M425644 五、新型說明： 【新型所屬之技術領域】 本創作係有關於-種血壓量測系統’尤指一種結合衣服以長其 記錄、分析及/或監控使用者的血壓變化的血屋量測系統。 ^ 【先前技術】 血壓量測結果是高血壓與心血管疾病一項报重要的參考指桿。 如果使用者的血壓可以細定時量測並得到使財的血壓量測^ 果，則使用者壯壓量聽果將有祕醫生有效診斷使用者的心血 管疾病的變化。請參照第1圖’帛i圖係為說明電子式血壓計彻 共振法記錄額者的域的示意圖。首先對使用者的手臂上的壓脈 帶充氣，以阻擋制者的手料的血麟通，_再透過壓脈帶上 的沒氣_氣壓脈帶。如第丨圖所示，在壓脈帶充氣至航的過程 中’透過雛於壓脈帶上的壓力計侧使用者的血壓最大值 AMAX，並根據企壓最大值、常數α和常數c2，計算出使 用者的舒張壓DBP、收縮壓SBP及脈搏。由於血屢計量測血壓時， 血壓計需要充氣馬軸及仙者需要容胃觀察賴示晝面，所以血 壓計通常會有_定的_，造賴帶上的錢，導致長期量測血壓 的目標不易實現。 【新型内容】 本創作的-實她例提供一種血壓量測系統。該企屢量測系統包 M425644 含-衣服、-壓脈帶、-血壓制單元—第—傳龍組及—運算模 組。該衣服包含-防水布，其中該防水布係編織於該衣服上；該壓 脈帶係設置於該防水布之内側；該血壓量測單元係設置於該防水布 之内側，用以量測-使用者的血壓，以產生該使用者的血壓量測結 果’接收-絲訊號，啸制-可拆式絲模組統婦脈帶，接 收-姐訊號，以控制該壓脈帶上的一茂氣閥茂氣該壓脈帶，以及 傳賴·者的血壓量測結果；該第—傳難組制以接收該使用 籲者的血壓量測結果；該運算模組係婦於該第一傳輸模組，用以根 據該使用者的血壓量測結果，計算出該使用者的舒張壓、收縮壓及/ 或脈搏。 本創作提供一種血壓量測系統。當一使用者穿上具該血壓量測 系統的衣服時，該血壓量測系統係利用設置於一衣服的防水布之内 側的-血壓量測單元量測該使用者的血壓，並傳送該使用者的血壓 量測結果至-運算模組。然後，該運算模組可根據該使用者的血壓 量測結果’計算出該使用者的舒張壓、收縮壓及/或脈搏並透過-第 —傳輸模組上傳該使用者的舒張壓、收縮壓及/或脈搏至一網際網路 上的雲端平台。另外，該血壓量測單元係可為一高整合度的晶片系 統且至少一被動元件係由該衣服所包含的導電絲所組成。因此，本 創作不僅可縮小該血壓量測單元的體積，且亦可長期記錄該使用者 的血壓量測結果給網際網路上的醫療服務雲端平台，由該醫療服務 雲端平台長期記錄、分析及/或監控該使用者的血壓變化。 【實施方式】 3月參照第2圖’第2圖係為本創作的一實施例說明一種血壓量 測系統200的示意圖。血壓量測系統2〇〇包含一衣服2〇2、一壓脈 帶204、一血壓量測單元2〇6、一第一傳輸模組21〇及一運算模組 212。如第2圖所示，衣服202包含一防水布2022，其中衣服202 係為一短袖衣服，且防水布2〇22係編織於衣服2〇2上和位於衣服 202的袖口 β但在本創作的另一實施例中，衣服2〇2係為一長袖衣 服’且防水布2022係位於長袖衣服的袖口或長袖衣服的上臂處。壓 脈帶204係設置於防水布2022之内側。血壓量測單元206係設置於 防水布2022之内側，用以量測一使用者的血壓，以產生使用者的血 壓罝測結果，其中血壓量測單元206係可為一高整合度的晶片系統 (System on a chip，SOC)，或一縮小化的血壓計。另外，血壓量測單 兀206的至少一被動元件係由衣服2〇2所包含的導電絲所組成，其 中至少一被動元件係可為一電阻、一電容或一電感。血壓量測單元 206另用以接收一充氣訊號IS，以控制一可拆式充氣模組2〇82充氣 壓脈帶204，接收一洩氣訊號DS，以控制壓脈帶204上的一洩氣閥 2042洩氣壓脈帶2〇4，以及傳送使用者的血壓量測結果。如第2圖 所不’可拆式充氣模組2082係透過防水布202上的一金屬卡榫2084 連接防水布202 ’且可拆式充氣模組2082係透過防水布202上的一 單向防水閥2086充氣壓脈帶202。但本創作並不受限於可拆式充氣 模組2082透過防水布202上的金屬卡榫2084連接防水布202，亦 即可拆式充氣模組2082係可透過防水布202上的至少一金屬卡棒、 至少一金屬鈕扣、至少一導電魔鬼氈或至少一磁鐵連接防水布 M425644 202 °另外’可拆式充氣模組2〇82包含一電池2〇822，以驅動可拆 式充氣模組2082内的一充氣馬達20824。因此，可拆式充氣模組2082 即可利用充氣馬達20824透過防水布202上的單向防水閥2086充氣 壓脈帶202。如第2圖所示’第一傳輸模組210係透過一無線傳輸 方式和血壓量測單元206溝通，亦及第一傳輸模組210係透過無線 傳輸方式從血壓量測單元206接收使用者的血壓量測結果，其中無 線傳輸方式係可為一無線區域網路(wireless LAN，WLAN)、或一紫 φ蜂短距無線傳輸標準(IEEE802.15.4，Zigbee)、或一藍芽(Bluetooth)、 或一無線廣域網(Wireless Wide Area Network, WWAN)、或一全球行 動通訊系統(Global System for Mobile Communications，GSM)、或一 通用封包無線服務技術(General Packet Radio Service，GPRS)、或一 第二代行動通訊技術(third generation, 3G)或一 Ant+技術。但在本創 作的另一實施例中，第一傳輸模組21〇係透過一傳輸線和血壓量測 單元206溝通。運算模組212係耦接於第一傳輸模組21〇，用以根 據使用者的血壓量測結果’計算出使用者的舒張壓、收縮壓及/或脈 •搏。第一傳輸模組210和運算模組212係位於衣服202外，且包含 於一手機214内。因此，運算模組212可利用手機214的顯示幕2142 顯示使用者的舒張壓、收縮壓及/或脈搏。但本創作並不受限於第一 傳輸模組210和運算模組212包含於手機214，亦即第一傳輸模組 210和運算模組212亦可包含於一智慧型手機、或一平板電腦、或 一筆記型電腦、或一個人數位助理或一桌上型電腦。另外，充氣訊 號IS和茂氣訊號DS係由運算模組212產生，且透過第一傳輸模組 210傳送至血壓量測單元206。如第2圖所示，第一傳輸模組21〇 另用以透過無線傳輸方式上傳使用者的舒張H健及/或脈搏至 一網際網路上的醫療服務雲端平台，由醫療服務雲端平台長期記 錄刀析及/或監控使用者的血壓變化。但在本創作的另一實施例 中’第-傳輸模組2H)係透過一傳輪線上傳使用者的舒題、收縮 壓及/或脈搏至網際網路上的醫療服務雲端平台。 曰請參照第3圖’第3 _為本創作㈣—實施例綱—種血壓 $測系統300的不思圖。血壓量測系統3〇〇和企壓量測系統綱的 差別在於血壓量測系統3〇〇的防水布2〇2上另包含一按鍵別其 中按鍵316係輕接於血愿量測單元2〇6。如第3圖所示，使用者可 利用手機214上的運算模組212產生充氣訊號師浪氣訊號阢透 過無線傳輸方式/有線傳輸方式給血壓量測單元2%，或是利用按鍵 316產生充氣訊號IS和域訊號Ds給血壓量測單元2⑽。另外’ 血壓量測系統300的其餘操作原理皆和血壓量測系統相同，在 此不再贅述。 紅上所述’當使用者穿上具有本創作所提供的血壓量測系統的 衣服時，錢量測祕係_設置於衣防水布之内側的血壓量 測單元量測賴者的錢，輯贼时壯壓量麻果至運算模 組。然後，運算歡可㈣錢用者的域量騰果，計算出使用者 的舒張壓、收縮壓及/或脈搏並透過第一傳輸模組上傳使用者的舒張 壓、收縮壓及/或脈搏至網際網路上的雲端平台。另外，灰壓量測單 兀係可為_高整合度之晶片系紅至少—被動元件係由衣服所包含 M425644 的導電絲触成。