201242524 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種刺激提示裝置，其係將互相不同之 * 刺激成份分別供給於使用者口腔及鼻孔，並為了個別且適 合地刺激使用者的味覺器及嗅覺器而選擇該等成份。 【先前技術】 已知該種刺激提示裝置的1種係以香煙等為代表之吸 引器。使用者吸引該吸引器時，會提示使用者特有之味覺 及香氣’復提示體感刺激，對於吸引器來說’該等味覺、 香氣及體感刺激皆為重要的要素。例如吸引器為薄荷醇香 煙時，菸草本來的苦味及香味的刺激及薄荷醇之刺激中若 缺少任一者，則使用者在吸薄荷醇香煙時，會覺得薄荷醇 香煙所提示的刺激不足夠。 但是，已知使用者（即人）之情形，味覺器集中分布在 舌頭，另一方面，嗅覺器集中分布於鼻孔。但是’以往之 吸引器等刺激提示裝置大部份係僅單獨對於使用者之p腔 或鼻孔供給刺激成份。 下述專利文獻1至4皆分別揭示刺激提示裝置的一例。 專利文獻1之吸引管係供給刺激成份至使用者口腔内 專利文獻2之口罩係供給刺激成份至使用者2個鼻孔内° 另一方面，專利文獻3之菸草替代物除了對於使用者鼻孔 供給刺激成份，並同時供給緩和該刺激成份所造成的疼痛 刺激及其臭氣的成份。再者，專利文獻4之口罩係同時供 給同一刺激成份（藥劑成份）至使用者口腔及鼻孔。 323999 3 201242524 [先前技術文獻] (專利文獻） 專利文獻丨.日本特開2001-17152號公報（JP 2001-17152 A) 專利文獻2.日本特開平8_131146號公報（Jp ι996 131146Α) 專利文獻3 :日本特開2004-229627號公報（JP 2004-229627 A) 專利文獻4:日本特開2〇〇2_14333〇號公報（jp 2〇〇2一 143330 A) 【發明内容】 (發明欲解決的課題） 專利文獻1之吸引管僅直接供給刺激成份至使用者口 腔，另一方面’專利文獻2之口罩僅直接供給刺激成份至 使用者鼻孔。但是，由口腔所供給之刺激成份一部份可能 由使用者之口腔經過上咽喉而作為衍生性嗅覺刺激成份到 達鼻孔，相反地’由鼻孔供給之刺激成份一部份可能由使 用者之鼻孔經過上咽喉而作為衍生性味覺刺激成份到達口 腔。因此，使用者可能於口腔及鼻孔兩邊感覺到刺激成份。 但是’在上述衍生性嗅覺或味覺刺激成份經過上咽喉 之過程中’幾乎都在上咽喉被吸著，故最終到達鼻孔或口 腔之衍生性刺激成份的量很少。例如Bruce P Halpern著 Chemo sense Vol. 6 No3,1 至 7 頁（2004 年 6 月：E-Nose Pty Ltd)係報告以下之研究結果。 亦即，刺激成份僅直接供給於鼻孔之第1情形中，將 使用者可感知刺激成份之刺激成份最少濃度，即閾值設為 323999 4 201242524 A，並將刺激成份供給於口腔並由口腔經過上咽喉而供給於 鼻孔之第2情形的閾值設為B時’ B/A係根據刺激成份種 類而大不同。例如’刺激成份為檸樣酸時A約為3 ’此 外，刺激成份為香草精時B/A約為5。 該情形代表刺激成份由口腔經過上咽喉而到達鼻孔之 過程中刺激成份被吸著，已知如此刺激成份之吸著，一般 而言刺激成份的蒸氣壓越低則越大。 此外，與第1情形相比’上述之第2情形中，衍生性 刺激成份到達鼻孔會產生延遲，故使用者要感覺到衍生性 刺激成份需要時間。 