200927066 九、發明說明 【發明所屬之技術領域】 置 本發明係相關於-種耳戴式生理_裝置，更特別地是，本發明係 關於-種能夠讓使用者於使用上很簡㈣完成配置的耳戴式生^回饋裝 【先前技術】 '，生理回饋（Biofeedback)意指將個人的即時生理訊號提供給自身，其 Q 通常是藉電子健監_人的1時It況、體溫、腦電波、血壓、皮膚電流 反應（GSR，Galvanic skin response)、或肌肉緊張度等，並以視覺、或^ Ϊ覺!!方式’例如，儀表讀數、光線、或聲音等，反饋給本人，而藉由瞭 解妙信號變化的訓練，即可學會有意識地㈣自身理活動， ，整生理功能及狀態的目的。而這也代表了，在我們的身心之間的確存 考相互影響的連結關係。 更進-步地，神經反饋（Neurofeedback/EEGBi〇feedback)亦為一種生 回饋’主要是利用腦波資訊來訓練人們改變自己的腦波的生理回饋。而 所=要進行腦波的回館控制，則是因為在對於驗進行的探討中已經發 〇 •都;不同的波段時，人們所表現出來的行為、情緒、生理狀態 HZ的依照現今的分類’腦波主要可分為〇·4 HZ的δ波，4-8 Hz的β波，8-12 以艿二波 ’ 1215 ΗΖ 的 SMR (SenS〇Iy_m〇i〇r rhythm)，15_28 Ηζ 的 β 波’ 久28-70 Hz及以上的丫波。 處於睡速波（Sk>WWaVe)，為細、無意識狀g時的腦波，是指人 的睡眠。^第ί及第四階段的非快速動目艮時期⑽11-·1)的腦波，因此，人 深度放、好壞與5波有非常直接的關聯°θ波出現在人的意識中斷，身體 皮ί所·^ ’此時，可觸發深層記憶、強化長期記憶。職是由感覺運動 在清醒 '出的腦波當SMR為優勢腦波時，人會處於警覺的狀態。α波是人 、閉眼休息放歡態断發現的腦波。Ρ波是人在清醒思考活動時的 5 200927066 大部份腦波，又可分為15-22 Hz的中β波（Mid-Beta wave) , 22-28 Hz的 高13波（Hi_Beta wave)。丫波現已知會於覺醒（awakening)過程以及快速 ' 動眼期（REM)綱產生，且其所涉及的是較高層次的遽活動，例如， 短暫的同步來自大腦不同部分神經元之γ波段可以將分散的認知程序結合 產生協調、一致的感知行為。 ^ ❹ 而現代醫學則是已證實，彻神經反饋的方式改變自己的腦波，可以 ^善、或、練許多情緒方面的疾病，例如，癲癇症，憂#症，躁鬱症，注 意力缺乏症（Attentum Deficit Disorder，add )，注意力缺陷過動症㈤如魅 DeficitwithHyp 眺 tivityDis()rder，adhd)等，舉例而言，憂鬱症斑人 腦部之α波在左右半腦的分佈有關，减的人的α波之能量分紗偏向右 +腦，因此就可_賴_偵取及反縣達卿義改善效果θ 患者的腦波中’ θ波偏多而驗波偏少，因此，可以藉由神經反饋 的方式強化SMR抑制0波而獲得改善。 如今常見的生理回縣置，多是使用者必須 腦的生理感測元件，例如，血氧、皮膚電流反應等，4= 腦中所執行的程式，計算出相關的生理數值 …、灸错由電 方式反饋给㈣Μ“ Θ將Α以視覺、及/或聽覺的 ❹ 象==:進行生_控，最後影響 用方式則為，制者坐在電職進行麟與=如“而通常的使 饋裝置，如物攜式生理回 =乍用機制是，藉由緩和呼吸而㈣__ ，其主 2達到抒解壓力的效果，而其所使用的生理回饋方式=負if申經，進 者的HRV (heartratevariability，心率 :、為藉由測讀用 ，用者看著t幕上的中賴線_整自身線，然後，讓 線是會隨著使用者的和狀況而逐漸調整，且該呼吸曲 阳導使用者達到壓力抒解 6 200927066 的生理狀態。 上述解釋了當前主要之生卵饋裝置的形式，不過，仍有—些使用上 的需求無法獲得滿足。 1·無法隔絕外界的干擾：尤其是處於較為吵雜的環境下時，由於無法 隔絕外界的聲音’可能會降低生理回饋的所能達觸效果，例如，抒解壓 力。 2. 視覺回饋方式有時對某些生理_嶋並非最佳的回饋形式：當希 望可以達到放鬆身心的目的時，採用視覺回饋的方式，容易妨礙一般人利 用閉眼達到緩和情緒目的的習慣。 ❹ ❹ 3. 隱蔽性不足：當於絲環境下使㈣，例如，搭乘大眾交通工具的 =不=娜Γ饋方式由於無法避免他人的目光，因此可能造成使用 者的不自在，而喪失原本設計的美意。 理回 饋，方便性不足 因此的確有而要提供一種能讓使用者能穿戴使用、 環境的生理回饋裝置。 本％明的目的即在於提供—種耳赋生 ，^ 也因此突破個場所的_式’讓使用者擺脫必須手持的操作模式， 再*目的則是在於提供—種耳戴式生理回織置，豆藉由耳 意力的使用環境。I叫界干擾的目的，以提供使用者較能集中注 ^方錄*足：即使是傾式的生_齡置，個者於輯生理回 ，時=須採用手持的方式，無法直接以穿戴於身上的方式完成生 且不受限於使用 【發明内容】 本發明係相關於一種耳戴式 戴式結構，用以與耳朵姓八^理，饋（—Μ)裝置，其包括-耳 -電路系統，附著於該ΐ;式;7 Γ，用以練生理訊號，以及 收該感測元件所練之生理=#之上’ 槪/數_翻’用以接 〈生理―，並將該生職號進行數位化處理，一處 7 200927066 理器，用輯數位生理訊舰行處理，—電池，㈣提供操作所需電力， 以及-發聲模組’其中，該數錢理減在經過分析之後，乃會與一預設 值進行比較’進而得出一結果，而根據該結果，該處理器會驅動該發聲模 ^相對應地發出-音娜號，以通知使时，以及#使用者進行生理回饋 i訊構’該發聲模組即可被設置於接近耳朵處，以使該音 頻減射啤續地、或是間嶋發聲。雜佳地是， :亥二二頻引導訊號’以引導該使用者進人—生理狀態’或是 該二頻二頻驅動訊號’轉動該制者進人—生理狀態，或是 ❹J告知訊號，以通知該使用者其已進入—生理狀態。 成。根據本U的-實施例’該生理訊號的分析係藉由該處理器而加以達 '根據本發明的-實施例，該領式生理回職置更包括_ :於進行無線傳輸’其中，該無線模組可接收來自另檢、置 生理訊號，以與該感測元件所取得的生理訊號一起進行 === =聲模組發出該音頻喊。另外，該生_饋裝置 模= 進行設定，及/或上/下髓料。 自稍線模組而 智ΐ者’料戴式生理回饋裝置射藉由該無線模組而轉連接至-外 邛凌置，其中，該生理訊_可以藉由該外 八二妾外 Ο 裝置於分析完之後’即時地回傳分析社果B t析’且使該外部 送至該外部《，剛備心Jit 财可無線發 =持式展置…腕帶式裝置、—手機、—PDA 一二=置=以為— 生理檢測裝置。 ，裝置、或疋一另一 當該外部裝置具有連網能力時，該耳戴式生理回 至-網路，例如，-網際網路，並藉此盘 、It以連接 人員進行連線，進而達成遠端生理回饋的機制。视益、或是—遠端醫護 互==^該另一生理回饋裝 回鱗置與該另一生崎置間的無線連接=藉:：= 8 200927066 無線模組、兩者共同無線連接至— -網路而加以達成。 錢’例如…電腦裝置、或是再經由 根據上述，較佳地是，該感測 感知元件，料戴式結射㈣雜，溫度_元件，及/或光 構。 耳式耳戴結構、或是一雙耳式耳戴結 另外，較佳地是，該耳戴式生理 結合的至少-殼體，以將至少部 包=該耳戴式結構相 之中則更可包括-記㈣，以路錢包含於其中’而該電路系統 ❹ ❹ 果，且該記憶體可為-卸除式記^體魏之生理訊號及/或所得之分析結 【實施方式】 士可3::::下:rr巧明而得到充分瞭解’使得熟習本技藝之人 態。 70 ’ 施並非可自下列實補而被關其實施型 可實施的形式之巾’本發明選料戴式的原因乃是在於： 1· ^聽覺以及視覺找I好的_介面，但是，#使職覺回饋介 開二=限制了使用者不能將眼睛閉上，或者，使用者必須不斷的張 且限^較少11。’在某些狀況下’制聽覺作為回饋介面會顯得較為自然， 曰為手持形式時’雖朗樣能夠使職覺回饋，但必須考慮到 Ζ他人的問題，若是能實施為耳戴形式時，聲音將直接回饋耳朵， 不谷易外露，也不易影響他人。 於杯3音ίΓ持形式的隱蔽性也較差，料受到他人窺探，無法讓使用者 自在制。但若實施料細彡辆，即使在身邊的人也不容 1耳機裡的聲音’因此’使用者無須擔心隱私的問題。 耳戴形式本身即具有遮蔽、隔絕外界聲音的效果，所以，在使用的 可達職❹卜界干擾（·，旁人的說轉）的目的，即使是在公 取心也相當_，如此—來，對於使㈣合的_就可降至最低。 5·耳戴形式讓使用者能很方便地將生理回饋裝置直接穿戴於身上，無 9 200927066 理日饋期間佔用手進行操作，因而能為使用者提供更為方便的操作 播放由賴耳機形式賴11，不但攜帶方便，再加上近年來则 播放器的崎、成讀的人纽搭較眾缝工呈、或是祕上 Ϊ==:此而:著，行生理回饋，以幫助身心進入所欲的 樂^: 播放的功能結合，使用者可以 平：勢之外，採用耳戴形式的另-個優點則為，耳 相當的多，例如，心率'血氧、 ❹ 進行生理Θ( 4 ’而且’其亦相#接近經常用於 進丁生U饋的其他生理訊號的測量點 Γ電位（EOG)、臉部肌電⑽g)等，因此，卿==ΪΓ， 將可=幅地減少配線複雜度，更進一步地提升使用方便性。