S此’本崎不僅可料血壓量測單元的體積， 且亦可長期錢使崎的血壓量顺果細關路上的醫療服務雲 端平D 醫療服務雲端平台長期記錄、分析及/或監控使用者的企 壓變化。 以上所述僅為本創作之較佳實施例，凡依本創作申請專利範圍 所做之均等變化與修飾’皆應屬本創狀涵蓋範圍。 • 【圖式簡單說明】 第1圖係為說明電子式血壓計利用共振法記錄使用者的血壓的示意 圖。 第2圖係為本創作的一實施例說明一種血壓量測系統的示意圖。 第3圖係為本創作的另一實施例說明一種血壓量測系統的示意圖。 血壓量測系統 衣服 壓脈帶 血壓量測單元 第一傳輸模組 運算模組 手機 【主要元件符號說明】 200、300 ® 202 204 206 210 212 214 按鍵 9 316 M425644 2022 防水布 2082 可拆式充氣模組 2084 金屬卡榫 2086 單向防水閥 2142 顯示幕 20822 電池 20824 充氣馬達 AMAX 血壓最大值 Cl ' C2 常數 DBP 舒張壓 DS 洩氣訊號 IS 充氣訊號 SBP 收縮壓M425644 V. New description: [New technical field] This creation department has a blood pressure measurement system, especially a blood bank measurement that combines clothes to record, analyze and/or monitor the user's blood pressure changes. system. ^ [Prior Art] Blood pressure measurement results are an important reference for high blood pressure and cardiovascular disease. If the user's blood pressure can be measured at a fine time and the blood pressure measurement is obtained, the user's strength will be diagnosed by the doctor to effectively diagnose the user's cardiovascular disease. Please refer to Fig. 1 for the diagram of the field of the electronic sphygmomanometer. First, the cuff on the user's arm is inflated to block the bloody lining of the maker's hand, and then _ through the qi-pressure band on the cuff. As shown in the figure, during the inflation of the cuff, the blood pressure maximum AMAX of the user on the pressure gauge side passing through the cuff is based on the maximum value, constant α and constant c2. The user's diastolic blood pressure DBP, systolic blood pressure SBP, and pulse were calculated. When blood is measured by blood pressure, the sphygmomanometer needs to inflate the horse shaft and the fairy needs to have a stomach to observe the sputum. Therefore, the sphygmomanometer usually has a certain amount of _, which causes the money on the belt to cause long-term blood pressure measurement. The goal is not easy to achieve. [New content] This creation provides a blood pressure measurement system. The enterprise's repeated measurement system package M425644 includes - clothes, - cuff, - blood pressure system - the first - Chuanlong group and - operation model. The garment comprises a tarpaulin, wherein the tarpaulin is woven on the garment; the vascular belt is disposed on the inner side of the tarpaulin; the blood pressure measuring unit is disposed on the inner side of the tarpaulin for measuring - The user's blood pressure is used to generate the user's blood pressure measurement result 'received-wire signal, whistle-detachable silk module system pulse band, receive-sister signal to control the temperament on the cuff a valve pressure gas, and a blood pressure measurement result of the passer; the first transmission group is configured to receive the blood pressure measurement result of the use caller; the operation module is the first transmission mode of the user The group is configured to calculate a diastolic pressure, a systolic blood pressure, and/or a pulse of the user based on the blood pressure measurement result of the user. This creation provides a blood pressure measurement system. When a user puts on the clothes having the blood pressure measuring system, the blood pressure measuring