M310726 五、 中文新型摘要： -種具人體生理電訊號感測及警示功能之護 護腕帶供配戴在手腕上，其中該感測U 係权置於濩腕，内部，可預先設定各種感測功能如感測心 跳、血壓、體溫、心率、血氧、血糖等生理電訊號，且當 生理電訊號顯現異常狀態時會自動發出緊急訊號功能並對 外傳送；該護腕帶能固定感測裝置之感測位置且使其緊密 貼合於手腕上；藉此’可配合利用無線傳輸或網際網路功 φ能而達到生命機能之預警作用、健康監護及遠距照護之使 用效果。 六、 英文新型摘要：（略） 七、 指定代表圖·· (一） 本案指定代表圖為：圖（1)。 (二） 本代表圖之元件符號簡單說明·· 護腕1 Φ 感測裝置10 感測面11 護腕帶20、20a 外側面21、21a 内側面22、22a 端部23 黏扣帶40 八、 新型說明： 【新型所屬之技術領域】 2 M310726 之婼Π :ί有關—種具人體生理電訊號感測及警示功能 恭夕戌、日t —種利用—護腕帶内設置一可感測人體生理 私Λ號之感測裝詈 .^ L 直使感測裝置藉護腕帶而能緊密套合於 于腕上以正確I :目,丨、、α · ^ ^ ^ e π 跳、血壓、體溫、心率、血氧、血糖 山跃么 > 上 丁开兔訊號，並於量測值異常時能自動發 出緊急訊號，M wλ 於，〜 曰了配合利用無線傳輸或網際網路功能而 形成監控者。 【先前技術】 μ >按目則使用之習知人體生理電訊感測技術已有多種 叹计，、叙區分為侵入式與非侵入式，侵入式量測是將生 理包訊感測$植人體内，長時間使用易造成感測器在人體 ^之^位風險’為避免異位風險而採用非侵人式，非侵入 (又57為接觸式_與非接觸式感測，接觸式感測是感測 ，或其感測面與量測標的有接觸到，非接觸式感測是感測 器或其感測面與量測標的沒有接觸到，例如利用紅外線方 式來進仃感測；習知一般接觸式感測之生理感測器為手錶 方式配戴，因感測器無法緊密與皮膚接觸或手錶因滑動所 產生位移，致使量測點不固定，且量測之數值容易失去準 確而本創作即是針對配戴感測裝置予以改良，藉以解 決習知手錶型感測器之測量點因產生位移所造成之無效量 測及長期配戴產生不舒適之缺點。 【新型内容】 本創作主要目的乃在於提供一種具人體生理電訊號感 測及警示功能之護腕，其係在一護腕帶内設置一可感測人 體生理電訊號之感測裝置，使感測裝置藉護腕帶而能緊密 套合於手腕上以正確達到人體生理感測功能如量測心跳、 3 M310726 血左體’里、心率、血氧、血糖等電訊號，且當該生理電 訊號異常時可藉蜂鳴器發出緊急訊號，藉以達到對人體生 理現象之照護及警示效果。 本創作再目的乃在於提供一種具人體生理電訊號感 測及警示功能之護腕，其係將自動、持續量測之生理電訊 號運用無線傳輸及網際網路功能，傳送到照護端，藉以達 到長時效照護之周延性、生命機能之預警性及遠距照護之 效果。 本創作又一目的乃在於提供一種具人體生理電訊號感 ’測及警示功能之護腕，係利用護腕帶本身容易配戴且具彈 性及舒適性之特點，使該護腕可長時間配戴，且配戴時該 感測裝置又能固定在正確位置並與皮膚緊密接觸以量測出 準確訊號，使該人體生理護腕達到方便性、舒適性及準確 性之使用效果。 【實施方式】 為使本創作更加明確詳實，茲舉一較佳實施例並配合 下列圖示，將本創作之結構及其技術特徵詳述如後： I 麥考圖1至圖5所示，本創作具人體生理電訊號感測 及警示功能之護腕1係包含一感測裝置1〇及一護腕帶2〇， 其中，該感測裝置10係設置於護腕帶2〇内部，其内面上可 一感測面11 ’使該感測面11猎護腕1與手腕30之感測部 位31相互接觸以進行量測；該護腕帶2〇主要目的係用以使 護腕帶20之内側面22可環繞束缚在手腕30上，藉以使感測 裝置10之感測面11能與手腕30之感測部位31相互緊密貼合 在一起，使感測面11與手腕30之感測部位31之間不易產生 相對位移，以避免影響量測之準確度甚至造成無效量測； 4 M310726 又該護腕帶具吸濕排汗功能讓人體肌膚保持舒適，可適合 長時間配戴使用。 該感測裝置10可預先設定以包含多種感測裝置，如感 測心跳、血壓、體溫、心率、血氧、血糖等電訊號，並可 發出緊急訊號功能，而其感測模式及警示模式也可依需要 而作多種選擇設計，如感測模式方面可選用接觸式或非接 觸式之感測器；而警示模式方面可選用自動感測並警示或 緊急手動警示等；又在自動感測模式下，使用者即使無操 作意識，感測裝置10仍然持續進行量測。 1 如圖1至圖5所示，接觸式感測模式係感測裝置10設 置於護腕帶20内部，利用護腕帶20之内侧面22環繞手腕 30使感’則裝置1 〇之感測面11與手腕30之感測部位31相互 緊密貼合以進行量測；而非接觸式感測模式係利用非接觸 式感測裝置（如紅外線感測器）以進行量測（圖未示）。 又感測裝置10可内建無線傳輸裝置，俾可利用無線傳 輸功能將感測訊號傳送至一相配合之接收器，該接收器係 例如放置於一照護端處；再以網際網路功能將訊號傳送至 .照護端；由於該感測裝置1〇之結構型態及其電子電路設 计’包括各種感測功能、各種感測模式及警示模式或無線 傳輸裝置等，皆係利用習知電子技術可達成者，故在此不 另詳述。 5玄濩腕帶20可依需要而設計不同之環繞束缚方式，如 設計成調整式護腕帶20a，其係於護腕帶20a之一端外侧 面21a之端部23及另一端内侧面22a之端部23分別利用黏 扣帶（Velcro，俗稱魔鬼氈）40形成如圖1、2、3所 示，或設計成鬆緊帶式護腕帶20b如圖4、5所示以直接 M310726 環套在手腕上，藉以提供多種不同結構型態而增加使用者 之選擇性。 參考圖6所示，其係本創作感測裝置1〇之設計功能方 塊圖’玆說明如下： 首先，感測裝置10進行“啟動量測”步驟，並判斷量 測值是“有效值”或“無效值，，，當量測值以在20<=以 < =200，該量測值為“有效值”；當量測值Ti在〇〈= Ti < = 20或> 200，該量測值為“無效值，，。 再判斷“有效值，，是“正常值，，或“異常值，，，以數 組量測值計算平均值Rave，Rave * (1—2〇%)〈 =Ti〈=如呢 * (j+2(U) 8^ $異f值Xl ;也就是每次量測結果為正常 值時以替代方式保留最近數組量測值藉以計算平均值 ^ve’ Ti在Rave 一定範圍内為正常值，超過此範圍為異 常值Xi。 再比較“異常值” Xi之相關性，以判斷是否進行“蜂 鳴器啟動”步驟或“蜂鳴器不啟動，，步驟，當 X:‘資料持續出現降冪（如Χ1>Χ2>Χ3> ······)時:就：： :蜂鳴器啟動”步驟，達到警示功能，·也就是出現異常= Χ^ι時亦保留數組資料，比較異常值之相關性，持續 f、(如D >Χ2>Χ3> ······)時，確認使用者生理機能產生 衰退，就啟動蜂鳴器發出警示聲響。 以上所述僅為本新型的較佳實施例，對本新型而古 是說明性的，而非限制性的。本專業技術人員理解，ς 7型權利要求所限定的精神和範圍内可對其進行許多改 變’修改’甚至等效變更’但都將落入本新型的保護範圍 M310726 内。 【圖式簡單說明】 、 圖1係本創作一實施例之立體圖。 ^ 圖2係本創作一實施例之另一後視立體圖。。 圖3係圖1使用狀態圖。 圖4係本創作另一實施例之立體圖。 圖5係圖4使用狀態圖。 圖6係本創作設計功能方塊圖。 