1258360 九、發明說明： 【發明所屬之技術領域】 本發明之電子血壓機自動校正方法，其係一種在電子企壓 機中增加-組以上之壓力感測件，令㈣者可透過指定氣壓數 值與設定為平時使用之一組屋力感測件與另夕卜一組以上之各 壓力感測件所_之數值作比較，而判斷平時使用之壓力感測 件疋否異常’而將該壓力感測件加以關閉’進而令使用者在下 一次可繼續使用仍維持正常之壓力感測件進行血壓量測之工 作者。 【先前技術】 按，-般常見習知電子血壓機，在使用一段時間，常會由 於壓力感測件（圖t未示）因長期量測而產生彈性疲乏進而造 成量測不準確情形發生，一般使用者並無法自行校正而必須 送回原廠或透過具有相關設備及經驗之醫療場所亦或醫師來 進行校正，而習用之校正方法，請參照第1圖所示，其主㈣ 先準備-水銀式血壓機100,以該水銀式血麼機1〇〇作為校正 基準之儀器’再透過T型聯通f nG將待測之電子式血屢機_ 與水銀式血塵機100相連通，同時’透過聯通管110與一手動 氣泵500相連接’如此’校正時’可將待校正之電子式血塵機 之氣囊袋200包覆在模擬手臂之圓筒400上，按下待測之電子 式血塵機上之電源開關（时未示），啟動待測之電子式血 1258360 壓機3GG，並將待測之電子式血麼機3⑽之作業模式切換至檢 查測量模式，透過手動氣泵5〇〇對待測電子式血壓機3⑽之氣 囊袋200充氣進而對圓筒4〇〇加壓，加壓至指定之水平上後， 比較水銀式血壓機100與待測之電子式血壓機3〇〇所測得之數 值，如相符，則表示該待測之電子式血壓機3〇〇不需校正，如 不符，則將待測之電子式血壓機上所顯示之數值調整至與 水銀式血壓機100相同之數值，並重複上述之步驟，直至待測 之電子式血壓機300之數值與水銀式血壓機1〇〇數值相同如 仍無法調整至相同數值’則需更換壓力感測件或送回原廠進行 杈正，如此之方法，不但曠曰費時，且對非專業人士之使用者 更疋無法進行校正，使用上非常不理想。 【發明内容】 發明人有鑑上述校正方法之於實施時之缺失，爰精心研 究，再進一步發展出本案電子血壓機自動校正方法。 本發明之一目的，在提供一種電子血壓機自動校正方法， 其係一種在電子血壓機内設有設定為平時使用之一組壓力感 測件外，並增加一組以上之壓力感測件，該設定為平時使用之 組壓力感測件分別與一氣閥門相連接，並與其他一組以上之 壓力感測件相連通，令自動校正檢測時，該電子血壓機可透過 外部指令輸入控制模組中，而將該電子企壓機切換至自動校正 檢測模式，並透過氣泵設定之氣體壓力對電子血壓機之各壓力 1258360 感測件進行加壓，使電子血壓機令各組彼此互相聯通之壓力感 測件同時受相同壓力，並將偵測到之各壓力值傳送至控制模 '且控制模組會將設定為平時使用之一組壓力感測件與其他各 壓力感測件所偵測到之數值作互相比較，如設定為平時使用之 —組壓力感測件與其他各壓力感測件所偵測之數值相符，即判 定設定為平時使用之一組壓力感測件正常；如不相符判定該 壓力感測件異常’而將與其連接之閥加以關閉，使用者在下一 次使用時即啟動另一組壓力感測件，如此一來，不但可令該電 子血壓機繼續使用或明確顯示需送原廠校正，且可達到讓使用 =自行校正a壓機，在-般情況使用下不需送回原廠，進而能 節省時間，與使用簡單之目的。 【實施方式】 本發明係一種電子血壓機自動校正方法，請參照第2、3、 4圖所示，其方法步驟如下： 開啟電子血壓機之電源開關⑽)，使與該電源開關相連 接之電源模組1〇啟動(請參照第4、5圖所示)，使電源模級 可供應與其連接之控制模組2〇電源，而使控制模組2G處於作 業狀態(2。。)，再透過使用者輪入切換至檢測模式之指令 (3〇〇)，使控制模組2G在收到該切換指令㈣至自動檢測模曰式7 當控制模組2〇進行檢測模式時，會先令氣栗模矣且3〇之\ 氣閥開啟’而將存在於氣管44中及各壓力感測件Μ、: 1258360 之殘餘氣壓釋放完全，此時各m料4G、4卜42為歸零 狀態，再將洩氣閥加以關閉，並令氣泵模組3〇將設定之氣壓 對電子血壓機進行加壓（400)，該設定氣壓之數值會透過控制 模組20傳送至顯示模組5〇，同時，將電子血壓機中設定為平 時使用之一組壓力感測件4〇之氣閥門43加以開啟並將其他 平時未使用之壓力感測件4卜42上之氣閥門43也分別同時開 啟，使該等各相聯通之壓力感測件4〇、41、42可將偵測到之 壓力變化分別轉換成數值，並傳送至控制模組2〇中之處理器 21，處理器21會將各壓力感測件4〇、41、42所偵測到之氣壓 數值會傳送至顯示模組5 0上，並將設定為平時使用之一組 壓力感測件40與其他各壓力感測件41、42比較（5〇〇)，如設 定為平時使用之壓力感測件4〇之氣壓數值與其他未使用之壓 力感測件41及42之氣壓數值相符時，則表示該設定為平時使 用之壓力感測件40為正常，如此即結束檢測之動作（8⑽）；又， 如設定為平時使用之一組壓力感測件4〇及其他之壓力感測件 41及42之氣壓數值相互比較時，其數值為不相符時，則比較 壓力感測件40與另一壓力感測件41是否相符(6〇〇)，如是， 則表不該設定為平時使用之壓力感測件4〇為正常，如此即結 束檢測之動作（800)，如否，則繼續比較壓力感測件41及42 是否相符，如否，則表示該設定為平時使用之壓力感測件4Q 為正常，如此即結束檢測之動作（8〇〇)，如是，則表示該設定 1258360 為平時使用之壓力感測件40為異常，並將與其連接之氣閥門 41加以關閉’使用者在下一次使用時即啟動另_組壓力感測件 41或42(_) ’如此-來，不但可令該電子血壓機繼續使用， 且可達到讓使用者自行校正血壓機，而不需送回原廠，進而能 節省時間，與使用簡單之目的。 配合上述之方法，該電子血壓機之裝置，請參照第3、卜 5圖所示，該電子血壓機設有一控制模組20,該控制模組2〇 又有處理器2卜於本實施例為一多工處理器（腳），以便 控制整個電子血壓機之七#R k & 至機之作動且该控制模組20並分別與一電 源模組10、氣泵模組30、一組以上之壓力感測件4〇以及一顯 示模組50相連接，j：中，备石 ，、Τ虱泵模組30係用來加壓用，而該等 壓力感測件40可為二個(如第6圖所示)或三個(如第3圖所 不）’ H等壓力感測件40上分別連接有氣閥Η 43,再者，該 等壓力感測件40彼此係相聯通並與氣隸組3()相通，此外， 顯示模組5〇係用來輸出檢測之相關數值，於本實施例為-液 晶模組。 綜上所述，本發明之一種「電子血職自動校正方法」， 在產業上具有很大之利用價值’且可改良習用校正方法之各種 缺點’在使用上能增進功效’合於實用充份符合發明專利之 要件H理想之發明’故申請人爰依專利法之規定，向釣 局提出發明專射請，並懇請早日賜准本案專利，至感德便。 1258360 【圖式簡單說明】 第1圖為習用校正方法之示意圖。 第2圖為本發明之流程示意圖。 第3圖為本發明電子血壓機之部分裝置示意圖。 第4圖為本發明電子血壓機之電路方塊示意圖。 第5圖為本發明電子血壓機之電路示意圖。 第6圖為本發明電子血壓機之另一實施例之裝置示意圖。 【主要元件符號說明】 主要元件符號及流程步驟說明： 10 20 21 30 40 41 42 43 50 電源模組 控制模組 處理器 氣泵模組 平時使用之壓力感測件 平時未使用之壓力感測件 平時未使用之壓力感測件 氣閥門 顯示模組 步驟100開啟電源模組； 步驟2 0 0啟動控制模組； 步驟300切換至自動檢測模式； 1258360 步驟400設定氣壓並對壓力感測件進行加壓； 步驟500比較平時使用之一組壓力感測件與另外各壓力 感測件所偵測之數值； 步驟600比較平時使用之一組壓力感測件與另外一組壓力 感測件所偵測之數值； 步驟700比較非平時使用之壓力感測件間數值； 步騍800及900關閉異常之壓力感測件所連接之閥後結 束檢測之動作。