system measures the blood pressure of the user using a blood pressure measuring unit disposed inside the tarpaulin of a garment, and transmits the use The blood pressure measurement result is to the - operation module. Then, the computing module can calculate the diastolic pressure, systolic blood pressure and/or pulse of the user according to the blood pressure measurement result of the user, and upload the diastolic pressure and systolic pressure of the user through the first-transmission module. And/or pulse to a cloud platform on the Internet. Additionally, the blood pressure measuring unit can be a highly integrated wafer system and the at least one passive component is comprised of conductive filaments contained in the garment. Therefore, the creation can not only reduce the volume of the blood pressure measuring unit, but also record the blood pressure measurement result of the user for a long time to the medical service cloud platform on the Internet, and the medical service cloud platform records, analyzes and/or Or monitor the user's blood pressure changes. [Embodiment] A schematic diagram of a blood pressure measurement system 200 will be described with reference to Fig. 2, Fig. 2, in an embodiment of the present invention. The blood pressure measurement system 2 includes a garment 2〇2, a pressure pulse belt 204, a blood pressure measurement unit 2〇6, a first transmission module 21〇, and an operation module 212. As shown in Fig. 2, the garment 202 includes a tarpaulin 2022, wherein the garment 202 is a short-sleeved garment, and the tarpaulin 2〇22 is woven on the garment 2〇2 and is located at the cuff of the garment 202. In another embodiment, the garment 2〇2 is a long-sleeved garment' and the tarpaulin 2022 is located at the cuff of the long-sleeved garment or the upper arm of the long-sleeved garment. The vascular band 204 is disposed inside the tarpaulin 2022. The blood pressure measuring unit 206 is disposed inside the tarpaulin 2022 for measuring a user's blood pressure to generate a blood pressure measurement result of the user, wherein the blood pressure measuring unit 206 can be a highly integrated wafer system. (System on a chip, SOC), or a reduced sphygmomanometer. In addition, at least one passive component of the blood pressure measurement unit 206 is composed of a conductive wire included in the garment 2〇2, and at least one of the passive components may be a resistor, a capacitor or an inductor. The blood pressure measuring unit 206 is further configured to receive an inflation signal IS to control a detachable inflatable module 2 〇 82 inflating the cuff 204 and receive a deflation signal DS to control a deflation valve 2042 on the venous band 204 . The ventilating venous band is 2〇4, and the blood pressure measurement result of the user is transmitted. As shown in FIG. 2, the detachable inflatable module 2082 is connected to the tarpaulin 202 by a metal cassette 2084 on the tarpaulin 202, and the detachable inflatable module 2082 is unidirectionally waterproofed through the tarpaulin 202. Valve 2086 inflates the cuff 202. However, the present invention is not limited to the detachable inflatable module 2082 being connected to the tarpaulin 202 through the