TW201112179A - Object for detecting physiology and posture status - Google Patents

Object for detecting physiology and posture status Download PDF

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Publication number
TW201112179A
TW201112179A TW99127396A TW99127396A TW201112179A TW 201112179 A TW201112179 A TW 201112179A TW 99127396 A TW99127396 A TW 99127396A TW 99127396 A TW99127396 A TW 99127396A TW 201112179 A TW201112179 A TW 201112179A
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Taiwan
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posture
physiological
sensor
rti
signal
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TW99127396A
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Chinese (zh)
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Chang-Ming Yang
Tzu-Lin Yang
Hao Yang
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Chang-Ming Yang
Tzu-Lin Yang
Hao Yang
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Priority to TW99127396A priority Critical patent/TW201112179A/en
Publication of TW201112179A publication Critical patent/TW201112179A/en

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  • Measurement And Recording Of Electrical Phenomena And Electrical Characteristics Of The Living Body (AREA)

Abstract

An object for detecting physiology and posture status is disclosed. This invention relates to one or more objects that contact with the body, wherein the object has multiple sensors installed therein permanently or temporarily. The sensors are used for sensing the user's physiological signal, as well as determining the user's posture through digital signal analyzing the physiological signal. The object can be applied to various fields, such as body contacting objects including clothing, chair or bed with an electrode installed therein, for access to human electrocardiography and the user's posture.

Description

201112179 六、發明說明: 【發明所屬之技術領域】 本發明係涉及一種可應用於體能訓練、醫療、健身、保 $等,域,特別是關於由感測非姿勢的生理信號來取、^ J。’可用於伽使用者工作安全、健康狀況、健纽果及姿勢狀 【先前技術】 隨者生活水準與醫療衛生長足的進步,人類平於查令说如Μα e 的,:11。此外,由於飲食及生活習慣的改變,患有高血壓、 巧病:痛風、向血脂以及心翻等慢性軸的人口 、古 生理機能監控系統’以隨_地偵測相‘的生理機& 例如:心電圖是觀察心臟最方便且常用的工呈,201112179 VI. Description of the Invention: [Technical Field] The present invention relates to a field that can be applied to physical training, medical care, fitness, security, etc., in particular, to physiological signals that are sensed by non-postures, . ‘Can be used for gambling user safety, health status, health fruit and posture. [Previous technology] With the improvement of living standards and health care, human beings are arbitrarily arrogant, such as Μα e,: 11. In addition, due to changes in diet and lifestyle, patients with high blood pressure, ingenuity: gout, blood lipids and heart turnover, chronic physiology monitoring system, ancient physiology monitoring system 'to detect the phase with the physiology machine & For example, an electrocardiogram is the most convenient and commonly used method for observing the heart.

測量數分鐘,也有許料合是要長日=在^^療I 衣時間連續s己錄。但是贈慣用的貼片式生 =? f艮不舒服的’只適用在專業醫療場合。因此利用 用者在較舒服情況下,獲得心電圖,又不會==雷 線’讓使用者行動而受到限制。然而若要將傳—夕電 輸線。種取是上多設電極與信號傳 的道理其他生理感測器也是如疋讓夕個電極共用信號傳輸線相同 知當立if m反之筒身_姿勢是很敏感的。已 t ,1^ 354. 3Π) t 知由人體不同部位的電極獲得的心電圖 利5,舰,760)。已 二上。因此,由心電圖波型,來判斷 2 跳也7C項很重要的資訊,例如某人在睡眠時若& 201112179 6384729 ^ 5508540, 4988981則是用感應器來測量手或身體的姿勢,美國 來感測相同的生理狀態,但無法同時也感測到 姿勢狀態。日本有-專利jP2G()9_18158A也是在讀 有f人體的姿勢變化但它是利用生理感測器連 =夺: ίί;;ΪΪΪί;, PCT/CN2005/001520 生理感測Is連接來彳貞測生理訊號,但是沒有提到 、Measured for a few minutes, there are also expected to be long days = in the ^ ^ treatment I clothing time continuous s recorded. However, the custom-made patch-type students are not suitable for professional medical situations. Therefore, the user can obtain the electrocardiogram in a more comfortable situation, and the == lightning line can be restricted by the user's action. However, if you want to pass the transmission line. The seeding is the principle of multi-electrode and signal transmission. Other physiological sensors are also the same as the common signal transmission line of the eleven electrodes. It is very sensitive to the posture of the body. t , 1^ 354. 3Π) t Know the electrocardiogram obtained from the electrodes of different parts of the human body. Li, ship, 760). Already on the second. Therefore, from the ECG waveform, it is important to judge the 2 hop and 7C items. For example, if someone is sleeping, & 201112179 6384729 ^ 5508540, 4988981 is to use sensors to measure the posture of the hand or body. The same physiological state is measured, but the posture state cannot be sensed at the same time. Japan has - patent jP2G () 9_18158A is also reading the posture change of the human body, but it is using a physiological sensor to connect: ίί;; ΪΪΪί;, PCT/CN2005/001520 physiological sensing Is connected to measure physiological signals But did not mention,

測器所產生的訊號變化,可測出人體的姿勢變^ 賴與生理感 如今,我們發明在與身體接觸的物品中,設置至少一 ϊίίϊΐίίΙΊ1關、拉力(straingague)或壓力感測器’這至少二組 應ΐ父替或同時感應原感應器的生理信號,同時經過數位 還可以得知制者t時料勢㈣。 在日ίΐ活ίί大!T夺間要穿上衣物、金在椅子上或躺在床上,故 時;懕力物、座椅、床單或枕頭上設置感測器,本發明同 力ft力感窃與生理感測器結合’不但可降低雜訊同時還可自動 接觸的物品,而前-個接觸的物品可自動關閉來省電,即可作 ί?3、·貝記錄’使用者不必受感測器及電線限制。更進一步,由不同位 Hiff所得的生理信號,或相同位置所得的不同生理信號,而且這 =ίίΙϋ目Ξ或,的物品中取得,即可整合成長時間且連續的生理機 ΐ τ·勢I化圖’對於使用者的健康及安全有很大助益。目前此技術已通 'IEEE, EMBC 2009年會的審核,即將在9月發表,題目為“犯印如ecg and body position monitoring system” 。 【發明内容】 本發明係在一個或多個與身體接觸的物品中,安裝有生理感測器連結 f力或拉力感測器來偵測人體的生理信號,並且利用生理信號來判斷姿 勢1生理彳§號來自物品上的感測器,物品包括例如:衣物、内衣褲、外套、 床單、枕頭、機子、鞋子、圍巾 '頭巾、手套、圍裙、皮帶、地板、地毯、 馬桶、尿褲、安全帶、帽子或座椅中的一個或多個,來與人直接或間接接觸。 另外本發明包含記錄及分析生理信號的方法,以便由生理信號波型判斷人 體姿勢。尤其是當感測器有開關、壓力或拉力感測^連結時可以停止來备 201112179 電源’可自動開或關感測器來省電源又可過濾雜訊來當過渡器(filter)來 降低雜訊,故可以長時間偵測使用者的行為模式。 例如··本發明一般架構請參閱如圖1所示其中的開關、拉力或壓力感測器可 放置的位置有a. b. c. d. 4種。將安放感測器的物品,例如衣物、機、床單、 枕頭、或座椅等,與人直接或間接接觸(例如感測器與皮膚之間,隔著内、 衣)。感測器視應用場合配置在特定位置上,並且搭配開關、壓力或扣 測器,例如:按鍵開鼠裂縫開關。 次拉力感 因為每一個開關都可設定一個外力的臨界值,當外力大於臨界值時, 生理信號才會進入信號處理器,尤其是拉力感測器,因為人體關節彎曲 外表的皮膚約有30%的拉長,故可由拉力感測身體的變化,以便由峰 波型判斷人體姿勢。 ㈣王里域 ▲ 心本發明的目的在於’生理制器上連接有壓力或拉力感測器,用以過遽 鲁雜讯’防止誤判,自動開啟或關閉另一個感測器或處理器以達省電有效手“ ^測。同時所得的生理信號可由拉力或壓力感測器的結果來加權戶^ 的生理信號。 本發明的另一目的在於,感測器可為一個以上相同的生理 J感,理機能外,尚可得到使用者的姿勢狀態。在此_ ;力^拉力 2 2理感測器的前面、後面或是多個生理感測器共用二個開 關、壓力或拉力感測器再與處理器電性連接。 W 的另一目的在於,感測器可為一個以上不同的生理减測芎,除 了感測本身不同的生理機能外,也可得到使用者的姿勢狀離。關益除 物口 ΐΐ,另-目的在於,—個以上的生理感測11,可&相同或不同的 物οσ上來感測生理機能及姿勢狀態β X个J扪 本發明的另一目的在於’生理感測器盥人 太絡故I利用此特性來辨別使用者的姿勢狀態。 六姑目的在於,生理感·與處理_可加—特定電阻或電 特性丄Η易由生理信號來區別使用者的姿勢 置不於、壓力或拉力感測器分別設 邊用也伯、目ϋ目的在於,傳輸線沒有絕緣的地方有另一夫考[i在直旁 邊,用來轉料树賴㈣州__^與當二旁 201112179 【實施方式】 為更進一步闡述本發明為達成預定發明目的的所採取的技術手段及功 效,以下結合附圖及較佳實施例,對依據本發明提出的心電圖監視及人 姿勢判斷方法、裝置與系統其具體實施方式、結構'特徵及其功效,詳細 說明如後。 、 ' _有關本發明的前述及其它技術内容、特點及功效,在以下配人來考圖 示的較佳實施例的詳細說明中將可清楚呈現。通過具體實施方式二說 可對本發明為達成預定目的所採取的技術手段及功效得—更加且且’田 j解,然而所_式僅是提供參考與制之用,並_來對本發明^ P艮刹。The signal changes produced by the detector can measure the posture of the human body and the sense of physiology. Today, we invent at least one ϊίίϊΐίίΙΊ1, straingague or pressure sensor in the object in contact with the body. The two groups should replace the physiological signals of the original sensor at the same time or at the same time, and at the same time, the digital potential can also be known (4). In the day, ΐ ΐ ί ! ! 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要 要The combination of stealing and physiological sensors can not only reduce the noise but also automatically contact the items, while the front-contact items can be automatically turned off to save power, so that the user can not be affected. Sensor and wire restrictions. Furthermore, the physiological signals obtained by different bits of Hiff, or the different physiological signals obtained at the same position, and obtained by the object of the same position, can integrate the growth time and the continuous physiological mechanism τ· Figure 'is great for the health and safety of users. At present, this technology has passed the 'IEEE, EMBC 2009 annual review, will be published in September, the title is "copying such as ecg and body position monitoring system". SUMMARY OF THE INVENTION In the present invention, one or more items in contact with the body are mounted with a physiological sensor coupled with a force or tension sensor to detect physiological signals of the human body, and physiological signals are used to determine posture 1 physiological彳§ is from the sensor on the item, including items such as: clothing, underwear, jackets, sheets, pillows, machines, shoes, scarves, headscarves, gloves, aprons, belts, floors, carpets, toilets, diapers, One or more of a seat belt, hat or seat to come into direct or indirect contact with a person. Further, the present invention includes a method of recording and analyzing a physiological signal to determine a human posture from a physiological signal waveform. Especially when the sensor has switch, pressure or tension sensing ^ link can be stopped to prepare for 201112179 power supply 'can automatically turn the sensor on or off to save power and filter noise to filter the filter to reduce miscellaneous The message can be used to detect the user's behavior pattern for a long time. For example, the general structure of the present invention can be seen as shown in Fig. 1. The position where the switch, tension or pressure sensor can be placed is a. b. c. d. Items that place the sensor, such as clothing, machine, bed sheets, pillows, or seats, are in direct or indirect contact with the person (eg, between the sensor and the skin, between the inside and the clothing). The sensor is placed in a specific position depending on the application and is equipped with a switch, pressure or deductor, for example: a button open mouse crack switch. The secondary tension is because each switch can set a critical value of external force. When the external force is greater than the critical value, the physiological signal will enter the signal processor, especially the tension sensor, because the skin of the human joint is about 30%. The elongation is so that the change of the body can be sensed by the pulling force, so that the posture of the human body can be judged by the peak wave type. (4) Wang Liyu ▲ Heart The purpose of the invention is to connect a pressure or tension sensor on the physiological device to prevent the false alarm and automatically turn on or off another sensor or processor to save power. The effective hand is measured. The physiological signal obtained at the same time can be used to weight the physiological signal of the household by the result of the tension or pressure sensor. Another object of the present invention is that the sensor can have more than one identical physiological J sense. In addition to the function, the user's posture state can still be obtained. Here, the front, rear or multiple physiological sensors of the force sensor 2 are used to share two switches, pressure or tension sensors. The processor is electrically connected. Another purpose of W is that the sensor can be more than one different physiological subtraction test. In addition to sensing the different physiological functions of the sensor, the user can also obtain the posture of the user. The object is ΐΐ, and the other purpose is that more than one physiological sensing 11 can detect the physiological function and posture state by the same or different objects οσ. The other purpose of the present invention is to 'physiological sense. Detector Therefore, I use this feature to distinguish the user's posture state. The purpose of the six guise is that the physiological sense and processing _ can be added - the specific resistance or electrical characteristics can be distinguished from the user's posture by physiological signals, pressure or The tension sensor is set to be used separately, and the purpose is to have another test in the place where the transmission line is not insulated [i is in the straight side, used to transfer the tree to the (4) state __^ and when the second side 201112179 [embodiment] In order to further explain the technical means and functions of the present invention for achieving the intended purpose of the present invention, the electrocardiogram monitoring and human posture judgment method, apparatus and system according to the present invention are specifically described below with reference to the accompanying drawings and preferred embodiments. The embodiments, the structure's features and their functions are described in detail below, and the above-mentioned and other technical contents, features and effects of the present invention will be described in the following detailed description of the preferred embodiments. It can be clearly presented. By the specific embodiment 2, the technical means and functions adopted by the present invention for achieving the intended purpose can be obtained more and more, but only With reference to the system, and the present invention is to _ ^ P Gen brake.

