1299261 九、發明說明： 【發明所屬之技術領域】 本發明係相種生理監測之技術及方法，更 重生理監測之設備與方法。 徑卞忖八又 【先刖技術】 如何利用簡單且方便的方法來進行生理監測—直是當前研究的趨勢， 不1，如此的趨勢所面臨的問題卻是，如何在被簡化 ，的結果，以求儘量取代傳統繁複的測量設備、程序，也 豕庭化的献老年化社會的來臨。而在這個心 ^ 時代，各種生理監測中，血液相關讀值，例如，血氧、血题两^威3 血糖等，測量所佔的地位自然是不言而喻。 ▲ *、以及 包裹式:ΐ是=式、又蝴便的測量方式（多為夹式、 在進f測量的f候移動，如此一來又造成使用被要求盡量不要 然會用的:式來達成血液相關讀值測量的正確性，自 用者身上還必須再;:置方測量的複雜性，也就是，通常，使 難度的情形下，亦即，不拎 〃在不增加使用者之使用困 試複雜度的_下，地日辦，以及不增加測 是以，本發明的主要即 ^ :一 σ ，以解决習知技術的缺失。 其具有於一個設備中士诸夕插 、/、一種手持式多重生理監測設備， 又備中4多種生理信號擷取的能力，且透過使用者的手肴就 1299261 可完成所有生理信號的擷取。 號 本發明的另-個目的係在於提供—種手持式多重生理感測系統，々斤 包含的多種❹指係可以擷取彼此具相關性及可相互校正性的多種生理信 舰21的匕個目的係在於提供—種利用手持式多重生理監測設備而 β夕生理信號的方法，其係利用不同生理信號之間 的生理信號。 奴竹止隹 【發明内容】 置於實施例係提供—種手持式多重生理監測設備，包括同時配 備上之二棚型_器，而此兩種感·則是包括複數個接觸電 極:以及-光魏及光接收元㈣，其巾，該雜戦極的至料中之一 :ϊ=ίΓ使用者的至少一手指，進而透過該手指而擷取該使用者的 W，至於該光發涉及光歡元件_是驗接觸該使用者的一 二二=取有關血液的測量讀值’且該血液測量讀值乃是利用該電生 理1曰號而進行校正。 括二另—實施例储供—種手料μ生雜測設備，其係包 豆中H感心’複數健觸電極’以及—光發射以及光接收元件對。 趣數個接_極係位於該設備之上，以驗翻—賴者的至少 以^垃!^透過該手指而擷取該使用者的—電生理信號，以及該光發射 而#取右關Γ件對係電連接至該設備，以用於接觸該使用者的一手指，進 m液的測量讀值’且該讀值乃是利用該電生理信號而進行校正。 之❹^白:再一實施例係提供一種手持式感測器集合，包括二種類型 數個接觸電極係用於肋你田土从方，賊m千tt具中，趣 使用者的U 使用者的至少—手指，進喊職手指擷取該 者的-补#理域，以及該光發射及光接收元件對制於接觸該使用 信號而進彳^正简取有關血液的測量讀值，且該讀值乃是糊該電生理 根據上述’較麵是’該光發射及光接收元件觸接觸的該手指會同 1299261 時接觸該等接觸電極的直中 操作的同時接觸該使用者身’二，，㈣至少其中另-乃會於 者，較佳地是，所有該等、或是接觸該使用者的另—手；或 再者，更且優勢地3 =極係會接觸該使用者的同—手指。 可以獨立地進拽作.^電^種類型之感測器係可以同時進行操作，也 其中之一，糾-肌電信號的 及該設備更會包括—記憶裝置，以顯4等感測辑獲得之資訊；以 =:==七==二= 齡=述r===)與π刪執行，也可《獨立 元件對係可同時被配置;該手持及，及光接收 :==:=== 此外根據本發明的—較佳實施例，該步驟a)更 會於測量的同時接觸該使用者身體 ^極? 的同時接觸該使用者的另—手。 雄心鋪會於測量 血糖信號。 巧就遽，一血縣號，一血流信號，或是- 【實施方式】 使得熟習本技藝之人 本案將可由以下的實施例說明而得到充分瞭解， 1299261 ^可以據以7C成之，然本案之實施並非可由下列實施例而被限制其實施型 ^根據本l θ的+持式多重生理監$懷備，其係包括兩麵型的 杰:-為接=式電極，另―㈣光發賴接收元件對，以用於進行兩種生 _'亚^’該兩種生理參數的取得都至少是經由與受試者的手 部接f斤純執行。以下即舉例說明其具體實施方式。 手 明參，第1 ® ’其係顯示根據本發明手持式多重生理制 意圖’而如圖所示，該手持式多重生理監測設備乃是-Ϊ 主:广…、丨里、置10與一血氧測量裝置2〇的組合。通常， 者的兩手，或是-二外型，其於測量時會需要使用 心電測量裝置上所設置=:(如第2圖所示)’ -起接觸該手持式 生理信號的擷取；再者，=父圖麻：f右兩側的電極)，以完成心電 手指、甚至指尖而進；Τ、、^ σ ’血减_擷取也多是透過受試者的 電測旦以s 丁'、丨里，因此，在此情形下，自然可以整合手持式心 電測里以及血乳測量於同一個設備之上。 謂‘ 論是或’需排除測量時受試者之移動（無 的缺點，將可以校正血成衫響’所以’因應習知技術有關此方面 上，自然是相當有伽ίί 電測量與血氧測量整合於一個褒置之 正方式則敘述如下。、改進方式。至於心電測量與血氧彼此之間的校 的明顯，5此&==血利用手指者，對於移動的敏感性特別 在血氧測量時軸 研究中，有相當多是關於如何排除 是因為可以藉由觀察：ϊ::=寻:二其中t個選擇，這則 關係，因此，在與血氧-起進行_的日=線=知㈣者之移動狀況的 可缺的檢驗項目，所以，將^起=疋，驗心血管疾病時不 複雜度。 隹起遷可以更進一步簡化測量時的 在此，透過本發明的設置方式，此兩種生理信號的榻取不需要兩步驟 Ϊ299261 =測量，而是僅需—次的測量行為即可達成。如 式心電測量裝置進行檢測時， ^ -般利用手持 繞於該-定得接觸電極的手指之上1:夾住二手置’舉例而言’環 式，只需可完成蝴二疋r二，，可是其他方 氧偵測自然也完成，卞^、匕I *成该心電測量的同時，血 成。’、也4或麵，在完成血縫測的同時，心電測量自^^1299261 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a technique and method for physiological monitoring, and to a device and method for physiological monitoring. How to use the simple and convenient method to carry out physiological monitoring - it is the trend of current research, not 1, the problem faced by such a trend is how to be simplified, the result, In order to replace the traditional complicated measuring equipment and procedures as much as possible, it is also the coming of the aging society. In this heart age, in various physiological monitoring, blood-related readings, such as blood oxygen, blood, and blood glucose, are naturally self-evident. ▲ *, and parcel type: ΐ is the type of measurement, and the method of measuring the butterfly (mostly clip-type, moving in the f-measurement f, so that the use is required to be used as much as possible: To achieve the correctness of the blood-related reading measurement, the user must still have more; the complexity of the measurement of the square, that is, usually, in the case of difficulty, that