metal cassette 2084 on the tarpaulin 202, and the detachable inflatable module 2082 is permeable to at least one metal on the tarpaulin 202. Card bar, at least one metal button, at least one conductive devil felt or at least one magnet connected to the tarpaulin M425644 202 ° The other 'detachable inflatable module 2 〇 82 includes a battery 2 822 822 to drive the detachable inflatable module 2082 An inflating motor 20824 is provided. Therefore, the detachable inflatable module 2082 can inflate the cuff tape 202 through the one-way waterproof valve 2086 on the tarpaulin 202 by the inflation motor 20824. As shown in FIG. 2, the first transmission module 210 communicates with the blood pressure measurement unit 206 via a wireless transmission method, and the first transmission module 210 receives the user from the blood pressure measurement unit 206 by wireless transmission. The blood pressure measurement result, wherein the wireless transmission mode can be a wireless local area network (WLAN), or a purple φ bee short-range wireless transmission standard (IEEE802.15.4, Zigbee), or a Bluetooth (Bluetooth), Or a Wireless Wide Area Network (WWAN), or a Global System for Mobile Communications (GSM), or a General Packet Radio Service (GPRS), or a second generation Third generation (3G) or an Ant+ technology. However, in another embodiment of the present invention, the first transmission module 21 communicates with the blood pressure measurement unit 206 via a transmission line. The computing module 212 is coupled to the first transmission module 21A for calculating a diastolic pressure, a systolic pressure, and/or a pulse of the user based on the blood pressure measurement result of the user. The first transmission module 210 and the computing module 212 are located outside the clothing 202 and are included in a mobile phone 214. Therefore, the computing module 212 can display the user's diastolic pressure, systolic pressure, and/or pulse using the display screen 2142 of the mobile phone 214. However, the present invention is not limited to the first transmission module 210 and the computing module 212 is included in the mobile phone 214, that is, the first transmission module 210 and the computing module 212 may also be included in a smart phone or a tablet computer. Or a laptop, or a number of assistants or a desktop computer. In addition, the inflating signal IS and the chimney signal DS are generated by the computing module 212 and transmitted to the blood pressure measuring unit 206 through the first transmission module 210. As shown in FIG. 2, the first transmission module 21 is additionally used to upload the user's diastolic H health and/or pulse to the medical service cloud platform on the Internet through wireless transmission, and is recorded by the medical service cloud platform for a long time. Knife and/or monitor changes in blood pressure in the user. However, in another embodiment of the present invention, the 'first transmission module 2H' transmits the user's comfort, contraction pressure and/or pulse to the medical service cloud platform on the Internet through a transmission line.