200908930 九、發明說明： 【發明所屬之技術領域】 本發明係相關於-種多重分散式生理監測分析系統 發明係相關於-種能有效降低身體負擔、提供高度 寺:^本 監控分析能力的多重分散式生理監測分析系統。 且改善运端 【先前技術】 隨著贼人生⑽_要求越㈣高，耻理 地提南，因此，除了基本的監測之外，使財便性 === 用者共同的心聲，尤其是_的多重生理監測，例如 所私用的多重睡眠生理監測，近年來更是在使用方便性上有相 以多重睡眠生理監測為例，習知在進行檢測時，使用者身上= 咸。 測器都會拉出連接線’以與身邊的機器相連，鼠，使用者的行 感 嚴重的關，紅，㈣㈣度也是f要考慮的問題，而這 使用者進行檢測的意願。 、a辛低 …接著，所發展出的是能夠攜帶於身上的多重生理監測裝置，只是，機 器背負在身上所造成的重量感並未讓使用者覺得較為方便，造成實施時仍 可能必須先《在身邊，此時，放置在身邊湘連接線連接的方式還是限 制了使用者的移動性。 —更進一步地，為了提高使用者及系統安裝的可移動性，採用了無線傳 輸技術。通常的情形是，整個多重生理監測系統會加以拆解為，可相互無 線溝通的可穿戴部分以及非穿戴部分，其中，該可穿戴部分是—資料擷取 及傳輸裝置，會連接電極/感測器並負責生理信號的擷取及傳送，而該非穿 戴部分則是一無線接收裝置，用以無線接收資料，以及進行相關的分析、 運算、解讀等’其於多重睡眠檢測領域中的一些例子是，CleveMed( Cleveland200908930 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a multi-distributed physiological monitoring and analysis system. The invention relates to a plurality of types that can effectively reduce the burden on the body and provide a high degree of observation: Decentralized physiological monitoring and analysis system. And improve the transport [previous technology] With the thief's life (10) _ demand more (four) high, shamefully mention the South, therefore, in addition to the basic monitoring, make the convenience === users common voice, especially _ Multiple physiological monitoring, such as the use of multiple sleep physiological monitoring, in recent years, is more convenient in the use of multiple sleep physiological monitoring, the user is known to be salty when testing. The detector will pull out the connection line' to connect with the machine nearby. The mouse, the user's sense of operation is severely closed, red, (4) (four) degree is also a problem to be considered, and the user is willing to test. A, Xin low... Then, the development of a multi-physiological monitoring device that can be carried on the body, but the weight of the machine caused by the body does not make the user feel more convenient, and may still have to be implemented first. At the moment, at this time, the way of connecting the Xiang cable connection is still limited to the user's mobility. - Further, in order to improve the mobility of users and system installations, wireless transmission technology is employed. In general, the entire multiple physiological monitoring system is disassembled into a wearable portion and a non-wearing portion that can communicate with each other wirelessly, wherein the wearable portion is a data capture and transmission device that connects the electrodes/sensing The device is responsible for the capture and transmission of physiological signals, and the non-wearing portion is a wireless receiving device for wirelessly receiving data, and performing related analysis, calculation, interpretation, etc., some examples of which are in the field of multiple sleep detection. , CleveMed ( Cleveland
Medical Devices Inc.)所生產的 Crystal Monitor 20-B，Crystal Monitor 20.S， Sapphire PSG 與 Sleep Scout ’ GRASS technology 所生產的 AURA® PSG Wireless/Ambulatory Systems，Compumedics 所生產的 Somt0 PSG，NIHON 5 200908930 KOHDEN 所生產的 WEE_1〇〇 AirEEG，以及 s〇MN〇medics 所生產 SOMNOscreen™與S〇MN〇screen™ EEG丨〇_2〇等。只是仍存在著可改的 空間。 勺 以 Crystal Monitor 20-B 以及 Crystal Monitor 20-S 為例，其具有—背負 於使用者身上、且用以連接各個電極/感測器的手持式使用者單元（細邮 他丨1)以及與黾細連接的電腦單元（Computer Unit)，其中，該使用者單 元以及δ亥電月匈單元皆具有無線傳輸介面（2〇_B以及2〇_s的差異在於通訊頻 帶不同）’ ϋ此，透過兩個單元之_無線溝通，安裝有相對應軟體的電腦 即了無線接收於睡眠期間所測得的生理訊號，以進行生理監測。 f 主 PSG Wireless/Ambulat〇ry Systems 以及 s〇my PSG 也是同樣的 ，^彡’皆是#由將使用者單元與電職置之_連接無線化而達到讓使 者自由移動的目的。 雖然此類型的裝置確實藉由採用無線傳輸技術而讓使用者能夠 f電極/感測器的情形下自由移動，提供了使用上的優勢，但難以避 用所有的電極/感測器仍必須有線地、且集巾地連接至穿戴於身上的使 ⑽^ i因此’使用者身上為了進行檢測而延伸的眾多電極/感測器連接 1在|^人仍鮮易發生如拉扯等情形，而在使用時則僅能藉由將裝置 ^會 適的位置’崎低接線配置的複雜度，以減少連接線被拉扯 量等雖斜目較於傳統的PSG裝置而言，該使用者單元的體積以及重 的空間。又、、且較適合設置於使用者身上，但對睡眠檢測而言，仍有改進 H料翻聽線傳輸技術崎決轉，並益法完全解決 使用者身^之負擔及佈線複雜性關題。 一凡王解决 (patientmonitorin^ 雜度等待解決'^問^戴於身上的裂置仍需解決有關穿戴舒適度錢接線複 為^此二對生理監:之需求越來越大的未來，如何使其變得更 二、谷易貫施、且壯需求’的確是有待達成的目標。 200908930 分散=:B ==::=測_統，其_ 配置過於複雜等多方面的問題。 王丨j衣置連接線 再者’本發明的另-目的則是在於提供一 系統’其分散式的配置方式，不但能讓使用去式生理監，刀析 家檢測及辦艘_魏。 裝麵，赠成適合居 此外，本發明的又-個目的則是在於提供一種多 析系統’其在利用記憶體儲存生理資訊之外，亦 輸^行㈣驗，錢結合轉岐—錢錢卿日枝=傳 以達成新型的網路生理監控服務.β 里拴刀析， 【發明内容】 根據本發明一方面的構想，一種多重 提供，其包括-多重生理監測集合，係由；析糸統係加以 生^測單元所構成，其中，每—個生理監測里的^^ -處理器，一實時時鐘模組（realtimeci〇ckm〇匕測=牛， 元件而個職取不同之生理資訊，以及-處理裝置t有感測 數個生理監測單元的生會即時無線接收來_复 之中的生理貢訊，進而結合出—同步 己隐體 ’該生理資訊乃是以該實時時二作為:二= "™i^nhin8 ope：：tion} it理監測單元的複數個卸除式記憶體時’係可自复中if旱ί= 對細作的結果，進而進行該資料同步操作。 -中獲传該時間比 200908930 魏==:=2:該=;==_該 裝置驅動該處理器根據該處理裝置時 為’该處理 依據，時間戳記的相對時序而進行該資料同步t喿作…貝騎’ 該處理袭置在接钱生理f訊之後，於依^^時卩錢記，並且’ 記的，時序而達成該資_^作。θ #生理貧訊之該等時間戳 該實組;是置，比對其本身之時間與 之後’乃會在結合該等生理資訊時等該等生理資訊 理資訊的時間資訊，進而達成該資料同步差作為基礎而調整該等生 測進:S發操作係可以實施於該生理監 加以達成。 —纟及5玄貝料同步操作係藉由該處理裝置而 每-等生理丄Αίΐϊ:由係加以實施為， 為哪，操作之產生係加以實施 的生理監測單元之該等時間I對操裝置而加以達成，而其他 作的生理監測單元而加以達成。’、生則疋精由此已進行時間比對操 為，另實施例’該時間比對操作之產生伟加以實r 加《達成，再=====比對操作先藉由該處=: 作 為，生理監測單元生係加《實施 與該等^理監-間比對操作，然後，該處_# 較佳地是，該處理裝置係可峨===遠_ 200908930 裝置達即時遠端生理資訊檢查、及/或阻抗測試。 訊 ^丄，一 之刖 幽姆傳輸生理資 車又佳’該處理裝置係可以連接至—網路 =，，—即時遠端生理資訊監控，：I 育訊而提供一即時生理狀況警示功能。 纟置係T以根據生理 較佳，，該處理裝置係可以連接至 裝置，以達成—即時生理狀況遠端警示功能。 運駐桃監看 再將ίΐίϊ,ί統更包括至少一轉接裝置’用以接收該等生理資m， 至並且，該資料同步操作係可二該轉 理資訊則分群傳送至置之數量係可實施為複數個，而該等生 資訊係先接者，傳送至該轉接裝置的該等生理 然後，該處理操作後’再傳送至該處理裝置， 較佳地是群組之_資制步操作。 之間的溝通。、a H何以利心線、或有線方式達成彼此 方式:ii!接該處理裝置乃是利用有線、或是無線的 marker)， 記器數個生理監測單元的^^。’其中，該事件標 一起較π越理裝置係可以與該等生理監測單元的其中之一結合在 根據本發明另一方面的構却，— 供，其包括-多重生理監測集二二2式生理監測系統係加以提 生理監測單元所構成，其令，每1個進f生理監測的複數個 一處理器，一實時時鐘模组 f皿此早兀係包括至少一感測元件， 等生理監測單元係分別設置於—使㈣她），以及—記憶體，且該 取不同之生理資訊，以及_處 ^ ’以利用該感測元件而個別擷 結合出-同步多重生理;訊處^置=係用以接收該等生理資訊，進而 資訊乃是以該實時時鐘模組作為=個生理監測單元之中，該生理 體之中，·該處理農置乃會在所有’且f生理資訊係儲存於該記憶 、兀成，亚自該等生理監測單元之每一 9 200908930 個記憶體取得生理資訊時，針對峰理咨 作（time matching operation)，以得出节算^^間軸貝錢仃一時間比對操 在該處理«騎以剌序關係作減jf、理貢訊間的—時序關係’以及 -資料同步操作’進而結合成為該同;多重生理資訊彼此之間的 根據上述，較佳地是，該記憶體係、為卸憶體。 【實施方式】 士可=^^二=例_轉到充分瞭解’使得熟習本技藝之人 態。 ’、、、^之貫施亚非可由下列實施例而被限制其實施型 勺括本重分散式生理監測分析系統10，如第1圖所示，1 合12乃是由複數個生理監測單元 ^ 11 ’其' 該多重生理監測集 用以設置於-使用者身上，並成’且5轉生理監測單元⑵係 收該等生理監測單幻21而該處《置11則是用以接 一多重生理資訊。 、里貝汛，並將该等生理資訊結合成為 如第输件的數量可以不只-個，舉例而言， 極與感測器，以進行單種;早=以連接多個電極、多個感測器、或電 感測器，以進行兩或疋可關時連接呼吸氣流_器以及鼾聲 各種生理監Μ接單個財錄劇器等， 以分類，例如，可以㈣1囊=，也叙’可以依照不_使用需求而加 是依照監測的特性而實#、^^測的身體部位、或是依照監測的目的、或 在此設計不貫同 =同的形式，完f沒有任何的限制。 論該裝置的距離多遠）所有之感測^電極皆連接至同一個裝置（無 系統中的該複數個生理二單=據本發明之該多重分散式生理監測分析 自進行監_方_===個，乃㈣各個生理訊號分別各 如此设計的目姑Θ 、疋’希望在設置任何-個生理監測單元時，可以不需 200908930 要顧慮其他的生理監測單元，也就是， 監測單元準備完成後即開始進行監測，不需要;==在每-個生理 :當所有的生理監測單元皆設置完成後，也就等於是完成；=:程 電極:=:在 被分散成上述的複數個生理監測單所的機益） ==題，另外，每一二=== 監測單元⑵之間並不利用連接線相:接少：線’每-個生理 電極及感測器時才會使用到連接線，士，接‘而疋僅在生理監測單元連接 檢測之身體部位而設置生施為依據欲進行 獨立的特性，其就能夠被設置在其所連接之電二感;傻==:= 知技術中使用過長連接線的情形，例如 、、而避免習 ::=置的情形’因此’除了降低體表連接線之干擾外，:^ 、㈣基於生理檢測對於即時監控的f求，例如，腦電_!