is, not to increase the user's use The complexity of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The handheld multi-physiological monitoring device has the ability to capture more than 4 kinds of physiological signals, and all physiological signals can be extracted through the user's hand food 1929261. Another object of the present invention is to provide a hand-held type. A multi-physiological sensing system, in which a plurality of sputum finger systems included in the sputum can take advantage of each other and are mutually correctable, and the purpose of the plurality of physique ships 21 is to provide a multi-physical monitoring device using hand-held Beta The method of physiological signal, which utilizes the physiological signal between different physiological signals. The slave bamboo sputum [invention content] is placed in the embodiment to provide a hand-held multiple physiological monitoring device, including the second shed type _ And the two senses include a plurality of contact electrodes: and - the light and the light receiving element (four), the towel, one of the raw materials of the hybrid: ϊ = 至少 Γ Γ Γ Γ Γ Γ Γ The user's W is captured by the finger, and the light is related to the light-bearing element _ is to contact the user's one or two = take the measured reading of the blood' and the blood measurement reading is to use the electrophysiology Correction is carried out by using the nickname. The second embodiment is the storage and supply of the hand-mixing material, which is a kind of hand-mixing material, which is a kind of H-sensing 'complex sensor electrode' and a pair of light emission and light-receiving elements. The _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The pair is electrically connected to the device for contacting the user One finger, the measured reading value of the liquid m' and the reading value is corrected by using the electrophysiological signal. Further, another embodiment provides a handheld sensor set, including two types of numbers. One contact electrode is used for the ribs of your field, the thief is in the middle of the thief, the U user of the user is at least the finger, the finger is called, the finger is taken, and the light is emitted. And the light receiving component is adapted to contact the use signal, and the measured reading value of the blood is taken, and the reading value is the paste. The electrophysiology is according to the above-mentioned 'surface is' the light emitting and light receiving component touches The finger that is in contact with the user is in contact with the direct operation of the contact electrodes at 1,292,261 while contacting the user's body two, (4) at least one of the others, preferably, all of them, or are in contact with the The user's other hand; or again, more advantageously 3 = the pole will touch the user's same-finger. It can be independently operated. ^Electrical type sensor can be operated at the same time, and one of them, the correction - EMG signal and the device will include - memory device, to display 4 sense series The information obtained; ================================================================================================ In addition, in accordance with the preferred embodiment of the present invention, step a) will contact the user's other hand while simultaneously touching the user's body while measuring. The ambition will measure the blood sugar