TWM393292U - Device to determine the attraction of multimedia by brain wave - Google Patents

Device to determine the attraction of multimedia by brain wave Download PDF

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Publication number
TWM393292U
TWM393292U TW99214223U TW99214223U TWM393292U TW M393292 U TWM393292 U TW M393292U TW 99214223 U TW99214223 U TW 99214223U TW 99214223 U TW99214223 U TW 99214223U TW M393292 U TWM393292 U TW M393292U
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Taiwan
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multimedia
signal
appeal
unit
wave
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TW99214223U
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Chinese (zh)
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Shao-Chin Chang
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Alchemy Technology Co Ltd
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Priority to TW99214223U priority Critical patent/TWM393292U/en
Publication of TWM393292U publication Critical patent/TWM393292U/en

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M393292 五、新型說明: 【新型所屬之技術領域】 [0001] 本創作係關於一種藉腦波判斷多媒體吸引力之裝置 .,特指一種觀察使用者之腦波訊息,以判斷出一多媒體 影像檔案對其吸引力之部分。 【先前技術】 [0002] 腦波,實際上係為腦部電流活動的一種形式,主要 分為α、召、0、6波等,目前醫學已經證實,腦部的 各種活動,包括思想、情緒、慾望等,都是透過電流驅 動與化學反應所呈現而出,且於現有技術中,透過腦波 儀即可測量出波形圖。 [0003] 整體而言,所謂的α波是一種慢波,有別於快速的 召波,有效激發α波甚至可用以治療精神疾病,譬如焦 慮、緊張、不安等,故可見α波與心靈的舒緩有關聯。 然而,前額為腦部區域中重要之部位,對應在於人體額 頭的腦部區域是思想區,其與人格、情緒表現、專注力 、理性,創意有相當程度之關聯,也是唯一與心靈改革 有關之區塊。 · [0004] 當α為優勢腦波時,人的意識清醒,但身體卻是放 鬆的,它提供意識與潛意識的橋樑。由於在這種狀態下 ,身心能量耗費最少,相對地腦部所獲得的能量較高, 運作就會更加快速、順暢、靈感及直覺敏銳,腦的活動 活潑,是以現代科學倡導α波是為人們學習與思考的最 佳腦波狀態。 表單編號Α0101 第3頁/共16頁 [0005]M393292 一般人的前額腦波屬於yS波,為一種快波,隨著yS 波的增加,人體逐漸成緊張狀態,準備隨時因應外在環 境反應;大腦能量除了維持本身系統的運作外,尚須指 揮對外防禦系統作準備,因而消減了體内免疫系統能力 ,在此狀態下人的身心能量耗費較劇,快速疲倦,若沒 有充份休息,非常容易堆積壓力,而適量的/3波,對積 極的注意力提升及認知行為的發展有著關鍵性的助益。 [0006] 而0波為優勢腦波時,人的意識中斷,身體深沉放 鬆,係為一種較深層次的精神狀態,此外,0波與腦部 邊緣系統有非常直接的關係,對於觸發深層記憶、強化 長期記憶(LTP )等幫助極大。 [0007] δ波為優勢腦波時,為深度熟睡,無意識狀態。人 的睡眠品質與<5波有非常直接的關聯;(5睡眠是一種無 夢且很深沉的睡眠狀態,通常一夜正常的睡眠周期會出 現四至五次,而發生在睡眠初期第一個出現周期是無夢 的5波狀態,此外,根據科學研究,占波亦是開發人類 直覺雷達系統,以及超能神密力量的關鍵。 [0008] 事實上,人的精神集中程度,亦即所謂的集中力(專 注力),實際上是可透過腦波觀測而察覺,但現有技術中 ,卻未見有將該技術内容善加應用於分析一影像畫面中 最吸引人之部分,以達到擷取出最具宣傳效果之片段之 目的,甚為可惜,且傳統的腦電波採集需要在專用的實 驗室進行,被試者通常需要在腦部貼上若干電極或者佩 戴專用的電極帽,同時實驗室還需要配備專用的測量儀 器進行數據測量和分析,如此複雜之設備及作業方式, 表單編號Α0101 第4頁/共16頁 M393292 要於日常生活之應用上推廣實屬不易,故综觀前所述, 本創作之創作人思索並設計一種藉腦波判斷多媒體吸引 力之裝置,以期針對現有技術之缺失加以改善,進而增 進產業上之實施利用。 【新型内容】 [0009] 有鑒於前述之現有技術的不足點,本創作係設計一種 於結構創新之藉腦波判斷多媒體吸引力之裝置以期克服 現有技術之難點。 [0010] 為達到上述目的,本創作所採用的技術手段為設計 一種藉腦波判斷多媒體吸引力之裝置,其包含: [0011] 一配戴件,其可供人體之頭部配帶;一腦波感測器 ,其對應設於該配戴件上,且對應於人體之前額部位, 且可擷取前額處之腦電波;一濾波訊號轉換單元,其對 應設於該配戴件上,且該濾波訊號轉換單元電性連接至 該腦波感測器,該濾波訊號轉換單元可轉換該腦波感測 器所讀取之腦電波而為一電波訊號,且進行該電波訊號 之濾波及該電波訊號放大;一發訊單元,其對應設於該 配戴件上,且該發訊單元電性連接至該濾波訊號轉換單 元,該發訊單元可將該電波訊號傳輸出;一中繼單元, 其可接受該發訊單元所傳輸之該電波訊號,且其具有一 網路傳輸功能,可透過網路之方式傳輸該電波訊號;一 處理主機,其為一具有邏輯運算能力之電子設備,且其 可接受該中繼單元傳輸而至之電波訊號,且擷取該電波 訊號中與集中力相關之腦波訊息,而後判讀該腦波訊息 所顯示之集中力強弱程度值,且於該集中力強弱程度值 表單編號A0101 第5頁/共16頁 M393292 高於一預設值時,該處理主機即回傳給該中繼單元一高 專注訊號,而當該集中力強弱程度值低於一預設值時, 該處理主機即回傳給該中繼單元一低專注訊號;及一影 像播放記錄單元,其為可進行一多媒體檔案播放之一電 子裝置,且該影像播放記錄單元電性連接於該中繼單元 ,該影像播放記錄單元透過該中繼單元接受到該處理主 機所回傳之高專注訊號時,則可記錄儲存處於高專注狀 態之片段所對應之時間。 [0012] 其中,該影像播放記錄單元透過該中繼單元接受到 該處理主機所回傳之高專注訊號時,可進一步顯示當前 使用者處於高專注狀態,且該影像播放記錄單元透過該 中繼單元接受到該處理主機所回傳之低專注訊號時,可 進一步顯示當前使用者處於低專注狀態。 [0013] 此外,該配戴件可為一耳機、一頭飾或一帽子;其 中,該處理主機為一電腦伺服器主機;其中,該處理主 機配置應用於一雲端運算架構;其中,該中繼單元與該 影像播放記錄單元整合於一具備網路功能之電腦設備上 ;其中,該影像播放記錄單元包含一播放器及一顯示螢 幕;其中,該影像播放記錄單元或可進一步包含一音源 器;其中,該多媒體檔案為至少一圖像檔、或者一影像 播、或一音源訊號檔或者其組合;其中,該發訊單元可 將該電波訊號以有線或無線方式傳輸出;其中,該發訊 單元係透過一射頻傳輸方式或一藍芽傳輸方式傳輸;或 者其中,該發訊單元係透過一訊號線傳輸方式傳輸。 [0014] 透過該腦波判斷多媒體吸引力之裝置可播放一連續 表單編號A0101 第6頁/共16頁 之多媒體檔案,並且於使用者觀看或聆聽該多媒體檔案 時,進一步讀取使用者之腦波並分析判斷出其精神集中 程度之高低,並在此期間當集中力超過一定程度後作記 錄,以表示該時間片段中之多媒體特別地吸引人之注意 ,如此之作法將可以定義出最吸引注意力之片段,更可 加以實施而成為尋找宣傳效果最高之文宣、廣告片段, 以於宣傳之際可達到最佳之效果、吸引較多的注意。 【實施方式】 [0015] 為利貴審查員瞭解本創作之創作特徵、内容與優點 及其所能達成之功效,茲將本創作配合附圖,並以實施 例之表達形式詳細說明如下,而其中所使用之圖式,其 主旨僅為示意及輔助說明書之用,未必為本創作實施後 之真實比例與精準配置,故不應就所附之圖式的比例與 配置關係解讀、侷限本創作於實際實施上的權利範圍, 合先敘明。 [0016] 請配合參看第一圖所示,本創作係為一種藉腦波判 斷多媒體吸引力之裝置,於一較佳之實施方式中包含一 配戴件(10)、一腦波感測器(20)、一濾波訊號轉換單元 (30)、一發訊單元(40)、一中繼單元(50)、一處理主機 (60)及一影像播放記錄單元(70)。 [0017] 前述之配戴件(10)可供人體頭部配帶,其可為一耳 機、頭飾或帽子等等。 前述之腦波感測器(20),其對應設於該配戴件(10) 之上,且對應於人體之前額部位,且可擷取前額處之腦 表單編號A0101 第7頁/共16頁 [0018] [0019]M393292 電波。 前述之濾波訊號轉換單元(30)對應設於該配戴件 (10)上,且其電性連接至該腦波感測器(20),該濾波訊 號轉換單元(30)可轉換該腦波感測器(20)所讀取之腦電 波而為一電波訊號,且進行該電波訊號之濾波及電波訊 號放大等動作。 [0020] 前述之發訊單元(40)對應設於該配戴件(10)上,且 其電性連接至該濾波訊號轉換單元(30),該發訊單元 (40)可將該電波訊號以無線或有線方式傳輸出,例如透 過一射頻傳輸方式、一藍芽傳輸方式或者一訊號線傳輸 方式。 [0021] 前述之中繼單元(50)可接受該發訊單元(40)所傳輸 之該電波訊號,且其具有網路傳輸功能,可透過有線或 無線網路之方式傳輸該電波訊號。 [0022] 前述之處理主機(60)為一具有邏輯運算能力之電子 設備,例如一電腦伺服器主機,或可配置應用於一雲端 運算架構,且其可接受該中繼單元(50)傳輸而至之電波 訊號,且擷取該電波訊號中與集中力相關之腦波訊息, 而後判讀該腦波訊息所顯示之集中力強弱程度值,且於 該集中力強弱程度值高於一預設值時,即表示使用者之 專注程度保持在較高狀態,此時該處理主機(60)回傳給 該中繼單元(50)—高專注訊號,而當該集中力強弱程度 值低於一預設值時,則表示使用者之專注程度保持在較 低狀態,該處理主機(60)即回傳給該中繼單元(50)—低 表單编號A0101 第8頁/共16頁 M393292 專注訊號。 [0023] 前述之影像播放記錄單元(70)為一可進行多媒體檔M393292 V. New Description: [New Technology Field] [0001] This creation is about a device that uses the brainwave to judge the appeal of multimedia. It refers to an observation of the brainwave information of a user to determine a multimedia image file. Part of its appeal. [Prior Art] [0002] Brain waves are actually a form of brain current activity, which is mainly divided into α, recall, 0, 6 waves, etc. Currently, medicine has confirmed that various activities of the brain, including thoughts and emotions. , desire, etc., are presented through current drive and chemical reaction, and in the prior art, the waveform can be measured by the electroencephalograph. [0003] On the whole, the so-called alpha wave is a kind of slow wave, which is different from the fast call wave. It can effectively stimulate the alpha wave and can even be used to treat mental illness, such as anxiety, nervousness, restlessness, etc., so it can be seen that the alpha wave and the mind Soothing is related. However, the forehead is an important part of the brain area, and the brain area corresponding to the forehead of the human body is the thought area, which is related to personality, emotional performance, concentration, rationality, creativity, and is also the only one related to spiritual reform. Block. · [0004] When α is the dominant brain wave, the human consciousness is clear, but the body is loose. It provides a bridge between consciousness and subconsciousness. Because in this state, the energy consumption of mind and body is the least, the energy obtained by the brain is relatively high, the operation will be faster, smoother, the inspiration and intuition are sharp, the activity of the brain is lively, and the alpha wave is advocated by modern science. The best brainwave state for people to learn and think about. Form No. Α0101 Page 3 of 16 [0005] M393292 The forehead brain wave of the average person belongs to the yS wave, which is a fast wave. As the yS wave increases, the human body gradually becomes nervous and ready to respond to the external environment at any time; In addition to maintaining the operation of the system itself, the brain energy must be prepared to command the external defense system, thus reducing the body's immune system ability. In this state, people's physical and mental energy consumption is relatively fierce, and they are quickly tired. If not fully rested, very It is easy to accumulate