…、 耳平，其係顯示根據本發_整體配置示意圖，以及與 -耳戴式結構10，-殼體12，以及至^置1係包括 ’中係設置有連接至該感測树Μ的―_統，而料戴式 二 其用以承載該殼體12以及其中的該電路系統，並用以 ig繼蝴夠將其所 移式設計，纽耳壯==二計可 貫施的形式相當多，無須進行任何的限制，只需 工 Α至於該感測元件14，其可以使用的麵亦相當的多，用η 回饋調控之生理訊號者皆屬本發剌範嘴，舉例而言，、 電生理訊號的電極，例如，腦電電極，肌電電極等，及产 ίίϊ) J ^5 (ia 真去，者^此，完全可贿f求而進行變化，無任何的限制。 U第2 ®，其軸示根據本伽之該電料朗電路配置 200927066 200927066200927066 IX. INSTRUCTIONS OF THE INVENTION [Technical Field] The present invention relates to an ear-wearing physiology device, and more particularly, the present invention relates to a class that enables a user to use a simple (four) configuration. The ear-worn type of health feedback [previous technique] ', physiological feedback (Biofeedback) means to provide the individual's immediate physiological signal to itself, the Q is usually by the electronic health monitor _ person's 1 hour It state, body temperature, brain waves, Blood pressure, skin current response (GSR, Galvanic skin response), or muscle tone, etc., and feedback to me by visual, or ^ !!! means, for example, meter readings, light, or sound, etc. With the training of the wonderful signal changes, you can learn to consciously (4) your own activities, the purpose of the whole physiological function and state. And this also means that there is indeed a connection between our bodies and minds that interacts with each other. Further, neurofeedback/EEGBi〇feedback is also a kind of feedback. The main reason is to use brainwave information to train people to change the physiological feedback of their brainwaves. However, the control of the back-to-back of the brainwaves is due to the fact that in the discussion of the examinations, the behaviors, emotions, and physiological states exhibited by people in different bands are classified according to the present day. 'The brain waves can be mainly divided into δ·4 HZ δ wave, 4-8 Hz β wave, 8-12 艿二波 ' 1215 ΗΖ SMR (SenS〇Iy_m〇i〇r rhythm), 15_28 Ηζ β Wave 'long wave of 28-70 Hz and above. The brain wave at the time of sleepy wave (Sk>WWaVe), which is fine and unconscious, refers to the sleep of a person. ^The ί and the fourth stage of the non-rapid sputum period (10)11-·1) brain waves, therefore, the depth of people, good or bad has a very direct correlation with the 5 waves °θ wave appears in the interruption of human consciousness, the body皮ί所·^ 'At this time, it can trigger deep memory and strengthen long-term memory. The job is made up of sensory movements. The brain waves that are awake. When SMR is the dominant brain wave, people will be alert. The alpha wave is a brain wave that is found by people and closed eyes. Libo is a human brain when thinking about activities. 5 200927066 Most brain waves can be divided into 15-22 Hz Mid-Beta wave and 22-28 Hz high 13 wave (Hi_Beta wave). Chopper is now known to be in the awakening process as well as in the rapid eye-opening (REM) class, and it involves higher levels of sputum activity, for example, a transient synchronization of gamma bands from different parts of the brain. Combine decentralized cognitive processes to produce coordinated, consistent perceived behavior. ^ ❹ And modern medicine has confirmed that the way of neuro-feedback changes your brainwaves, can be good, or practice many emotional diseases, such as epilepsy, worry #, bipolar disorder, attention deficit disorder (Attentum Deficit Disorder, add), attention deficit hyperactivity disorder (5) such as DeficitwithHyp 眺tivityDis()rder, adhd), etc., for example, the alpha wave of the brain of depression is related to the distribution of the left and right hemispheres, minus The energy of the alpha wave of the person is biased to the right + brain, so it can be _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Improvement is achieved by enhancing the SMR suppression by zero wave by means of neural feedback. Today's common physiological back to the county, mostly the user must