、PSG γ 測荨白有即時監控的需求，本發明之每 ;:=Τ5:以使其具有無線傳輸的能力。而=== 二if "理^早7^121即可在生理檢測的同時’將生理資訊回傳至哕 =裝置11，以進行即時顯示，而且，藉由無線傳輸的方式，也可用以; 解感測器/電極等之安裝情形，例如 乂瞭 (nnPedaneeeheek)即為其巾―财式。」以紅進魏抗測試 勃=^言於睡眠實驗室中進行挪檢測時，會有睡眠技師於-旁 柄=3 了曰的監看。一開始’於設置電極/感測器時，睡眠技師會請受測去 不同的電極/❹m而配合進行—麵作，以4定電極/感·的設置是 200908930 否正確’例如’利用阻抗戦（_edance check)的方式，之後，待確認 ，有電極/感測器的設置正確之後，受測者即進入睡眠狀態，而睡眠技師則 =會於睡^躺根據其所觀察觸訊號而隨雜意受測者是否有發生異 常、或者是否發生電極/感測器脫落等檢測的情形，並進行:以幫 眠ϊ束之後㈣料分析工作’因此，當本發明之處理裝置以及生理監 及早=施為具無線溝通能力時，其就可以達成即時傳輸訊號的效果。皿 v上丄以腦電(EEG)偵測為例，通常也是會先利用如阻抗測試的方 正確’之後’監控者可以單純的觀察腦電的變化 中針，不同情形所發生的變化，以瞭解受測者的腦電變觀察腦電圖Crystal Monitor 20-B from Crystal Devices Inc., Crystal Monitor 20.S, Sapphire PSG and Sleep Scout 'GRASS technology AURA® PSG Wireless/Ambulatory Systems, Compumedics, Somt0 PSG, NIHON 5 200908930 KOHDEN The produced WEE_1〇〇AirEEG, as well as the SOMNOscreenTM and S〇MN〇screenTM EEG丨〇_2〇 produced by s〇MN〇medics. There is still room for change. The spoon is based on Crystal Monitor 20-B and Crystal Monitor 20-S, which has a hand-held user unit that bears on the user and is connected to each electrode/sensor (fine mail 1) and A computer unit that is connected in detail, wherein the user unit and the δ hai hui hun hun unit have a wireless transmission interface (the difference between 2〇_B and 2〇_s is that the communication band is different) ϋ Through the wireless communication between the two units, the computer with the corresponding software installed wirelessly receives the physiological signals measured during sleep for physiological monitoring. f The main PSG Wireless/Ambulat〇ry Systems and s〇my PSG are the same, ^彡’ are all #connected by the user unit and the electric service to achieve the purpose of allowing the mover to move freely. Although this type of device does provide the user with the advantage of using the wireless transmission technology to enable free movement of the f-electrode/sensor, it is difficult to avoid all the electrodes/sensors still have to be wired. And the plurality of electrodes/sensor connections 1 that are worn on the user body for the purpose of detecting, and the person is still prone to such a pull, etc., In use, the complexity of the device can be reduced by the location of the device, so as to reduce the amount of connection of the cable, etc., although the volume of the user unit is smaller than that of the conventional PSG device. Heavy space. Also, and more suitable for the user, but for sleep detection, there is still improved H material listening line transmission technology, and the benefits of the user's body and wiring complexity . A Wang Wang solution (patientmonitorin ^ miscellaneous waiting for the solution ^ ^ asked ^ wear on the body still need to solve the relevant wear comfort money wiring to ^ ^ two pairs of physiological supervision: the future of increasing demand, how to make It has become more two, the valley is easy to apply, and the demand for growth is indeed a goal to be achieved. 200908930 Decentralized =: B ==::= _ _ _, its _ configuration is too complicated and many other issues. The connection line is further 'the other purpose of the present invention is to provide a system's decentralized configuration, which not only allows the use of physiological monitoring, but also analyzes and operates the vessel. In addition, another object of the present invention is to provide a multi-analysis system which, in addition to storing physiological information by using memory, also transmits (four) tests, and the combination of money and transfer - Qian Qianqing and Zhizhi = pass to achieve A novel network physiological monitoring service. The invention provides a multi-providing, including a multi-physiological monitoring set, which is based on Each of the physiology The ^^-processor in the measurement, a real-time clock module (realtimeci〇ckm〇匕==牛, components and different occupational information, and - the processing device t has sensed the physiological meeting of several physiological monitoring units Instant wireless reception of the physiological tribute from the _ complex, and then combined - synchronization of the hidden body 'the physiological information is based on the real-time two: two = "TMi^nhin8 ope::tion} it monitoring When the unit has multiple unloading memories, the system can be self-recovering if the result is fine, and then the data is synchronized. - The time is obtained in 200908930. Wei ==:=2: This =; ==_ The device drives the processor to perform the data synchronization according to the processing device, the relative timing of the time stamps, and the processing is performed after the receiving of the physiological information. According to ^^ when the money is recorded, and 'remember, the timing to achieve the capital _^. θ # physiological poor news of the time stamp of the real group; is set, than its own time and after 'is will When the physiological information is combined, the time information of the physiological information information is obtained, thereby achieving the The material synchronization is adjusted as a basis for adjusting the biometrics: the S-operation system can be implemented by the physiological monitoring. - The 玄 and 5 玄 玄 materials synchronous operation is performed by the processing device and the physiology is: It is implemented that, for which the operation of the physiological monitoring unit to be implemented, the time I is achieved by the operating device, and other physiological monitoring units are achieved. Perform the time comparison operation, and the other embodiment 'this time compares the operation of the operation to the real r plus the "achievement, then ===== comparison operation first by the place =: as the physiological monitoring unit "Implementation and the operation of the comparison - and then the comparison operation, then, the location _# is preferably, the processing device is 峨 === far _ 200908930 device up to the instant remote physiological information check, and / or impedance test.