201132334 六、發明說明： 【發明所屬之技術領域】 本發明係有關-種診療系統，制是指—種結合電容式壓力感測元件 之類中醫脈診系統。 【先前技術】 在各型式的壓力感測元件中，電容式壓力感測元件具有高靈敏度、線 性工作區棘得與抗_雛力佳钱點，為近年練麵據力感測元 件發展中常用的型式。 中邊疋累積巾嶋久歷史㈣學，在巾醫診療上-般採聽診無診相 輔相成’此乃因聽珍需針對患者所敘述的病情進行觀察，才能對輕微病情 進订判斷’但對於脾、肝、心、肺的複雜病變難以判別，而脈診能改善聽 診對身體各處雜音的誤判，避免過度轉絲輯出減等_。但脈珍 多為使用意境的描述方式’如《四診心法》裡所云「雜如珠，滑溜不定」 為滑脈1「弦細端直，且勁日弦」為鎌、「如越動，不移_」為動脈 *這_是需要對古人文子的敘述意财所體會，再與實際診脈時的感 覺相應證，對脈診才能有正確的判斷，學脈診並不容易，故有「心中了了， 指下難明」之說，全仰賴醫生本身的素質。 近代子者王唯公紐職ώ的共振理論’則崎學料轉其脈搏的 產生”關係王唯公教授實驗結果說明脈搏為人體臟器共振所造成，例如： 心包經為第零諧波、肝為第—諧波、腎為第二諧波、脾為第三譜波等’每 個臟器諸波對映其經絡，如果能將臟器諧波分離出來則可了解身體何處產 生病灶，並加以治療。 201132334 錢於電容麵力_元件的_，本㈣遂針對上述”脈診之缺 β種勒新的結合電容式壓力感測元件之類中醫脈診系統流程，以 有效克服上述之該等問題。 【發明内容】 本發月之主要目的在提供—種結合電容式壓力細元件之類中醫脈診 紐紐供相者在居家端完整的料鋪資贿適當峨康監控。 目的在提供-種結合電容式壓力感測元件之類中醫脈診 籲、八於邊生…療時’藉由參酌所建立的完整脈搏健康資訊與或電子病 ΐ»來減人沈醫時間，並提高治療準確度，防止多位醫生開同樣藥品， 卻無法治癒的醫療浪費。 為達上述之目的，本發明提供一種結合電容式壓力感測元件之類中醫 系、克其包3有—居家監控端與一醫生診療端。居家監控端包含有一 -戴於相者身上之攜帶式裝置，攜帶式裝置包含有一訊號處理單元， 八係電丨生連接至—電容式勤制單元、—第—訊麟輸接收單元 '一儲 _ 不單疋；以及—包含有—第二訊號傳輸接收單元的飼服電 腦。而醫生診療端包含有一資料讀取裝置；以及一與資料讀取裝置電性相 連且内αχ有冑料處理單元之終端電腦。 上述之電容式屋力感測單元感測待測者之脈搏並產生一脈像訊號，脈 像況號經訊號處理單元轉換處理後傳輸給第一訊號傳輸接收單元進行資料 L· » ]而第一讯號傳輪接收單元接收脈像訊號，供伺服電腦進行分析與建 標’隨後回傳-脈像分析訊號至第一訊號傳輸接收單元，並由訊號處理單 疋轉換處理’以將脈像分析訊號儲存於儲存單元並於顯示單元上顯示一狀 5 201132334 態訊號。 而醫生診療端_資料讀取裝置讀取儲存單棚㈣料，經終端電腦 之-枓處理I讀讀’以瞭解待測者的脈像分析紀錄，作為診療評估 容、體實施例詳加朗，當更容易瞭解本發明之目的、技術内 办特點及其所達成之功效。 【實施方式】 請一併參閱第i圖、第2圖與第3圖，其係各為本發明之結合電容式 壓力感測轉之射細㈣期她_、本㈣之結合電容式勤 感測元件之類中醫脈診系統在居家監控端運作時的流賴，以及本發明之 結合電容式壓力感測元件之類帽_統在醫生診療端運作時的流程 圖。 第1圖所7F’本發明之結合電容式壓力感測元件之射醫脈診系統 主要包含有-居家監控端1G :以及__醫生診療端12。 居家監控端10包含有一配戴於待測者身上的攜帶式裝置14，例如手 錶、可隨身攜帶之3(:產品或者侧手環；以及—舰電腦16。此伺服電 腦16可設置於—公司或—醫院所設立之資訊醫療部門，以免費或資費方式 提供服務。 攜帶式裝置Μ主要包含有—訊號處理單元18，其電性連接至—電容式 壓力感測單元20、-第-訊號傳輸接收單元22、—由可插拔儲存記憶卡所 構成之健存單元24與-顯示單元26，其可以是液晶顯示屏幕、主動式有機 發光顯示器(AMOLED)或被動式有機發光顯示器（pM〇LED)。 上述之第-訊號傳輸接收單元22是具有遠端傳輸與傳輸協定之無線傳 201132334 輸單元’例如3G、3.5G、刪讀·„等傳輸協定。此外，第一訊號傳輪 接收單元可包含有-射頻電路28與—微波天線3〇。此射頻電路28與訊號 處理單it I8是细频電路餘卿成。微波天線Μ與電容式壓力感測 單元2〇是_職冑製輯碱。電容賴力制單元Μ減帶式裝置 14的設置位置必須靠近殼體或採聊性物質作為外殼，以增加量測時的準 確度。 伺服電腦16包含有一第二訊號傳輸接收單元32、一與第二訊號傳輸接 Φ 收單元32電性連接之訊號處理單元34、一與訊號處理單元34電性連接之 脈搏分析單元36，以及一與脈搏分析單元36電性連接之脈搏資料庫單元 38。 如第2圖所示，在居家監控端：如步驟§丨所述，利用上述之攜帶式穿 置14取得待測者之脈像訊號並傳輸。此步驟包含有利用電容式壓力感測單 元20感測待測者之脈衝壓之脈搏並產生一脈像訊號；隨後此脈像訊號經訊 號處理單元18轉換處理後傳輸給第一訊號傳輸接收單元22進行資料傳輸。 鲁接續，如步驟S2所述，伺服電腦16之第二訊號傳輸接收單元32接收 此脈像訊號，並經由一訊號處理單元34進行轉換，隨後由脈搏分析單元％ 將此脈像訊號與脈搏資料庫單元38内的資料進行分析產生一脈像分析訊號 並建檔，隨後此脈像訊號經訊號處理單元34轉換訊號後，利用第二訊號傳 輪接收單元32回傳。 如步驟S3所述’攜帶式裝置14之第一訊號傳輸接收單元22接收此脈 像分析訊號後傳遞至訊號處理單元18進行轉換處理，隨後訊號處理單元18 將經轉換處理後之脈像分析訊號儲存於儲存單元24並於顯示單元26上顯 201132334 示狀態》fl號，以告知待測者脈像的結果以及相關的說明，例如提醒待測 者是否就醫或者休息。 而醫生診療端u包含有一資料讀寫裝置4〇;以及一與資料讀寫裝置 4〇電後相連之終端電腦44，該終端電腦44包含-資料處理單元46。其中 資料讀寫裝置⑽可以為記針讀綠置或者無_寫裝置。 4生吹療端12運作時係如第3圖所示，首先，如步驟S4所述，利用 資料讀寫裝置4〇讀取攜帶式裝置M之儲存單元μ内的資料，並傳遞至終 ^電腦44内之觸處理單元*進行觸以瞭解制者的脈像分析紀錄， 提供醫生_制者的織歷程，作⑽_估，減，齡就醫時間並 增加治療準確度。 續如步驟S5所述’醫生建立—待測者之電子病例標，並利用資料 讀寫裝置40將電子病罐將回存至攜帶式裝置14之儲存單元％，以供待 測者下次診療時的參考。 再者’伺服電腦16更可包含有—與訊號處理單元％電性連接之緊扇 通報單元（®巾未示），以在觀異常脈像啦生警急通報。 綜上所述’本發明提供一種勒新的結合電容式壓力感測元件之類中譽 脈診系統，其在居家赌啸供鍵立酬者完整驗搏健較訊，獅 醫生診療端時藉由參酌所建立的完整脈搏健康f訊與或電子病例樓，來免 少就醫_，並提高絲準確度，防止多_生開同鋪品 的醫療浪費。 並非用來限定本發明 精神所為之均等變化 唯以上所述者，僅為本發明之較佳實施例而已， 貫施之範圍。故即凡依本發”請細所述之特徵及 201132334 或修飾，均應包括於本發明之申請專利範圍内。 【圖式簡單說明】 =圖為本㈣之結合電容式壓力制元件之類巾料騎架構示意 第2圖為本發明之結合電容式壓力細元件之射醫脈料統在居家監控 端運作時的流程圖。 第3圖為本發明之結合餘賴力_元件之類”脈轉統在醫生診療 端運作時的流程圖。 【主要元件符號說明】 10 居家監控端 12 醫生診療端 14 攜帶式裝置 16 伺服電腦 18 訊號處理單元 20 電容式壓力感測單元 22 第一訊號傳輸接收單元 24 儲存單元 26 顯示單元 28 射頻電路 30 微波天線 32 第二訊號傳輸接收單元 34 訊號處理單元 201132334 36 脈搏分析單元 38 脈搏資料庫單元 40 資料讀寫裝置 44 終端電腦 46 資料處理單元201132334 VI. Description of the Invention: [Technical Field] The present invention relates to a medical treatment system, which refers to a Chinese medicine pulse diagnosis system such as a capacitive pressure sensing element. [Prior Art] Among the various types of pressure sensing elements, the capacitive pressure sensing element has high sensitivity, linear working area, and anti-straining, which is commonly used in the development of sensing elements in recent years. Type. In