另一方面，於存在應供給於使用者之複數刺激成份時’ 可推測吸著於上咽喉之刺激成份的量會因刺激成份之種類 而不同。例如，境田博至等著日本食品科學工學會誌Vol· 52 No· 1之19至26頁（2005年1月）報告有以下之研究結果。 亦即’考慮到由複數刺激成份所成之混合物由口腔經 過上咽喉而供給於鼻孔時，混合物所含各刺激成份其到達 鼻孔的量會產生不同。此係代表混合物即使相同，混合物 直接供給於口腔時，各刺激成份的量之比，即混合物所含 各刺激成份的量比與混合物之各刺激成份由口腔經過上咽 而到達鼻孔時，鼻孔位置中各刺激成份的量之比不同。混 合物由鼻孔供給’混合物之各刺激成份由鼻孔經過上咽喉 而到達口腔時也為相同情形。 因此，專利文獻1之吸引管及專利文獻2之口罩中， 要對於使用者提示所求之衍生性刺激，雖然必須考慮經過 323999 5 201242524 上咽喉而到達鼻孔或口腔之付生性刺激成份及其量而調整 (tuning)，但如此之調整係煩雜的作業。 此外，刺激成份中也存在有對於嗅覺器刺激過強之刺 激成份，如此刺激成份係不可直接供給於鼻孔。因此，專 利文獻2之口罩其可使用之刺激成份係受到限制。 為了迴避如此之限制，專利文獻3之菸草替代物係包 含刺激成份與緩和該刺激成份刺激的遮蔽劑（masking agent)。但是可推測遮蔽劑本身的刺激也會讓使用者感覺 不自然。 此外，在最初供給強刺激成份於鼻孔時，會使使用者 的感覺麻痒，並使使用者難以感覺到其後到達口腔之衍生 性刺激成份的刺激。 再者，味覺刺激成份中，存在較多其蒸氣壓較低之味 覺刺激成份’如此味覺刺激成份係容易受到上述吸著影響。 另一方面，將專利文獻2之口罩與專利文獻4之口罩 對比時，專利文獻4之口罩係可將刺激成份直接供給於使 用者口腔及鼻孔兩者。但是，專利文獻4之口罩之情形因 供給於口腔及鼻孔之刺激成份相同，故與專利文獻2之口 罩之情形同樣地，可使用之刺激成份受到限制。 本發明之目的係提示一刺激提示裝置，其係藉由分別 供給互相不同之刺激成份於使用者口腔及鼻孔，而降低可 使用之刺激成份的限制，另一方面係藉由為了個別且適合 地刺激使用者之味覺器及嗅覺器而選擇該等刺激成份，而 可對於使用者提示各種的感質。 323999 6 201242524 (解決課題之手段） β 上述目的可藉由本發明之刺激提示裝置而達成，該刺 激提示裝置係具備： 第1分配區段，其係可釋出刺激使用者味覺器之味覺 刺激成份的第1分配區段，其中包含對於使用者之口腔提 示前述味覺刺激成份之提示部；及 第2分配區段，其係可釋出刺激使用者嗅覺器之嗅覺 刺激成份的第2分配區段，前述嗅覺刺激成份係包括與前 述味覺刺激成份相異的成份，並包含對於使用者之鼻孔提 示前述嗅覺刺激成份之提示部； 並且前述第1及第2分配區段具有用以使該等提示部 分別個別地定位於使用者的口及鼻孔旁之外形。 上述刺激提示裝置係將味覺刺激成份及嗅覺刺激成份 個別地供給於使用者口腔及鼻孔。因此，因不需要考慮到 經過使用者上咽喉的衍生性刺激成份，故可選擇的味覺刺 激成份及嗅覺刺激成份係大幅地擴大。換句話說，除了味 覺刺激成份及嗅覺刺激成份互相不同並個別刺激味覺器及 嗅覺器，更可分別由適合之刺激成份中選擇。結果使本發 明之刺激提示裝置可提示使用者各種的感質。 第1及第2分配區段之前述外形係不能變形。此情形 時，第1分配區段係包含：粗管（pipe)構件，該粗管構件 具有外氣導入口及作為其提示部之吸口端；以及第1成份 產生源，其係收容在該粗管構件内並位於前述外氣導入口 與前述吸口端間，且釋出前述味覺刺激成份。