讯 丄 一 一 一 幽 传输 传输 传输 传输 传输 传输 传输 传输 传输 传输 传输 传输 传输 传输 传输 传输 传输 传输 ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ The device T is preferably adapted to the physiological condition, and the processing device can be coupled to the device to achieve an immediate physiological condition remote alert function. In the case of the Tao Pian, the system further includes at least one switching device for receiving the physiological resources, and the data synchronization operation system can transmit the information to the quantity system. It can be implemented as a plurality of copies, and the information is transmitted to the physiological devices of the switching device, and then processed and then transmitted to the processing device, preferably a group. Step operation. Communication between. , a H Heli heart line, or wired way to achieve each other Way: ii! Connected to the processing device is to use wired or wireless marker), the recorder several physiological monitoring unit ^ ^. Wherein, the event label together with the π device can be combined with one of the physiological monitoring units in a configuration according to another aspect of the present invention, which includes - multiple physiological monitoring set 2 2 The physiological monitoring system is composed of a physiological monitoring unit, which makes each of the plurality of physiological sensors monitored, and a real-time clock module includes at least one sensing component, and the like. The unit is set to - (4) her, and - memory, and the different physiological information, and _ ^ ^ to use the sensing element to combine with each other - synchronous multiple physiology; The system is configured to receive the physiological information, and the information is based on the real-time clock module as a physiological monitoring unit, and the physiological body is stored in all the physiological information systems. In the memory, Yucheng, and the physiological information of each of the 9 200908930 memories of the physiological monitoring unit, the time matching operation is performed to obtain the calculation. One time ratio In the process of "jumping the relationship between the jf, the squad, the timing relationship" and the -data synchronization operation, the combination is the same; the multiple physiological information is based on each other, preferably, The memory system is a memory. [Embodiment] Shi can = ^ ^ two = example _ turn to fully understand 'to make people familiar with the art. ', , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , 'The' of the multiple physiological monitoring set is set on the user, and into the 'and 5 turn physiological monitoring unit (2) to receive the physiological monitoring single illusion 21 and the place "the 11 is used to pick up a multiple Physiological information. , Ribey, and the combination of such physiological information into a number of parts can be more than one, for example, poles and sensors for a single species; early = to connect multiple electrodes, multiple senses Detector, or inductive detector, to carry out two or 疋 can be connected to the respiratory airflow _ device and humming various physiological monitoring, single recording device, etc., to classify, for example, can (4) 1 capsule =, also Syria According to the characteristics of the monitoring, the body parts measured according to the characteristics of the monitoring, or the purpose of monitoring, or in accordance with the purpose of monitoring, or the design inconsistent = the same form, there is no limit. On the farther distance of the device) all the sensing electrodes are connected to the same device (the plurality of physiological two-single in the system without the system = the multi-distributed physiological monitoring analysis according to the invention since the monitoring_方_= == 。, (4) Each physiological signal is designed such that the Θ 希望 希望 'I hope that when setting any - physiological monitoring unit, you may not need 200908930 to worry about other physiological monitoring units, that is, monitoring unit preparation After the completion of the monitoring, it is not necessary; == in each physiology: when all the physiological monitoring units are set, it is equal to completion; =: the path electrode: =: is dispersed into the above multiple Physiological monitoring of the machine benefits) == questions, in addition, each two === monitoring unit (2) does not use the connection line phase: connect less: line 'every physiological electrode and sensor will be used To the connection line, the singer, and the 疋 疋 疋 疋 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理 生理= Know the long connection of the technology in the technology For example, and avoid the habit::= set the situation 'so' in addition to reducing the interference of the body surface connection line: ^, (4) based on physiological detection for immediate monitoring of the f, for example, EEG _!, PSG γ test There is a need for immediate monitoring, each of the present invention;:=Τ5: to enable it to have wireless transmission capabilities. And === two if " rational ^ early 7 ^ 121 can be physiologically detected at the same time 'transfer physiological information back to 哕 = device 11 for instant display, and, by means of wireless transmission, can also be used ; Solve the installation of the sensor / electrode, etc., for example, nnPedaneeeheek is its towel - financial. When the red test is carried out in the sleep test laboratory, there will be a sleep technician in the side-by-side handle=3. At the beginning, when setting up the electrode/sensor, the sleep technician will ask for the different electrodes/❹m to be tested. The setting of the 4th electrode/sensing is 200908930. Is it correct? For example, using impedance 戦(_edance check) mode, after which, after confirmation, if the electrode/sensor setting is correct, the subject will go to sleep, and the sleep technician will sleep and lie according to the observed tactile number. Whether the subject is tested for abnormality, or whether the electrode/sensor is detached, etc., and is performed: after the sputum is bundled (four), the analysis work is performed. Therefore, when the treatment device of the present invention and the physiological monitoring are early = When it is equipped with wireless communication capabilities, it can achieve the effect of transmitting signals instantaneously. Taking the EEG detection as an example, it is usually the first to use the correct test of the impedance test. After the monitor can simply observe the changes in the EEG, the changes in different situations, Understand the subject's EEG observation EEG