1258360 IX. Description of the invention: [Technical field of the invention] The method for automatically correcting an electronic blood pressure machine according to the present invention is a method of adding a pressure sensing member of a group or more in an electronic pressure machine, so that (4) can pass a specified pressure value. Comparing with the value of one set of the house force sensing member and the other one of the pressure sensing members, and determining whether the pressure sensing member used normally is abnormal or not The sensing member is turned off' to enable the user to continue to use the pressure sensing member that still maintains the normal pressure sensing component for the next time. [Prior Art] According to the common electronic blood pressure machine, it is often used for a period of time, often due to the long-term measurement of the pressure sensing member (not shown), resulting in elastic fatigue and measurement inaccuracy. The user cannot correct it and must return it to the original factory or through a medical facility or doctor with relevant equipment and experience to correct it. For the correction method, please refer to Figure 1. The main (4) preparation - mercury The blood pressure machine 100, which uses the mercury-type blood machine as the calibration reference instrument, and then transmits the electronic blood-receiving machine to be tested _ to the mercury-type blood dust machine 100 through the T-type communication f nG, while Connected to a manual air pump 500 through the communication pipe 110. When 'corrected', the air bag 200 of the electronic blood dust machine to be corrected can be wrapped on the cylinder 400 of the simulated arm, and the electronic blood to be tested is pressed. The power switch on the dust machine (not shown) starts the electronic blood 1258360 press 3GG to be tested, and switches the operation mode of the electronic blood machine 3 (10) to be tested to the inspection measurement mode through the manual air pump 5〇〇 treat The airbag bag 200 of the electronic blood pressure machine 3 (10) is inflated to pressurize the cylinder 4, and is pressurized to a specified level, and then compared with the mercury blood pressure machine 100 and the electronic blood pressure machine 3 to be tested. If the value is consistent, it means that the electronic blood pressure machine to be tested does not need to be corrected. If it does not match, the value displayed on the electronic blood pressure machine to be tested is adjusted to the same value as that of the mercury blood pressure machine 100. And repeat the above steps until the value of the electronic blood pressure machine 300 to be tested is the same as the value of the mercury blood pressure machine, if the value cannot be adjusted to the same value, then the pressure sensing member needs to be replaced or returned to the original factory. Positive, such a method is not only time-consuming, but also difficult for users of non-professionals to correct, and it is very unsatisfactory to use. SUMMARY OF THE INVENTION The inventors have learned from the lack of implementation of the above-mentioned correction method, and have carefully studied the method of automatically correcting the electronic blood pressure machine of the present invention. An object of the present invention is to provide an automatic calibration method for an electronic blood pressure machine, which is characterized in that a pressure sensing member is set to be used in an ordinary setting in an electronic blood pressure machine, and a plurality of pressure sensing members are added. The group of pressure sensing members that are set to be normally used are respectively connected with a gas valve and connected with other groups of pressure sensing members, so that the electronic blood pressure machine can be input into the control module through an external command when the automatic calibration is detected. And the electronic pressure machine is switched to the automatic correction detection mode, and the pressure of the electronic blood pressure machine is pressurized by the gas pressure set by the air pump, so that the electronic blood pressure machine makes the groups feel connected to each other. The test piece is subjected