pressure, and the right amount of /3 waves is a key help for positive attention and cognitive behavior development. [0006] When 0 wave is the dominant brain wave, the human consciousness is interrupted, the body is deeply relaxed, and it is a deeper mental state. In addition, the 0 wave has a very direct relationship with the brain edge system, triggering deep memory. Strengthening long-term memory (LTP) and so on. [0007] When the delta wave is the dominant brain wave, it is deep sleep and unconscious state. The quality of sleep is very directly related to <5 waves; (5 sleep is a dreamless and deep sleep state, usually a normal sleep cycle occurs four to five times a night, and occurs in the first episode of sleep The cycle is a five-wave state without dreams. In addition, according to scientific research, the occupation of waves is also the key to the development of human intuition radar systems and super-powerful secrets. [0008] In fact, the degree of human concentration is also called Concentration (concentration) is actually detectable through brainwave observation, but in the prior art, there is no such thing as the most attractive part of analyzing an image to achieve the extraction. The purpose of the most publicity effect is very pity, and the traditional brain wave collection needs to be carried out in a dedicated laboratory. The subjects usually need to attach a few electrodes to the brain or wear a special electrode cap, and the laboratory also Need to be equipped with dedicated measuring instruments for data measurement and analysis, such complicated equipment and operation methods, Form No. 1010101 Page 4 of 16 M393292 To be in Japan It is not easy to promote the application of life. Therefore, the creators of this creation think about and design a device that uses the brainwave to judge the multimedia appeal, in order to improve the lack of existing technology and enhance the implementation of the industry. [0009] In view of the above-mentioned shortcomings of the prior art, the present invention designs a device for judging multimedia appeal by means of brain waves in structural innovation in order to overcome the difficulties of the prior art. [0010] Objective, the technical means adopted in this creation is to design a device for judging multimedia attraction by brain wave, which comprises: [0011] a wearing part for the head of the human body; a brain wave sensor, Correspondingly disposed on the wearing part, and corresponding to the forehead part of the human body, and capable of capturing brain waves at the forehead; a filtered signal conversion unit correspondingly disposed on the wearing part, and the filtering signal conversion The unit is electrically connected to the brain wave sensor, and the filtered signal conversion unit converts the brain wave read by the brain wave sensor into a wave signal, and performs the The filtering of the wave signal and the amplification of the wave signal; a signal sending unit correspondingly disposed on the wearing component, and the transmitting unit is electrically connected to the filtering signal converting unit, wherein the transmitting unit can transmit the wave signal a relay unit that can receive the radio signal transmitted by the transmitting unit, and has a network transmission function, which can transmit the radio signal through a network; and a processing host, which has a logic An electronic device capable of computing power, and which can receive the radio wave signal transmitted by the relay unit, and extract the brain wave information related to the concentrated force in the radio wave signal, and then