M260236 八、新型說明： 【新型所屬之技術領域】 本創作相關於一種血壓計及生物感測器二合一之測量 裝置’尤指一種兼具測量血糖以及血壓功能的裝置，不作 體積小、操作方便且容易攜帶。 【先前技術】 近年來，許多研究報導指出，糖尿病以及高血壓可能 具有極高的相關性，因此病人經常必需同時監控血壓以及 企糖值。而由於現代人對於健康的注意以及醫療技術的進 步，居家護理的觀念日益受到重視，即使不在醫院内，也 希望可於家中直接經由簡便的裝置進行慢性疾病的監控。 因此，現在一般的血壓計以及血糖計亦從原本必須經由專 業人士的測量才可測得，逐漸的設計成僅需簡易的裝置即 可完成測量，測試者按照操作手冊上記載之操作步驟即可 完成測量，不但不需要到醫院，且為一般人即可進行操作 〇 習知有各種不同的血壓量測方法與裝置可用以測得血 壓值，最常見的方式大多是以一綁在上臂的扁平薄袋（cuff )，經由充氣膨脹後壓迫手臂動脈内的血液流動，之後再藉 由和緩的洩出薄袋内的氣體，同時利用聽診器聽脈搏的聲 音，即所謂的Korotkoff聲，此Korotkoff聲為伴隨血液恢 復正常流動所產生的聲音，當薄袋内的壓力進一步的降低 便會聽不到此Korotkoff聲。所以當聽到第一次的K〇r〇tk〇ff 聲所對應的薄袋壓力代表的便是收縮壓，而當聽不到 M260236M260236 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to a two-in-one measuring device for a blood pressure monitor and a biosensor, especially a device that has both blood glucose and blood pressure measuring functions. Convenient and easy to carry. [Prior art] In recent years, many studies have reported that diabetes and hypertension may have a very high correlation, so patients often need to monitor blood pressure and glucose value simultaneously. As modern people pay more attention to health and advances in medical technology, the concept of home care is increasingly valued. Even if they are not in the hospital, they hope to monitor chronic diseases directly at home through simple devices. Therefore, ordinary blood pressure meters and blood glucose meters can only be measured by professionals before. They are gradually designed to require only a simple device to complete the measurement. The tester can follow the operation steps described in the operation manual. Complete the measurement, not only do not need to go to the hospital, and can be operated by ordinary people. There are various blood pressure measurement methods and devices that can be used to measure blood pressure. The most common way is to use a flat thin strap tied to the upper arm. The cuff compresses the blood flow in the arteries of the arm after being inflated, and then gently releases the gas in the thin bag, and at the same time uses the stethoscope to listen to the sound of the pulse, the so-called Korotkoff sound. This Korotkoff sound is accompanied by The sound of blood returning to normal flow will not be heard when the pressure in the thin bag is further reduced. So when you hear the first K〇r〇tk〇ff sound corresponding to the thin bag pressure represents the systolic pressure, and when you can not hear M260236
Korotkoff聲的時候便可量得舒張壓。以上這種量測血壓的 方式般稱之為聽診的方法（auscultatory method )，，〇 另外’聽診方式亦可應用於電動的血壓量測裝置上，利用 一幫浦自動將薄袋充氣，再由一擴音器將Korotkoff聲轉換 成電子的訊號由一電路偵測，便可量得收縮壓與舒張壓。 又’ S知用於測量血糖的生物感測儀器，其常使用可 拋棄式的，紙條（sample strip)完成檢測。試紙上通常具 有一反應區（reaction well)讓血液滴在上面，再由儀器中 包含有微處理器/唯讀記憶體（ROM)的組合來控制整個操_ 作，並藉由執行各種程序達成獲得所量測的分析結果。、 然而，由於測量血糖以及測量血壓的儀器分屬於不同 的虞置中’因此若要測量血壓以及血糖兩者，必須利用兩 :裝置測里’若是外出或旅行時，則需要攜帶兩個裝置才 =達到测夏目的’不但不方便’且兩個測量紀錄分別儲存 :不同ί置，不但浪費儲存空間’且容易將資料遺失，另 也不容易將兩個測量結果同時比對’因此有待進一步的 【新型内容】 測哭為I改善上述缺失’本創作提供—種血料及生物感 )、二置，其係兼具測量分析物（例如血糖 及血Μ的功能，不作體穑丨 、个1-體積小谷易攜帶且製作成本低。 -、達彳上述目的，本創作提供一種血壓叶及 測器二合-之測量裳置，其係至少包括：…生物感 5 M260236 一插槽，其係至少接受一檢驗試紙，該檢驗試紙上具 有一反應區及複數個電極，該反應區内含有一反應物，該 些電極並接觸於該反應區； 一可充氣加壓與洩氣釋壓的薄袋； 一壓力感測單元，其係用以偵測該薄袋在每一段釋壓 時於各個不同壓力值上每一動脈反壓所產生的脈動，並能 取得各個不同時間點上的一脈搏波； 一儲存複數參數值和操作程序之可寫入記憶體；及 ^ 一微處理器，其係用於控制薄袋充氣及洩氣，且轉換 孩壓力感測單凡所取得之脈動為一電壓訊號，處理該電壓 汛號幵y成連串振幅波，並依此決定出一心縮壓和心舒壓 术另靖取β亥可寫入s己憶體之參數值並控制操作程序，以及 當：含有分析物流體滴在該反應區内，測量輸出訊號，並 計算所量得的該分析物流體的一分析結果。 