to the same pressure at the same time, and the detected pressure values are transmitted to the control mode, and the control module will be set to use one of the group of pressure sensing members and other pressure sensing members. The values are compared with each other, and if it is set to be used normally, the group pressure sensing members are consistent with the values detected by the other pressure sensing members, that is, the determination is set to be used normally. A set of pressure sensing members is normal; if the pressure sensing member is abnormal, the valve connected thereto is closed, and the user activates another set of pressure sensing members at the next use, so that not only can Let the electronic blood pressure machine continue to use or clearly display the need to send the original factory calibration, and can achieve the use of = self-correction a press, in the general case without returning to the original factory, which can save time, and easy to use purpose. [Embodiment] The present invention relates to an automatic calibration method for an electronic blood pressure machine. Please refer to the figures 2, 3, and 4, and the method steps are as follows: Turn on the power switch (10) of the electronic blood pressure machine to connect with the power switch. The power module 1 starts (please refer to Figures 4 and 5), so that the power module can supply the power supply of the control module 2 connected thereto, and the control module 2G is in the working state (2.), and then When the user switches to the detection mode command (3〇〇), the control module 2G receives the switching command (4) to the automatic detection mode 7 when the control module 2 detects the mode, The air pump is smashed and the air valve is opened, and the residual air pressure existing in the air pipe 44 and the pressure sensing members Μ: 1258360 is completely released. At this time, each m material 4G, 4b 42 is in the zero state. And then closing the air release valve, and causing the air pump module 3 to pressurize (400) the set air pressure, and the set air pressure value is transmitted to the display module 5 through the control module 20, , set the electronic blood pressure machine to a group of pressure senses The gas valve 43 of the device 4 is opened and the gas valves 43 on the other pressure sensing members 4 and 42 which are not normally used are also simultaneously opened, so that the pressure sensing members 4, 41, 42 of the respective phases are connected. The detected pressure changes can be converted into numerical values and transmitted to the processor 21 in the control module 2, and the processor 21 will measure the pressure values of the pressure sensing members 4, 41, 42 It will be sent to the display module 50, and will be set to use one of the group of pressure sensing members 40 to be compared with the other pressure sensing members 41, 42 (5〇〇), if set to the pressure sensing used in normal times. When the air pressure value of the device 4 is matched with the air pressure values of the other unused pressure sensing members 41 and 42, it indicates that the pressure sensing member 40 that is normally used is normal, and thus the end detecting operation (8 (10)); Moreover, if the values of the air pressure values of one of the group of pressure sensing members 4 and 42 and the other pressure sensing members 41 and 42 are compared with each other, if the values do not match, the pressure sensing member 40 is compared with the other one. Whether the pressure sensing member 41 matches (6〇〇), and if so, it should be It is determined that the pressure sensing member 4 is normally used, so that the detection operation (800) is ended. If not, the comparison of the pressure sensing members 41 and 42 is continued. If not, the setting is normally used. The pressure sensing member 4Q is normal, and thus the end detecting operation (8〇〇), if yes, it indicates that the setting 1258360 is abnormal for the pressure sensing member 40 used normally, and the gas valve 41 connected thereto is closed. 