^匕’由於該複數個生理監測單元⑵之中係配 怜 紀錄元整的資訊’因此，於進行檢測時的無線傳輸 ^J -貝訊之外，亦可以實施為僅傳送初步、部 & a⑽為傳达所有 控者之驅動而傳送等，以針對不同的考量送方 接者’虽元成生理監測之後，由於完 ： 體之中’因此，該處理裝置只需藉由讀 二、貝戒已儲存於記憶 其中，該處理裝置可以是藉由與各個=；；=體^獲得生理資訊， 得儲存在記憶體中的生理資訊，或者該記憶‘^連2接觸的方式而獲 並藉由讀取介面進行讀取。 心且 只細為可拆卸的形式， 而當該處理裝置接收了多筆來自複數個生理 後，其即面臨了如何將多筆生理資訊同步成為單的生理資訊之 題’這主要是因為，當利用如此方式之八今葦夕重生理資訊的問 若個別獨立的複數個生理監測單元所嘴生理監測分析系統時， 合成單多重生iSf訊’以作為分析比對的依同步、結 會等於疋將多個生理檢職置放置 《、’則如此的系統就只 因此，針對此-_，本伽提供了—===而已。 法。 用叫步多筆切資訊的方 200908930 〜^據^發明，為了讓該處理裝置u在接收該等生理資訊之後，能夠進 間㈣步操作，乃會針對每—個該等生理監測單產生一 ;丨丨而域1辦耻簡作，該處理 下。至於該時間比對操作的形式以及如·生該時間轉操作，則敛述如 往的技術，在根據本發明的每—個生理監測單元之中，俜特 組⑽是該處理^時時賴 乃會_生理制單元12丨d，作柄敍之生师訊 用_:結::===理=本：:須將2生理_ ^ . '，，、法正確判項出現生理狀況的時間點，太' J： Β、广5来 I止祕生，因此，基於實時時鐘模呼吸 貝狀外，亦可同時成為# //、斤在茗置的忪間軸 當適合於作為根據本發明之每一個=13旱^基礎的特性，其係相 據。 生里皿j早兀擷取生理訊號的時間依 當然以=;:==模組而進行時間比對操輪 對操作。 例之用並非代表僅能利用以下的方式產生該時間比 此時_操作的執行， 早兀分別與該處理裳置相連接接二 J以疋賴數個生理監測 個生理監測單元的卸除式記憶體，更亥處理裝置分別讀取該複數 另外，也不限制執行該時間比對操作的時間點2 13 200908930 ::在:始進行監測之前，可以在監測進行的期 «求而該處理裝置接收該等生理資訊的時候 在们貫例中’該時間比對 β 時時鐘模組之間的直接時間同步^3。了以疋该處理裳置的時間與該等實 實時，理監測單元之中的 個單元的生理資訊上產生—時間戳=理=科間相同:並同時會在每-時鐘模組作柄準_ 切資訊狀以該實時 情形下，該處理裝置在接^以於測量中保持準確的 對時序，即可達成該資料同步操作。、υ，、而依據該等時間戳記的相 該實時時鐘模^之間的時^1比對知作係可以是比對該處理裝置的時間與 生理所獲!的時間差則是可以紀錄在該處理裝置之中、及域是节等 據該時間差而調整其每-筆生理資訊的時間資二二處:里可以依 理-貝訊的時間差是_1〇分鐘 / Η右疋其中一筆生 若某—筆生理細時鴨，反之’ mmt,, , ιμΪΪΪπ ； 序而達成資料同步操作。 ι η羨可以依據该等時間戳記的相對時 式確使為!::可以同時使用兩種* _寫等’或可以依據操細慣等:==差 的時序，並能=制之 D i ;貫、夺純组的特性即為，極省電且配備有獨立電源（如 电…或金電容_en Capadtor))，故當測量中斷、主電源耗盡、'或^ 14 200908930 f理崎訊的時間軸資訊將可以被保持不變， 與實時時鐘模組之間的關係可被保持不i 接：生理資資=會產生變化等，所以，讀:裝㊁ 同步操作的精準度，也同日·;確^=；^生^的;^^乃能維持時間 行彼=:==:::=含 時間維持精準的特性，就二=二單基:該實時時 』間的日谓軸資訊維持精確 皿W早π在生理檢測 载各筆生理資訊之後，就可簡自=_測單元下 或者’也可以實施為，該等生理轴而，成同步操作。 始時即被提供為精確對準同寺 ' &的1亥等實時時鐘模組於起 即完成，如此—來，時間比對操作可以在出場時 處理=了卢就可完成多筆生理資訊之間的同： 置二2理裝置進行時間比對操作的類型，LI勢在一 置2ί7無而特意地提供實時時鐘 4勢在於’该處理裝 間資訊進行（準確性）考量，因此，在=個^別針對其本身所提供的時 生理^單元之實時時鐘模組的時間準二$過程中，就只需確保各個 ，、中，更特別地是，該等生理的 監測單元的資訊（包括Γ理資訊時間比對操作，再 存在記憶體之中，耻，當該生理及設定相關資 該二該處理裝置讀取該#除式記憶體的二憶^施為可 里皿冽早兀的生理、時間、設 個乂驟，同知取得了 1 奋易’進行讀取的程序亦獲得化 4使用，讀取介面取得 獲得增加，舉_，患者二重=，操作使用的便利“ 猎由_該記憶體而瞭解其檢測結果，:體就診’醫生就可以 右4生有需要更改相闕於檢 2 夺間比對、同步等操作’再加上卸除式記跡^等於同時完成了下載、 200908930 谢之設定、參數等，也可以藉由設定 成。 、者所—卸除式記憶體而加以達 而除了該時間比對操作可以有不同的 等生理監測單元間起始該時間比對操作 式之外，該處理裝置與該 舉例而言，該處理裝置可以分別與每二节=有所不同。 通，以產生每-個生理監測單元的該時=生理監測單元皆進行溝 以僅跟其中的一個生理監測單元產生 =乍，或者，該處理裝置可 他的生理監測單元進行溝通，又或者由此生理監測單元與其 理監測單元溝通之後，該個生理監測單元再亥處理裝置與其中—個生 直到所有的生理監測單元皆完麟通為止，㈣牌測單元溝通， 時間比對操作也是類似的情形，直中 ^生理备測早7G之間的 間先行進行時間比對操作，之後，該等生理監測單元之 不過，這些僅是舉例酬，本發明並不受限置U進行日销比對操作。 在此，申請人要特別闡明的是， 多筆生理資訊顯得如此重要。 的II成後正確地、精準地結合 理狀=彡 ，有許多的生 中止uPnea)、淺呼吸（hVDO個事件（ev邮）的發生時，例如，呼吸 號之間的比對而加以決定身、磨 =等，都是根據多項生理訊 類型是中樞型（eentral、t 。’ *要決定呼吸中止（sleePaPnea)的 觀察使用者的呼吸是否中止2禮塞型（obstructivetype)時，其除了要 众氧值等細象細輸聲、贼哞吸情形、 之同步操作的重要的讀在下載至該處理裝置之後，各筆資料間 的同步操作則是時監控需求，而檢測完成之後的各筆資料間 此-來，、η 對於檢測期間之生理現象的分析、解讀需求，如 巨‘，、、需受到無線傳輸所消耗的電力與訊號傳輸品質、速度等問 16 200908930 題所=，也能於事後進行各種的詳細分析，確實解決了習知技術的問題。 程。如笛μ參雜據本發明之？重分散式生理監浙析纽的操作流 ΐ於各心:Γ，，:始二用者先將各個生理檢測單元分別獨立地設 生理;in σ例如’血乳感測器設置於指尖的情形下，其所連接的 的产^^ ^可設置為腕戴的形式，献啊氣流感測器設置於口鼻之間 且’月^了歧所連接的生理檢測單元可設置在臉頰上、或是頭部附近，並 I就可分獅—起完成啟_操作，如此—來，當所有的 ^里^測早讀設置完成後，檢測 = 動/,有的單元，或是採用定時的方式-二== ::極/感測器的設置是否正確’則可明用與處理裝置的無線溝2 中，=订t測，間’感測器/電極所擷取的生理訊號係會儲存在記憶體之 I作里訊號皆是以其所屬生理檢測單元㈣實時時鐘模植 二=¾ 之 億體，=成ί訊方式、或是可崎用卸除‘ _二==::所：::行：=，之時 作的結果，該處理裝置即可得知所接收之多間比對操 進而可以相互排列轉出單—筆辭多重生理==貝狀間㈣序關係， 步驟操作與接收生理資訊的 間點細她細物吻_物 17 200908930 别、進行檢測期間'或是檢測完成但未下載資訊時進行。 以下即舉例說明一些可應用的實例。 實例1 當根據本發明❹重分散式生理監測分㈣統加以實施為多重睡眠龄 測（polysomnography ’ PSG)時，將更可以突顯出其優勢。如 皿 =^及_ 52制可响技—錄在辆他线醇元⑸= =41以及聲42連接至—條麵躺生理制單元⑷，心電監 姚^至二，個位在胸腔生理監測單元152，或是就近連接至其卜條: 元Γ42，另旨外尖血ΐ感^器43連接至一個位在手腕、或手背上的生理監測單 ，生理監測單元二=細f體移朗，時，可以在挪上再設置一個 [Π1 { ’以連翻以測量肢體移動的肌電電極54、或是位 移感測益（未顯示，設置於單元之φ、 X疋伹 數全都囊括在此監測之中2 σ A ’所有pSG需要的生理參 所以’透過本發明的多重分散式生 接線複雜、使用者移動性受限等缺 ，關連 知集中式的PSG裝置，根據本發明的分散方f吐，相較於習 也由於本發明所提供的使取無負擔的情況下進行檢測，而且， 慣的床上進行，因而中、使用者自己習 悉的=自然可元全可以在自己熟 間的同步操作，就可以彳^到等门2 二利用本發明的方法進行多筆生理資訊之 生理資訊，並且，由於二時門般PSG監測所會得到的一筆多重同步 是以具獨立電源的實時時鐘能夠於任何時間執行，而且 電極/感測器，按下開關為守間依據’因此’使用者只需設置好 置在接收資訊時即會自行進外的學習’就可完成檢測，處理裝 就將電極、感測器、生理監測I=操作，甚至，使用者可以直接在應診時 量完成後，關閉生理監測早70都貼好，回家只需分別按下開關，待測 、]早1再將其交回給醫生，醫生自然可以透過該 18 200908930 處理=而得到PSG監測的完整資料，再進行事後的分析。 再者，除了於操作上的便利性之外，也因為一 此不會影響監測的進行，因此’使用者就可以依^而使 理監測單元，不需要每次都將所有的生理監測單求的生 只需要測量呼吸情形時，就D";身，例如，當 而行」 &供，吸監_生理監測單元即可， 而田有而更夕之生理監測需求時，就多 P了 舉例而言，將可以只利用同—套多曹八他的生理&測早几’亦即’ 挪檢測之外的其他生=測套夕重刀散式生理監測分析系統即完成除了 實例2 纽·呼吸綁帶_量親呼鱗，如第5 _示 =SG之檢麻置中_腹帶，在此，根據本發明的該生理^^ 置於ST 31之中，而且，還可以-條綁帶之中設置-個生 理里測早兀，更進一步地省略兩者間的連接線。 實例3 若是需要進行睡眠呼吸相關之篩選性監測時，如第6 =可自PSG之檢測配置中選擇相關的生理檢測料，例如，呼吸氣流用= 1’以及胸腹呼吸等三個生理參數的組合即為—種篩選的選擇，二 據本發明的生理監測單元的設置就可以是，呼吸氣流W與_ 42因量 «都在頭部，故碑接至同一個生理監測單元⑷，而胸腹帶則是分別如 ^所^地各設-生理監測單元’若還有需要加上血氧監測43時，則由於位 置較遠（指尖），故亦可另設一生理監測單元142。 、 一待測量完成之後’該處理裝置可以逐項地、或是一起地接收該等生理 貢訊’待接收完成後自然可以將多筆生理資訊結合成—筆多重同步生理次 訊，完全不需進行多餘的設^，且無論輪人幾筆龍，都不影社 ^ 步的操作，只需於測量進行之前、期間、之後、及/或下载時確認 的該時間比對操作即可。因此，這_也是—種相當節省成本的輯（ 當然，若使用者原本即只有某些項目的檢測需求，也可以只講 應的生理檢測單元，帶有其他檢測需求時再多購買其他的生理檢測、 同樣不影響資訊的同步操作。 19 200908930 測項的生理監 眼動圖⑽G)，頦下肌電圖（m、E° M〇：但不限於，腦電圖（哪）， 心電圖（咖），口鼻呼吸氣流，复呼吸)動二腔骨肌電圖（Α.Τ.娜）， 改變’血壓，體溫等。 動作血氧飽和度，鼾聲’體位 «生理卜監二了:本發_重分 等生理資訊，再將节草生採次 Μ处政置11之前，先行接收該 祐為i兮結…專生里貝略达至該處理裝置，並且，更可以加以齒 %為’由補接裝置61來執行該等資料 更了以加以芦、 裝置相關於資料同步操作的作 = 永作’亦即’前述該處理 =處理完成的_料傳送至 也可以加以實施為複數個，如第7B圖所示 :楚麟接裝置61 =:=收_進行同步並傳送至該處理裝置^之彳=處= 置11再進行不同生理資訊群組之間的資料 °处衣 也可以實施為與該等生理監測單元的其中之二二1里裝置11 的形式、配置、架構等都不受限制。 勺feu各種 再者’舉例而t; ’也可以於整⑽統當中再增加 Γ Γ ’當使用者在測量期間出現不適感、或# 生欲射之生理現象、或是發生不可預期的情形，例如，脫: 可以輕易地藉由按下該事件標記器而標記該時間點，因此，在測量 進行資料解讀時’就可以特別地注意標記時間點附近的生理曲線里1後 有心臟不適而意圖以長時間測試來解讀出問題的測量尤其有利j而廷對 並且，整個系統之中也可以包括一按鍵或訊號觸發裝置，以用士 比對操作’及/或用於測量的啟動’如此就可以省卻分別操作的麻煩，^間 在啟動測量方面，除了利用上述的方式之外，也可以實施為採用定時方 20 200908930 自動地開始進行測量，也同樣能夠節省操作的複 則將加以實施為可以連接網路時，如第8圖所示， 連接至位在的情形，舉例而言，該處理裝置可以透過網路 控裝置，則透目關服務的提供單位，例如，健診中心等的遠端監 遠端監控裝置二的：ϋ與處理裝置之間的無線溝通以及處理農置與 將心心連結’位在遠端的人員，例如，醫生、護士等， 知使用者結ΓΓΓΓ的正確與否，並藉由語音、螢幕顯示等方式告 確性，紅，使用者也卩使是讓使用者於家中使用，亦能確保訊號正 外，當然，針對需要即時;設置正確的疑慮，另 來：：，:須====广 多重分《生;“:=== 警示按鈕，讓使_需=助== 使用者特別地有利。當秋:：:病4=丁:較為不便、或容易發生意外的 置之上，或是按鈕也可設置在放胁身邊_處理裝 是可行的方式。成為—個警示單元，供制麵身帶在身邊等，都 =者’此警示功能也可叹由監_統 為相關料命跡象的生理監測單元， 舉,p若是較 生理監測單元）具有無職_，轉可以轉(不—定要所有的 號檢=，以在處理裝置發現其低於預錄時，例二定期的訊 :=，聲響，以警告使用者身邊的其他人，又，發出警 ，.罔路連鱗，射以直接自動右錢理裝置具 以避免使_無_下¥輯、錢«域援系統， y避免脫落情形造成的誤警報，還可以 二::生。