另一方面， 323999 7 201242524 第2分配區段係包含裝設在前述粗管構件 構件，該細管構件具有位於前述第丨成份產切、m咖） 口端間之基端及在其前端作為其提示部之釋口、、則返吸 容於該細管構件内並餘前述基端財 ，以及枚 出嗅覺刺激成份之第2成份產生源。 出間，且釋 第1及第2成份產生齡別㈣ 2成份產生源為了佔前述粗管構件及前述^構^及第 橫截面積’而分別收容於前述粗管構件 ★之整體 前述第2分配區段可復包含在前述粗管H構件内。 内部流路，此時，該㈣流路係連通於前述細劃之 述基端，另-方面，於前餘管構件内 +之則 並具有向著前述吸口端開口的端部。 、線延伸， 前述粗管構件内具備如此内部流路時， 區段可復包含在前述粗管構件内阻止由前述吸;;=分配 述第1成份產生源而向著前述外氣導人口之“、、！過前 閥。 二軋的流動的 再前述第2分配區段可復包含在前述細 阻止由刖述釋出口經過前述第2成份產生源 牛内 路而向著前述°及口端之空氣的流動的閱。⑴述内部流 另一方面，刺激提示裝置可復具有吸著要 ^ 著由粗管構件内流入細管構件内之空氣中的用其係吸 成份及味^刺激成份，此時，吸著要素具有通氣性，口臭 刺激提示裝置較佳為復具備用以加熱第1 產生源的至少一方之發熱源。 、 2成份 323999 8 201242524 另一方面，第1及第2分配區段之前述外形可為可變 形者。此情形時，第1及第2分配區段係為包包含：可撓 性線（flexible cord) ’其前端部分歧為2個分歧部，並在 該等分歧部前端分別具有前述第1及第2分配區段的提示 部；以及耳架（ear mount)，連接於該可撓性線之基端並可 裝設於使用者之單耳。 (發明的效果） 本發明之刺激提示裝置因可將味覺刺激成份及嗅覺刺 激成份個別供給於使用者口腔及鼻孔，故除了刺激使用者 味覺器及嗅覺器，更可選擇適合之味覺刺激成份及嗅覺刺 激成份’並可提示使用者各種的感質》 【實施方式】 參照第1圖，第1實施例之刺激提示裝置10係使用者 使用之狀態。第2圖表示該刺激提示裝置1〇之詳細内容， 以下說明刺激提示裝置10。 刺激提示裝置10包含作為第1分配區段之粗管構件 粗管構件12具有前端及後端，且該等前端及後端皆有 開口。前端形成外氣導入口 13、後端形成吸口端14。在粗 營構件12内收容有第1成份產生源16，該第1成份產生 源16係具有通氣性。該第1成份產生源16係可在粗管構 件12内釋出刺激使用者味覺器之味覺刺激成份。 味覺刺激成份係由刺激使用者味覺器之成份中選擇， 但較佳為不具有香氣性’即不具有嗅覺刺激性者。即使味 覺刺激成份具有嗅覺刺激性，衍生性地到達鼻孔時，在鼻 2123999 9 201242524 孔的嗅覺刺激性也必須是減弱到使用者嗔覺器沒 度，或必須與意圖給予嗅覺器刺激性者相異。換句节說程 衍生性地具有意圖給予嗅覺器嗅覺刺激性的味覺刺S 、 係不適於第i成份產生源16。 成知 第1成份產生源16包含具有例如簾糖、食鹽、擦樣_、 咖啡因、楚胺酸（glutamic acid)等5種原味材料之至，丨 種之混合物，5種原味材料分別具有特有之味覺刺=成 份。此外，第1成份產生源16可包含例如具有咖啡或菸草 等之萃取物之混合物，該萃取物會釋出咖啡或菸草等特有 之味覺刺激成份。 