^本ί明構請參閱如圖1所示。將安放生理感測器的物品,例如 械、床早、枕頭”戈座椅等,與人直接或間接接 與皮膚之間,隔著内衣)。生理感測器視應用場合配置在特 搭配開關,例如:按鍵關或裂縫_。此_、壓 ^如PCT/咖5/G_電子_标;另外,職技 3元料或PCT/CN2G()8/()G157()具有分離感應區的布料,這^ί ,姑力感測器如圖1的a、b、C、d為開關、壓力或拉 ,可放置的位置,也就是說至少有個生理感測器連接至少如六 感=相接或可互相接觸來使生理信號受到外 〗 Ά值才啟動相連的生理感測器或關前—個正在 j ϋΓ放置於觸身物°°at,同時和非姿勢感測器結合,例二電圖田電極汗1、 ^eulgraZt^ mmB ^ , ^ m 勢爽^敗進破處理器。使用開關的目的,在於依人體姿 前-個物^原,並節J效隔絕誤觸所引入的雜訊又可關閉 器連拉力感測 t c:] 201112179 产生理及姿勢信號也可由信號處理器22 ⑽或個人電腦),以接收、記錄及顯示2S及5資訊裝置 提取信號的特徵)或資料庫存儲,也數轉換),分析(即 ,:使用者而言,人_、置可1=—及存儲。對於 尨號,例如在使用者的床和椅上各裝—了 5;處理器22傳出的 測器和信號處理H 22,再整人成祕日、’·、=與咖、拉力或麼力感 使用者秘❹陳料勢資訊,而 判斷發岭訊(例如汽車駕彳;二,依預設的 為了要增加感測器與人的接觸之門心打瞌睡)。 加-材料來增加厚度,例如:彈性物,1如“ 布料或皮革間 電容感測器,如溫度感測器、濕度粗彈簧等。且 有不同的熱傳導或透濕速率。同時:為} ^或厚度不同而 在感測器與布料或皮革間連接至^7^ 輸太多信號’ =信號_的啟動。而斷開開關的感測器^耗 傳按導=或裂如 不必要的生理信號來干擾實用-條傳輪線’避免 數量及長度,又能讓使5的巧=者ί 降=專ΐ線的 器受壓以择得㈣n mf:·! 便用者良化姿勢時,也仍有感測 當使用者“在床日;Γ背塾在ί ΐ^ίϊ:與感測器争聯, 至雷拉ίif床塾感❽所獲得的生理信號才會傳導 屈膝時讀2蓋骨處設—裂縫關與感測11並聯,當使用者 2”拉力會使褲貼近膝關節,該處的感 感測器即無法獲得二二使,者伸直腿’褲失去拉力就*會貼近膝關節, ."…、獲于生里说。在圖1中,處理器與生理感測器、壓力或把六 =之間利用傳輸線連接時,*傳輸線沒有絕緣則是在豆旁邊有-1考 到產生短路情形。當有治療用的電路時,例如加熱、 ;在布料貝?裸露導線時旁邊也有參考區來測漏電情形。或 嫌講區本身 Γ 1 *- ·—· * 11 201112179 實施例一 立圖以f當及’係本發明之第一較佳實施例應用於睡衣的竿構干 含有隨附按鍵開關的電極i〇卜1〇2圖1〇3 電圖並判斷人體姿勢,包 與身體接_雜ΐ5 開關10成導通狀態,心電信號連接至M 下時,按鍵 大、遽波去除雜訊、模數轉換(=alJV虎f理f f2 ’將模擬的心電信號放 JJ1 - 22 ^ ^ 姿勢。 毅&也物之而異,如此即可由心電波型判斷人體 感測器可為數位或類比式感測器:此開 個不同的布料層,此技術在先前的 PCT/CN2008/001571 有說明。 次^This cum structure is shown in Figure 1. The items that place the physiological sensor, such as the machine, the bed, the pillow, the "go seat", etc., are directly or indirectly connected to the skin, and the underwear is separated. The physiological sensor is configured in the special switch. , for example: button off or crack _. This _, pressure ^ such as PCT / coffee 5 / G_ electronic _ standard; In addition, the job 3 material or PCT / CN2G () 8 / () G157 () has a separate sensing area The cloth, this ^ί, the force sensor as shown in Figure 1, a, b, C, d for the switch, pressure or pull, can be placed, that is, at least one physiological sensor connection at least as six senses = connected or can be in contact with each other to cause the physiological signal to be externally 才 才 才 才 才 才 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连 相连Example 2 Electric field electrode Khan 1, ^eulgraZt^ mmB ^, ^ m potential cool ^ defeat into the processor. The purpose of using the switch is to follow the human body posture - the original ^ original, and the J effect isolation The introduced noise can be turned off by the puller to sense tc:] 201112179 The generation and posture signals can also be signal processor 22 (10) or personal computer) Receive, record and display the characteristics of 2S and 5 information devices to extract signals) or data library storage, also number conversion), analysis (ie: user, person_, settable 1=- and store. For nickname, For example, the user's bed and chair are equipped with 5; the processor 22 transmits the detector and signal processing H 22, and then the whole person becomes a secret day, '·, = with coffee, pull or force user The secret is to judge the information, and to judge the hair of the news (for example, the car is driving; second, according to the default, in order to increase the contact between the sensor and the person to sleep). Add - material to increase the thickness, for example: Elastomers, such as "memory sensors between cloth or leather, such as temperature sensors, humidity thick springs, etc. and have different heat conduction or moisture permeability rates. At the same time: for ^ ^ or different thickness in the sensor and Connect the fabric or leather to ^7^ to input too much signal '=signal_' to start. And the sensor that disconnects the switch ^ consumes the guide = or splits as unnecessary physiological signals to interfere with the practical - strip transmission line 'Avoid the quantity and length, and let the 5's = ί 降 = special line of the device is pressed to choose (four) n mf: ·! When the user is in a good posture, there is still a sense that when the user "is on the bed day; Γ 塾 ί ί ϊ ϊ ϊ ϊ 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 感Will bend the knee when reading 2 cover bones - crack off and sense 11 in parallel, when the user 2" pull will make the pants close to the knee joint, the sensor can not get the two or two, the straight leg 'The pants will lose their tension and will be close to the knee joints. . . . , obtained in the living. In Figure 1, when the processor is connected with the physiological sensor, pressure or the connection line between the six =, the transmission line does not have Insulation is caused by a -1 to the side of the bean to produce a short circuit. When there is a circuit for treatment, such as heating, there is also a reference area next to the exposed wire in the cloth to measure the leakage. Or the swearing area itself Γ 1 *- · -· * 11 201112179 The first embodiment of the present invention is applied to the structure of the pajamas of the first preferred embodiment of the present invention. 〇卜1〇2图1〇3 Electrogram and judge the human body posture, the package is connected with the body _ ΐ ΐ 5 switch 10 into conduction state, when the ECG signal is connected to M, the button is large, chopping to remove noise, analog to digital conversion (=alJV tiger f f f2 ' put the simulated ECG signal in JJ1 - 22 ^ ^ posture. Yi & also varies from place to place, so that the ECG type can be judged by the ECG type as a digital or analog sense Detector: This opens a different fabric layer. This technique was described in the previous PCT/CN2008/001571.