signal. Coincidence, a blood county, a blood flow signal, or - [Embodiment] This person who is familiar with the art will be fully understood by the following examples, 1299261 ^ can be based on 7C, The implementation of the present invention is not limited by the following embodiments. The implementation of the present invention is based on the + θ multi-physical monitoring of the present θ, which includes the two-sided type of Jie: - is connected to the electrode, and - (four) light The acquisition of the pair of receiving elements for performing both types of physiological parameters is achieved at least by performing a simple connection with the subject's hand. The following is a detailed description of the specific embodiments thereof. Hand ginseng, the first ® 'the system shows the hand-held multiple physiological system according to the present invention' and as shown in the figure, the hand-held multiple physiological monitoring device is - Ϊ main: wide..., 丨里, set 10 and one A combination of oximetry devices 2〇. Usually, the two hands, or - two appearances, will need to be set on the ECG measuring device when measuring =: (as shown in Figure 2) - - contact with the handheld physiological signal; In addition, = parent map: f on the right side of the electrode), to complete the ECG finger, or even the fingertips; Τ,, ^ σ 'blood reduction _ 撷 也 is also through the subject's electrical test In the case of s ding, 丨, therefore, in this case, it is natural to integrate the handheld ECG and the blood milk measurement on the same device. It is said that 'there is or 'need to exclude the movement of the subject when measuring (no shortcomings, it will be able to correct the blood into a shirt) 'so' in response to the known technology, in this respect, naturally there is considerable gamma electricity measurement and blood oxygenation The positive way of measuring integration in a device is described below. Improvements. As for the measurement of ECG and blood oxygen, the sensitivity of this is especially true for the use of the finger. In the study of blood oxygenation time axis, there are quite a lot of questions about how to exclude it because it can be observed by: ϊ::= seeking: two of which t are selected, this relationship, therefore, in the day of blood oxygenation = line = knowing (4) the indispensable test item of the mobile condition, so it will be uncomplicated when testing for cardiovascular disease. 隹起起迁 can further simplify the measurement here, through the present invention In the setting mode, the two physiological signals do not need two steps Ϊ299261=measurement, but only need to be measured once. When the ECG measuring device performs detection, it is generally used by the hand-held device. - a finger that is set to contact the electrode Top 1: Clamp the second-hand set 'for example' ring type, you only need to complete the butterfly 2 疋 r 2, but other oxygen detection is also completed naturally, 卞 ^, 匕 I * into the ECG measurement, Blood. ', also 4 or face, while completing the blood suture measurement, ECG measurement from ^^