另外’本發明中，味覺刺激成份也包含薄荷醇，異硫 氣酸丙稀酯（allyl isothiocyanate)、桂皮酸 (cinnamaldehyde)、蒜素（auicin)、依奇琳（ichilin)、 依樓琳（icilin ; 1-(2-羥基苯基）-4-(3-硝基苯基）-3, 6- 一風’。定-2(1H)-酮）、薑_)(21叩61>〇]10)、薑酮醇（gingerol)、 山椒素（sanshool)等具有體感刺激之成份。在此，體感刺 激是指至少對於使用者賦予溫感、冷感及痛感至少一種的 感覺。 例如第1成份產生源丨6係包含具有吸液性之濾紙等的 支撐材料與該支撐材料所支撐之混合物。該混合物以液體 形態滲入支標材料之後乾燥。 另一方面’粗管構件12之外周裝設有作為第2分配區 段之細管構件18，該細管構件18係在第1成份產生源16 與吸口端14間具有基端，並由粗管構件12之外周向著吸 323999 10 201242524 口端14傾斜而延伸。 ’过，對於粗官構件12之軸線’細管構件18之轴線係傾 '”預疋角度α、細★構件丨8之前端係形成作為釋出口 2〇。 由第2圖明顯可知，釋出口 20及吸口端14係沿著含粗管 構件12★之轴線的面，並存有預定間隔而互相分離。 細管構件18内收容有第2成份產生源22，該第2成 伤f生源22也具有通氣性。該第2成份產生源22係可在 細官構件18内釋出刺激使用者嗅覺器之嗅覺刺激成份。 嗅覺刺激成份係由刺激使用者嗅覺器之成份中選擇， 但較佳為沒具有刺激鼻孔體感之衍生性刺激性者。此外， 即使嗅覺刺激成份具有味覺刺激性且衍生性地到達口腔， 該味覺刺激性亦必須非常微弱以致使用者沒有感覺，或必 須與意圖給予味覺H刺激性者相異。換句話說，^生性地 具有不應該賦予使用者鼻孔之體感刺激性、或具有意圖給 予味覺器味覺刺激性的嗅覺刺激成份係不適於第2成份產 生源22。 弟2成伤產生源2 2包含例如香草酸_ (van i 11丨n)、择檬 烯（limonene)、樟腦及沈香醇（丨丨⑽丨⑽丨^等單一之香氣材 料’薰衣草（lavender)、薄荷（peppermint)、擰檬草（lemon grass)、迷迭香、檀香（sandaiw〇〇d)、依蘭依蘭（yiang-ylang)、玫瑰、茉莉（jasmine)、橙花油（Neroli oil)、洋 甘菊（chamomi le)、檸檬、柳橙及葡萄柚（grapefruit)等複 合香氣材料，該等香氣材料係釋出特有之嗅覺刺激成份。 例如第2成份產生源22係包含具有吸液性之濾紙等的 323999 11 201242524 支樓材料與該切材料所支撐之混合物。 以 液體形態紅切材料之後乾燥。 4讀料係 内二Γ:8之基端係連通於粗管構件12内所區劃之 内。P机路24 ^内部流路24係在粗管構件—叔 線延伸，並具有向著吸口端14而開口的端部。者其轴 根據上述第丨實施例之刺激提示裝置1〇， 下述方式使用刺激提示裝置1G。由第1圖明顯可知^如 者銜著粗管構件12之吸口端14，此時，使細管構件，用 釋出口 20置於鼻孔正下方。亦即，細管構件18不僅= 有維持第2成份產生源22之支架，在使關激提示裝置 10時，也提示刺激提示裝置1〇用以將細管構件18之^出 口 2〇配置於使用者鼻孔正下方的外形（configuration)。 使用刺激提示裝置1〇時，使用者透過粗管構件12之 吸口端14吸入空氣時’在粗管構件12内產生由其前端之 外氣導入口 13通過第1成份產生源16而向著吸口端14 之氣流。