieve self-correction. This work proposes a blood pressure measurement system that can automatically check and correct its own accuracy. The importance of the system is that when the circuit board of the system is deformed and distorted over time, the user is carrying or transporting the goods, encountering high and low temperature differences. The internal error or self-correction mechanism caused by the environment caused by the distortion of the circuit board caused by the environment with large difference in altitude
將可確保使用者所量測到的血壓值皆為正確，此創作提出的可檢驗本 身準確度之電子血壓計，除了可確保儀器本身準確度，更可提供使用 者健康之保障。It will ensure that the blood pressure values measured by the user are correct. The electronic blood pressure monitor proposed by the author to verify the accuracy of the body can not only ensure the accuracy of the instrument itself, but also provide the protection of the user's health.
综合上述，本創作提供一種可自動檢驗並校正本身準確度之血壓 量測系統。其係兼具有原量測功能及可自動檢驗及自我校正本身準確 度之功能。可依不同需求的病患、老人及一般使用者，提供適合的幫 助。此可自動檢驗並校正本身準確度之血壓量測系統可不需内建電源 單元、記憶單元以及顯示單元，具有價格成本低廉之優點。 以上所述之實施例僅係為說明本創作之技術思想及特 點’其目的在使熟習此項技藝之人士能夠瞭解本創作之内容 並據以實施，當不能以之限定本創作之專利範圍，即大凡依 本創作所揭示之精神所作之均等變化或修飾，仍應涵蓋在本 創作之專利範圍内。 11 M417899 【圖式簡單說明】 第一圖所示為原廠出廠校驗值之血壓及數位訊號線性圖 第二圖所示為血壓及數位訊號之誤差示意圖 第三圖所示為本創作一實施例之基本架構示意圖 第四圖所示為本創作又一實施例之基本架構示意圖 第五圖所示為本創作之架構流程圖 【主要元件符號說明】 10 可自動檢驗並校正本身準確度之血壓量測系統 102 訊號偵測單元 103 訊號轉換單元 104 連接單元 105 運算處理單元 106 記憶單元 107電力單元 108 顯示單元 109 檢驗及校正單元 30 外部電子裝置 12In summary, the present creation provides a blood pressure measurement system that automatically verifies and corrects its own accuracy. It has the functions of original measurement function and automatic verification and self-correction of its own accuracy. Suitable services can be provided for patients, elderly and general users of different needs. This blood pressure measurement system, which automatically checks and corrects its own accuracy, eliminates the need for a built-in power unit, memory unit, and display unit, and has the advantage of low cost. The embodiments described above are merely illustrative of the technical spirit and characteristics of the present invention. The purpose of the present invention is to enable those skilled in the art to understand the contents of the present invention and implement it according to the scope of the patent. That is, the equivalent changes or modifications made by the people in accordance with the spirit revealed by this creation should still be covered by the scope of the patent of this creation. 11 M417899 [Simple description of the diagram] The first figure shows the original factory calibration value of the blood pressure and digital signal linear diagram. The second diagram shows the error of blood pressure and digital signal. The third picture shows the creation of this creation. The basic structure of the example is shown in the fourth figure. The fifth schematic diagram of the basic architecture of the present invention is shown in the fifth figure. The schematic diagram of the structure of the creation is shown in the figure. [Main component symbol description] 10 The blood pressure of the accuracy can be automatically checked and corrected. Measurement System 102 Signal Detection Unit 103 Signal Conversion Unit 104 Connection Unit 105 Operation Processing Unit 106 Memory Unit 107 Power Unit 108 Display Unit 109 Inspection and Correction Unit 30 External Electronic Device 12