brain physiological sensing components, such as blood oxygen, skin current response, etc., 4 = the program executed in the brain, calculate the relevant physiological values ..., moxibustion The electrical feedback is given to (4) Μ “ Θ Α 视觉 视觉 视觉 视觉 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = The feeding device, such as the object-carrying physiological returning mechanism, is to relieve the breathing by (4) __, the main 2 of which achieves the effect of relieving the pressure, and the physiological feedback mode used by the patient = negative if Shen Jing, the HRV of the ingress (heartratevariability, heart rate: for the purpose of reading and reading, the user looks at the middle line on the t-screen _ whole line, then, let the line gradually adjust with the user's condition, and the breath is yang Guide the user to reach the physiological state of stress relief 6 200927066. The above explains the current form of the main egg feeder, but there are still some requirements that cannot be met. 1. Can not isolate external interference: especially In a more noisy environment When it is down, it is impossible to isolate the sound of the outside world, which may reduce the effect of physiological feedback, for example, to relieve stress. 2. Visual feedback is sometimes not the best form of feedback for certain physiology: when hope When you can achieve the purpose of relaxing your mind and body, using visual feedback, it is easy to prevent the average person from using closed eyes to achieve the habit of relieving emotional purpose. ❹ ❹ 3. Insufficient concealment: when in the silk environment (4), for example, by mass transit = If you can't avoid the eyes of others, it may cause the user's uncomfortableness and lose the original design. The feedback is not convenient. Therefore, it is necessary to provide a user who can wear it. The physiological feedback device of the environment. The purpose of this is to provide the ear-promise, ^ and therefore the _-type of breaking through the place to let the user get rid of the operation mode that must be held, and then the purpose is to provide the ear Wear-type physiological back-weaving, the environment in which the beans are used by the ear. The purpose of the disturbance is to provide the user with a more concentrated injection. *Foot: Even if it is a grading, the individual is in a physiological state, and the hand must be in a hand-held manner. It cannot be directly worn on the body and is not restricted to use. [Invention] The present invention Related to an ear-worn wearing structure for use with an ear name, a feeding device, including an ear-circuit system, attached to the cymbal; 7; Γ for practicing physiological signals And receiving the physiology of the sensing component = #上' 槪 / _ 翻 ' used to pick up the physiology - and digitize the student number, a 7 200927066 processor, with a digital Physiological ship processing, battery, (4) to provide the power required for operation, and - sound module 'where the money is reduced, after analysis, will be compared with a preset value' and then a result, According to the result, the processor will drive the utterance mode to correspondingly issue the -tone number to notify the time, and the #user performs physiological feedback. The vocal module can be placed close to the ear. In order to make the audio reduce the beer or the sound. The good news is that the :Hylon II two-frequency pilot signal 'to guide the user into the human - physiological state' or the two-frequency two-frequency drive signal 'rotate the system into the human-physiological state, or ❹J to inform the signal, To inform the user that he has entered a physiological state. to make. According to the embodiment of the present invention, the analysis of the physiological signal is performed by