因此’第丨實施例之情形，由第丨成份產生源16 釋出之味覺刺激成份，係通過作為提示部之吸口端14而與 空氣一起直接供給於使用者口腔内。 另一方面，使用者通過吸口端14而將呼氣吐出於粗管 構件12内時，該呼氣一部份通過内部流路24而流入細管 構件18内。換句話說，在細管構件18内產生由其基端通 過第2成份產生源22而向著前端之釋出口 2〇的氣流。因 此’由第2成份產生源22釋出之嗅覺刺激成份係由作為提 示部之釋出口 20向著使用者鼻孔内直接供給。 323999 12 201242524 與前述專利文獻1之吸引管及專利文獻2之口罩不 同，第1實施例之刺激提示裝置10係將味覺刺激成份及嗅 覺刺激成份個別供給於使用者之口腔及鼻孔。因此，刺激 提示裝置10之情形不需要考慮經過使用者上咽喉而到達 鼻孔或口腔之衍生性刺激成份及其量，第1及第2成份產 生源16，22所要求之刺激成份的釋出量也可較少。 此外，第1及第2成份產生源16、22以預定的比例 分別釋出複數種刺激成份時，以維持該等刺激成份的比例 之狀態而直接供給於口腔或鼻孔。再者，可將不適於供給 於口腔之嗅覺刺激成份僅供給於鼻孔，另一方面，可將不 適於供給於鼻孔之味覺刺激成份僅供給於口腔，故可選擇 之味覺刺激成份及嗅覺刺激成份係大幅地擴大。 結果可各式各樣地組合味覺刺激成份與嗅覺刺激成 份，第1實施例之刺激提示裝置10可提示使用者各種的感 質。 本發明人等為了驗證刺激提示裝置10之功能，而製作 如第3圖所示之試驗裝置。 該試驗裝置包含支架60，該支架60分別在上下維持 管62、64。下側之管64内可收容釋出味覺刺激成份之第1 釋出源66，另一方面，上側之管62内可收容釋出嗅覺刺 激成份之第2釋出源68。 管64之基端裝設有吸口構件70，試驗者可以口銜著 該吸口構件70。另一方面，在管62之基端裝設有吸聞端 口 72，該吸聞端口 72可覆於試驗者鼻子。再者，在管62 323999 13 201242524 内空氣可由其前端以2L/min的流量導入。 第1釋出源66包含lcmx3Cm之濾紙與該濾紙所含浸之 ==。另一方面’第2釋出源68包含lcmx3cm之滤紙 興琢濾紙所含浸之第2溶液。 使用上述之試驗裝置而實施試驗時，分別準備實施例 (eXamPle)之第1及第2釋出源、_、68E，以及比較例之 第1及第2釋出源66C、68C。 第1釋出源66E包含作為第]、、办 弟1溶液之2%異硫氰酸丙 烯知>谷液（溶媒：乙醇），濾紙所合& 、在^文之異硫氰酸丙烯酯溶 液係僅30"l。第2釋出源68Ε白人始。 a# ^ 包含作為第2溶液之1〇火 9n τ 愿紙所含浸之香草精溶液值 20 // L。 另-方面，第i釋出源66C包含作為第i溶液之ι〇% 香草精溶液（霉丙二醇）+2%異硫氰酸丙稀醋溶液（溶媒： 乙醇），渡紙所含浸之該等溶液分別僅，合 計504。第2釋出源68C包含作為第2溶液之純度以 上的丙二醇（無臭）液’遽紙所含浸之該丙二醇液僅。 由上述說明可明顯得知，實施例之第i及第2釋出源 66E、68E係將不同刺激成份個別供給於試驗者 口腔及鼻 孔，另一方面，比較例之第1及第2釋出源66C、68C僅於 口腔同時供給不同之刺激成份。 首先’使用上述試驗裝置並實施識別試驗。賴別試 驗中’ 10個趣者首先識別實施例之第丨及第2釋出源 66E、68E，以及比較例之第1及第2釋出源66C、68(：。 