、曰較佳地，本創作所述之血壓計及生物感測器二合一之 測1裝置中，該插槽接受—密碼卡與該檢驗試紙。 、軚佳地，本創作所述之血壓計及生物感測器二合一之 测里裝置進-步包括—用於接受—密碼卡之第二插槽。 、曰較佳地，本創作所述之血壓計及生物感測器二合一之 、曰裝置進步包括一與該微處理器分別用以控制血壓及 分析物的測量及計算之第二微處理器。 、較佳地，本創作所述之血壓計及生物感測器二合一之 測里裝置進一步包括一用以顯示結果之顯示單元。 車又佳地，本創作所述之血壓計及生物感測器二合一之 M260236 測量裝置中，該分析物為血糖。 較佳地，本創作所述之血壓計及生物感測器二合一之 測量裝置中，該微處理器包括一用以控制充氣之馬達驅動 單元及一用以控制戍氣之沒氣閥驅動單元。 較佳地，本創作所述之血壓計及生物感測器二合一之 測量裝置進-步包括一用以充氣之馬達以及一用以洩氣之 洩氣閥。 ^ 較佳地，本創作所述之血壓計及生物感測器二合一之 測量裝置進一步包括一溫度感測單元。 較佳地，本創作所述之血壓計及生物感測器二合一之 測量裝置進一步包括一插入該插槽内之調校試紙，該調校 试紙包含一用於校對之電阻電路。 較佳地，本創作所述之血壓計及生物感測器二合一之 測f裝置中，該密碼卡進一步包括有一用以校對之電阻電 路。 較佳地，本創作所述之血壓計及生物感測器二合一之 測夏裝置中，該可寫入記憶體為電子式可清除程式化唯讀 記憶體（EEPROM) 〇 較佳地，本創作所述之血壓計及生物感測器二合一之 測i裝置進一步包括一用以進行語音通訊之語音通訊單 元。 較佳地，本創作所述之血壓計及生物感測器二合一之 測量裝置進一步包括一用以提供該檢驗試紙的電極一操作 電壓之試紙電壓源。 M260236 較佳地，本創作所述之血壓計及生物感測器二合一之 測量裝置中，該微處理器包括一感測放大單元，其係連接 檢驗試紙之另一電極，當一含有分析物流體滴在該反應區 内，產生對應一感測電流的一輸出訊號。 較佳地，本創作所述之血壓計及生物感測器二合一之 測量裝置中，該微處理器包括一訊號處理單元，其係連於 该薄袋用以轉換該脈動為一電壓訊號。 較佳地，本創作所述之血壓計及生物感測器二合一之 測量裝置中，該微處理器進一步包括一用於儲存測量結果_ 之纪丨思體、一顯示器驅動單元及一 a/d轉換單元。 較佳地，本創作所述之血壓計及生物感測器二合一之 測I裝置中，該微處理器包括一用以讀取密碼卡之密碼卡 讀取器。 ~ 較佳地，本創作所述之血壓計及生物感測器二合一之 測量裝置中，該微處理器包括用以放大溫度感測單元訊號 之放大器以及用以放大壓力感測單元訊號之放大器。 旦較佳地，本創作所述之血壓計及生物感測器二合一之測 量裝置進一步包括用以按壓操作之按鍵。 曰藉由上述的設計’本創作之裝置可於同一裝置中兼具測 量血愿以及分析物（例如血糖）的功能，若要進行慢性疾病 監控或，平時的測量，即使外出時，僅需攜帶—個裝置即可 =測量目的，並且本創作可共用微處理器、顯示單元及記 :血愿因此達到體積縮小的目的，不但方便攜帶，且同時收 集血堡以及血糖的資料可供後期臨床參考用，亦可做為個人 M260236 一該電路板用以控制分析物（例如血糖）以及血塵的測 =於本創作之-較佳實施财，該電路㈣包括一試紙 電壓源（22)、-溫度感測單元（26)、一壓力感測單 兀（28)、一微處理器^ Λ ° C d U)及—可寫入記憶體（3 2 )。该試紙源（2 2 )用以提供該檢驗試紙（Η )的 電極一操作電壓，當檢驗續 推认 田m紙（1 9 )產生反應則將結果 傳輸至微處理器（3 〇)處理。Diastolic blood pressure can be measured when Korotkoff sounds. The above method of measuring blood pressure is generally called an auscultatory method. In addition, the auscultation method can also be applied to an electric blood pressure measurement device. A thin bag is automatically inflated by a pump, and then the A loudspeaker converts Korotkoff sound into an electronic signal and is detected by a circuit to measure systolic and diastolic blood pressure. Also known are biosensors for measuring blood glucose, which often use disposable sample strips to complete the test. There is usually a reaction well on the test strip to allow blood to drip on it, and the microprocessor / read-only memory (ROM) combination contained in the instrument controls the entire operation, and is achieved by executing various procedures. Obtain the measured analysis results. However, because the instruments for measuring blood sugar and measuring blood pressure belong to different places, so to measure both blood pressure and blood sugar, you must use two: device testing. If you are out or traveling, you need to bring two devices = It is not only inconvenient to achieve the purpose of measuring the summer, and the two measurement records are stored separately: different settings, not only wasting storage space, and it is easy to lose data, and it is not easy to compare the two measurement results at the same time, so it needs to be further [New content] Crying for crying is to improve the above-mentioned deficiency. “This creation provides a kind of blood material and biological sense.”, Two sets, which both have the function of measuring analytes (such as blood sugar and blood M, not as a body 穑 丨, a 1- The small size of the valley is easy to carry and has low production cost.