來源再ΐί ’ ΪΓ腦用於手上進行侧之心、電測量裝置作為心電例卢的 =二 彼的效果，也對醫生判讀有相當的幫助，之 移動所造㈣祕ra虎 讀所述’該血氧信號f要排除手部 信號的測量，則;庸=地若^時間對進行血氧細手指進行肌電 的方法，所以，，來職3 m ::疋—種相當直接能夠獲得干擾產生時間 測設備的-第二^彳係顯示根據本發明之手持式多重生理監 除了Μ ’如圖巾所示，若是在進行血氧測量的_器之中， 時，就可又以即時件3i之外，更進一步地設置肌電信號的感測電極30 而且，_的、乂的獲得兩項生理信號，並輕鬆達成彼此之間的校正， 動作，、、去’ ΐ需一次的測量動作，以及很重要的，—次的感測器配置 口，可以㈣完成，枝性以及進步性都無庸置疑。 為-^1要々、的是’如第3圖所示的實施例，制樣也可以加以實施 合，口：：:與、：電偵測的結合，並不受限於肌電偵測與血氧偵測的結 二二'y、視為是在—血氧_裝置上增加擷取心電信號所需之接觸電 α σ這疋因為心電㈣同樣可以透過此種方式取得信號，而且，同樣 1299261 部取得信號（符合本發明之主要目的），校正_可以 成所^，同认疋實施本發明的一種達成方式。 進行要㈣指出的是，上述的敛述多是以血氧侧作為主軸而 相置其所献錄的生理信號並不僅血氧—項，還可 S 錄絲，岭腕w會糾找料部移動的 的i例細纽 ，討咖_自然不因上述 =，需要注意的是’即使是以血液相關讀值之測量裝置作為 根據柄明的手持式多重生理監測設備，也同 $二 第^用ΓίΓ:也方便使用者進行相==及= ” 0中已具有顯示t置的例子之外，第3圖戶斤 明另-種類型的實施例，其同樣可以實施為 3根據本發明之-第三實施例之兩種實施方式的第4 置係可以直接設置在該手持式多重生理監測設備之上如，，或者，可以曰ς 用外接的方式進行顯示4〇，，。 疋 ^者’除了第丨圖以及第3圖的建構方式之外，根據本發明的手 夕重生理^測裝置运可以具有其他不_配置方法，且依秋可人太 部進行兩種生理信號監測的宗旨。如顯示根據本發：‘ 手持式夕重生理|£淑備的—第四實施例的第5圖所示 血氧伽㈣使_光發射及光魏元件對乃加以設置在_凹^/ ， 在，兄下，部分心電_裝置的接__是可以相應地設凹而 此-來，由於個者手指_定效毅好，受卿動的影響也因此 曰更小’雖麟電信號可以進行校正，不過，若是能將移 減到最小仍然是首要目標。 ^成的心喜 除了上述的多種實施方式之外，根據本發明_手持式多重生理 认備的另-種減方式正如顯示根據本發明之手持式多重生 -第五實施例的第6圖所示，該有關血液讀值的感測器，例如皿貞則 1299261 監測 不的方式，亦即，電生理信號的測 ^把例之第7圖所 置來達成。在此，同樣的，正如前 11糟由—外接式的裝 置係可以有不同的選擇，舉例而言，套在賣值偵^斤使用的裝 置71，，等（如第7圖所示），口要θ :大、衣1、或是戒指環狀裝 如，亦可叹私，拉躺麵可财切可，例 在進行測量之前，使用者將手錶7 、， 值的裝置71，，71，，安置於手指之上（安置於卜,、，\曰’= 字測量血液相關讀 接著，當要進行測量時，若所_f j；； f-J置於手指根部等）， (未顯示），以及至少—接輸位在錶請在之= 細表面上 的是肌電信號時，則此時，嗲制旦 ，而右包生理化號採用 圖的結構，亦即，至少一個接觸值之裝置就會具有類似於第3 中，以及至少財另—個接角_電"位在該測量血液相關讀值的裝置之 另外會延麵位在f錄體的下方。 曰二二 例之中’該手錶形式之電生理信號侧裝置之上、或 相關讀值偵測裝置之上同樣可以具有—顯示裝置:以方便相= 達二在於結構上的變化，同樣都只是 受限。 不心專本赉明的獨特性，本發明更不因此而 憶裝==1本發明的該手持式多重生理監測設備之中還可以包含一記 示農置是直接’以在測量的同時進行儲存’所以，無論該顯 方is 式多重生理監測設備之上，或者是利用外接的 後的分析、^讀里貞阿以獲得儲存’以方便使用者以及醫生進行事 1299261 且在此要制提出的是，該手 ^ ^ , mv, 其他裝置，如電腦裝置、手機、PDAf‘1衣置之間的連接、或者是與 的航下達成，更可以物卩時峨^傳輸接，就可以在無須接線 排除靡跡其不但可以 量行為中完成兩種生理仲產生的干擾，還可以在-次的測 但是生理意義上彼此相關=二 因此，可謂是-種相當方便、有計可彼此校正等特性， 生理^ 'Ι'ΐίήϋ明也提供Τ —_用手持式多重生理監測設備來進行多重 生理監測的方法，其藉由具有_ =移除:不僅不需大費周章的進行多種感‘置Source again ΐ ' 'The brain is used for the side of the heart, the electrical measuring device as the ECG case = the effect of the two, but also the doctor's interpretation is quite helpful, the movement made (four) secret ra tiger read 'The blood oxygen signal f should be excluded from the measurement of the hand signal; then = the ground = the time to perform the method of electromyography of the blood oxygen thin finger, so, the incoming 3 m ::疋-species can be obtained directly The second generation system of the interference generation time measuring device shows that the hand-held multiple physiological monitoring according to the present invention is as shown in the figure towel, and if it is in the apparatus for performing blood oxygen measurement, it can be instant In addition to the piece 3i, the sensing electrode 30 of the myoelectric signal is further set. Moreover, the two physiological signals of the _, 乂 are obtained, and the corrections, actions, and tossing of each other are easily achieved. The action, and very importantly, the sensor configuration port can be completed (4), and the branch and progress are unquestionable. For -^1, what is the case, as shown in Figure 3, the sample preparation can also be combined, and the combination of::: and :: electrical detection is not limited to myoelectric detection. The relationship between blood and oxygen detection is considered to be the contact electric power α σ required to extract the ECG signal on the blood oxygen device. Because the ECG (4) can also obtain signals in this way, Moreover, the same 1929261 acquisition signal (in accordance with the main purpose of the present invention), the correction _ can be achieved, and an implementation of the present invention is recognized. It is pointed out that the above-mentioned arbitrage is based on the physiological signal of the blood oxygen side as the main