323999 201242524 例如，第一名試驗者第一次使用具有實施例或比較例 之第1及第2釋出源66、68的試驗裝置，並以口腔及鼻孔 同時吸取由第1及第2釋出源66、68所釋出之刺激成份， 將此處之刺激成份作為對象刺激成份而確認。 之後，試驗者第2次使用具有實施例或比較例之第1 及第2釋出源66、68的試驗裝置，並以口腔及鼻孔同時吸 取由第1及第2釋出源66、68所釋出之刺激成份，並判定 此時之刺激成份與第1次之對象刺激成份是否一致。在 此，在第1次及第2次中，將實施例或比較例之第1及第 2釋出源66、68的任一者隨機選擇地提示給試驗者。 確認上述判定過程是否連續3次為正確之判定結果， 藉此而進行識別試驗。試驗者在試驗中即使僅有1回誤判 之情形，也視為試驗者無法識別實施例與比較例之第1及 第2釋出源66、68，而結束試驗。同樣地，對於剩下之試 驗者實施如此之識別試驗。 識別試驗後，各試驗者分別使用具有實施例之第1及 第2釋出源66E、68E的試驗裝置，以及具有比較例之第1 及第2釋出源66C、68C的試驗裝置，並詢問「喜歡」實施 例及比較例之何者之第1及第2釋出源66、68，並回答其 理由，所得結果如下述。 10名試驗者中，10名全體人員可識別實施例之第1 及第2釋出源66E、68E與比較例之第卜及第2釋出源66C、 58C。此外，10名試驗者中的8名試驗者回答與比較例之 第1及第2釋出源66C、68C相比，較「喜歡」實施例之第 323999 15 201242524 1及第2釋出源66E、68E，其理由係舉出為在比較例之第 1及第2釋出源66C、68C之情形，每次吸取從第1及第2 釋出源66C、68C所釋出之刺激成份時，由刺激成份所受到 之刺激都會改變。如此結果，顯示對於試驗者提示實施例 之第1及第2釋出源66E、68E與比較例之第1及第2釋出 源66C、68C至少有不同的使用感覺。 再者，使用前述之試驗裝置，並實施試驗者對於刺激 成份之反應的試驗。 在此，一名試驗者使用具有實施例之第1及第2釋出 源66E、68E的試驗裝置’並在每進行1次吸吐（puff)時， 質問並要試驗者回答「感覺如何？」。在此，在試驗者回答 初次包含表示感覺到第2釋出源68E之香草精的香氣之 「甜」、「香草精」之詞語時，紀錄此時之吸吐次數。 使用具有比較例之第1及第2釋出源66068C的試驗 裝置重複同樣之反應试驗，在試驗者回答初次包含表示第 1釋出源66C所含香草精的香氣之「甜」，「香草精」之詞 語時，紀錄此時之吸吐次數。 對於10名試驗者實施上述反應試驗，其結果如下。 具有實施例之第1及第2釋出源66E、68E的試驗裝置 之情形，試驗者全體人員之吸吐次數為第丨次吸吐，對此， 具有比較例之第1及第2釋出源66C、68C的試驗裝置之情 形，6名試驗者之吸吐次數為第2次吸吐，4名試驗者之吸 吐次數為第3次吸吐。 該結果表示，將香草精與其他刺激成份同時供給於口 323999 16 201242524 腔之比較例與香草精單獨直接供給於鼻孔之實施例做比較 時，比較例中試驗者所感覺到香草精之香氣的反應會產生 延遲。 第1實施例之刺激提示裝置10之情形，供給於鼻孔之 嗅覺刺激成份係使用使用者之呼氣，呼氣的殘留部份通過 第1成份產生源16而由粗管構件12之外氣導入口 13釋 出。結果隨著釋出該呼氣，由第1成份產生源16所釋出之 味覺刺激成份也會有不樂見的消費。為了阻止如此之消 費，本實施例之刺激提示裝置10可包含如第2圖所示之止 回閥25。