在此， ㈣丨如’利用語音的方式瞭解使用者是否真的需要心= 21 200908930 的生理訊號等，都是可以應用的方式。 綜上所述，根據本發明的多重 個生理監測單元各自分別進行不同生數的=分析系統，其透過複數 係會先行儲存在每一個生理龄測星玍數的監剛，且所產生的生理資訊 理監測單元之中乃會包括-日^間精;且，特別地是，每一個生 作為產生生理資訊的精準時間依據，並^， 电碌的實時時鐘模組，以 筆同步多重生赠訊，該處理裝置乃會於生理多筆生理倾結合出— 操作（“績恤g0卿ion)，而在該童模組產生-時間比對 即可根據該時間比對操作的結果而進行多筆生理次妾收该等生理資訊之後， 組合出一筆同步多重生理I 貝戒間的同步設定，進而 供簡化的配置模高==不:藉，散式的 *而提供了操作便利性，讓使用者即使在^能ί票猎同步操作方 =。，無須經過特殊訓練’相當符合現今對於多好理監 能力:者則=:===實施為具有無_ : 或是透過網路而於遠端，】= 極/感測器等的設置正雜否等，“也檢測情形，也可確定電 生理檢測，例如，腦電檢測、、PSG監測等有_纖賴於即時監控的 不卿監測單元之間的獨立架構，生理監測將 的而集合所需要的生理監測單元，因此就=完;;;== 目 性的組合，不但節省成本，更符合使用上的需求。儿依而要喊供具機動 「田縱，ί發日月已*上述之實施例詳細敘述而可城悉本技藝之人士任r 心而為諸般修飾’然皆不脫如㈣請專纖_欲㈣者。 & 22 200908930 【圖式簡單說明】 ^圖;^顯示根據本發明之—實施例，—多重分散式生理監測分析系 3其係顯吨據本發明之—實施例，—生理_單㈣—方塊示意 =圖：其係顯示根據本發明之多重分散式生理監測分析系統的操作流程 弟4圖 第5圖 第6圖 其係顯示根據本發明之一第一應用實例的—示意圖； 其係顯示根據本發明之一第二應用實例的—示意圖； ^ 其係顯示根據本發明之一第三應用實例的一示意圖； 第7A圖〜第7B圖：其係顯示 明的 置之多重分散式生理監測分析系統的示意圖；以及見補紐轉接裝 第8圖：其係顯示根據本發明的一再一實施例，— 分析之多重分散式生理制分析祕齡細。應射、飾即時監測、 【主要元件對符號說明】 10 多重生理監測系統 11 處理裝置 12 多重生理檢測集合 12卜 131 ， 141 ， 142 ， 15卜 152 ，153， 154 生理監測單元 1211 處理器 1212 電池 1213 記憶體 1214 實時時鐘 1215 無線模組 122 感測元件 31 胸腹綁帶 41 呼吸感測器 42 軒聲感測器 43 血氧感測器 44 依附元件 51 腦電電極 52 眼動電極 53 心電電極 54 肌電電極 61 轉接裝置 70 網路 23^匕'Because the information of the plurality of physiological monitoring units (2) is matched with the information of the memory record, therefore, in addition to the wireless transmission during the detection, it can also be implemented to transmit only the preliminary, part & a(10) is transmitted to convey the drive of all the controllers, etc., to send the receivers for different considerations. 'Although after the physiological monitoring, due to the completion of the body', the processing device only needs to read the second and the shell. The ring has been stored in the memory, and the processing device can obtain the physiological information stored in the memory by obtaining the physiological information with each of the body; or the memory is obtained by the way of the memory contact Read by the read interface. The heart is only finely detachable, and when the processing device receives a plurality of physiology from multiple physiology, it faces the problem of how to synchronize multiple physiological information into a single physiological information. This is mainly because when In this way, if the individual physiological monitoring information system of the individual physiological monitoring unit is used, the synthetic single-multiple-generation iSf-synthesis will be used as the analytical comparison. Putting multiple physiological examination positions into "," then the system is only for this, for this -_, this gamma provides -===. law. In order to allow the processing device u to perform the (4) step operation after receiving the physiological information, it will generate one for each of the physiological monitoring orders.丨丨 丨丨 域 domain 1 shame simple work, the treatment. As for the form of the time comparison operation and the technique of repeating the time, as in the technique of the prior art, among the physiological monitoring units according to the present invention, the group (10) is the processing time. _ Physiological unit 12丨d, for the use of the handle of the teacher's message _: knot::=== rational = this:: 2 physiological _ ^. ',,, the correct judgment of the time of the physiological condition, Too' J: Β, 广5来一止秘生, therefore, based on the real-time clock mode breathing shell shape, can also become # //, 斤 in the inter-turn axis of the 当 when suitable for each of the The characteristics of a =13 drought ^ foundation, according to the system. The time for the raw dish to pick up the physiological signal is based on the =;:== module and the time comparison operation is performed. The use of the example does not mean that only the following method can be used to generate the time than the execution of the operation at this time, and the disconnection type of the physiological monitoring unit is supported by the physiological monitoring unit. In the memory, the processing device reads the complex number separately, and does not limit the time point at which the time comparison operation is performed. 2 13 200908930:: Before the monitoring is started, the processing device can be performed during the monitoring period. In the case of receiving such physiological information, in the case of the case, the direct time synchronization between the clock modules of the time β is compared to ^3. The time during which the processing is performed is the same as the physical information of the units in the real-time monitoring unit. The time stamp = the same as the department: and at the same time, the per-clock module is calibrated. In the real-time situation, the processing device can achieve the data synchronization operation while maintaining the accurate timing for the measurement. The time difference between the real-time clock modules according to the time stamps may be that the time difference between the time and the physiological time obtained by the processing device can be recorded in the The processing device and the domain are the time and time for adjusting the physiological information of each of the pens according to the time difference. The time difference between the two can be 〇 贝 贝 贝 贝 贝 贝 贝 贝 / / / / / / 疋- The pen is physiologically fine when the duck, and vice versa 'mmt,,, ιμΪΪΪπ; ι η羡 can be made according to the relative time of the time stamps!:: You can use two kinds of * _ writes or the like at the same time or you can use the timing of the operation: == difference, and can = D The characteristics of the continuous and pure group are extremely power-saving and equipped with independent power supply (such as electric or gold capacitor _en Capadtor), so when the measurement is interrupted, the main power is exhausted, 'or ^ 14 200908930 f The timeline information of the message will be kept unchanged, and the relationship with the real-time clock module can be maintained. The physiological resources = changes will occur, so the read: the accuracy of the two synchronization operations, On the same day ·; ^^; ^ 生^; ^^ is able to maintain time line ====:::= With time to maintain accurate characteristics, on the