【主要元件符號說明】 •護腕1 感測裝置10 感測面11 護腕帶20、20a、20b 外側面 21、21a、21b 内侧面 22、22a、22b 端部23 手腕30 Φ 感測部位31 黏扣帶40M310726 V. Chinese New Abstract: - A wristband with a human body physiological signal sensing and warning function is worn on the wrist. The sensing U system is placed on the wrist, and the interior can be pre-set. The measuring function is to sense physiological signals such as heartbeat, blood pressure, body temperature, heart rate, blood oxygen, blood sugar, etc., and when the physiological electrical signal shows an abnormal state, the emergency signal function is automatically sent and transmitted externally; the wristband can fix the sensing device It senses the position and makes it fit snugly on the wrist; thus, it can be combined with the use of wireless transmission or Internet power to achieve the vitality warning function, health monitoring and remote care. Sixth, the new English abstract: (omitted) VII, designated representative map (1) The representative representative of the case is: Figure (1). (2) Brief description of the symbol of the representative figure·· Wristband 1 Φ Sensing device 10 Sensing surface 11 Wrist strap 20, 20a Outer side 21, 21a Inner side 22, 22a End 23 Velcro strip 40 VIII New description: [New technology field] 2 M310726 婼Π : 有关 about - a human body physiological signal sensing and warning function Gong Xi, t t - kind of use - wristband set inside can sense the human body The sensory device of the physiological privilege. ^ L Direct sensing device can be tightly fitted to the wrist with the wrist strap to correct I: eye, 丨, α α ^ ^ ^ ^ π 跳, blood pressure, Body temperature, heart rate, blood oxygen, blood sugar, mountain jumps > The Ding open rabbit signal, and automatically send an emergency signal when the measured value is abnormal, M wλ, ~ 曰 with the use of wireless transmission or Internet function to form Monitor. [Prior Art] μ > According to the conventional human physiological telecommunication sensing technology used by the eyes, there are various insults, and the classification is invasive and non-invasive, and the invasive measurement is to measure the physiological information. In the human body, long-term use can easily cause the risk of the sensor in the human body. In order to avoid the risk of ectopic, non-invasive, non-invasive (also 57 contact and non-contact sensing, contact sense) The measurement is sensing, or the sensing surface thereof is in contact with the measuring target, and the non-contact sensing is that the sensor or its sensing surface is not in contact with the measuring target, for example, using infrared light to enter the sensing; Conventional general touch sensing physiological sensors are worn by the watch. Because the sensor can not be in close contact with the skin or the displacement of the watch due to sliding, the measuring point is not fixed, and the measured value is easy to lose accuracy. The present invention is an improvement for the wearing sensing device, so as to solve the disadvantages of the ineffective measurement caused by the displacement of the measuring point of the conventional watch type sensor and the uncomfortable wearing for long-term wearing. [New content] The main purpose of creation is Providing a wristband with a human body physiological signal sensing and warning function, which is provided with a sensing device capable of sensing a physiological signal of a human body in a wristband, so that the sensing device can be tightly supported by the wristband Fitted on the wrist to correctly achieve the human physiological sensing function such as measuring heartbeat, 3 M310726 blood left body 'inside, heart rate, blood oxygen, blood sugar and other electrical signals, and when the physiological electrical signal is abnormal, you can use the buzzer to send out Emergency signal