St ^義E㈣輸、,故細將左顺右_心電接睡 n出的波形她反向’如圖7b所示。這就可轉常= ίίίΞ二方面得到,者的ECG信號,同時藉由ecg的信號得ίί用 ^得知使用者的睡姿。同樣的原理,我們可利用不同 感測器輸出信號的結果來得到生理資訊外,亦可得知=者的3 衣财電極,纽时睡眠時,不_睡姿,例如正睡、左側睡、2Λ 睡所壓到的電極不同,導致心電圖的波形不同,其原理 !睡, =且雙钱酬騎的雜鱗通,但频科㈣電右 j產生活動圖(actigraPh)。據此,可以得知使用者睡眠的深淺狀^化ί 號計算出心ΐ變異(Heart Rate Variability,驗)或^及ϊ 推估其睡眠的深淺狀_。一般而言’胸腔肌肉的伸縮會造成心電圖的漂 12 201112179 ί頻:的3便二者:此漂:移即來自呼吸。因而,擷取心電圖信號的 電極使身體和;雷炼夕二蛀isp可得呼吸信號。若是使用者睡眠淺,身體接觸 則訊=會II :電圖波型也就隨之而改變’如此 變化過程中靜或眠時,雜訊也就減少。故可從信號的雜訊 fit推估其睡眠的深淺狀態或意識是否清楚。 雷圖。一/人^/111戶’係本發明第一較佳實施例之各種睡姿所得的心 睡姿都处,外背仰臥、右側臥、左側臥、俯臥四種,為了在四種 ϊ 又如圖2所示,本發明獅衣的四周都各安裝了兩個電 Ϊ盥3 η :气泡綿14 ’且按鍵開關10也有立體結構,如此可增: 人與電極10Μ08之間接觸的機會與可靠产。 曰刀 ΐϋ卜也可以壓力或拉力感測器是連接到生理感測器,且可 δ又疋-疋机界值才啟動生理感測器或關閉前—個正在偵測的物品。 另一方面,兩個導電布形成一電容,在外部壓 力或拉力變化的呈現是以電壓或頻率來表現。所以 或拉力感測11,例如人的姿勢—有變動,其電容值也跟 程度的壓力下’生理信號才被接受的,否則信號是取 ί,’ = rt—疋的臨界值才啟動生理感測器或關閉前-個正在_的 物时’故兩個導電布形成-電容,當作—個·,同時導電布也可 極,故也同時當做生理感測器使用。 电 h 用-振盪11 (Qsei 1 iatQr),尤其是-_鶴的振盪器 來測置布料電極與人體之間的電容變化’且電容變化是以共振頻率來表 現’也有_的效果’也就是說導電布本身是—健力❹m也可當作是 -侧關。相同的’導電布本身也是電極,故也當做生理感測器使用來量 測心電圖、肌電圖、呼吸(阻抗性肺量計impedancepheumography)、心跳、 座度、腦電®'體脂等。當然㈣料電树,树與—非穩態的振盈器所 #娜細爛,啊,肌輒腦St ^ E (four) loses, so the fine will be left and right _ electrocardiogram to sleep n out the waveform she reversed as shown in Figure 7b. This can be changed to ίίίΞ, the ECG signal obtained by the two aspects, and the ecg signal is used to know the user's sleeping position. The same principle, we can use the results of different sensor output signals to get physiological information, you can also know the 3 people's money electrode, when you sleep, when you sleep, do not sleep, such as sleeping, sleeping on the left, 2Λ The electrodes pressed by the sleeping machine are different, which causes the waveform of the electrocardiogram to be different. The principle is! Sleep, = and the double scale of the money ride, but the frequency (four) electric right j produces the activity map (actigraPh). According to this, it can be known that the depth of the user's sleep is calculated by the Heart Rate Variability or the gradual evaluation of the sleep. In general, the expansion and contraction of the thoracic muscles will cause the ECG to drift. 12 201112179 ί Frequency: 3 of the two: This drift: the shift is from breathing. Thus, the electrodes of the ECG signal are taken to make the body and the respiratory signal is available. If the user sleeps shallowly, the body touches the message = will II: the electrogram pattern will change accordingly. 'So during the change, the noise will decrease. Therefore, it is possible to estimate the depth or state of sleep from the noise fit of the signal. Raytu. One/person ^/111 households are all in the sleeping position of various sleeping postures according to the first preferred embodiment of the present invention, and the outer back is lying on the back, the right side is lying on the left side, the left side is lying on the side, and the prone position is four, in order to As shown in FIG. 2, the lion garment of the present invention is provided with two electric cymbals 3 η: bubble dam 14 ', and the button switch 10 also has a three-dimensional structure, so that the contact between the human and the electrode 10 Μ 08 is reliable and reliable. Production. The file can also be connected to the physiological sensor, and the δ-疋-疋 machine threshold can be used to activate the physiological sensor or close the previous item. On the other hand, the two conductive cloths form a capacitor, and the appearance of changes in external pressure or tension is expressed by voltage or frequency. Therefore, or the tension sensing 11, for example, the posture of the person - there is a change, the capacitance value is also accepted under the pressure of the degree, otherwise the signal is taken ί, ' = rt - 疋 critical value to initiate the physiological sense Before the detector is turned off - when the object is _, the two conductive cloths form a capacitor, which is regarded as a piece, and the conductive cloth can also be extremely polar, so it is also used as a physiological sensor at the same time. Electric h-oscillation 11 (Qsei 1 iatQr), especially the oscillator of -_ crane to measure the change in capacitance between the cloth electrode and the human body' and the change in capacitance is expressed by the resonance frequency 'also has the effect of _' It is said that the conductive cloth itself is - Jianli ❹m can also be regarded as - side off. The same 'conductive cloth itself is also an electrode, so it is also used as a physiological sensor to measure electrocardiogram, electromyography, respiration (impedance spirometry), heartbeat, seat, EEG® body fat. Of course (4) electric tree, tree and non-steady state vibrating device #娜细烂,啊,肌辄脑

S 13 201 112179 此心;因 要更詳細的姿勢變化,則在使㈣;各自再細分為四種情形,若 表1S 13 201 112179 This heart; because of the more detailed posture changes, then (4); each subdivided into four cases, if Table 1

占:使用有幻于戍于不可月b在後翻到背後來啟動電極1的、〗ηκ 極101,102啟動的情況。各種睡姿及開啟 ’ 如表i所示,陳列了本發明第 右側队左側臥 背侧队Occupation: The use of the ηη pole 101, 102, which is activated by the illusion of the b 戍 戍 不可 在 在 启动 启动 启动 启动 启动 。 。 。 。 。 。 。 。 。 。 Various sleeping positions and opening ’ As shown in Table i, the left side of the left side of the present invention is displayed.

壓左右胸Press left and right chest

入减可以看ώ有許?情況是賴雜並藝_々電放大器輸 也與傳統的心電圖機不同(如圖4所示)。由於人體表面不 二雷阳電阻可能有很Α差異’例如胸前的皮膚很薄距離心臟又近,其 ^内=因而很小’反之後背的體内電阻就大很多,而把此兩處的電極 H'ji L105、106並聯在一起,很可能沒有足夠效果。因此,本發明的 厂「體貫_中’在信號處㈣22前端和某-電極之間,串聯—外加電阻 ϋ得難觸雜效果。同理,可視人_阻抗特性収信號的頻 £ S3:血管容積、今吸、濕度、血氣、體溫、體脂等有不同的頻 率),選擇性地串聯或並聯電阻、電容或電感。 201112179 如圖5所示,是典型的Lead I心電圖各點定義,Can you see if you have a reduction? The situation is that the hybrid amplifier is also different from the traditional electrocardiograph (as shown in Figure 4). Because the surface of the human body may have a very different difference, 'for example, the skin on the chest is very thin and the heart is close to the heart, and the inside of the body is small. Therefore, the internal resistance of the back is much larger, and the two are The electrodes H'ji L105, 106 are connected in parallel and may not have sufficient effect. Therefore, the factory of the present invention "body _ middle" between the front end of the signal (four) 22 and a certain electrode, in series - the external resistance is difficult to touch. Similarly, the frequency of the signal can be seen from the human _ impedance characteristic S3: Vascular volume, current absorption, humidity, blood gas, body temperature, body fat, etc. have different frequencies), selectively connecting series or parallel resistors, capacitors or inductors. 201112179 As shown in Figure 5, it is a typical definition of Lead I ECG points.