interpret the intensity of the concentrated force displayed by the brain wave message Value, and when the concentration strength value form number A0101 page 5 / 16 pages M393292 is higher than a preset value, the processing host returns a high focus signal to the relay unit, and when the concentration is When the strength level is lower than a preset value, the processing host returns a low focus signal to the relay unit; and an image playback recording unit, which is capable of playing a multimedia file. a sub-device, wherein the video playback recording unit is electrically connected to the relay unit, and when the video playback recording unit receives the high-concentration signal returned by the processing host through the relay unit, the recordable storage is in a high focus state. The time corresponding to the fragment. [0012] wherein the video playback recording unit further displays that the current user is in a high focus state when the relay unit receives the high focus signal returned by the processing host, and the video playback recording unit transmits the relay through the relay. When the unit receives the low focus signal returned by the processing host, it can further display that the current user is in a low focus state. [0013] In addition, the wearing component can be a headset, a headwear or a hat; wherein the processing host is a computer server host; wherein the processing host configuration is applied to a cloud computing architecture; wherein the relay The video playback recording unit includes a player and a display screen; wherein the video playback recording unit may further include a sound source; The multimedia file is at least one image file, or an image broadcast, or a sound source signal file or a combination thereof; wherein the transmitting unit can transmit the wave signal in a wired or wireless manner; wherein the transmitting message The unit is transmitted through a radio frequency transmission method or a Bluetooth transmission method; or, the transmission unit is transmitted through a signal line transmission manner. [0014] The device for judging the multimedia appeal through the brain wave can play a multimedia file of a continuous form number A0101 page 6/16 pages, and further read the user's brain when the user views or listens to the multimedia file. The wave analysis analyzes the level of mental concentration, and during this period, when the concentration exceeds a certain level, the record is recorded to indicate that the multimedia in the time segment is particularly attractive, so that the practice can define the most attractive The fragment of attention can be implemented to become the most popular propaganda and advertisement clips, so as to achieve the best results and attract more attention during the promotion. [Embodiment] [0015] In order to understand the creative features, contents and advantages of the creation and the effects that can be achieved by the examiner, the present author will be described in detail with reference to the drawings, and the details of the embodiments are as follows. The schematics used are for the purpose of illustration and supplementary instructions. They are not necessarily true proportions and precise configurations after the implementation of the creation. Therefore, the proportions and configuration relationships of the attached drawings should not be interpreted or limited. The scope of rights in actual implementation is described in advance. [0016] Please refer to the first figure, the creation is a device for judging multimedia attraction by brain waves, and in a preferred embodiment, a wearing member (10) and a brain wave sensor are included. 