the processor. According to the embodiment of the present invention, the collar physiological returning device further includes _: for wireless transmission. The wireless module can receive the physiological signal from the other detection and the physiological signal to be performed together with the physiological signal obtained by the sensing component === = the sound module sends the audio call. In addition, the raw_feeder mode = set, and/or upper/lower trim. From the slightly-lined module, the savvy person's physiology feedback device is connected to the external sling by the wireless module, wherein the physiological _ can be used by the external occlusion device After the analysis, 'immediately return the analysis of the results of the analysis and send the outside to the outside." Just prepared Jit can be wirelessly issued = holding display... wristband device, mobile phone, PDA One or two = set = thought - physiological detection device. , the device, or the other one, when the external device has the networking capability, the ear-worn physiological back to the network, for example, the Internet, and thereby the disk, It connects with the connection personnel, and further A mechanism for achieving remote physiological feedback. Vision, or - remote medical care ==^ The other physiological feedback reloads the wireless connection between the scale and the other Sakizaki = borrow::= 8 200927066 Wireless module, both wirelessly connected to - - The network is reached. The money 'for example, a computer device, or further via, according to the above, preferably, the sensing sensing element, the material-emitting junction (tetra), the temperature element, and/or the optical structure. An ear-type ear-worn structure or a pair of ear-ear-wounded knots. Further, preferably, the ear-worn physiologically bonded at least-housing is to be at least partially wrapped in the ear-worn structural phase. It may include - (4), the road money is included in the 'and the circuit system', and the memory may be - the removable physiological signal and/or the resulting analytical knot [embodiment] Can be 3:::: Bottom: rr is clever and fully understood 'to make people familiar with this skill. 70' is not a form that can be implemented from the following practical supplements. The reason for the choice of the wearing type of the present invention is that: 1· ^ Hearing and visual finding I good _ interface, but, # The job feedback is limited to 2, which limits the user's inability to close the eyes, or the user must continue to open and limit the number of times 11 . 'In some cases, hearing can be more natural as a feedback interface. When you are in a handheld form, 'although it can give feedback to the job, but you must consider the problem of others. If it can be implemented as an ear wear form, The sound will be directly returned to the ear, not easy to expose, and it is not easy to affect others. The concealment of the form of the cup is also poor, and it is expected that the user will pry into it and will not be able to make the user self-control. However, if the implementation is fine, even the people around you will not be able to hear the sound in the headphones. Therefore, the user does not have to worry about privacy. The form of the ear wear itself has the effect of shielding and isolating the external sound. Therefore, the purpose of using the reach of the occupational squad (·, the transfer of others) is even true in the public mind, so - come, For the (4) combination, the _ can be minimized. 5. The ear-wearing form allows the user to easily wear the physiological feedback device directly to the body. No. 9 200927066 During the day-to-day feeding, the hand is operated, so that the user can provide more convenient operation and playback. 