-To achieve the above purpose, this creation provides a blood pressure leaf and measuring device combination-a measurement set, which includes at least: ... biological sense 5 M260236 a slot, which is at least Accept a test strip, the test strip has a reaction zone and a plurality of electrodes, the reaction zone contains a reactant, and the electrodes are in contact with the reaction zone; Thin bag for inflating, deflating and releasing pressure; a pressure sensing unit, which is used to detect the pulsation generated by the back pressure of each artery at different pressure values at each pressure release of the thin bag, and can Obtain a pulse wave at various time points; a writable memory that stores plural parameter values and operating procedures; and a microprocessor, which is used to control the inflation and deflation of the thin bag, and converts the child's pressure sensing The pulsation obtained by Shan Fan is a voltage signal, and the voltage signal 幵 y is processed into a series of amplitude waves. Based on this, a heart pressure reduction and heart relaxation pressure operation is determined. In addition, β Hai can be written into the memory of s. The parameter value controls the operation procedure, and when: the analyte-containing fluid is dropped in the reaction zone, the output signal is measured, and an analytical result of the measured analyte fluid is calculated. Preferably, as described in this creation In the blood pressure meter and biosensor two-in-one test 1 device, the slot accepts—the password card and the test strip. 軚 Jia Di, the blood pressure meter and biosensor two-in-one described in this creation The test device further includes-for acceptance-password The second slot of the card. Preferably, the two-in-one sphygmomanometer and biosensor described in this creation, the advancement of the device includes a microprocessor and a microprocessor for controlling blood pressure and analyte measurement, respectively. And a second microprocessor for calculation. Preferably, the sphygmomanometer and biosensor two-in-one measuring device described in this creation further includes a display unit for displaying results. In the M260236 measurement device of the two-in-one blood pressure meter and biosensor described in the creation, the analyte is blood glucose. Preferably, in the measurement device of the two-in-one blood pressure meter and biosensor described in the creation, The microprocessor includes a motor drive unit for controlling inflation and a gas valve drive unit for controlling belching. Preferably, the blood pressure meter and the biosensor are combined in one measuring device as described in the present invention. The further steps include a motor for inflating and a vent valve for venting. ^ Preferably, the sphygmomanometer and biosensor two-in-one measuring device described in this creation further includes a temperature sensing unit. Preferably, the two-in-one measuring device for the blood pressure meter and the