20), a filtered signal conversion unit (30), a signaling unit (40), a relay unit (50), a processing host (60), and an image playback recording unit (70). [0017] The aforementioned wearing member (10) can be worn by a human head, which can be an earphone, a headwear or a hat or the like. The aforementioned brain wave sensor (20) is correspondingly disposed on the wearing part (10) and corresponds to the forehead part of the human body, and can take the brain form number A0101 on the forehead. 16 pages [0018] [0019] M393292 Radio waves. The filter signal conversion unit (30) is correspondingly disposed on the wearing member (10), and is electrically connected to the brain wave sensor (20), and the filtered signal conversion unit (30) can convert the brain wave. The brain wave read by the sensor (20) is a radio wave signal, and the filtering of the radio signal and the amplification of the radio signal are performed. [0020] The foregoing signaling unit (40) is correspondingly disposed on the wearing component (10), and is electrically connected to the filtered signal converting unit (30), and the transmitting unit (40) can transmit the electric wave signal The transmission is performed wirelessly or by wire, for example, by a radio frequency transmission method, a Bluetooth transmission method, or a signal line transmission method. [0021] The foregoing relay unit (50) can receive the radio wave signal transmitted by the transmitting unit (40), and has a network transmission function, and the radio wave signal can be transmitted through a wired or wireless network. [0022] The foregoing processing host (60) is an electronic device with logical computing capability, such as a computer server host, or can be configured to be applied to a cloud computing architecture, and it can accept the relay unit (50) for transmission. To the radio wave signal, and to extract the brain wave information related to the concentrated force in the radio wave signal, and then to interpret the concentration strength value displayed by the brain wave message, and the value of the concentration strength is higher than a preset value When the user's concentration is maintained at a high state, the processing host (60) returns the relay unit (50) to the high-concentration signal, and when the concentration strength is lower than one When the value is set, it indicates that the user's concentration is kept low, and the processing host (60) returns to the relay unit (50) - low form number A0101 page 8 / total 16 pages M393292 focus signal . [0023] The foregoing video playback recording unit (70) is a multimedia file.

案播放之電子裝置,或可於實施上包含一播放器及一顯 示螢幕或者更進一步可包含一音源器,該多媒體檔案或 可為作為廣告宣傳用之至少一圖像檔、或者一影像檔、 一音源訊號檔或者其組合,且該影像播放記錄單元(60) 電性連接於該中繼單元(50),且透過該中繼單元(50)而 接受到該處理主機(60)所回傳之高專注訊號時,則可於 該顯示螢幕上顯示當前使用者處於高專注狀態,並且記 錄儲存處於高專注狀態之片段所對應之時間,且於接受 到該處理主機(60)所回傳之該低專注訊號時,則可於該 顯示螢幕上顯示當前使用者處於低專注狀態。 [0024] 請進一步配合參看第二圖所示,其中該中繼單元 (50)與該影像播放記錄單元(70)於實施上或可為分離之 裝置,但於一變形實施態樣中,請進一步配合參看第三 圖所示,其亦可為整合以一具備網路功能之電腦設備實 • 施,以該電腦設備作為訊號傳輸之中繼單元(50)以及播 - 放多媒體並記錄高集中度時間之影像播放記錄單元(70) [0025] 透過本創作之藉腦波判斷多媒體吸引力之裝置於設 計上之巧思,其可播放一連續之多媒體檔案,並且於使 用者觀看或聆聽該多媒體檔案時讀取使用者之腦波而判 斷出其精神集中程度之高低,並在集中力超過一定程度 後可作記錄,以表示該時間片段中之多媒體特別地吸引 人之注意,如此之作法將可以加以實施而成為尋找宣傳 表單編號A0101 第9頁/共16頁 M393292 效果最高之文宣、廣告片段,以於宣傳之際可達到最佳 之效果、吸引較多的注意,故可見其增益性所在。 [0026] 以上所述之實施例僅係為說明本創作之技術思想及 特點,其目的在使熟習此項技藝之人士能夠瞭解本創作 之内容並據以實施,當不能以之限定本創作之專利範圍 ,即大凡依本創作所揭示之精神所作之均等變化或修飾 ,仍應涵蓋在本創作之專利範圍内。 [0027] 綜觀上述,可見本創作在突破先前之技術下,確實 已達到所欲增進之功效,且也非熟悉該項技藝者所易於 思及,其所具之進步性、實用性,顯已符合專利之申請 要件,爰依法提出專利申請,懇請貴局核准本件創作專 利申請案,以勵創作,至感德便。__ 【圖式簡單說明】 [0028] 第一圖為本創作之藉腦波判斷多媒體吸引力之裝置之配 置示意圖。 