11, not only easy to carry, plus in recent years, the players of the player, the readers of the readers are more than the seams, or the secret Ϊ ==: This: and, physiological feedback, to help the body and mind to enter The desired music ^: The combination of the functions of the playback, the user can be flat: outside the potential, the other advantage of using the ear-wearing form is that the ear is quite a lot, for example, the heart rate 'blood oxygen, ❹ physiology Θ ( 4 'And' is also close to the measurement point EO potential (EOG), facial electromyography (10) g, etc., which are often used to enter other physiological signals fed by Dingsheng U. Therefore, Qing ==ΪΓ, will be able to reduce the amplitude Wiring complexity further enhances ease of use. ..., the ear flat, which is shown in accordance with the present invention, the overall configuration diagram, and the -ear-worn structure 10, the housing 12, and the set of 1 including the 'middle line are connected to the sensing tree. The system is used to carry the housing 12 and the circuit system therein, and is used to move the ig to the design of the shifting design. Many, there is no need to impose any restrictions, only the work of the sensing element 14, the number of faces that can be used is quite large, and the physiological signals controlled by the η feedback are all the mouthpieces of the hairpin, for example, Electrophysiological signal electrodes, for example, EEG electrodes, EMG electrodes, etc., and production ίίϊ) J ^5 (ia really go, this ^, this can be changed and can be changed without any restrictions. U 2nd ®, whose axis is shown according to this gamma circuit configuration 200927066 200927066
▲在此，該音頻訊號可以依據不同的比較結果而有不同的形式，舉例而 言，該音頻訊號可以作為引導之用，因此，實施的方式可以是，當音 相差很大時，聲音可_得急促、有Λ 條料，聲音可骑漸變得輕柔而緩慢；歧，該音舰號可以作為告知 ，用’因此可以直接湘不同的聲音來表現賴者正處於不同的生理狀 f ’又或者’該音頻峨本身即可作為—驅動訊號，以驅動使用者進入一 iif i等可以實施的形式相當多，而且，根據不同的生理回饋目的， 二丨=崎式也可以林同’舉例而言，若是要進行壓力解除的生理回 的I理二:Ξ用緩和、放鬆的聲音回報訊號’而若是進行記憶力增進 ❹ 方塊圖。如圖所示，根據本發明的該電路系統係包括一類比/數位轉換電路 18 ’ 一處理器20 ’ 一發聲模組22，以及一電池24，其中，該類比/數位電 路18係用以接收該感測元件M所擷取之生理訊號，並對其進行數位化處 理，之後’數位生理訊號進人該處理器2G之中，而利用處理器2Q中預載 ^程式’對生理訊號進行分析、處理.，進而得出—結果，此結果會與一預 设條件進彳了味’而根據—味絲，該處㈣Μ則是麵觸發聲模組 22發出-音頻訊號’以作為使用者進行生理控制的依據。 種類上’可以有非常多的選擇，完全能夠依照不同的二i 求至於上述廳是作為舉例之用，並義以關本發明。 ’遠電路純更包括—記憶體26，朗以儲存生理 ί-：: ： :;n:i：r :：r 資料於就診時提供給醫生，以絮 =姑也可以將 記憶體也可以實施為可移除的开1===生理狀況等，所以，該 與：行一溝通介面28，以作為整個生理回饋裝置 j運仃溝通的；|面，其中，該溝通介面28可以 J丨面，舉例而言，有線溝通介面 線成疋.、、、線溝通 理資訊以及資料傳輸至苴r傳輸”面’以方便使用者將生 ”匕的#置’或疋接收來自其他裝置的資訊，例如， 11 200927066 適㈣㈣症狀的應用程式，明加實雜，也可以由外部進行 當然，此溝通介面也可以加實 時’除了同樣能達成上述有線溝通==;式所溝通 進行生理回饋調控$ 起作為分析的依據，進而更精準地 同時將生理訊號、及/或分析理回饋裝置可以在進行生理檢測的 手持式裝置、另-生理；^靜、，、、、、、對外傳輸至其他裝置，例如，電腦、 ❹ 此-來無須於醫師身邊亦能與醫師通r ^ 醫==樣能夠傳達至使用者耳中 上而相且當;^發親组， (例如，電腦、·、手持====，:裝置 分析等工作，然後再藉由無線傳 二式”:丁。十，、 ❹ 希望採用視覺_的方式也囉可^進仃知’如此—來’若使用者 :戲等，，若是再加:：:=至 進行競赛。，此，能夠達成的應用相當多。/、地球另^的使用者 &亦藉由無線溝通的方式，根據本發明的耳戴 :錢早地即獲付擴充，不但省去接線的麻煩’也可減少使用貝者身上的 以作:：==::= 的其中-些，並非用以侷限本發明^用範圍實例也僅是眾多可採用型式 12 200927066 實例一 戴的且m’f據本判料戴式生理回置加以魏為雙耳配 戴的形式’且兩者係相互電連接。在此實施例 =斗配 殼體12之外，兩健體之_電 可 *、邊耳“配戴 圖所示）、或後掛式耳機（第的犯電=二=如f式耳機(如第- 戴式結構之外織供-0⑽。）咖姆讀，_殼體上的耳 =此的=計係相當適合於進行腦波制，因為，除了兩耳上的取樣點 以蝴 ❹ =C3」C4，置於*後的位置則相當於腦波檢：:〇ϊ於:皮： 來，就可以完成簡易的腦波檢測，相當方便。 ^時’若實施為兩邊皆具有發聲模組時，則也會非常適合進行有關於 ^於電路系財面’其則是可以單齡於—個耳機殼 以分佈於二個耳機殼體之中，若是分佈於二個耳機之中時，則兩者 電連接乃可錢置於喊間的連接元狀巾，以簡化 料置«餘、«切 Ο 、，且，可以因應不同的應用需求、以及製作成本等的考量而有所變化。、 實例二 由於根據本發明的生理回饋裝置是設置於耳朵之上，因此 之設置方式，將可以很枝地同時取得血氧碱以及辞f訊，4° 所不’若再藉由與耳上裝置1紐連接之設置於手±的裝置4q取得 流反應（GSR，Galvanic skin response)，如此即可進行自律神經 的生理回饋訓練。 這是因為’透過意念'呼吸⑽控制，可以反饋至自律神經系統 而達成控制自律神經系統的效果，而此實例就是藉由測量血氧訊號、心 資訊、以及GSR來判定自律神經系統中是正交感神經、或是負交感:神二比 13 200927066 ^ ’以作為引導使用者進行生理調控的依據 比較佔優勢時，就表示身體目 而。田正父感珅經 呼吸較急促、手心产子算，而木m 例如，心跳較快、 較放當桃祕優勢時，則麵身體處於比 的例如’心跳較慢、呼吸較缓和、手心 、 ，得知自律神經系統的情形，就可以引導使用 ^二 念而影響自律神經系統。 4•吁及次疋運用意 實例三 ❹ 腦二置根明的ίίί生理回馈裝置還可峨使用作為 線傳輸模組二=::=戴f理回饋裝_^^ 有2 (内建、或是外接）無線接收器的電腦之上，再加上該耳 回饋裝置所偵測岐腦波，因此，透過如此的設計 以⑼ 志控制電腦中的掸作，盔认县.隹—.