biosensor described in this creation further includes a calibration test strip inserted into the slot, and the calibration test strip includes a resistance circuit for calibration. Preferably, in the sphygmomanometer and biosensor two-in-one measuring device described in the present invention, the password card further includes a resistance circuit for proofreading. Preferably, in the summer measuring device in which the blood pressure meter and the biosensor are combined as described in this creation, the writable memory is an electronic erasable and programmable read only memory (EEPROM). The blood pressure meter and biosensor two-in-one measuring device described in this creation further includes a voice communication unit for voice communication. Preferably, the sphygmomanometer and biosensor two-in-one measuring device described in the present invention further includes a test strip voltage source for providing electrodes of the test strip and an operating voltage. M260236 Preferably, in the two-in-one measurement device of the blood pressure monitor and the biosensor described in this creation, the microprocessor includes a sensing amplifying unit, which is connected to the other electrode of the test strip. A substance fluid drops in the reaction area, and generates an output signal corresponding to a sensing current. Preferably, in the sphygmomanometer and biosensor two-in-one measuring device described in this creation, the microprocessor includes a signal processing unit connected to the thin bag for converting the pulsation into a voltage signal. . Preferably, in the blood pressure meter and the biosensor two-in-one measurement device described in the present invention, the microprocessor further includes a Ji for thinking storage, a display driving unit, and an a / d. Conversion unit. Preferably, in the blood pressure meter and the biosensor two-in-one measuring I device described in the present invention, the microprocessor includes a password card reader for reading a password card. ~ Preferably, in the blood pressure meter and biosensor two-in-one measuring device described in this creation, the microprocessor includes an amplifier for amplifying the signal of the temperature sensing unit and a signal for amplifying the signal of the pressure sensing unit. Amplifier. Preferably, the sphygmomanometer and biosensor two-in-one measuring device described in this creation further includes a button for pressing an operation. With the above-mentioned design, the device of this creation can have the function of measuring blood willingness and analytes (such as blood glucose) in the same device. If you want to monitor chronic diseases or usually measure, even when you go out, you only need to bring One device can be used for measurement purposes, and the creation can share a microprocessor, display unit, and notebook: As a result, blood wishes to achieve the purpose of reducing the size, not only convenient to carry, but also to collect blood castle and blood glucose data for later clinical reference It can also be used as a personal M260236. This circuit board is used to control the measurement of analytes (such as blood glucose) and