第二圖為本創作之藉腦波判斷多媒體吸引力之裝置之實 施例圖。 第三圖為本創作之藉腦波判斷多媒體吸引力之裝置之變 形實施例圖。 【主要元件符號說明】 [0029] 配戴件(1 0 ) 腦波感測器(20) 遽波訊號轉換單元(30) 發訊單元(40) 表單编號A0101 第10頁/共16頁 M393292 中繼單元(50) 處理主機(60) 影像播放記錄單元(70)The electronic device for playing the program may include a player and a display screen or may further include a sound source. The multimedia file may be at least one image file or an image file used for advertising. a sound source signal file or a combination thereof, and the image playback recording unit (60) is electrically connected to the relay unit (50), and is received by the processing host (60) through the relay unit (50) When the focus signal is high, the current user is in a high focus state on the display screen, and the time corresponding to the segment stored in the high focus state is recorded, and is received by the processing host (60). When the low focus signal is displayed, the current user is in a low focus state on the display screen. [0024] Please further refer to the second figure, wherein the relay unit (50) and the video playback recording unit (70) are implemented or may be separate devices, but in a modified embodiment, please Further cooperation can be seen in the third figure, which can also be integrated into a network-enabled computer device, using the computer device as a relay unit (50) for signal transmission, and broadcasting-and-playing multimedia and recording high concentration. Video playback recording unit (70) [0025] The design of the multimedia attraction device by means of the brainwave of the present invention is designed to play a continuous multimedia file and is viewed or listened to by the user. When the multimedia file is read, the user's brain wave is read to determine the level of mental concentration, and after the concentration is more than a certain degree, the record can be recorded to indicate that the multimedia in the time segment is particularly attractive, so as to do so. It will be implemented to find the publicity form number A0101 page 9 / 16 pages M393292 The most effective texts and advertisements, to achieve the best in publicity. As a result, attract more attention, so it shows a gain of lies. The embodiments described above are merely illustrative of the technical idea and features of the present invention, and the purpose thereof is to enable those skilled in the art to understand the content of the present invention and implement it according to the present invention. The scope of patents, that is, the equivalent changes or modifications made by the authors in accordance with the spirit of this creation, shall remain covered by the scope of this creation. [0027] Looking at the above, it can be seen that this creation has achieved the desired effect under the previous technology, and it is not familiar with the skill of the artist, and its progressive and practical. In accordance with the application requirements of the patent, the patent application is filed according to law, and you are requested to approve the creation of the patent application for this article, in order to encourage creation, to the sense of virtue. __ [Simple Description of the Drawings] [0028] The first figure is a schematic diagram of the configuration of the device for judging multimedia appeal by brain waves. The second picture is a practical diagram of the device for judging multimedia appeal by brain waves. The third figure is a modified embodiment of the device for judging multimedia appeal by brain waves. [Main component symbol description] [0029] Wearing parts (1 0 ) Brain wave sensor (20) Chopper signal conversion unit (30) Signaling unit (40) Form number A0101 Page 10 of 16 M393292 Relay unit (50) processing host (60) video playback recording unit (70)