Dl?tai%tnaf P Biomedical mT^ Tl 9LTS,Υ HlS J· T〇mpkins> 1Q93) * it#4S ^ ^ 22中發二的^^Γ二電信號的處理方法如下:首先利用信 琥處理态22中的模數轉換Is將心電信號量化並存^ 雜訊(四階貝塞爾帶猶紙G.G6_4G Hz),^由=帶通 除 幅ιΐί點)及極性,然、後再找出P,Q,S,T各點。由於^位 ίί i昌t程f準目位Λ因此波型與標準波型不同,如圖5所示,但 ΞίίΓ rr:aibR> a τ^^^^νκ/νΓν™Dl?tai%tnaf P Biomedical mT^ Tl 9LTS,Υ HlS J· T〇mpkins> 1Q93) * it#4S ^ ^ 22 The method of processing the ^^Γ2 electric signal is as follows: Firstly, using the signal processing state The analog-to-digital conversion Is in 22 quantizes the ECG signal and stores the noise (fourth-order Bessel with the paper G.G6_4G Hz), ^ by = bandpass ιΐ ί point) and polarity, then find out P, Q, S, T points. Since the ^bit ίί ichangt c is the target position, the waveform is different from the standard waveform, as shown in Figure 5, but ΞίίΓ rr:aibR> a τ^^^^νκ/νΓνTM

,妾下的心電圖,會沒有Ρ、S、或τ波(但R峰一定有) ^ ^ 目反’ i匕皆為判讀睡姿所用到的特徵。本發明通過對各種睡ί:分 析’榻取八項特徵’符合其判斷準則即計為i,不符即為G,如下. 城k νττίΐ=大ί Γ皮iH1倍:此異常大的τ波,僅出現在俯队, D己號,Vy>kWR ’其中,kl介於(〇· 6至i 〇)之間,優選為〇· 8 ; 2. 出現P波:不論方向為正或負,記號為p; 3. R波極性:正向為1,記號為+R ;The underlying electrocardiogram will have no Ρ, S, or τ waves (but the R peak must be) ^ ^ 目反' i匕 are the features used to determine the sleeping position. The invention is calculated as i by judging various sleep characteristics: the analysis of the 'eight characteristics of the couch' is in accordance with the criterion of judgment, and the discrepancy is G, as follows. City k νττίΐ=large Γ Γi iH1 times: this abnormally large τ wave, Appears only in the team, D., Vy>kWR 'where kl is between (〇·6 to i 〇), preferably 〇· 8; 2. P wave appears: whether the direction is positive or negative, the mark Is p; 3. R wave polarity: positive direction is 1, mark is +R;

i己號為VR>k2*VS 4. R波振幅大於s波2倍:有顯著R波則計為i 其中,k2介於(1. 8至2. 2)之間,優選為2 ; 5. 正向S波:出現正向則計為j,記號為+s ; 6. 負向S波:出現負向則計為j,記號為_s; 7. 正向T波:出現正向則計為1,記號為+τ ; 8. Τ波振幅大於r波振幅的k2倍:記號為VT>k3*VR, (〇. 35至〇. 65)之間,優選為〇. 5 ; ,、甲k3 ;丨於 典型的各種睡姿下的心電信號如圖6所示。 > ^ 三所示,各種睡姿的特徵歸納。若出現該特徵,則記號為1。本發明 依先後久序把八項特徵編為一個位元組的數碼,並以兩個16進制數字表示。 n 則是圖2的心電圖結果,其中每一對電擊都有一壓力感測器連接 f 我們可見離躺的Q、R、s振幅最大,正躺及左側躺 g 、s振幅居中,左側躺時p波不明顯,右側躺時Q、R、s振幅最小, 但F 明顯。 圖7b則是將左右側的電極與處理器的接點反接以產生反相心電圖 ^inverse phase),故可區別左側與正躺的心電圖變化,即我門將左 側的心電圖相位反向。故可得圖7e的分析邏輯,當振幅大且正向為狄躺:,振 r r* - 15 201112179 幅大且反向為左側躺,振幅小且正向為正躺振幅小且反向則為右側躺。故 可由此分析方法得到使用者的姿勢狀態如圖7d所示。 表2 ντ> kl*VR P +R —VR> k2*VS +s -s +T VT> k3權 編 碼 右 側 臥 未壓胸前 1 08 僅壓右胸 1 1 1 fi?, 僅壓左胸 1 壓左右胸 1 1 ?4 左 側 臥 未壓胸前 1 1 1 1 66 僅壓右胸 1 1 1 1 1 7fi 僅壓左胸 1 1 48 壓左右胸 1 1 1 1 1 67 背 側 臥 未壓胸前 1 1 1 1 1 7A 僅壓右胸 1 1 18 僅壓左胸 1 1 1 1 1 1 77 壓左右胸 1 1 1 1 ?,7 俯 臥 1 1 1 1 1 A7 文用嘗的心電信號多少有些差異,適用於某 例如對於不同使用者’kl—k3^要選擇不同的數值才能得到 =果。因此’本發明進一步在信號處理器22内的電路板上裝有一三 儀、傾斜11或地磁儀’在靜止時可藉由重力得知加速規或 ϊ龙你的傾^角。當使用者第-次開啟本系統時,系統會 德祕久號處理1122固定在肩上,以便確定制者的睡姿,然 _姿勢,^讓析·。,理,本發明也可其他種類的感測器來 農有自2¾ ^7螺ΐ、視訊儀(vide°camera)等。本系統的參數設置 G波形者f *各種睡姿時’魏會對各姿態下的心電信號 如?8/斤示。另外也可讓使用者在沒有加速 信號ν曰:在“使用時仃ί ϊί j:=統== 或其他姿勢感測器不可能緊靠在身上以提供睡此 201112179 方多加-些電極感測器,則姿勢 士外’在不同地 體重可調整不同的開關 '拉力身材與 實施例二 與按鍵開關或壓力感測器串聯。 。-中1號至5 5虎電極皆 套手ΪΓ的戶位的開關、壓力或拉力示意圖。即左右手均有 s器有開關、壓力或拉力 成2極心雷圖“Hϋ ί妾勢左右手的心電圖信號會傳到處理器形 衣擺上有壓力聽置上抖€布直接接觸屁股或是 第二導開關與内碑上的導電材料相接觸,則產生三極心電圖,且是 抓i ί i f天t短袖衣服,則套手的設計改為有彈性的材質如鬆緊帶或是 區,則為位以為3&導電區,§拉力不同碰酬不同的導電 電區的t置也會不同。則可利用電容或電阻來測得第一與第二導 接熱H ^二導電區也可當電極來感測ECG或EMG,或是連 他^也方如上,巧來測生理信號。此拉力感測11也可設計在服飾的其 接。用此心介或禪子的開口處’或是衣服與褲子、褲子與襪子的連 接用此、.Ό構亦可測呼吸,汗濕,體脂,腦波或提供tens。 電極圖i〇d所示,胸前的1號電極可能碰不到身體,但背部 10 a。乂粉/f聯,與4號分別接心電放大器正負端)可測得心電圖,如圖 此於路上時,騎士不_,胸前的1號電極碰到身體, 心雷圖極並聯,1與4號_並聯,分別接心電放大器正負端,得 二: r;細1(1 3概,R軸著秋,但無㈣,㈣即可分 部的5㈣搞㈤理,當騎士坐在座塾上且上身垂直,由胸前的1號及臀 5^雷Hi’、可置得心電圖’如圖10 C ;當騎士站立時,臀部沒有壓到 的準則列於Ht、電®即消失不見,表示已經沒有坐在自行車上。判斷姿勢 [s 17 201112179 iltir8 9 ㈣曲時可使6號7號電極導通且與另—腳的機子電 S同的心電圖。由上述,_可以判斷使用者是在走路、站立電不^^ 表3i is VR>k2*VS 4. R wave amplitude is greater than s wave 2 times: significant R wave is counted as i where k2 is between (1.8 to 2.2), preferably 2; 5 Forward S wave: the positive direction is counted as j, the mark is +s; 6. Negative S wave: when negative direction is counted as j, the mark is _s; 7. Forward T wave: positive direction appears Calculated as 1, the symbol is +τ; 8. The chopping amplitude is greater than k2 times the r-wave amplitude: the symbol is VT>k3*VR, (〇.35 to 〇.65), preferably 〇. 5 ; , A k3; The ECG signals in a variety of typical sleeping positions are shown in Figure 6. > ^ Three, the characteristics of various sleeping postures are summarized. If this feature appears, the token is 1. The present invention encodes eight features into a single digit in a sequential order and is represented by two hexadecimal digits. n is the ECG result of Figure 2, in which each pair of shocks has a pressure sensor connection f. We can see that the Q, R, and s amplitudes are the largest, lying on the left and lying on the left side, the amplitude of the s is centered, and the left side is lying p The wave is not obvious, the amplitude of Q, R, s is the smallest when lying on the right side, but F is obvious. In Fig. 7b, the electrodes on the left and right sides are connected to the contacts of the processor to generate an inverted electrocardiogram (inverse phase), so that the electrocardiogram changes of the left side and the lying side can be distinguished, that is, the electrocardiogram phase on the left side of the door is reversed. Therefore, the analysis logic of Fig. 7e can be obtained. When the amplitude is large and the forward direction is lie: the vibration rr* - 15 201112179 is large and the reverse direction is the left side, the amplitude is small and the positive direction is the positive lying amplitude and the reverse direction is Lying on the right side. Therefore, the posture state of the user can be obtained by this analysis method as shown in Fig. 7d. Table 2 ντ> kl*VR P +R —VR> k2*VS +s -s +T VT> k3 weight code right side unpressed chest 1 08 only right chest 1 1 1 fi?, only press left chest 1 Press left and right chest 1 1 ? 4 Left side without chest 1 1 1 1 66 Only right chest 1 1 1 1 1 7fi Only press left chest 1 1 48 Press left and right chest 1 1 1 1 1 67 Back side without chest 1 1 1 1 1 7A Only press the right chest 1 1 18 Press only the left chest 1 1 1 1 1 1 77 Press the left and right chest 1 1 1 1 ?, 7 Prone 1 1 1 1 1 A7 The ECG signal used is somewhat Differences, for example, for different users 'kl-k3^ to choose different values to get = fruit. Therefore, the present invention further includes a tri-meter, tilt 11 or geomagnetic instrument on the circuit board in the signal processor 22 to know the acceleration gauge or the dragon's inclination angle by gravity when stationary. When the user turns on the system for the first time, the system will fix the 1122 on the shoulder to determine the sleeper posture of the maker, and then _ posture, ^ let the analysis. In addition, the present invention can also be used for other types of sensors, such as a snail, a video camera (Vide ° camera), and the like. The parameter setting of this system G waveform person f * Various sleeping postures 'Wei will be the ECG signal in each posture such as 8 / kg. In addition, the user can also have no acceleration signal ν曰: "When using 仃ί ϊί j:= system == or other posture sensors can not be close to the body to provide sleep 201112179 more squares - some electrode sensing , the posture is outside the 'different different weights can be adjusted differently' pull the body and the second embodiment with the button switch or pressure sensor in series. - -1 to 5 5 tiger electrodes are set of handcuffs Schematic diagram of switch, pressure or tension. That is, both the left and right hands have s-switches, pressure or tension into a 2-pole heart. "Hϋ ί 妾 左右 的 的 的 的 的 心 心 心 心 心 心 心 心 心 心 心 心 心 心 心 心 心 心 心 心 心 心 心 心 心 心 心 心When the cloth directly contacts the butt or the second guide switch is in contact with the conductive material on the inner monument, a three-pole electrocardiogram is generated, and the short-sleeve clothes are grasped, and the design of the sleeve is changed to a flexible material such as The elastic band or the zone is in the position of the 3& conductive zone, and the t-position of the conductive electrical zone with different tensile strengths will be different. The capacitor or resistor can be used to measure the first and second conductive heat H ^ two conductive regions can also be used as electrodes to sense ECG or EMG, or even the same as above, to measure physiological signals. This tension sensing 11 can also be designed for the attachment of the garment. Use this heart or the opening of the zen's or the connection of clothes and pants, pants and socks. The structure can also measure breathing, sweat, body fat, brain waves or provide tens. As shown in the electrode diagram i〇d, the No. 1 electrode on the chest may not touch the body, but the back is 10 a.乂 powder / f joint, and the 4th is connected to the positive and negative ends of the ECG amplifier) can measure the ECG, as shown on this road, the Cavaliers do not _, the first electrode on the chest touches the body, the heart thunder is extremely parallel, 1 Parallel with No. 4 _, respectively connected to the positive and negative ends of the ECG amplifier, get two: r; fine 1 (1 3 general, R axis with autumn, but no (four), (four) can be divided into 5 (four) engage (five), when the knight sits Squatting and upper body vertical, from the chest 1 and hip 5 ^ Lei Hi', can be placed ECG 'Figure 10 C; when the knight is standing, the hips are not pressed to the criteria listed in Ht, electric ® disappeared , indicating that the bicycle has not been seated. Judging the posture [s 17 201112179 iltir8 9 (four) can make the 6th electrode of No. 7 on and the same as the electrocardiogram of the other machine. From the above, _ can judge the user Is walking, standing is not ^^ Table 3