blood dust. This circuit is the best implementation of this creation. The circuit includes a test strip voltage source (22),- The temperature sensing unit (26), a pressure sensing unit (28), a microprocessor ^ Λ ° C d U) and-writable memory (3 2). The test strip source (2 2) is used to provide the electrode-operating voltage of the test strip (Η). When the test continues to predict that the field paper (19) has a response, the result is transmitted to the microprocessor (30) for processing.
較佳地，-感測放大單元或密碼卡讀取器（2 4)係 :連接於插槽（1〇)，該感測放大單元（24)連接檢驗 2 (19)<另m含有分析物流體滴在該反 -區内艮I7 έ產生對應一感測電流的一輸出訊號。若為密 C 1 1 )插人_ ( i Q )中’則連接於密碼卡讀取 盗（2 4 )用以讀取密碼卡（工工）㈣參數。 5亥溫度感測單元（2 6 )用則貞測溫度，以利計算分 析物數值時，獲得補償參數，該溫度感測單元（2 6 )可 、接放大單元（2 5 )將訊號放大並連接至微處理器（ 3 〇 )’或者’較佳地，若溫度感測單元（2 6 )的訊號足 夠，則不需要連接放大單元（2 5 )，而可直接與微處理器 ^ 3 0 )連接。3亥壓力感測單元（2 8 )係用以偵測該薄 衣（1 6 )錢一段釋壓時於各個不同壓力值上每一動脈 反壓所產生的脈動’並連接一放大單元（2 7 )用以放大 訊號’該放大單元（2 7)另連接於一訊號處理單元（2 其㈣以轉換該脈動為—電壓訊號，並連接至微處理 為（3 0 )。較佳地，該訊號處理單元（2 9 )可製作於微 M260236 處理器（3 〇 )中，減少體積。 忒可寫入記憶體（3 2 )係用於儲存複數參數值和操 作程序，較佳地，該可寫入記憶體（3 2 )為電子式可清 除程式化唯磧 e己憶體（electrically erasable read-only memory，EEPROM) 〇 另方面，於本創作之一較佳實施例中，該微處理器 (3 0 )係可用以控制薄袋（i 6 )充氣及洩氣，較佳地 ，孩U處理為（3 〇 )包括一用以控制充氣之馬達驅動單 元（4 6 )及一用以控制洩氣之洩氣閥驅動單元（4 8 )。 該馬達驅動單元（4 6 )連接控制馬達（4 2 )，而該錢 閥驅動單it ( 4 8 )連接控制該域閥（4 4 )，因此，即 可由微處理器（3 0)控制馬達（4 2)及茂氣閥（4 4 ^的操作，該馬達（4 2 )即可使得薄袋（丄6 )加壓充 裔，而該洩氣閥（4 4 )則可使得薄袋（丄6 )洩氣，藉 此測量血壓值。 另外，該微處理器（3 〇 )係用於處理訊號處理單元 (2 9 )所獲彳于之電壓汛號並形成一連串振幅波，並依此 决疋出一心縮壓和心舒壓，且讀取該可寫入記憶體（3 2 )之參數值並控制操作程序，以及控制該感測放大單元（ 2 4 )提供經過一預定時間的複數訊號輸出，以顯示所量 侍的該分析物流體的一分析結果。較佳地，該微處理器更 包含一用於儲存測量結果之記憶體、一顯示器驅動單元（ 3 4 )及一 A/D轉換單元（3 6 )。較佳地，於本創作之一 車乂佳貫施例中，該感測放大器/密碼卡讀取器（2 4 )、放 M260236 大單元（25、27)、A/D轉換單元 理單元（2 Q、 fs -.. 、早（3 6 )、訊號處 (4 β , ) ^驅動單元（3 4 )、馬達驅動單 微處理器（3 〇)中。 （48)可同時製作於-個 裝置本創作之另—較佳實施例中，本創作之 理哭八二一第二微處理器’該微處理器與第二微處 創；：另:：壓及分析物的測量及計算。較佳地，於本 =另：較佳貫施例中，本創作之裝置另包括一 心增加本創作之制性，並具有語 · 中，HI參考第四圖觀之’於本創作之—較佳具體事實 =時’若為測量分析物，例如血糖，係可先將密碼 插人插槽（1 Q)中’另外亦可插人校對用試 正^對用試紙具有一電阻的電路，其功能係能提供校 你处:力’當使用時發現量測結果有不準續的情形出現， 此精由插人此調校試紙來回復原來的感測單元參數。另 亦y於③碼卡（1^)上設有—電阻的電路，便能用於 /、操作的參數與程式之用也同時可用來校正。 由試紙電麗源（2 2)提供-檢驗試紙電極一操作電 感測放大單元（2 4)則連接另一檢驗試紙電極，當 :含有分析物流體’例如由手（5 〇 )刺一滴血液滴在檢 於忒紙（1 9 )的反應區内，將產生對應一感測電流的一 :出訊號。由可寫入記憶體（3 2)中讀取包含的複數儲 存的參數值和控制作㈣㉞序，賴處㈣（3 〇) 12 M260236 將所取得之操作程序與參數決定而提供一預先決定時序的 稷數電壓，而電壓和時序也是根據儲存的資料得來。另外 ’该微處理器（3 〇 )妳由斗瞀；^_ 、ύ u )、、二由计异而顯不所量得的該分析物 流體的一分析結果。 另外，請配合參考第五圖所示，於本創作之一較佳實 施例中，若進行血壓測量，係將薄袋（工6)套設於手（ 5 0 )上（如圖所示為套設於手腕或套設於手臂上），利用 2處理器（3〇)之馬達驅動單元（46)以及㈣閥驅 動早疋（4 8)控制馬達（42)以及茂氣闕（44)而 改變薄袋（1 6 )内壓力，使薄袋（工6 )能被分段地加 塵釋壓直到薄袋（1 6)充氣a力已高於物體之平均動脈 壓力（MAP)—預定值，例如為2〇〜4〇mmHg。接著，以壓 力感測單元（2 8)债測薄袋（1 6)在每一段㈣時於 各個=同壓力值上每一動脈反壓所產生的脈動。再由訊號 處理单元（2 9 )轉換脈動為一電壓訊號，再以微處理器 (^ 0 )處理電壓訊號形成一連串振幅波，並根據每一段 釋麼時每-振幅波的峰值各連成一段曲線，而所獲得的曲 線足夠由curve fitting繪出一脈動包封曲線（〇Μΐι〇η^Α envelop )，最後，經計算器根據脈動包封曲線決定出心縮壓 和心舒壓。 上述獲得的曲線至少包含以振幅為縱軸所繪出的一段 上升曲線、一段具有極值的曲線及一段下降曲線，而平均 動脈壓力係為前述具極值的曲線推算出的一極大值。 