axis and not only the blood oxygen-item, but also the S-recorded silk, the ridge wrist w will find the material The moving i case is fine, and the coffee is not natural because of the above =, it should be noted that 'even with the blood-related reading value measuring device as the hand-held multiple physiological monitoring device according to the handle, also with the $ two ^ Γ Γ Γ 也 也 也 也 也 也 也 也 也 也 也 也 也 也 也 也 也 也 也 也 也 也 也 也 也 也 也 = = = = = = = = = = = = = = = = = = = = = - The fourth system of the two embodiments of the third embodiment can be directly disposed on the handheld multi-physiological monitoring device, for example, or can be displayed in an external manner, 疋^ In addition to the construction of the first and third figures, the hand-held physiological device according to the present invention may have other methods of non-configuration, and the purpose of monitoring two physiological signals by the Uygur Affinity Department As shown in this issue: 'Handheld physiology physiology|£ The blood oxygen gamma (4) shown in Fig. 5 of the fourth embodiment is such that the _light emission and the optical element pair are set in the _ concave ^/, and under the brother, the partial EK_device is connected. It can be set accordingly, and this is because the individual's finger _ is effective, and the influence of the movement is also smaller. 'Although the lining signal can be corrected, if it can be reduced to a minimum, it is still The primary goal. In addition to the various embodiments described above, another subtractive manner of the handheld multi-physical recognition according to the present invention is as shown in the hand-held multiple generation-fifth embodiment according to the present invention. As shown in Fig. 6, the sensor for blood reading, for example, the method of monitoring the 1929261, that is, the method of measuring the electrophysiological signal, is shown in Fig. 7. Here, the same is true. Just like the top 11 - external device system can have different choices, for example, the device 71 used in the sale of value detectors, etc. (as shown in Figure 7), the mouth should be θ: large, Clothing 1, or ring ring-shaped, can also sigh, pull the lying face can be cut, for example Before the amount, the user places the watch 7, the value of the device 71, 71, on the finger (placed in the Bu,,, \曰'= word to measure the blood related reading, then when the measurement is to be performed, _fj;; fJ placed at the base of the finger, etc.) (not shown), and at least - the position of the input on the surface = the EMG signal on the thin surface, then at this time, the right side of the package The physiology number adopts the structure of the figure, that is, the device of at least one contact value has another device similar to the third, and at least the other one, the position of the blood-related reading. The extension surface is located below the f-recording body. In the 22 cases, the electrophysiological signal side device of the watch form or the related reading value detecting device may also have a display device: to facilitate the phase = The second is the structural change, which is also limited. Uncertainty of the uniqueness of the invention, the invention is not even recalled = 1 The hand-held multiple physiological monitoring device of the present invention may further comprise a record that the farmer is directly 'to perform at the same time as the