表單编號A0101 第11頁/共16頁Form No. A0101 Page 11 of 16

Claims (1)

M393292 、申請專利fe圍: 1 . 一種藉腦波判斷多媒體吸引力之裝置,其包含: 一配戴件,其可供人體之頭部配帶; 一腦波感測器,其對應設於該配戴件上,且對應於人體之 前額部位,且可擷取前額處之腦電波; 一濾波訊號轉換單元,其對應設於該配戴件上,且該濾波 訊號轉換單元電性連接至該腦波感測器,該濾波訊號轉換 單元可轉換該腦波感測器所讀取之腦電波而為一電波訊號 ,且進行該電波訊號之濾波及該電波訊號放大; 一發訊單元,其對應設於該配戴件上,且該發訊單元電性 連接至該濾波訊號轉換單元,該發訊單元可將該電波訊號 傳輸出; 一中繼單元,其可接受該發訊單元所傳輸之該電波訊號, 且其具有一網路傳輸功能,可透過網路之方式傳輸該電波 訊號; 一處理主機,其為一具有邏輯運算能力之電子設備,且其 可接受該中繼單元傳輸而至之電波訊號,且擷取該電波訊 號中與集中力相關之腦波訊息,而後判讀該腦波訊息所顯 示之集中力強弱程度值,且於該集中力強弱程度值高於一 預設值時,該處理主機即回傳給該_繼單元一高專注訊號 ;及 一影像播放記錄單元,其為可進行一多媒體檔案播放之一 電子裝置,且該影像播放記錄單元電性連接於該中繼單元 ,該影像播放記錄單元透過該令繼單元接受到該處理主機 所回傳之高專注訊號時,則可記錄儲存處於高專注狀態之 099214223 表單編號A0101 第12頁/共16頁 0992043256-0 M393292 片段所對應之時間。 2 .如申請專利範圍第1項所述之藉腦波判斷多媒體吸引力之 裝置,其中該處理主機當該集中力強弱程度值低於一預設 值時,即回傳給該中繼單元一低專注訊號;M393292, application for patent fe: 1. A device for judging multimedia appeal by brain waves, comprising: a wearing member for the head of the human body; a brain wave sensor, corresponding to the The wearable member corresponds to the forehead portion of the human body, and can capture the brain wave at the forehead; a filtered signal conversion unit correspondingly disposed on the wearing member, and the filtered signal conversion unit is electrically connected to The brain wave sensor, the filter signal conversion unit converts the brain wave read by the brain wave sensor into a wave signal, and performs filtering of the wave signal and amplification of the wave signal; Correspondingly disposed on the wearing component, and the transmitting unit is electrically connected to the filtered signal converting unit, the transmitting unit can transmit the electric wave signal; and a relay unit can receive the transmitting unit Transmitting the radio wave signal, and having a network transmission function, the network signal can be transmitted through the network; a processing host, which is an electronic device with logical computing capability, and the relay can be accepted The radio wave signal transmitted by the element, and the brain wave information related to the concentrated force in the radio wave signal is extracted, and then the intensity value of the concentrated force displayed by the brain wave message is read, and the value of the concentration strength is higher than one When the preset value is reached, the processing host returns to the _ relay unit a high focus signal; and an image playback recording unit, which is an electronic device capable of playing a multimedia file, and the image playback recording unit is electrically connected. In the relay unit, when the video playback recording unit receives the high focus signal returned by the processing host through the relay unit, the record can be stored in a high focus state. 099214223 Form No. A0101 Page 12 of 16 0992043256-0 M393292 The time corresponding to the fragment. 2. The device for judging multimedia appeal by using an electroencephalogram according to claim 1, wherein the processing host returns to the relay unit when the concentration strength value is lower than a preset value. Low focus signal; 且該影像播放記錄單元透過該中繼單元接受到該處理主機 所回傳之高專注訊號時,可進一步顯示當前使用者處於高 專注狀態,且該影像播放記錄單元透過該中繼單元接受到 該處理主機所回傳之低專注訊號時,可進一步顯示當前使 用者處於低專注狀態。 3 .如申請專利範圍第1項所述之藉腦波判斷多媒體吸引力之 裝置,其中該配戴件為一耳機、一頭飾或一帽子。 4 .如申請專利範圍第1項所述之藉腦波判斷多媒體吸引力之 裝置,其中該處理主機為一電腦伺服器主機。 5 .如申請專利範圍第1項所述之藉腦波判斷多媒體吸引力之 裝置,其中該處理主機配置應用於一雲端運算架構。 6 .