另外，於本創作之另一較佳實施例中，藉由馬達（4 13 M260236 之用 一、本創作可記錄結果及 連線至個人電腦，做為資料財^析用可經由無線傳輪或 動滴:感:創作之一“自動感應準備量測，即自 率以及再裝置具有高度模組化之軟體，因此共用 體館存，因嶋物1㈣可制同一記憶 七 用性 本創作可增加語音通訊功能，可增加本裝置 之利Preferably, the sensing amplification unit or the password card reader (24) is connected to the slot (10), and the sensing amplification unit (24) is connected to the inspection 2 (19) < the other contains analysis The physical fluid droplets in the anti-region generate an output signal corresponding to a sensing current. If the password C 1 1) is inserted in _ (i Q) ’, it is connected to the password card reader (2 4) to read the password card (industry) parameters. The temperature sensing unit (2 6) measures the temperature in order to obtain the compensation parameters when calculating the value of the analyte. The temperature sensing unit (2 6) can be connected to the amplification unit (2 5) to amplify and connect the signal. To the microprocessor (3 0) 'or' preferably, if the signal of the temperature sensing unit (2 6) is sufficient, it is not necessary to connect the amplification unit (2 5), but can be directly connected to the microprocessor ^ 3 0) connection. The 3 Hai pressure sensing unit (2 8) is used to detect the pulsation generated by each arterial back pressure at different pressure values during the pressure release of the thin coat (1 6) and connect an amplification unit (2 7 ) Is used to amplify the signal. The amplifying unit (2 7) is also connected to a signal processing unit (2 which converts the pulsation into a voltage signal and is connected to the micro processing unit (3 0). Preferably, the signal The processing unit (2 9) can be made in the micro M260236 processor (30) to reduce the volume. 忒 Writable memory (3 2) is used to store plural parameter values and operating programs, preferably, the writable The input memory (32) is an electronic erasable read-only memory (EEPROM). On the other hand, in a preferred embodiment of the present invention, the microprocessor ( 3 0) can be used to control the inflation and deflation of the thin bag (i 6), preferably, the U is treated as (30) including a motor drive unit (4 6) for controlling inflation and a deflation device Air valve drive unit (4 8). The motor drive unit (4 6) is connected to the control motor (4 2), and the money valve driving single it (4 8) is connected to control the domain valve (4 4), so the microprocessor (30) can control the motor (4 2) and the moisturizing valve (4 4 ^ When operated, the motor (4 2) can make the thin bag (丄 6) pressurized and filled, and the vent valve (4 4) can make the thin bag (丄 6) deflated, thereby measuring the blood pressure value. In addition, the The microprocessor (30) is used to process the voltage signals obtained by the signal processing unit (29) and form a series of amplitude waves, and according to this, determine the heart pressure and heart pressure, and read the heart pressure It can write the parameter value of the memory (32) and control the operation program, and control the sensing amplifier unit (24) to provide a complex signal output after a predetermined time to display a quantity of the analyte fluid measured. Analyze the results. Preferably, the microprocessor further includes a memory for storing measurement results, a display driving unit (34) and an A / D conversion unit (36). Preferably, in this creation In one example of the car-carrying Jiaguan, the sensor amplifier / password card reader (2 4), the M260236 large unit (25, 27), A / D converter Unit management unit (2 Q, fs-.., early (3 6), signal unit (4 β,) ^ drive unit (3 4), motor-driven