second = two single base: the real time The axis information maintains the precision dish W early π after the physiological detection carries the physiological information, and can be operated synchronously under the _ measuring unit or 'can also be implemented as the physiological axis. At the beginning, it was provided to accurately align the real-time clock module of the same temple with the temple and the real-time clock module, so that the time comparison operation can be processed at the time of exit = Lu can complete multiple physiological information The same between: the second 2 device to carry out the type of time comparison operation, LI potential in a set 2ί7 no intention to provide real-time clock 4 potential lies in 'the processing of the information between the (accuracy) considerations, therefore, = for each time the real-time clock module of the time-synchronizing unit provided by itself is only required to ensure that each, in, and more specifically, the information of the physiological monitoring unit (including The information time comparison operation, and then exist in the memory, shame, when the physiology and setting related resources, the processing device reads the two memory of the #-type memory as the 冽 冽Physiology, time, set a step, the same knowledge has been obtained 1 Fen Yi 'reading the program is also used 4, the reading interface is increased, _, patient double =, the convenience of operation "hunting by _This memory knows its test results, : Body visits 'Doctors can change the right 4 students need to change the phase 2 check between the capture, synchronization and other operations' plus the removal of the trace ^ equals the completion of the download, 200908930 thank you settings, parameters, etc. It can also be set by using the removable memory, and the processing device can be used to initiate the time comparison operation between the physiological monitoring units except for the time comparison operation. For example, the processing device may be different from each of the two sections. The current time to generate each physiological monitoring unit = the physiological monitoring unit performs the ditch to generate only one of the physiological monitoring units.乍, or, the processing device can communicate with his physiological monitoring unit, or after the physiological monitoring unit communicates with the physiological monitoring unit, the physiological monitoring unit re-processing the device with one of them until all the physiological monitoring units Until the end of Lintong, (4) card measurement unit communication, time comparison operation is also a similar situation, straight middle ^ physiological preparation early 7G between the first line of time comparison operation, However, these physiological monitoring units are not limited to these examples, and the present invention is not limited to the U.S. daily comparison operation. Here, the applicant particularly clarifies that multiple physiological information is so important. After the formation of II, the correct and precise combination of traits = 彡, there are many births to stop uPnea), shallow breathing (hVDO events (ev mail) occurs, for example, the comparison between breath numbers is determined , grinding =, etc., according to a number of physiological types of the central type (eentral, t. ' * to determine the breathing stop (sleePaPnea) to observe whether the user's breathing is suspended or not (obstructivetype), in addition to the public The important readings such as the oxygen value, the fine sound transmission, the thief sucking situation, and the synchronous operation are downloaded to the processing device, and the synchronization operation between the data is the monitoring requirement, and the data after the detection is completed. Between this, come, and η, the analysis and interpretation of physiological phenomena during the detection period, such as giant ',, the power and signal transmission quality and speed consumed by wireless transmission, etc. 16 200908930 It is also possible to carry out various detailed analysis after the fact, and indeed solve the problem of the conventional technology. Cheng. What is the meaning of the present invention? The operation of the redistributive physiological monitoring of Zhejiang and New Zealand flows to the heart: Γ,,: The first two users first set the physiological detection units independently to be physiological; in σ, for example, the blood milk sensor is placed at the fingertips. In the case, the product of the connection can be set to the form of a wrist wear, and the flu detector is disposed between the nose and mouth and the physiological detection unit connected to the moon can be placed on the cheek. Or near the head, and I can divide the lion to complete the start _ operation, so - when all the ^ ^ ^ test early read settings are completed, detect = move /, some units, or use timing Mode - two == :: pole / sensor settings are correct 'can be used in the wireless channel 2 of the processing device, = set t test, the physiological signal captured by the 'sensor / electrode The I signal stored in the memory is based on the physical detection unit (4) of its own physical detection unit (4) real-time clock modeled two = 3⁄4 billion body, = into the way, or can be used to remove ' _ two ==:: :::行:=, at the time of the result, the processing device can know that the received comparison operations can be arranged to be mutually arranged and transferred out of the single-words. (Iv) Relationship between sequence physiological == a scallop, and steps between the received physiological information point pore her kiss _ fines was not 17200908930, be performed when the 'completed but not detected or detected during the download information. The following are examples of some applicable examples. EXAMPLE 1 When the polydisperse physiological monitoring component (IV) according to the present invention is implemented as a polysomnography (PSG), its advantages are more prominent. Such as dish = ^ and _ 52 system can be sound - recorded in the line of his alcohol (5) = = 41 and sound 42 connected to - strip lying physiological unit (4), cardiac