to achieve the care and warning effect on human physiological phenomena. The purpose of this creation is to provide a wristband with human physiological signal sensing and warning function, which will be used for automatic and continuous measurement of physiological electrical signals. The wireless transmission and Internet functions are transmitted to the care end to achieve the long-term care, the long-term care, the early warning of vital functions and the effect of remote care. Another purpose of this creation is to provide a sense of human body physiological signal. The wristband for measuring and warning functions is easy to wear with the wristband itself and is elastic and comfortable, so that the wristband can be worn for a long time, and when worn, The sensing device can be fixed in the correct position and in close contact with the skin to measure the accurate signal, so that the human physiological wristband can achieve the convenience, comfort and accuracy. [Embodiment] To make the creation more clear In detail, the structure and technical features of the present invention are described in detail below with reference to the following figures: I, as shown in Figure 1 to Figure 5, the human body physiological signal sensing and The wristband 1 of the warning function comprises a sensing device 1〇 and a wristband 2〇, wherein the sensing device 10 is disposed inside the wristband 2〇, and the inner surface thereof can have a sensing surface 11′ The sensing surface 11 and the sensing portion 31 of the wrist 30 are in contact with each other for measurement; the main purpose of the wristband 2 is to enable the inner side 22 of the wristband 20 to be wrapped around the wrist 30. Therefore, the sensing surface 11 of the sensing device 10 can be closely attached to the sensing portion 31 of the wrist 30, so that the relative displacement between the sensing surface 11 and the sensing portion 31 of the wrist 30 is not easily generated. Avoid affecting the accuracy of measurement or even invalid measurement; 4 M3107 26 The wristband has a moisture wicking function that keeps the skin comfortable and suitable for long-term wear. The sensing device 10 can be preset to include various sensing devices, such as sensing heartbeat, blood pressure, body temperature, heart rate, blood oxygen, blood sugar and other electrical signals, and can send an emergency signal function, and the sensing mode and the warning mode are also Can be selected according to the needs of a variety of options, such as sensing mode can choose contact or non-contact sensor; and warning mode can be selected with automatic sensing and warning or emergency manual warning; in automatic sensing mode Next, the sensor device 10 continues to measure even if the user is not operationally aware. 1 As shown in FIG. 1 to FIG. 5, the contact sensing mode sensing device 10 is disposed inside the wristband 20, and the inner side 22 of the wristband 20 is used to wrap around the wrist 30 to sense the device 1 The surface 11 and the sensing portion 31 of the wrist 30 are closely attached to each other for measurement; the non-contact sensing mode utilizes a non-contact sensing device (such as an infrared sensor) for measurement (not shown). . Moreover, the sensing device 10 can have a built-in wireless transmission device, and the wireless transmission function can be used to transmit the sensing signal to a matching receiver, for