士其丄 者就了以藉由意▲ Here, the audio signal can have different forms according to different comparison results. For example, the audio signal can be used as a guide. Therefore, the implementation manner can be that when the sounds are very different, the sound can be _ It’s rushing, there’s a slap in the face, the sound can be gentle and slow on the ride; the sound, the ship’s number can be used as a notification, so it’s possible to use different sounds to express that the person is in a different physiological form f’ or 'The audio 峨 itself can be used as a driving signal to drive the user into an iif i and so on. There are quite a few forms that can be implemented. Moreover, according to different physiological feedback purposes, the second 丨 = 崎 也 can also be the same as 'example If it is the physiological return of the pressure relief, I will use the mitigation and relaxation of the sound to report the signal, and if it is to improve the memory, 方块 block diagram. As shown, the circuit system according to the present invention includes an analog/digital conversion circuit 18'-processor 20'-sound module 22, and a battery 24, wherein the analog/digital circuit 18 is for receiving The physiological signal captured by the sensing component M is digitized, and then the 'digital physiological signal enters the processor 2G, and the physiological signal is analyzed by using the preloaded program in the processor 2Q. And processing, and then, as a result, the result will be scented with a predetermined condition, and according to the taste, the (four) 是 is the surface triggering sound module 22 emits an audio signal for the user to perform. The basis of physiological control. There can be a lot of choices in the category, and it is possible to use the above-mentioned halls in accordance with the different requirements for the purpose of the present invention. 'Far circuit pure includes - memory 26, to store the physiological ί-:: : :; n:i:r ::r information is provided to the doctor at the time of the visit, to the memory can also be implemented For the removable open 1===physiological condition, etc., therefore, the communication interface 28 is used as a communication interface for communication, and the communication interface 28 can be communicated. For example, the wired communication interface line is composed of 疋, , , line communication information and data transmission to the 苴r transmission "face" to facilitate the user to "set" or receive information from other devices. For example, 11 200927066 Applicable (4) (4) Symptoms of the application, it can be done by external, of course, this communication interface can also be added in real time 'In addition to the same can achieve the above wired communication ==; As a basis for the analysis, the physiological signal and/or the analytical feedback device can be more accurately and simultaneously transmitted to other devices in a handheld device for performing physiological detection, another physiological, static, and/or E.g, Brain, ❹ This - no need to be with the doctor can also communicate with the doctor ^ ^ = = can be transmitted to the user's ear and when; ^ send a parent group, (for example, computer, ·, hand === =,: device analysis and other work, and then through the wireless transmission of the two styles: Ding. Ten,, ❹ I hope to use the visual _ way can also enter the 仃 know 'so-to' if the user: play, etc. If you add:::= to the competition. Here, there are quite a few applications that can be achieved. /, the user of the earth & also by means of wireless communication, the ear wear according to the present invention: money early That is to be paid for expansion, not only saves the trouble of wiring, but also reduces the use of the following::==::=, which is not intended to limit the invention. Type 12 200927066 The first example is worn and the m'f is in the form of wearing