monitoring Yao ^ to two, one in the chest physiology The monitoring unit 152 is connected to the strip in the vicinity: Yuanxiao 42, and the external blood stasis sensor 43 is connected to a physiological monitoring sheet located on the wrist or the back of the hand, and the physiological monitoring unit 2 = fine f body shift Long, when you can move, you can set a [Π1 { ' to turn over to measure the movement of the muscles of the electromyography electrode 54 or displacement sense (not shown, set in the unit of φ, X number of all include In this monitoring, 2 σ A 'the physiological parameters required for all pSGs' are complicated by the multi-distributed raw wiring of the present invention, and the user mobility is limited, and the related centralized PSG device is dispersed according to the present invention. The sputum is spit, compared with the syllabus, because the test is provided in the case of no burden, and the customary bed is carried out, so that the user himself/who can learn it naturally. Synchronous operation between the two can be used to access the door 2 The method carries out physiological information of a plurality of physiological information, and a multiple synchronization obtained by the PSG monitoring according to the two-time gate can be performed at any time by a real-time clock with independent power supply, and the electrode/sensor, pressing the switch For the custodial basis, 'users' only need to set up the learning when they receive the information, they will complete the test. The processing will complete the electrode, sensor, physiological monitoring I= operation, even use You can directly close the physiological monitoring at the time of the consultation, and close the physiological monitoring. The 70 is posted, and you only need to press the switch separately, and you will return it to the doctor. The doctor can naturally handle it through the 18 200908930. = Get the complete data of PSG monitoring, and then conduct post-analysis. In addition, in addition to the convenience of operation, and because it will not affect the monitoring, so the user can rely on The monitoring unit does not need to measure all the physiological monitoring orders every time only need to measure the breathing situation, then D"; body, for example, when it is done, & for, suction monitoring _ physiological monitoring list Yes, and when there is a need for physiological monitoring in the field, more than one example of P, it will be possible to use only the same - set of more than eight of his physiology & Other students = test sets of shed heavy knife scattered physiological monitoring and analysis system is completed in addition to the example 2 New · breathing straps _ amount of pro-call scale, such as the 5th _ show = SG check linen in the _ belly belt, here, according to The physiological mechanism of the present invention is placed in the ST 31, and it is also possible to set a physiological measurement in the strip, and further omit the connection line between the two. Example 3 If sleep is required For respiratory-related screening monitoring, such as 6 = can select the relevant physiological test materials from the PSG detection configuration, for example, the combination of three physiological parameters such as respiratory airflow = 1' and chest and abdomen breathing is - screening The selection of the physiological monitoring unit according to the present invention may be that the respiratory airflow W and the _42 due to the amount « are in the head, so the monument is connected to the same physiological monitoring unit (4), and the chest and abdomen belts are respectively ^There are various settings - physiological monitoring unit - if there is still need to add blood oxygen monitoring 43 Therefore, since the position is far (fingertip), a physiological monitoring unit 142 can be additionally provided. After the measurement is completed, the processing device can receive the physiological commensurations item by item or together. After the completion of the reception, it is naturally possible to combine multiple physiological information into a multi-synchronous physiological sub-signal, which is completely unnecessary. Excessive settings are made, and regardless of the number of rounds of the person, the operation of the step is not required, and only the time comparison operation confirmed before, during, after, and/or at the time of downloading can be performed. Therefore, this is also a fairly cost-effective series (of course, if the user originally only has the detection requirements of certain items, it can also only talk about the physiological detection unit, and purchase other physiological conditions with other detection requirements. Detecting, also does not affect the synchronization of information. 19 200908930 Physiological eye movement of the test item (10) G), underarm EMG (m, E° M〇: but not limited to, EEG (which), ECG (Caf ), oral and nasal respiratory airflow, re-breathing) dynamic two-cavity EMG (Α.Τ. Na), change 'blood pressure, body temperature and so on. Action blood oxygen saturation, snoring 'position' physiological physiology supervisor 2: this hair _ heavy points and other physiological information, and then will be the first time to receive the 为 为 政 政 政 政 ... , ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... Bellorda to the processing device, and, more preferably, the tooth % is 'the device is executed by the patching device 61 to make the reed, the device is related to the data synchronization operation = Yong Zuo', that is, the aforementioned processing = processed material transfer can also be implemented as a plurality of, as shown in Figure 7B: Chu Lin pick-up device 61 =: = receive _ synchronization and transfer to the processing device ^ 彳 = place = set 11 again The information between the different physiological information groups can also be implemented as one of the physical monitoring units, and the form, configuration, architecture, and the like of the device 11 are not limited. Spoon feu various kinds of 'exemplary and t; ' can also add Γ 整 in the whole (10) system 'when the user feels uncomfortable during the measurement, or