the middle of the 疋 嶋 嶋 嶋 疋 ( ( ( 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋The complex lesions of the liver, heart and lung are difficult to discriminate, and the pulse diagnosis can improve the misjudgment of the auscultation to the noises in the body, and avoid excessive reduction of the silk. However, the pulse is more of a description of the use of artistic conception. For example, in the "Four Diagnosis Hearts", the cloud is "miscellaneous, slippery and indefinite" for the slide vein 1 "strings are straight and straight, and the strings are tight", "such as Yue Move, do not move _" for the arteries * This is the need to describe the ancient Chinese text, and then the evidence of the actual diagnosis of the pulse, the pulse diagnosis can have a correct judgment, learning pulse diagnosis is not easy, so The saying that "the heart is gone, the point is difficult to understand" depends on the quality of the doctor. The resonance theory of the modern son Wang Weigong and his new job, 'The situation of the Japanese students' turn to their pulse'. The relationship between Professor Wang Weigong and the experimental results shows that the pulse is caused by the resonance of the human body, for example: the pericardium is the zeroth harmonic and the liver is the first Harmonics, the kidney is the second harmonic, the spleen is the third spectrum wave, etc. 'Each organ wave reflects its meridian. If the organ harmonics can be separated, it can understand where the body produces the lesion and treat it. 201132334 Money in the capacitive surface force _ component _, this (four) 遂 for the above-mentioned "pulse diagnosis of the lack of beta species new combined with capacitive pressure sensing components such as TCM pulse diagnosis system flow, in order to effectively overcome the above problems . [Summary of the Invention] The main purpose of this month is to provide a kind of TCM pulse diagnosis, such as a combination of capacitive pressure fine elements, and a new supply for the person in the home. The purpose of the invention is to provide a combination of capacitive pressure sensing elements such as TCM Pulse Diagnosis, and in the case of “Boundary Health Information and Electronic Diseases” established by Disclosure to reduce the time of the doctor. And improve the accuracy of treatment, to prevent multiple doctors to open the same drugs, but can not cure the medical waste. In order to achieve the above object, the present invention provides a Chinese medicine department such as a capacitive pressure sensing element, a khaki package, a home monitoring terminal and a doctor diagnosis end. The home monitoring terminal includes a portable device worn on the body, the portable device includes a signal processing unit, and the eight-line electric power connection is connected to the capacitive power unit, the first-Xinlin transmission receiving unit. _ not only 疋; and - containing the second signal transmission receiving unit of the feeding computer. The doctor's medical treatment end includes a data reading device; and a terminal computer electrically connected to the data reading device and having an internal processing unit. The capacitive home force sensing unit senses the pulse of the test subject and generates a pulse image signal, and the pulse image condition number is converted by the signal processing unit and transmitted to the first signal transmission receiving unit for data L· »] A signal transmitting unit receives the pulse signal for the servo computer to analyze and establish the label 'subsequent return-pulse image analysis signal to the first signal transmission receiving unit, and is processed by the signal processing unit to convert the pulse image The analysis signal is stored in the storage unit and