example, placed at a care end; and then the Internet function The signal is transmitted to the care end; since the structure of the sensing device 1 and its electronic circuit design 'including various sensing functions, various sensing modes and warning modes or wireless transmission devices, etc., all utilize the conventional electronic The technology can be achieved, so it will not be detailed here. 5 Xuanzang wristband 20 can be designed with different surrounding restraint manners as needed, such as an adjustable wristband 20a, which is attached to the end 23 of the outer side 21a of one end of the wristband 20a and the inner side 22a of the other end. The end portions 23 are respectively formed by a Velcro tape (commonly known as the devil felt) 40 as shown in Figs. 1, 2, and 3, or are designed as an elastic band wristband 20b as shown in Figs. 4 and 5, with a direct M310726 loop on the wrist. In order to increase the user's selectivity by providing a variety of different structural types. Referring to FIG. 6, the design function block diagram of the present sensing device 1 is described as follows: First, the sensing device 10 performs a "start measurement" step and determines that the measurement value is "effective value" or "Invalid value,,, the equivalent measured value is at 20 <= with <=200, the measured value is "effective value"; the equivalent measured value Ti is at 〇 <= Ti < = 20 or > 200, The measured value is "invalid value,,. Then judge the "effective value, is "normal value," or "outlier value,,, calculate the average value by the array measurement value Rave, Rave * (1 - 2〇%) < = Ti <= such as * (j+ 2(U) 8^ $iso f value Xl; that is, each time the measurement result is normal, the nearest array measurement value is retained in an alternative manner to calculate the average value ^ve' Ti is a normal value within a certain range of Rave, exceeding This range is the outlier Xi. Then compare the "outlier" Xi correlation to determine whether to perform the "buzzer start" step or "buzzer does not start, step, when X:" data continues to appear down ( If Χ1>Χ2>Χ3> ·······): On:: :Buzzer starts” step, the warning function is reached, that is, when the abnormality = Χ^ι is also retained, the array data is retained, and the abnormal value is compared. Correlation, continuous f, (such as D > Χ 2 > Χ 3 > · · · · · ·), confirm the user's physiological function to cause a decline, start the buzzer to sound a warning sound. The above is only the new type of comparison The preferred embodiment is illustrative and not restrictive to the present invention. Those skilled in the art understand that the ς 7 type right Many changes, 'modifications' and even equivalent changes, can be made in the spirit and scope defined by the requirements, but they will fall within the scope of protection of this new type M310726. [Simplified illustration], Figure 1 is an implementation of this creation. Fig. 2 is a perspective view of another embodiment of the present invention. Fig. 3 is a perspective view of another embodiment of the present invention. Fig. 4 is a perspective view of another embodiment of the present invention. Fig. 6 is a functional block diagram of the present design. [Main component symbol description] • wristband 1 sensing device 10 sensing surface 11 wristband 20, 20a, 20b outer side 21, 21a, 21b inner side 22, 22a, 22b End 23 Wrist 30 Φ Sensing part 31 Velcro strip 40