the physiological phenomenon of the birth, or an unexpected situation, For example, it is easy to mark the time point by pressing the event marker. Therefore, when measuring the data interpretation, it is possible to pay special attention to the physiological curve near the time point of the marker. It is especially advantageous to interpret the problem with long-term testing. In addition, the entire system can also include a button or signal triggering device to use the pair to operate 'and/or start for measurement'. It is possible to eliminate the trouble of separate operations, and in addition to using the above method, it is also possible to automatically start the measurement using the timing side 20 200908930, and also to save the operation. When connecting to the network, as shown in Figure 8, the connection is in the position. For example, the processing device can pass through the network control device. The provider of the service, for example, the remote monitoring remote monitoring device of the medical center, etc.: wireless communication between the device and the processing device, and the processing of the farm and the connection to the person at the far end, for example, a doctor Nurses, etc., knowing whether the user is correct or not, and by means of voice, screen display, etc., the user is also allowed to use the user at home, and also ensures that the signal is out of the way, of course, For the need to be instant; set the correct doubts, another::,: must ==== wide multiple points "raw; ": === warning button, so that _ need = help == users are particularly beneficial. When autumn :::Sick 4=Ding: It is more inconvenient, or prone to accidents, or the button can be placed in the vicinity of the threat _ processing is a feasible way. Become a warning unit for the face to wear By the side, etc., the 'this warning function can also be sighed by the supervision of the physiological monitoring unit for the relevant signs of life, for example, if the p is more physiological monitoring unit) has no job _, can turn (not - must be all No. check = when the processing device finds that it is lower than the pre-recorded Regular news: =, sound, to warn other people around the user, and, to issue a police, smashing the road, shooting directly with the right right money device to avoid making _ no _ under ¥ series, money « domain Aid system, y avoid false alarm caused by falling off, can also be:: Health. Here, (4) such as 'using voice to understand whether the user really needs heart = 21 200908930 physiological signal, etc., can be applied In summary, the multiple physiological monitoring units according to the present invention each perform a different number of analysis systems, which are first stored in the monitoring system of each physiological ageing star through the complex system. The resulting physiological information monitoring unit will include -day and fine; and, in particular, each raw as a precise time basis for generating physiological information, and ^, the real-time clock module of the electric, with pen synchronization Multiple birth messages, the processing device will combine the physiological multiple physiology--operations ("Greetings g0qingion"), and the child module can produce - time comparisons according to the results of the time comparison operation And carry out multiple physiological times After collecting the physiological information, a synchronous multi-physiological I-synchronization setting is combined, and the simplified configuration modulus == no: borrowing, dispersing * provides operational convenience, even for the user In the ^ can ü ticket hunting synchronization operator =. , without special training 'is quite consistent with today's ability for good supervision: those ===== implemented with no _: or remotely through the network,] = pole / sensor, etc. Miscellaneous, etc., "also detect the situation, can also determine electrophysiological detection, for example, EEG detection, PSG monitoring, etc. There is an independent structure between the monitoring units that are based on real-time monitoring, physiological monitoring will be gathered The required physiological monitoring unit, therefore, = end;;; == combination of purpose, not only cost-saving, but also in line with the needs of the use. Children should be called to provide the maneuvering "Tian Qian, the day and night have been * The above embodiments are described in detail and can be used by those skilled in the art to make various modifications. However, they are not excluded. (4) Please use the special fiber _ (4). & 22 200908930 [Simple description] ^图;^ Shown in accordance with the present invention - a multi-distributed physiological monitoring analysis system 3 is shown in the present invention - an embodiment - a physiological - single (four) - square schematic = figure: showing a multiple dispersion according to the present invention Operational process of the physiological monitoring and analysis system 4 Figure 5 Figure 6 It is a schematic view showing a first application example according to the present invention; it is a schematic view showing a second application example according to the present invention; ^ is a schematic view showing a third application example according to the present invention; 7A to 7B: a schematic diagram showing a multi-distributed physiological monitoring and analysis system of the present invention; and see Figure 8 of the supplemental transfer device: showing a further embodiment according to the present invention, - analysis Multi-distributed physiological system analysis of secret age. Ying Ying, decoration real-time monitoring, [main components versus symbol description] 10 multiple physiological monitoring system 11 processing device 12 multiple physiological detection collection 12 128, 141, 142, 15 152, 153 154 Physiological Monitoring Unit 1211 Processor 1212 Battery 1213 Memory 1214 Real Time Clock 1215 Wireless Module 122 Sensing Element 31 Bust Belt 41 Respiratory Sensor 42 Xuansheng Sensor 43 Blood Oxygen Sensor 44 Attachment Element 51 EEG electrode 52 Eye electrode 53 ECG electrode 54 Electromyography electrode 61 Adapter 70 Network 23