資訊ί ί處 ?裝置個人貝訊裝置可依據使用者預設的範圍,终子柹用去造蟢 警訊。例如當測得心跳速率過大時,可自t θ 、: 建礅、或 發出津锡,接《I抽田冰f 疋騎車的體力負荷過重,此時可 5者慢騎速。#贿長_姿勢與加速度皆盖變化, ,t_Af訊裝置可自純過各訊管 、(订動電麵無線網路),發出警訊給遠端的個人或機構,請求援助。 實施例三 如,11麻,係本發明第三較佳實施 本發明實施例三與身體接觸的電極之不意圖 ίϊί;服isv電路部分與圖1 ‘似,只是二 lib' ^ ^ ° 12a > 放大電路輸人端採料容趣A( i,卿,放々電路的正負輸入。 BS -V,厳A ⑴《斯/曰· A、祸〇 lcapaci tlVe C0UPl mg) ’以便透過按鍵開 關或壓力感—取得人體的心電信號。當 鍵^ 斷人體姿勢。此是將處理dig爾之而異,如此料㈣電波型判 極位ΐΐ隨也:者在=與床單上的電 為正臥W靠床兩腿千放)。判斷姿勢的準則列於表4。 表4 [S]Information ί ί 装置 The device's personal broadcast device can be used to create a warning according to the user's preset range. For example, when the measured heart rate is too large, it can be from t θ , : Jian Jian , or send Jin Xi , and the physical load of the I pumping ice b 疋 bike is too heavy. #胸长_ Posture and acceleration are all changed. The t_Af device can send a warning to the remote individual or organization to request assistance from the pure controller. Embodiment 3, for example, 11 hemp, is the third preferred embodiment of the present invention. The third embodiment of the present invention is in contact with the body. The circuit of the isv circuit is similar to that of FIG. 1 except that two lib' ^ ^ ° 12a &gt Amplifier circuit input end of the material tolerance A (i, Qing, the positive and negative input of the circuit. BS -V, 厳A (1) "S / 曰 · A, 〇 〇 lcapaci tlVe C0UPl mg) 'to be through the button switch or Pressure sense - get the ECG signal of the human body. When the key ^ breaks the human body posture. This is the same as the processing of dig, so the material (four) electric wave type judgment poles are also: the = on the bed and the electricity on the bed for the bed W bed and legs. The criteria for determining the posture are listed in Table 4. Table 4 [S]

1S 2011121791S 201112179

優選為之間,優選為0·6;k5介於〇.2至〇.4之間, 單ί^·極i 關和壓域測11餘設在料上且一端與床 連接’另關與處理器連接則可產生相同的效果。 實施例四 置、咖繼繼概嫌座之電極位 極接。本發明難實補四,麟有兩個電 但在左傾咖l_會受安全雜迫而接通, 前傾、右側傾、i:也W5 則疋只要有繫安全帶即接通。各種坐姿(正坐、 器有無獲私電㈣下啟動㈣極’以及兩個4信號放大 波型如圖14所示I表的情況如表5所示,獲得的心電圖 判斷姿勢的準則列^表5。的1至6载極依序代表表5的電極211至216。 表5 ' 也則傾 正坐 i極 η ^電放大器A 心電放大器B ~' 1 2 心電圖 3 4 5 6 心電圖 + + 有 - 一 一 _ Μ + + 有 — + + 一 有 + + 有 一 - - + 無 j- _ 益 #»»、 無 無 丄 二 + 二 + 二 —i__ 有 姿勢 安全帶Preferably, between, preferably 0·6; k5 is between 〇.2 and 〇.4, and the single ί^· pole i and the pressure domain are measured on the material and one end is connected to the bed. The processor connection produces the same effect. In the fourth embodiment, the electrode is placed in the electrode position of the suspect seat. The invention is difficult to make up for four, and the lining has two electric powers. However, the left leaning coffee l_ will be connected by safety and misunderstanding, and the forward tilting, the right tilting, and the i: also W5 will be connected as long as the seat belt is fastened. Various sitting postures (sitting, device with or without private power (four) starting (four) pole' and two 4 signal amplification waveforms as shown in Table 4, as shown in Table 5, the obtained ECG judgment posture criteria column table The 1 to 6 carrier sequentially represents the electrodes 211 to 216 of Table 5. Table 5 'is also sitting on the i pole η ^ electric amplifier A ECG amplifier B ~ ' 1 2 ECG 3 4 5 6 ECG + + Yes - one one _ Μ + + yes - + + one + +1 one - - + no j- _ 益 #»», no innocent two + two + two - i__ posture safety belt

傾與無安全帶正坐=:可=判斷駕驶的坐姿。除了個別有安全帶左 電放大器A、B是否祕+妾、/要用波型來判斷’雜其他坐姿只要看心 有安全帶與正麵安配^峰再絲即可欺•分辨左傾 峰-般高,而後者T _ ,種ff十分容易,前者有巨大的T波幾乎和R 前傾與有帶右傾ί、ίί= i^T>k6*VR即可知。同理,要分辨有帶 斷VT>k6*VR即可知。f刖者有巨大的T波而後者T波很小,由判 由於駕駛汽車難免其會7至〇.9之間,優選為〇. 8。 搖晃,心電信號會嚴重失直』緊;;5車:〜洞等狀況,此時由於人體受劇烈 真至難以判碩,本發明可利用加速規來排除這些異q 201112179 常狀況。在經多次實際測試後,歸納得結論:當瞬間加速度大於9.8米/秒2 (一個地球表面的重力加速度,g)時,心電信號會嚴重失真至難以判讀。因 此本發明的方法,會同時擷取加速規信號,當加速度大於9.8米/秒2時會 停止分析心電圖以免誤判。 S 實施例五Pit and no seat belts are sitting =: can = judge the driving posture. In addition to the individual belts, the left electric amplifier A, B is secret + 妾, / use the wave type to judge 'miscellaneous other sitting posture, as long as you have a seat belt and the front side of the match ^ peak can be deceived to distinguish the left peak - It is as high as the latter, and the latter T _ is very easy. The former has a huge T wave and R forwards and has a right-handed ί, ίί= i^T>k6*VR. For the same reason, it is necessary to distinguish between VT and k6*VR. The latter has a huge T wave and the latter T wave is very small. It is inevitable that it will be between 7 and 〇.9, preferably 〇. Shake, the ECG signal will be seriously out of tightness;; 5 car: ~ hole and other conditions, at this time because the human body is severely difficult to judge, the invention can use the acceleration gauge to eliminate these different conditions. After many actual tests, it is concluded that when the instantaneous acceleration is greater than 9.8 m / s 2 (a gravitational acceleration of the earth's surface, g), the ECG signal will be severely distorted until it is difficult to interpret. Therefore, the method of the present invention simultaneously captures the acceleration gauge signal, and when the acceleration is greater than 9.8 m/s 2, the analysis of the electrocardiogram is stopped to avoid misjudgment. S Example 5