single microprocessor (30)) (48) can be simultaneously Manufactured in a device-In another preferred embodiment of the present invention, the rationale of this creation cries the 822 second microprocessor 'the microprocessor and the second micro processor; Measurement and calculation. Preferably, in this = another: in the preferred embodiment, the installation of this creation also includes the intention to increase the discipline of this creation, and has the language · Medium, HI refers to the fourth view of the 'on this Creation—preferred specific facts = Hours 'If you are measuring an analyte, such as blood glucose, you can insert the password into the slot (1 Q)'. Alternatively, you can insert the proofreading test paper. The proof paper has a resistance. The function of the circuit is to provide you with the correction function: when the measurement result is found to be inconsistent when it is used, this calibration inserts the calibration test paper to restore the original sensing unit parameters. In addition, a circuit with a -resistor on the ③ code card (1 ^) can be used for operation parameters and programs and can also be used for correction. Provided by the test strip electric source (2 2)-test the test strip electrode-operate the inductive measurement amplification unit (2 4) is connected to another test strip electrode, when: the fluid containing the analyte 'for example by a hand (50) prick a drop of blood In the reaction area detected on the paper (19), a signal corresponding to a sensing current will be generated. The complex stored parameter values and controls contained in the writable memory (3 2) are read in sequence. Lai Chuan (30) 12 M260236 determines the obtained operating procedures and parameters to provide a predetermined timing. The number of voltages, and the voltage and timing are also based on the stored data. In addition, ‘the microprocessor (30), you ’re from the bucket; ^ _, uu), and two, the result of an analysis of the analyte fluid that is unpredictable. In addition, please refer to the fifth figure. In a preferred embodiment of the present invention, if a blood pressure measurement is performed, a thin bag (worker 6) is set on the hand (50) as shown in the figure. Set on the wrist or on the arm), use the motor drive unit (46) of the 2 processor (30) and the valve to drive the morning cymbal (4 8) to control the motor (42) and moisturizing cymbal (44) and Change the internal pressure of the thin bag (16), so that the thin bag (worker 6) can be dusted and released pressure in sections until the inflation force of the thin bag (16) is higher than the average arterial pressure (MAP) of the object-a predetermined value It is, for example, 20 to 40 mmHg. Then, the pressure sensing unit (2 8) and the debt measuring thin bag (16) at each stage of each time at each = the pulsation caused by the back pressure of each artery at the same pressure value. The signal processing unit (29) converts the pulsation into a voltage signal, and then uses the microprocessor (^ 0) to process the voltage signal to form a series of amplitude waves, and the peaks of each -amplitude wave are connected into a segment according to each