'The user will start another _ group pressure sensing device 41 or 42 (_) 'on the next use, so that the electronic blood pressure machine can continue to be used, and the user can correct the blood pressure machine without It needs to be returned to the original factory, which saves time and is easy to use. With the above method, the apparatus of the electronic blood pressure machine, as shown in FIG. 3 and FIG. 5, the electronic blood pressure machine is provided with a control module 20, and the control module 2 has a processor 2 in the embodiment. It is a multiplexed processor (foot) for controlling the operation of the entire electronic blood pressure machine, and the control module 20 is respectively associated with a power module 10, a gas pump module 30, and a group or more. The pressure sensing member 4A and a display module 50 are connected, and the j: middle, the standby stone, and the pump module 30 are used for pressurization, and the pressure sensing members 40 can be two ( As shown in FIG. 6 or three (as shown in FIG. 3), the pressure sensing member 40 such as H is connected to the air valve Η respectively. Moreover, the pressure sensing members 40 are connected to each other and In addition to the gas group 3 (), the display module 5 is used to output the relevant value of the detection, which is a liquid crystal module in this embodiment. In summary, the "automated blood home automatic correction method" of the present invention has great utility value in the industry's and can improve various shortcomings of the conventional correction method, and can improve the efficacy in use. In accordance with the requirements of the invention patent H ideal invention, the applicant has filed an invention special request to the fishing bureau in accordance with the provisions of the Patent Law, and urged that the patent should be granted as soon as possible. 1258360 [Simple description of the diagram] Figure 1 is a schematic diagram of the conventional correction method. Figure 2 is a schematic flow chart of the present invention. Fig. 3 is a schematic view showing a part of the apparatus of the electronic blood pressure machine of the present invention. Fig. 4 is a block diagram showing the circuit of the electronic blood pressure machine of the present invention. Fig. 5 is a circuit diagram of the electronic blood pressure machine of the present invention. Fig. 6 is a schematic view showing the apparatus of another embodiment of the electronic blood pressure machine of the present invention. [Main component symbol description] Main component symbol and process step description: 10 20 21 30 40 41 42 43 50 Power module control module processor Air pump module Normally used pressure sensing component Normally unused pressure sensing component Normal time The unused pressure sensing member gas valve display module step 100 turns on the power module; step 2 0 0 starts the control module; step 300 switches to the automatic detection mode; 1258360 step 400 sets the air pressure and pressurizes the pressure sensing member Step 500 compares the values detected by one set of pressure sensing members and the other pressure sensing members; step 600 compares one group of pressure sensing members with another group of pressure sensing members. Value; Step 700 compares the values between the pressure sensing members that are not normally used; Steps 800 and 900 close the action of the valve connected to the abnormal pressure sensing member.