如圖15所示’係本發明實施於一般座椅之架構示意圖’電極17a連接 電極17d再連接一按鍵或壓力感測器,電極17b連接電極17c再連接一按 鍵或壓力感測器,分別再連接至信號處理器的正負輸入端,獲得心電圖如圖 16a-圖16d所示。各種坐姿所得的心電圖為·· 1如為正坐背靠椅,16b為正 坐背不靠椅,16c為左側坐’ I6d為右側坐。比較圖16 a與圖16 b,可 知圖16a的R與S振幅較圖16b大。而兩側坐姿所得的心電信號(圖16c, 圖16d)皆有明顯的T波,而正坐幾乎無τ波。比較右侧坐與左側坐,可見 兩者R峰方向相反很容易分辨。判斷姿勢的準則列於表6。 时我們也可將電極設在衣服上,開關或壓力感測器設在座椅上且與處理 !§連接,貝彳衣服上電極與按鍵開關或壓力感測器接觸並導通則心雷圖作辨· 就會傳到處理器。As shown in FIG. 15 , the present invention is implemented in a schematic diagram of a general seat. The electrode 17a is connected to the electrode 17d and then connected to a button or a pressure sensor. The electrode 17b is connected to the electrode 17c and then connected to a button or a pressure sensor. Connected to the positive and negative inputs of the signal processor to obtain an electrocardiogram as shown in Figures 16a-16d. The electrocardiogram obtained from various sitting postures is 1·If you are sitting on the back chair, 16b is sitting on the back and not on the chair, 16c is on the left side, and I6d is on the right side. Comparing Fig. 16a with Fig. 16b, it can be seen that the R and S amplitudes of Fig. 16a are larger than those of Fig. 16b. The ECG signals obtained from the sitting postures on both sides (Fig. 16c, Fig. 16d) have obvious T waves, while the sitting is almost free of τ waves. Comparing the right side sitting and the left side sitting, it can be seen that the opposite directions of the R peaks are easy to distinguish. The criteria for determining the posture are listed in Table 6. We can also set the electrode on the clothes, the switch or pressure sensor is set on the seat and connected with the processing! §, the upper electrode of the beigu clothing is in contact with the button switch or the pressure sensor and is turned on. Discrimination will be passed to the processor.