displayed on the display unit as a 5 201132334 state signal. And the doctor's diagnosis and treatment terminal _ data reading device reads the storage shed (four) material, through the terminal computer - 枓 processing I read 'to understand the pulse image analysis record of the test subject, as the diagnosis and evaluation capacity, the body example details When it is easier to understand the purpose of the invention, the characteristics of the technology, and the effects achieved. [Embodiment] Please refer to the i-th image, the second figure and the third figure together, which are the combined capacitive-type pressure sensing transfer of the present invention (fourth), her (4) combined capacitance type of work The flow of the Chinese medicine pulse diagnosis system such as the measuring component when operating at the home monitoring end, and the flow chart of the cap-type pressure sensing element of the present invention when operating at the doctor's medical end. Fig. 1 is a view showing a medical diagnostic pulse system for a capacitive pressure sensing element of the present invention mainly comprising a home monitoring terminal 1G: and a doctor's medical treatment terminal 12. The home monitoring terminal 10 includes a portable device 14 worn on the person to be tested, such as a watch, a portable 3 (: product or side bracelet), and a ship computer 16. The servo computer 16 can be set in the company. Or the information and medical department established by the hospital provides services free of charge or for a fee. The portable device mainly includes a signal processing unit 18 electrically connected to the capacitive pressure sensing unit 20 and the first signal transmission. The receiving unit 22, the storage unit 24 and the display unit 26 formed by the pluggable storage memory card, which may be a liquid crystal display screen, an active organic light emitting display (AMOLED) or a passive organic light emitting display (pM〇LED) The above-mentioned first-signal transmission receiving unit 22 is a transmission protocol of a wireless transmission 201132334 transmission unit having a remote transmission and transmission protocol, such as 3G, 3.5G, deletion, etc. Further, the first signal transmission receiving unit may include There are - RF circuit 28 and - microwave antenna 3 〇. This RF circuit 28 and signal processing single it I8 is a fine frequency circuit Yu Qingcheng. Microwave antenna Μ and capacitive pressure sensing unit 2 _ The position of the capacitor-reducing unit and the belt-reducing device 14 must be close to the housing or the living substance as the outer casing to increase the accuracy of the measurement. The servo computer 16 includes a second signal transmission. The receiving unit 32, a signal processing unit 34 electrically connected to the second signal transmitting and receiving unit 32, a pulse analyzing unit 36 electrically connected to the signal processing unit 34, and a pulse analyzing unit 36 are electrically connected thereto. The pulse database unit 38. As shown in Fig. 2, at the home monitoring end, as described in step §, the portable image 14 is used to obtain the pulse signal of the subject and transmitted. This step includes using the capacitor. The pressure sensing unit 20 senses the pulse of the pulse pressure of the test subject and generates a pulse image signal; the pulse image signal is then converted by the signal processing unit 18 and transmitted to the first signal transmission receiving unit 22 for data transmission. In the continuation, as described in step S2, the second signal transmission receiving unit 32 of the servo computer 16 receives the pulse signal and performs conversion via a signal processing unit 34, followed by a pulse analysis unit. The pulse image signal and the data