曰Please refer to Figure 3 '3rd _ is the original creation (4) - the example of the example - blood pressure $ test system 300 does not think. The difference between the blood pressure measurement system 3〇〇 and the pressure measurement system is that the blood pressure measurement system 3〇〇 tarpaulin 2〇2 additionally includes a button, wherein the button 316 is lightly connected to the blood measurement unit 2〇 6. As shown in FIG. 3, the user can use the computing module 212 on the mobile phone 214 to generate an inflated signal transmitter, transmit the air pressure measuring unit to the blood pressure measuring unit 2%, or use the button 316 to generate the inflating. The signal IS and the domain signal Ds are given to the blood pressure measurement unit 2 (10). In addition, the remaining operating principles of the blood pressure measuring system 300 are the same as those of the blood pressure measuring system, and will not be described herein. In the red, when the user puts on the clothes with the blood pressure measurement system provided by the creation, the money measurement system _ the blood pressure measurement unit set on the inner side of the tarpaulin measures the money of the person. When the thief is strong, the amount of force is reduced to the computing module. Then, the calculation of the user's (4) money user's domain weight, calculate the user's diastolic pressure, systolic blood pressure and / or pulse and upload the user's diastolic pressure, systolic blood pressure and / or pulse through the first transmission module to Cloud platform on the Internet. In addition, the gray pressure measurement unit can be _ high integration of the wafer system red at least - the passive component is made of the conductive wire of M425644 contained in the clothes. S This 'Benqi can not only measure the volume of the blood pressure measurement unit, but also the long-term money to make the blood pressure of the Qishun. The medical service cloud on the road is flat. The medical service cloud platform records, analyzes and/or monitors the user for a long time. The pressure of change. The above description is only the preferred embodiment of the present invention, and all the equivalent changes and modifications made by the scope of the patent application should belong to the scope of the present invention. • [Simplified description of the drawings] Fig. 1 is a schematic diagram showing the electronic blood pressure monitor recording the blood pressure of the user using the resonance method. Fig. 2 is a schematic view showing a blood pressure measuring system according to an embodiment of the present invention. Figure 3 is a schematic illustration of a blood pressure measurement system illustrating another embodiment of the present invention. Blood pressure measurement system clothing pressure pulse with blood pressure measurement unit first transmission module operation module mobile phone [main component symbol description] 200, 300 ® 202 204 206 210 212 214 button 9 316 M425644 2022 waterproof cloth 2082 detachable inflatable mold Group 2084 Metal cassette 2086 One-way waterproof valve 2142 Display screen 20822 Battery 20824 Inflatable motor AMAX Maximum blood pressure Cl ' C2 Constant DBP Diastolic pressure DS Deflating signal IS Inflating signal SBP Systolic pressure