measurement Storage 'So, whether it's on the explicit is-type multiple physiological monitoring device, or using the external analysis, ^ read 贞 贞 以获得 to get the storage 'to facilitate the user and the doctor to do things 1929261 and here to make That is, the hand ^ ^ , mv, other devices, such as computer devices, mobile phones, PDAf'1 clothing connection, or with the voyage to reach, can also be 卩 ^ transmission connection, you can There is no need to eliminate the traces of the wires, which not only can complete the interference of the two physiological processes in the quantitative behavior, but also can be related to each other in the physiological sense of the second test. Secondly, it can be said that the kind is quite convenient, and there are various measures to correct each other. Characteristics, Physiology ^ 'Ι' ΐ ήϋ ήϋ ήϋ 也 也 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
二=量行為即可軸所需，更可《在同—_備上找J 為生理I測所f來的方便性顯而易見。 务士述的各種實施例可知，根據本發明之手持式多重生理監測 日施方ί有各種的可能性，也因此，上述的實施例僅是舉例說 接觸1^=可實施的方式不受限於此，只需要是符合財兩種感測器― 極从光發射與接收元件對、且兩者皆是利用受試者之手部來進行 理U虎之操取的手持式裝置，都屬於本發明的範圍。 厂田，使，务月已由上述之貫施例詳細敘述而可由熟悉本技藝之人士任施 心而為諸般修飾，然皆不脫如附巾請專利範圍所欲保護者。 【圖式簡單說明】 ，1圖·其係顯示根據本發明之一第一實施例的示意圖； ，2圖·其係顯示第1圖之實施例的另一種實施方式； f 3圖·其係顯示根據本發明之一第二施例的示意圖； 第4圖：其係顯示根據本發明之一第三實施例的示意圖； 第圖·其係顯示根據本發明之一第四實施例的示意圖； 第6圖：其係顯示根據本發明之一第五實施例的示意圖；以及The second = quantity behavior can be required for the axis, and the convenience of finding the J for the physiological I test in the same - _ preparation is obvious. As can be seen from various embodiments of the present invention, there are various possibilities for the hand-held multiple physiological monitoring according to the present invention. Therefore, the above-described embodiments are merely illustrative of the fact that the contact 1^=implementable manner is not limited. In this case, it is only necessary to use two types of sensors, namely, a pair of light emitting and receiving components, and both of which are hand-held devices that utilize the hand of the subject to perform the operation of the U Tiger. The scope of the invention. The factory, the company, and the moon have been described in detail by the above-mentioned examples, and can be modified by those who are familiar with the art, but they are not protected by the scope of the patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing a first embodiment of the present invention; FIG. 2 is a view showing another embodiment of the embodiment of FIG. 1; A schematic view showing a second embodiment of the present invention; FIG. 4 is a schematic view showing a third embodiment of the present invention; and a schematic view showing a fourth embodiment of the present invention; Figure 6 is a schematic view showing a fifth embodiment of the present invention;
12 1299261 第7圖：其係顯示根據本發明之一第六實施例的示意圖。 【主要元件對符號說明】12 1299261 Fig. 7 is a schematic view showing a sixth embodiment of the present invention. [Main component pair symbol description]
10 手持式心電偵測裝置 20 環繞式血氧偵測裝置 30 肌電電極 31 光發射及光接收元件對 40, ， 40” 顯示裝置 50 空穴 60 外接式血氧偵測裝置 70 手錶式電生理信號偵測裝置 701 錶體表面 7Γ，71” 外接式血氧偵測裝置10 Handheld ECG detection device 20 Wraparound blood oxygenation device 30 Electromyography electrode 31 Light emission and light receiving component pair 40, 40" Display device 50 Hole 60 External blood oxygenation device 70 Watch type Physiological signal detecting device 701 surface 7 Γ, 71" external blood oxygen detecting device
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