a physiologic reposition according to the present invention, and the two are electrically connected to each other. In this embodiment, the bucket is equipped with the housing 12, two Fitness _ electric *, side ear "wearing the picture shown", or rear-mounted headphones (the first power = two = such as f-type headphones (such as - Outside the structure is woven for -0 (10).) Cham reading, _ shell on the ear = this = system is quite suitable for brain wave system, because, except for the sampling points on both ears, ❹ = C3" C4 The position placed after the * is equivalent to the brain wave test:: 〇ϊ: skin: Come, you can complete the simple brain wave detection, which is quite convenient. ^When the implementation has a sound module on both sides, then It will also be very suitable for the operation of the circuit system. It can be single-aged in a headphone case to be distributed in two earphone housings. If it is distributed among two earphones, then two The electrical connection is a connection of the meta-shaped towel that can be placed in the shouting room to simplify the placement of the material, and can be changed according to different application requirements and production costs. Example 2 Since the physiological feedback device according to the present invention is disposed on the ear, the setting manner can be achieved by simultaneously obtaining the blood oxygenation and the refraction, and the 4° is not used by the ear. The device 4 of the device 1 is connected to the device 4q of the hand ± to obtain a flow response (GSR, Galvanic skin response), so that the physiological feedback training of the autonomic nerve can be performed. This is because 'through the mind' breathing (10) control, can feedback to the autonomic nervous system to achieve the effect of controlling the autonomic nervous system, and this example is to determine the sense of orthogonality in the autonomic nervous system by measuring blood oxygen signals, heart information, and GSR. Nerve, or negative sympathy: God II ratio 13 200927066 ^ 'When the basis for guiding physiological control of the user is dominant, it means the body. Tian Zhengfu feels that the breathing is more urgent, the palms are produced, and the m is, for example, the heartbeat is faster, and when it is better than the peach, the body is in a ratio such as 'slow heart rate, slow breathing, palm, Knowing the situation of the autonomic nervous system, you can guide the use of the two minds to affect the autonomic nervous system. 4• 吁 及 疋 疋 疋 疋 ❹ ❹ ❹ ❹ ❹ ❹ ❹ ❹ ❹ ❹ ❹ ❹ ❹ ❹ ί ί ί ί ί ί ί ί ί ί ί ί ί ί = = = = = = = = = = = = = = = = = It is an externally connected wireless receiver computer, plus the brainwaves detected by the ear feedback device. Therefore, through such a design, (9) control the computer's work, the helmet recognizes the county. 隹-. The latter is based on the intention
意力的訓練、或是玩«，MMItalian training, or play «,MM
„的方式，例如，多個生理回饋，屬線進行比賽 理回饋裝置同時連接到一台電腦上進 I 理回饋裝置進行比賽等，都相當的適合。#次疋透過網路而與遠端的生 實例四 领纽理_裝錄了本身的聲音將 功能的裝置60進行無線連接，如第 ： 獻引導的功能，在此，該具顯示功能的裝置可== ^置，例如，-手機、—mp3/MP4播放器、—PDA等，、 另=理:如’―手錶’’或是單純地就是—顯示裝置，或者也可以:一 理、儲ΐ除了進行顯示之外，該裝置亦可以達成更進一步處 ΪΓ fii以擴充原有耳戴式生理回饋裝置的功能。 i 树_领仏伽難置縣結合不同種 =之=測讀以及不_搭配設備之下，可崎生出各種不同的生 ，舉例而言，可以用於警告癲癇的發生，警告睡意（Dr〇wsi⑽sa ? 14 200927066 治療ADD/ADHD，治療創傷後壓力症候群（p〇st_Trau酬& s如 剛），增強記憶力，修正自律神經系統（ANS)，中風後復健喊’ 物/酒精，治療憂營症/躁蠻症，增強肢體（例如，運動員），幫助辦進、= 能力⑼dsion Making細办Enhancemem)，醫療上的訓練曰^ 動（Β_ StateDriving)，動釋放等，都是本發明能夠應用的範圍，因I 本發明耳戴的形式可廣泛應於各種的生理回饋機制。 此外，本發明耳戴式的設計，其不但提供與耳 時不會顯得突兀、不自在，且由於其設計精簡戴讓 於使用’再加德財式就如同平日會使 耳 耻:使用者能夠輕鬆、自然地使用。此外，藉由耳戴式的設^易=可 ^^地取付耳杂上的生理訊號，有效降低接線複雜度之外，也為使用 的整能’而且Aii_in_〇ne❾卜觀設計’更提供^高度 提_二速^=的耳戴式生理回饋裝置不但為生理回饋領域 可完成的生理_跑3_設計，更_者提供—㈣、輕鬆即 匠思辦細魏而可由熟悉本之人士任施 <、、、白不脫如附申請專利範圍所欲保護者。 ❹【圖式簡單說明】 =:本發明之耳戴式生理回饋裝置的-示意圖； 示意圖；、、’、、根據本發明之耳戴式生理回職置與—耳朵結合的一 電路方塊圖 第3^11 顯7^據本發明之耳戴式生理回饋裝置的 ~示意圖； 很據本發明一貫施例，耳戴式結構實施為雙耳形式的 L據本發明一另一實施例，耳戴式結構實施為雙耳形 第3Β圖：其係顯示根： 式的一示意圖； 不根據本發明之一較佳實施例的應用實例示意圖； 第4圖：其係顯 15 200927066 第5圖：其係顯示根據本發明之一另一較佳實施例的應用實例示意圖；以 及 第6圖：其係顯示根據本發明之一再一較佳實施例的應用實例示意圖。 【主要元件對符號說明】 1 耳戴式生理回饋裝置 10 耳戴式結構 12 殼體 14 感測元件 16 耳朵 18 類比/數位轉換電路 20 處理器 22 發聲模組 24 電池 26 記憶體 28 溝通介面 40 皮膚電流反應感測器 60 顯示裝置 ❹ 16„The way, for example, multiple physiological feedback, the line is used to conduct the game feedback device and connected to a computer to enter the I feedback device for competition, etc., are quite suitable. #次疋 Through the network and the remote The example of the four-collar _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - mp3/MP4 player, PDA, etc., another = reason: such as '-watch' or simply means - display device, or can also: one, storage, in addition to display, the device can also Achieving further fii to expand the function of the original ear-worn physiological feedback device. i tree _ collar gamma difficult county combined with different kinds = = reading and not _ matching equipment, can be a variety of different Health, for example, can be used to warn of the occurrence of epilepsy, warning drowsiness (Dr〇wsi (10)sa? 14 200927066 treatment of ADD/ADHD, treatment of post-traumatic stress syndrome (p〇st_Trau reward & s as just), enhance memory, correct self-discipline nervous system( ANS), after the stroke, rehabilitation, shouting 'objects/alcohol, treating sorrows/sickness, savage, strengthening limbs (for example, athletes), helping with progress, = ability (9) dsion making fines Enhancemem), medical training (Β_StateDriving), dynamic release, etc., are all applicable to the scope of the present invention, because the form of the earwear of the present invention can be widely applied to various physiological feedback mechanisms. Furthermore, the ear-worn design of the present invention is provided not only with The ear does not look awkward and uncomfortable, and because of its simple design, it is easy to use it. Set ^ easy = can ^ ^ to take care of the physiological signal on the ear, effectively reduce the complexity of the wiring, but also for the use of the versatile 'and Aii_in_〇ne❾ view design' more provide ^ height _ two speed ^ = The ear-wearing physiological feedback device not only provides the physiological _ _ 3_ design for the physiological feedback field, but also provides the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Does not deviate from the scope of the patent application护 [schematic description] =: schematic diagram of the ear-worn physiological feedback device of the present invention; schematic diagram; ,, ', a circuit of the ear-wearing physiological returning and ear-binding according to the present invention Figure 3 is a schematic view of an ear-worn physiological feedback device according to the present invention. According to a consistent embodiment of the present invention, the ear-worn structure is implemented in the form of a binaural L. According to another embodiment of the present invention The ear-worn structure is implemented as a double-eared figure. The figure shows a root: a schematic diagram of the formula; a schematic diagram of an application example not according to a preferred embodiment of the present invention; FIG. 4: its display 15 200927066 5 Figure: is a schematic view showing an application example according to another preferred embodiment of the present invention; and Figure 6 is a view showing an application example according to still another preferred embodiment of the present invention. [Major component pair symbol description] 1 Ear-worn physiological feedback device 10 Ear-worn structure 12 Housing 14 Sensing element 16 Ear 18 Analog/digital conversion circuit 20 Processor 22 Sound module 24 Battery 26 Memory 28 Communication interface 40 Skin current response sensor 60 display device ❹ 16