如申請專利範圍第1項所述之藉腦波判斷多媒體吸引力之And the video playback recording unit further displays that the current user is in a high focus state when the relay unit receives the high focus signal returned by the processing host, and the video playback recording unit receives the high focus through the relay unit. When the low focus signal returned by the host is processed, the current user is further displayed in a low focus state. 3. A device for judging multimedia appeal by using an electroencephalogram as described in claim 1, wherein the wearing member is a headphone, a headgear or a hat. 4. The device for determining multimedia appeal by using an electroencephalogram as described in claim 1, wherein the processing host is a computer server host. 5. The apparatus for judging multimedia appeal by using an electroencephalogram as described in claim 1, wherein the processing host configuration is applied to a cloud computing architecture. 6. Assess the multimedia appeal by using the brainwave as described in item 1 of the patent application scope. 裝置,其中該中繼單元與該影像播放記錄單元整合於一具 備網路功能之電腦設備上。 7 .如申請專利範圍第1項所述之藉腦波判斷多媒體吸引力之 裝置,其中該影像播放記錄單元包含一播放器及一顯示螢 幕。 8 .如申請專利範圍第7項所述之藉腦波判斷多媒體吸引力之 裝置,其中該影像播放記錄單元進一步包含一音源器。 9 .如申請專利範圍第1項所述之藉腦波判斷多媒體吸引力之 裝置,其中該多媒體檔案為至少一圖像檔、或者一影像檔 、或一音源訊號檔或者其組合。 099214223 表單編號A0101 第13頁/共16頁 0992043256-0 M393292 10 .如申請專利範圍第1項所述之藉腦波判斷多媒體吸引力之 裝置,其中該發訊單元可將該電波訊號以無線方式傳輸出 〇 11 .如申請專利範圍第10項所述之藉腦波判斷多媒體吸引力之 裝置,其中該發訊單元係透過一射頻傳輸方式或一藍芽傳 輸方式傳輸。 12 .如申請專利範圍第11項所述之藉腦波判斷多媒體吸引力之 裝置,其中該發訊單元可將該電波訊號以有線方式傳輸出 〇 13 .如申請專利範圍第12項所述之藉腦波判斷多媒體吸引力之 裝置,其中該發訊單元係透過一訊號線傳輸方式傳輸。 099214223 表單編號A0101 第14頁/共16頁 0992043256-0The device, wherein the relay unit and the video playback recording unit are integrated on a computer device having a network function. 7. The apparatus for judging multimedia appeal by using an electroencephalogram as described in claim 1, wherein the video playback recording unit comprises a player and a display screen. 8. The apparatus for judging multimedia appeal by brain waves according to claim 7, wherein the video playback recording unit further comprises a sound source. 9. The device for determining multimedia appeal by brainwave according to claim 1, wherein the multimedia file is at least one image file, or an image file, or an audio source file or a combination thereof. 099214223 Form No. A0101 Page 13 of 16 0992043256-0 M393292 10 . The apparatus for determining the multimedia appeal by using the brain wave as described in claim 1, wherein the transmitting unit can wirelessly transmit the signal The device for determining the multimedia appeal by using the brain wave as described in claim 10, wherein the transmitting unit is transmitted through a radio frequency transmission method or a Bluetooth transmission method. 12. The device for judging multimedia appeal by using an electroencephalogram wave according to claim 11, wherein the transmitting unit can transmit the radio wave signal in a wired manner to the 〇13. As described in claim 12 A device for judging multimedia appeal by means of a brain wave, wherein the transmitting unit is transmitted through a signal line transmission. 099214223 Form No. A0101 Page 14 of 16 0992043256-0
TW99214223U 2010-07-26 2010-07-26 Device to determine the attraction of multimedia by brain wave TWM393292U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103947332A (en) * 2014-05-14 2014-07-30 安徽科技学院 Wheat seed counting and bed placing cup
TWI622968B (en) * 2016-11-29 2018-05-01 逢甲大學 System and method for monitoring brain wave monitoring and learning effect

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103947332A (en) * 2014-05-14 2014-07-30 安徽科技学院 Wheat seed counting and bed placing cup
TWI622968B (en) * 2016-11-29 2018-05-01 逢甲大學 System and method for monitoring brain wave monitoring and learning effect

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