表6 VS>0. 3權 R+ VT>0. 2*VR 正坐背靠椅 1 1 〇 正坐背不靠椅 0 1 〇 左侧坐 Γ 0 1 1 右侧坐 1 0 0 實施例六 感; =由變成直接與人趙 安梦开接近m外,本發明可在不同部位 處“―迫_仍可以判讀該 “器例如取- 安穿在胸邙,體概下約為12KOhms'在室溫約為2瞧肥) =度高(例如,即 ”㈣鮮勢。將感測器並聯的域,是輸4 s j寸安努糸構不思圖如圖17所示,等效電路如圖18 20 201112179 4拉力感心本身同時也是開關,也可同時當做生理感測器 實施例七 的二;實連結一開關、壓力或拉力感測器來偵測人體 1 f作原疋1測兩個金料線之間的直流她,因汗水舍導 ί力ΐΐ°在外界物品與人體接觸之處有開關、 2 °例如’圖19中d為兩金屬導線的距離,在布料上分 =ί卜2、及3釐米的導線(合計六條導線),共同使用·- 當距離1爱米的濕度感測器已達全濕時 釐米或3爱米距離的濕度感測器,另外也 同 置在相同部位共用-侧關、勤或拉力感測 ^^ 時得知汗濕程度,已知汗濕程度過低,及皮紅乾日 巧以判讀,但當皮膚流汗時而濕度感測器測得很濕時, 信 排除Γ础⑽ratiQ)太低的心電信號,又 摘姿勢的準確度。再加上壓力或拉力感·财降低雜 壓力下信姐⑽ratiQ)„,即壓力愈大心領愈。, 右同時有k度、濕度、壓力或拉力感測器,則不但姿勢狀態 、、 電圖信號也更能被瞭解,因為溫度低時皮膚幹不容易得到心電圖信號。“ 實施例八 另外也可用雜連關關、壓力或拉力制1!來_人體的 號,來偵測肌肉的收縮,尤其是受壓部位’例如人體成蹲姿時,下^ 部受壓處所得的肌電信號就非常明顯。同理可用電阻式血管容積變化纩 (plethysmography)來測量脈搏,或用電阻式體脂計來測量皮下脂肪义旦, 或用光感測器測量血乳濃度、脈搏或血壓。在非姿勢感測琴連6士壓 1 力感測器,來產生不同信號特徵。 〜° 、·’° 攻拉 實施例九 201112179 本發明可用兩個不同的非姿勢感測器連結_ 測人體的生理信號,同時也可測得姿勢。例如在睡\力雷1^^^5 後卩二3、右腋下則放溫賴測11,騎正躺可得 ,電圖,而當左或右側躺時,無法測得心電信號,除非 = ^到衣物上的電極。但可以量到左或右腋下的溫度會上, 邊或右邊的溫度感測器的衣物上用不同特性的導熱係^ 材料隔離人與感測n,如此;^僅可測得體溫及電、也可,2的 同時又不必做複雜的信號處理。 电1。號也可測付妾勢, 片、目一個以上不同或相同的非姿勢感測器可用同一壓力咬拉力 在兩個不同或相同的非姿勢感測器上,例如非姿勢關ϋ縫= • 士測器、器、 目雜界值才啟動相連的這些生理感測器或關閉前-‘正:偵i 實施例十 料體k或姿勢是不可能在很短時間内急劇變化的,甚 表發明雜心從即了推測疋外界干擾或不正常操作。同理, 由传感應器連結壓力或拉力感測器同時工作,或 _ 判界值’當超過此臨界值即暫停分析以避免誤 本發明可針對各種不同的顧來設 信號的準則,是經化逑界值’作為筛選不正常 ,們可利用勤或拉力_器的或jjjjf者。f後’ 波形被放大的心例如.咖信號在不_力或拉力感測器其 實施例十^ 如對於自行車騎士,當長:☆:以用者的健康與安全。例 比對,顯示、警示或有理a 言號分析、信號儲存、資料庫 有、,%傳輪時’可無'線傳輸到個人數位助理或個人電 22 201112179 敬例如.攻定個人在該活動的正常生理範圍,一旦超過即可對 或藉由個人數位助理或個人電腦12上的通訊裝置,對遠 夺使用^。或將生理信號發送至遠端,由利用遠端建立 S出馨料庫’判斷其生理狀況是否已超出正常範圍需 指導Γ "、’可由個人數位助理或個人電腦丨2上即時給使用者最適當的 實施例十二 可錄變本發明的工作模式,除了由使用者本身以外,亦 考二踹;桩’例如在衣物、椅子或床上的壓力或拉力感測 ΐίίίϊί 器上,另—端則與非姿勢感應11相接,當使 Ξΐϊΐ衣物、丄在椅子或床上即可啟動或酬另-接觸的物品;或是經 上的無線裝置,當收到某個信號時如經_,標籤(¾)即啟 ΐ確:不妨礙使用者正常作息、可確保本發明在 正確的工作杈式下運作、郎省電力以延長工作時間。 請參閱圖二十所示,是本發明實施例十二,電極 ,壓力或拉力感靡而是在衣物的獨部位連接力或拉力感測器, 極位置是不動的’但是下面_力感測器則移位, 舉例原先在右側的電極下面的壓力感測器移位到肩上,即肩上 感測器連接腰部的生理感測器,當使用者側臥時,一定會壓到 巧器及麟的電極’也就是說左佩時,處理器會讀到來自左側的, 因^側的壓力開關被壓到,而其他三個部位則沒有訊號因為其他三個部 極,連接―個f力感測器’而此壓力感測器沒受壓,故訊號“ 專」處理ϋ。生理感測ϋ同時連接在不随域的開關、壓力或拉力感 ;則器’另一方當誤觸時並不會干擾訊號‘ I ’因為開關、座力或拉力感測ϋ並沒有啟動,而是關閉所以可達 有效長期監測又可減少誤觸時的信號處理。在生理感測器的位置上 附近有二充氣或充水裝置與處理器電性連接,當處理器發出信號,^ 理感測器與人體更緊密的接觸。充氣或充水裝置也可直接與開 拉力感測器結合,此時開關、壓力或拉力感測器為一密閉^吉 ^ 若所測的生舰鮮辦’則絲或充水裝置使生理制^與人體更 ^觸以減少雜訊。若是拉力或壓力太大則放氣或放水使壓力或拉力變,y 讓使用者舒適。 夂 實施例十三 s 23 201112179 傳統偵測心電圖的方法包括2個電極和3個電極 ft方法乃是第3個電極接地。我們可以從心電圖信號來識別^曰由f 變化,例如使用-個連接到第3電極的關,第 圖是2個f:極信號,_第3電極沒受電 心電 關來更準_檢測姿勢,也就是說,3電f 開 二2^下時開關被按下’第3電極連制處^,ϋίΐί, m是—個2個電㈣心電圖,故我們能-方面 遽疋由2個或3個電極的心,同時又可以侧到使用者的姿勢變化。。 實施例十四 以上所述均是非姿勢生理感測器與開關、拉力 子,我們也可再連接-治療設備如加溫降 例 信號去現ii{有異常時處理ϋ可㈣4 & 4_、電極,也叙說當生理 此5的開關、拉力《力感__構;備來二或保徤。 外力消失彳⑽復原形,且在配件f下會導通, 器如溫度、心電圖電祕刚元件如聰、加其他感測 實施例十五 乂力,接觸,即生理感測器在—布料,開關 ‘、。曰又 料社椹外力而接觸。每—部份分屬-布料結構且其中二布 ^構上的開關、壓力或拉力感有連接到生理感測器或與處理器中電性布 徵與^神更加清楚贿本發明之特 限制。相反地,其目的是希望能涵蓋各種改加以 所欲申請之專__冑_。 m χ錢具相4㈣銷于本發明 24 201112179 【圖式簡單說明】 第一圖係本發明之架構示意圖。 t圖,本發明第-較佳實施例朗於睡衣之架構示意圖。 ί二,,本發明第一較佳實施例之電極及按鍵開關結構示竜圖。 第四圖=本發明第—較佳實施例之體内電阻、電極 g 開關及信號處理II之等效電關。 阻知鍵 ^圖係本發明第—較佳實施例之心電圖各點的定義圖。 ί至第六ra _本發明第—較佳實施例之純睡麵得的心電 圖 第七a至·t d圖係本發明第—較佳實施例之四種睡姿所得的, ϊ 施例之利用心電信號判斷姿勢的流程圖 裤 K 0 第十二a至十二c _本發明第三較佳實施例之各種姿勢所得之心 第九a至九d圖係本發明;的流程圖。 電極位置及連接示賴n佳·例應臉自彳了車騎士衣及褲之 ίS係今發明第二較佳實施例之各種姿勢所得的w 電 位置、連 圖。 圖。 .0 仪,土貝犯例之谷禋安男•所得的心電 力感測器示意圖。 —較佳貫施例之衣物的不同部位連接壓力或拉 接及本發明第四較佳實施例應用於汽車駕驶座之電極 圖波^^四a至十四e圖係本發明第四較佳實施例之各種坐姿獲得之心電 圖。第十五圖係本發明第五較佳實施例應用於一般座椅之電極位置示意 第十六a至十六d圖係本發明第五較佳實施例之各種姿勢所得尔 25 201112179 【主要元件符號說明】 a、b、c、d:開關、壓力或拉力感測器 101、102、103、104、105、106、107、108 :附有按鍵開關的電極 10 :按鍵開關 12 :個人數位助理或個人電腦 15 .電極 211、212、213、214、215、216:開關 12a、12b、12c、12d、12e :電極 22 :信號處理器 23 :個人數位助理或個人電腦 17a、17b、17c、17d :電極 120、12卜 122、123、124、125、126、127 :電極 128、129、130、13卜 132、133、134、135 :開關Table 6 VS>0. 3 right R+ VT>0. 2*VR sitting back chair 1 1 〇 sitting back without chair 0 1 〇 left sitting 1 0 1 1 right sitting 1 0 0 embodiment six sense = = changed from directly to the person Zhao An Meng opened close to m, the invention can be at different parts of the "-------- can still interpret the "for example" - wear in the chest, about 12KOhms at room temperature For 2 瞧 fertilizer) = high (for example, "(4) fresh potential. The field in which the sensors are connected in parallel is a 4 sj inch Annu 糸 diagram, as shown in Figure 17, the equivalent circuit is shown in Figure 18 20 201112179 4 pull sensation itself is also a switch, can also be used as the second embodiment of the physiological sensor; the real connection of a switch, pressure or tension sensor to detect the human body 1 f as the original 测 1 test two gold wire Between the DC, because of the sweat, the force is ΐΐ 在 ° where there is a switch between the external objects and the human body, 2 ° such as 'd in Figure 19 d is the distance between the two metal wires, on the cloth = ί, 2, and 3 cm wire (total of six wires), used together - when the humidity sensor at a distance of 1 meter has reached the humidity sensor at full humidity or centimeters or 3 meters distance, Also in the same place shared - side off, diligent or pull force sensing ^ ^ when the degree of sweat is known, the degree of sweat is known to be too low, and the skin red dry day to read, but when the skin is sweating When the humidity sensor measures very wet, the letter excludes the ECG signal that is too low (10) ratiQ), and picks up the accuracy of the posture. Plus the pressure or the tension and the financial pressure to reduce the miscellaneous pressure, the sister (10) ratiQ), ie The greater the pressure, the better the heart. There are k degrees, humidity, pressure or tension sensors on the right side, not only the posture state, but also the electrogram signal can be better understood, because the skin is not easy to get the ECG signal when the temperature is low. "Example 8 can also be used to detect the contraction of muscles by using the number of joints, pressure or tension to produce 1! to the body, especially when the pressure is on the part of the body, such as when the body is in a kneeling position, the lower part is under pressure. The resulting EMG signal is very obvious. Similarly, the vascular volume change plethysmography can be used to measure the pulse, or the resistive body fat meter can be used to measure the subcutaneous fat, or the blood sensor can be used to measure the blood milk concentration. Pulse or blood pressure. In the non-posture sense, the piano is connected to a force sensor to generate different signal characteristics. ~° , · '° Tapping Example 9 201112179 Two different non-posture sensors are available for the present invention. Link _ Measure the physiological signal of the human body, and also measure the posture. For example, after sleeping \力雷1^^^5, 卩2, 3, right 腋, then put the temperature on the test 11, riding on the reclining, electric map, When the left or right side is lying, the ECG signal cannot be measured unless = ^ is applied to the electrode on the clothing. However, the temperature can be measured on the left or right armpit, and on the clothing of the temperature sensor on the side or the right side. Different characteristics of the thermal conduction system ^ material isolation between people and sensing n, so; ^ can only be measured Warm and electric, also, 2, at the same time do not have to do complex signal processing. Electric 1 can also measure the potential, the film, the eye more than one different or the same non-position sensor can use the same pressure bite force in two Different or identical non-posture sensors, such as non-posture quilting = • Detector, device, and target value are only connected to these physiological sensors or before closing - '正: 侦i embodiment Ten material k or posture is impossible to change abruptly in a short time, and the invention is inconsistent from the speculation of external disturbance or abnormal operation. Similarly, the sensor or the pressure sensor is connected at the same time. Work, or _ Judgement value 'When the threshold value is exceeded, the analysis is suspended to avoid the error. The invention can set the signal for various different criteria. The threshold is not normal. Or pull force _ device or jjjjf. After f 'waveform is magnified heart such as . coffee signal in the _ force or pull sensor its embodiment ten ^ as for the bicyclist, when long: ☆: to the user's health Compared with security. Case comparison, display, warning or rational No. Analysis, signal storage, database, and % transmission can be transmitted to personal digital assistant or personal electric 22 201112179. For example, to determine the normal physiological range of the individual, once it is exceeded, it can be Through the personal digital assistant or the communication device on the personal computer 12, the use of the remote control or the physiological signal is sent to the remote end, and the use of the remote end to establish a scented library to determine whether the physiological condition has exceeded the normal range The guidance Γ ", 'can be given to the user by the personal digital assistant or the personal computer 丨 2 the most appropriate embodiment 12 can record the working mode of the invention, in addition to the user itself, also test the second; For example, on the clothes or chairs, the pressure or tension on the bed is measured, and the other end is connected to the non-posture sensor 11 to activate or re-contact the items when the clothes are worn on the chair or the bed; Or via the wireless device, when a signal is received, the label (3⁄4) is activated: it does not prevent the user from working normally, and ensures that the invention is shipped in the correct working mode. Lang provincial power to work longer hours. Referring to FIG. 20, it is a twelfth embodiment of the present invention that the electrode, the pressure or the tension is felt, but the connection force or the tension sensor in the unique part of the clothing, and the pole position is not moving 'but the following _ force sensing The device is shifted. For example, the pressure sensor under the electrode on the right side is displaced to the shoulder, that is, the physiological sensor connected to the waist by the sensor on the shoulder, when the user is lying on the side, it will be pressed to the device and When the electrode of Lin's is left, the processor will read from the left side, because the pressure switch on the side of the ^ is pressed, and the other three parts have no signal because the other three parts are connected. The sensor 'and the pressure sensor is not under pressure, so the signal "special" handles ϋ. Physiological sensing is connected to the switch, pressure or tension of the non-domain; the other side of the device does not interfere with the signal 'I' because the switch, seat force or tension sensor does not start, but Closed so that effective long-term monitoring can be achieved and signal processing at the time of false touch can be reduced. In the position of the physiological sensor, there is a two-inflating or water-filling device electrically connected to the processor. When the processor sends a signal, the sensor is in closer contact with the human body. The inflatable or water-filling device can also be directly combined with the tension sensor. At this time, the switch, pressure or tension sensor is a closed ^ji ^ If the measured ship is fresh, the wire or water filling device makes the physiological system ^ Touch the human body to reduce noise. If the tension or pressure is too high, deflate or release the water to change the pressure or tension, y to make the user comfortable.实施 Example 13 s 23 201112179 The traditional method of detecting an electrocardiogram consists of 2 electrodes and 3 electrodes. The ft method is the third electrode grounding. We can identify from the ECG signal that the change is caused by f, for example, using - connected to the third electrode, the figure is 2 f: pole signal, _ the third electrode is not charged by the electrocardiogram to be more accurate _ detection posture That is to say, when the 3 electric f is turned on 2 2, the switch is pressed 'the 3rd electrode connection ^, ϋίΐί, m is - 2 electric (four) electrocardiogram, so we can - the aspect by 2 or The heart of the three electrodes can be changed sideways to the user's posture. . Embodiment 14 above is a non-posture physiological sensor with a switch, a pull force, we can also re-connect - treatment equipment such as heating down the case signal to appear ii { an abnormal time processing can be (4) 4 & 4_, electrode It is also said that when the physiological switch 5, the tension "force sense __ structure; prepared two or Bao. The external force disappears (10) to restore the shape, and will be turned on under the accessory f, such as temperature, electrocardiogram, electric components, such as Cong, plus other sensing examples, fifteen force, contact, that is, physiological sensor in - cloth, switch ',. I also contacted the community for external forces. Each part is part of the fabric structure and the switch, pressure or tension feeling on the two fabrics is connected to the physiological sensor or is electrically connected to the processor and is more clearly defined by the invention. . On the contrary, the purpose is to cover a variety of __胄_ that you want to apply for. m χ 具 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 t is a schematic view of the structure of the pajamas of the first preferred embodiment of the present invention. In addition, the structure of the electrode and the key switch of the first preferred embodiment of the present invention is shown. Fourth Figure = equivalent resistance of the internal resistance, electrode g switch and signal processing II of the first preferred embodiment of the present invention. The blocking key is a definition of each point of the electrocardiogram of the first preferred embodiment of the present invention.至至六拉 _ The electrocardiogram of the pure sleeping surface of the first preferred embodiment of the present invention is obtained from the four sleeping positions of the first preferred embodiment of the present invention, 利用 the use of the embodiment ECG Signal Judgment Pose Flowchart K 0 Twelfth to Twelfth C ninth to nineteenth views of the various postures of the third preferred embodiment of the present invention are flowcharts of the present invention; The position and connection of the electrodes are shown in the figure. The w is the electric position and connection diagram of the various postures of the second preferred embodiment of the present invention. Figure. .0 instrument, a diagram of the heart-electric sensor obtained from the case of Tubei. - a preferred embodiment of the different parts of the garment connection pressure or pull and the fourth preferred embodiment of the present invention applied to the driver's seat of the electrode map wave ^ ^ four to fourteen e map is the fourth preferred embodiment of the present invention An electrocardiogram obtained in various sitting positions of the embodiment. Figure 15 is a view showing the electrode position of the fifth preferred embodiment of the present invention applied to a general seat. Figures 16a to 16d are diagrams of various postures of the fifth preferred embodiment of the present invention. 25 201112179 [Main components DESCRIPTION OF SYMBOLS a, b, c, d: switch, pressure or tension sensor 101, 102, 103, 104, 105, 106, 107, 108: electrode 10 with push button switch: push button switch 12: personal digital assistant Or personal computer 15. Electrode 211, 212, 213, 214, 215, 216: switch 12a, 12b, 12c, 12d, 12e: electrode 22: signal processor 23: personal digital assistant or personal computer 17a, 17b, 17c, 17d : electrodes 120, 12, 122, 123, 124, 125, 126, 127: electrodes 128, 129, 130, 13 128, 133, 134, 135: switch