in the pulse database unit 38 are analyzed to generate a pulse image analysis signal and filed. Then, the pulse image signal is converted by the signal processing unit 34, and then the second signal transmitting unit 32 is used. As described in step S3, the first signal transmission receiving unit 22 of the portable device 14 receives the pulse image analysis signal and transmits it to the signal processing unit 18 for conversion processing, and then the signal processing unit 18 converts the processed pulse image. The analysis signal is stored in the storage unit 24 and displayed on the display unit 26 with the status "fl" in 201132334 to inform the tester of the result of the pulse image and related instructions, such as reminding the test subject whether to seek medical treatment or rest. There is a data reading and writing device 4; and a terminal computer 44 connected to the data reading and writing device 4, and the terminal computer 44 includes a data processing unit 46. The data reading and writing device (10) can be a green or non-writing device. 4 When the raw brow end 12 is in operation as shown in FIG. 3, first, as described in step S4, the data in the storage unit μ of the portable device M is read by the data reading and writing device 4, and transmitted to the final ^ The touch processing unit* in the computer 44 touches to know the pulse analysis record of the maker, and provides the doctor's process of making, (10)_estimating, reducing, ageing and increasing the treatment accuracy. Continued as described in step S5, 'the doctor establishes the electronic case number of the person to be tested, and uses the data reading and writing device 40 to restore the electronic disease tank to the storage unit % of the portable device 14 for the next diagnosis of the subject to be tested. Time reference. Furthermore, the servo computer 16 may further include a tight fan notification unit (not shown) electrically connected to the signal processing unit to notify the abnormal pulse. In summary, the present invention provides a new diagnostic pulse diagnosis system such as a capacitive pressure sensing element, which is used in a home gambling and whistling key to complete the blood test, and the lion doctor borrows the medical treatment end. The complete pulse health information and electronic case building established by the discretion will help to avoid medical treatment, and improve the accuracy of the silk to prevent the medical waste of the same. It is not intended to limit the scope of the present invention, but the scope of the present invention is only the preferred embodiment of the present invention. Therefore, the characteristics and the 201132334 or the modifications described in the "Following the Hair" should be included in the scope of the patent application of the present invention. [Simple description of the figure] = Figure (4) Combined with capacitive pressure components and the like Schematic diagram of the towel riding structure Fig. 2 is a flow chart of the invention of the combined capacitive pressure element in the operation of the home monitoring terminal. Fig. 3 is a combination of the invention and the components of the invention. Flow chart of the pulse transit system when the doctor works. [Main component symbol description] 10 Home monitoring terminal 12 Doctor diagnosis terminal 14 Portable device 16 Servo computer 18 Signal processing unit 20 Capacitive pressure sensing unit 22 First signal transmission receiving unit 24 Storage unit 26 Display unit 28 Radio frequency circuit 30 Microwave Antenna 32 second signal transmission receiving unit 34 signal processing unit 201132334 36 pulse analysis unit 38 pulse data library unit 40 data reading and writing device 44 terminal computer 46 data processing unit