period of time. Curve, and the obtained curve is sufficient to draw a pulsatile envelope curve (〇Μΐι〇η ^ Α envelop) by curve fitting. Finally, the systolic and diastolic blood pressure is determined by the calculator according to the pulsatile envelope curve. The obtained curve includes at least a rising curve, a curve having an extreme value, and a falling curve drawn with the amplitude as the vertical axis, and the average arterial pressure is a maximum value calculated from the aforementioned extreme value curve. In addition, in another preferred embodiment of this creation, by using a motor (4 13 M260236), this creation can record the results and connect to a personal computer for data analysis and analysis. Dynamic drop: Sense: One of the creations "Automatic induction preparation measurement, that is, the self-rate and re-installation have highly modular software, so the shared gym is stored, because one thing can make the same memory. Voice communication function can increase the benefits of this device
Strip)+ IT ^ StdP)^ ^ (C〇de 部份功能可湘㈣切變其試紙特性或 —雖然本創作已以較佳實施例揭露如上，然其並非用以 疋本創作，任何熟習此技藝者，在不脫離本創作之精神 t範圍内，當可作些許之更動與潤飾，因此本創作之保護 fe圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 第一圖係本創作血壓計及生物感測器二合一之測量裝 置的立體示意圖。 第一圖係本創作的血壓計及生物感測器二合一之測量 裝置的部分分解圖。 第三圖係本創作之電路方塊圖。 15 M260236 第四圖係本創作運用於測量血糖之示意圖。 第五圖係本創作運用於測量血壓之示意圖。 【主要元件符號說明】 (1 0 )插槽 (1 1 )密碼卡 (1 2 )顯示單元 (1 4 )按鍵 (1 6 )薄袋 (1 9 )檢驗試紙 (2 0 )電路板 (2 2 )試紙電壓源 (2 4 )感測放大單元 (2 5 )放大單元 (2 6 )溫度感測單元 (2 8 )壓力感測單元 (2 9 )訊號處理單元 (3 0 )微處理器 (3 2 )可寫入記憶體 (3 4 )顯示器驅動單元 (3 6 ) A/D轉換單元 (4 2 )馬達 (4 4 )洩氣閥 (4 6 )馬達驅動單元 (4 8 )洩氣閥驅動單元 M260236Strip) + IT ^ StdP) ^ ^ (C〇de part of the function can be used to cut the characteristics of its test paper or-although this creation has been disclosed above in a preferred embodiment, but it is not used to copy this creation, anyone familiar with this Artists, without departing from the spirit of this creation, can make some changes and retouching. Therefore, the protection of this creation is subject to the definition of the scope of the patent application attached. [Schematic explanation] The first picture is a three-dimensional schematic diagram of the two-in-one measuring device of the blood pressure meter and the biosensor of the original creation. The first picture is a partial exploded view of the two-in-one measuring device of the blood pressure meter and the biosensor of the original creation. Third The diagram is a block diagram of the circuit of this creation. 15 M260236 The fourth diagram is a diagram of the blood pressure measurement used in this creation. The fifth diagram is a diagram of the blood pressure measurement used in this creation. [Description of main component symbols] (1 0) Slot ( 1 1) Password card (1 2) Display unit (1 4) Buttons (1 6) Thin bag (1 9) Inspection test paper (2 0) Circuit board (2 2) Test paper voltage source (2 4) Sensing amplifier unit ( 2 5) amplification unit (2 6) temperature sensing unit (2 8) pressure sensing unit (2 9) Signal processing unit (3 0) Microprocessor (3 2) Writable memory (3 4) Display drive unit (3 6) A / D conversion unit (4 2) Motor (4 4) Air release valve (4 6) Motor drive unit (4 8) Air valve drive unit M260236