2626

Claims (1)

201112179 七、申請專利範圍: 1. 一種偵測生理機能及姿勢狀態的物品,上述物品與身體直接或間接 接觸,其中至少有一組非姿勢的生理感測器設置在上述物品中同時連接一 開關、壓力或拉力感測器,此感測器設在相同或不同的物品上,該非姿勢 的生理感測器感測使用者的生理機能及姿勢狀態。 _ 2·如申請專利範圍第丨項所述之偵測生理機能及姿勢狀態的物品,其 中該身體直接或間接接觸的物品係包含:衣物、内衣褲、外套、床單、枕 ^、機子、鞋子、圍巾、頭巾、手套、圍裙、皮帶、廟所馬桶、地毯、地 板、帽子和座椅中的至少一個。 如申ϋ利範圍第1項所述之摘測生理機能及姿勢狀態的物品,其 ^所达之非姿勢的生理制H係包含:心、額、溫度、濕度、心跳、血 官谷積計、體脂計、血氧飽和度、呼吸、腦波、肌電圖、脈搏、吞嚥、 嗷、流汗、說話、血壓感測器、血糖感測器。 ’、 ㈣m專拙利範圍第3項所述之偵測生理機能及姿勢狀態的物品,其 中》亥所述之非姿勢的生理感測器之間為串聯或並聯。 5. —種偵測生理機能及姿勢狀態的方法,其中係包括: 器,間接接觸的物品中設置至少一組非姿勢的生理感測 關、拉城壓力感測器。细所述生理感測器感 if析上述料勢的生理健關斷使膽姿勢。 減中述的伽生賴能及姿勢狀態祕品,其特徵在 力ί壓力感測器來當;2感==姿勢的生理感測器同時是開關、拉 在於求12所述的侧生職缺縣狀態的齡,其特徵 f 置的關 '壓力或拉力感測器。 測器所舰的吐碰3 =生理舰—步包含:根據非姿勢的生理感 對,以判斷使用者=勢纟生該生理信號的特徵,與姿勢資料庫進行比 9· -種偵測生理機能及姿勢狀態的系統,其 中,5非?置在與身體直接或間接接觸的物品 同或不生;感測器,此感測器設在相 信號處理器,其包ί勢感測錢測非姿勢的生理信號丨 斷使用者的姿勢=====所得的信號進行處理’以判 10.根據權利要求34所述的读測生理機能及姿勢狀態的物品,其特徵^ 27 201112179 於其中的傳輸線旁有一參考區與處理器連接用來偵測漏電。 11.根據權利要求34所述的偵測生理機能及姿勢狀態的物品,其特徵在 於其中生理感測器的位置附近有一充氣或充水裝置。201112179 VII. Patent application scope: 1. An article for detecting physiological function and posture state, the above-mentioned article is in direct or indirect contact with the body, wherein at least one set of non-posture physiological sensors are disposed in the above-mentioned article and connected with a switch, A pressure or tension sensor, the sensor being disposed on the same or different items, the non-posture physiological sensor sensing the physiological function and posture state of the user. _ 2· The article for detecting physiological function and posture state as described in the scope of the patent application, wherein the body directly or indirectly contacts the article: clothing, underwear, jacket, bed sheet, pillow, machine, At least one of shoes, scarves, headscarves, gloves, aprons, belts, temple toilets, carpets, floors, hats, and seats. For example, in the item of the physiology and posture state mentioned in the first item of the application, the non-posture physiological system H of the method includes: heart, forehead, temperature, humidity, heartbeat, blood stagnation Body fat meter, blood oxygen saturation, respiration, brain waves, electromyography, pulse, swallowing, sputum, sweating, speech, blood pressure sensor, blood glucose sensor. </ br> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> 5. A method for detecting a physiological function and a posture state, wherein the method comprises: providing at least one set of non-posture physiological sensing switches and a pull-down pressure sensor in the indirectly contacting items. The physiological sensor sense described above is fine. The physiological health of the above-mentioned potential is turned off to make the gallbladder posture. Reduce the gamma-ray energy and posture state secrets described in the middle, which are characterized by the force sensor; 2 sense == posture of the physiological sensor is also the switch, pull in the side of the job described in 12 The age of the county is deficient, and its characteristic f is the 'pressure or tension sensor'. The spit of the ship of the detector 3 = physiological ship - the step includes: according to the physiological sense of the non-posture, to judge the user = the characteristics of the physiological signal, and the posture database is compared with the posture database Functional and posture state systems, of which 5 are not? Placed in the object that is in direct or indirect contact with the body, or the sensor; the sensor is located in the phase signal processor, and the sensor senses the non-postural physiological signal to cut off the user's posture = ==== The resulting signal is processed to determine 10. The article for reading physiological function and posture state according to claim 34, characterized in that a reference area is connected to the processor adjacent to the transmission line therein. Detect leakage. 11. An article for detecting physiological function and posture according to claim 34, wherein an inflation or water filling device is provided adjacent the position of the physiological sensor. 2828
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Cited By (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104302351A (en) * 2011-11-25 2015-01-21 杨章民 Object, method, and system for detecting heartbeat or whether or not electrodes are in proper contact
TWI472313B (en) * 2012-01-13 2015-02-11 Oriental Inst Technology Ecg measuring device and monitoring system for use in vehicle
TWI568409B (en) * 2014-04-23 2017-02-01 立創生醫科技股份有限公司 Physiological parameter measurement and analysis apparatus integrated with bike
US9724003B2 (en) 2014-11-14 2017-08-08 Intel Corporation Ultra-low power continuous heart rate sensing in wearable devices
TWI637729B (en) * 2016-11-22 2018-10-11 亞梭傢俬國際股份有限公司 Seated posture evaluation system and method
US10296835B2 (en) 2013-06-12 2019-05-21 Intel Corporation Automated quality assessment of physiological signals
TWI681740B (en) * 2019-03-06 2020-01-11 華碩電腦股份有限公司 Seat cushion
TWI689284B (en) * 2018-12-27 2020-04-01 美宸科技股份有限公司 Physiology sensing device, physiology sensing method, and physiological information service system
US10893830B2 (en) 2017-11-30 2021-01-19 Institute For Information Industry Electronic apparatus, system, and method for providing body posture health information
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Cited By (14)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104302351A (en) * 2011-11-25 2015-01-21 杨章民 Object, method, and system for detecting heartbeat or whether or not electrodes are in proper contact
CN104302351B (en) * 2011-11-25 2016-06-29 杨章民 A kind of detect heart beating or the whether good article of electrode contact, method and system
TWI472313B (en) * 2012-01-13 2015-02-11 Oriental Inst Technology Ecg measuring device and monitoring system for use in vehicle
US11721435B2 (en) 2013-06-12 2023-08-08 Tahoe Research, Ltd. Automated quality assessment of physiological signals
US10296835B2 (en) 2013-06-12 2019-05-21 Intel Corporation Automated quality assessment of physiological signals
TWI568409B (en) * 2014-04-23 2017-02-01 立創生醫科技股份有限公司 Physiological parameter measurement and analysis apparatus integrated with bike
TWI644648B (en) * 2014-11-14 2018-12-21 美商英特爾股份有限公司 Ultra-low power continuous heart rate sensing in wearable devices
US9724003B2 (en) 2014-11-14 2017-08-08 Intel Corporation Ultra-low power continuous heart rate sensing in wearable devices
TWI637729B (en) * 2016-11-22 2018-10-11 亞梭傢俬國際股份有限公司 Seated posture evaluation system and method
US10893830B2 (en) 2017-11-30 2021-01-19 Institute For Information Industry Electronic apparatus, system, and method for providing body posture health information
TWI689284B (en) * 2018-12-27 2020-04-01 美宸科技股份有限公司 Physiology sensing device, physiology sensing method, and physiological information service system
TWI681740B (en) * 2019-03-06 2020-01-11 華碩電腦股份有限公司 Seat cushion
CN115112269A (en) * 2021-03-18 2022-09-27 洪顺天 Stress analysis system
TWI830992B (en) * 2021-03-18 2024-02-01 洪順天 Force analysis system

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