該止回閥25係配置於粗管構件12内，亦即，配 置於第1成份產生源16與細管構件18的基端之間，並阻 止呼氣向著第1成份產生源16流動。 再者，在使用者透過吸口端14吸引時，會有由第2 成份產生源22釋出之嗅覺刺激成份與味覺刺激成份一起 導入使用者口腔内之虞時，在細管構件18或内部流路24 内也可配置止回閥27。此時，止回閥27係配置於第2成 份產生源22之上游，而阻止由釋出口 20經過第2成份產 生源22及内部流路24而向著粗管構件12内之氣流。 此外，細管構件18或内部流路24其内部可具有由活 性炭等所成之吸著要素29(參照第2圖），該吸著要素29 具有通氣性，圖示之情形係位於内部流路24内。如此之吸 著要素29係吸著呼氣中所含之口臭成份及味覺刺激成份， 並阻止口臭成份及味覺刺激成份供給於使用者之鼻孔。 上述之止回閥25、27及吸著要素29之存在係為了確 323999 17 201242524 保分別由第1成份產生源16與第2成份產生源22所釋出 之味覺刺激成份與嗅覺刺激成份，會分別且排他地供給於 使用者口腔及鼻孔。 此外，第1實施例之刺激提示裝置10可包含如第2 圖中，以2點鏈線表示之第1及第2成份產生源16、22 所用之發熱源31。該等發熱源31係圍住對應第1及第2 成份產生源16、22之粗管構件12及細管構件18的外周部 位，並加熱第1及第2成份產生源16、22，藉此促進由該 等第1及第2成份產生源16、22釋出刺激成份。例如適合 以石夕膠加熱器作為如此之發熱源31。 除此之外，對於使用者之口腔及鼻孔提示由第1及第 2成份產生源16、22所釋出之刺激成份，其方法並不限於 上述所示方式，而可考慮各種形態。 例如，第4圖係表示第2實施例之刺激提示裝置26， 該刺激提示裝置26為與第1實施例之刺激提示裝置10同 樣的管型。 第2實施例之刺激提示裝置26具有球狀霧化器（bulb atomizer)30。該球狀霧化器30具有裝設於細管構件18 之球（bulb)，並以使用者的手擠壓該球，藉此使包含由第 2成份產生源22釋出之嗅覺刺激成份的空氣由細管構件18 之釋出口 20釋出。該第2實施例之情形，嗅覺刺激成份以 液體形態儲存在細管構件18内。 由上述說明可明顯得知，第2實施例之刺激提示裝置 26之情形，因粗管構件12不需要内部流路24，故粗管構 323999 18 201242524 件12與細官構件18並無互相連通，因此不需要前述之止 • 回閥25、27及吸著要素29。 __臭覺刺激成份之提示中，刺激提示裝置可具有作為提 =部之支撐嗅覺刺激成份的過濾器。此時，使用者可以手 心私壓過濾II並由過滤器釋出嗅覺刺激成份。 再者，雖然使刺激提示裝置之構造複雜化，但刺激提 7、 亦了借助咼壓氣體或以氣溶膠（aeroso 1)形態釋出 駿成知。此時，刺激成份之釋出係藉由電磁控制型開閉 閥而控制。 Μ之電磁控制型開閉閥係與前述球狀霧化器同 日、：、、用以限制刺激成份之釋出的控制器。 第5圖係表示第3實施例之刺激提示裂置38。 耳裝^刺激提示裝置38與前述第1及第2實施例不同，為 耳年1型。詳細來說’刺激提示裝置38具有例如耳機型的 。將該耳架4G塞入使用者之單耳而|著。可撓性 面耳架40延伸。該可橈性線42可自由彎曲，另一方 〃可安定地維持彎曲狀態。 ^可徺性線42其前端部分歧為2個分歧部42a、42b。 ”玄等分歧部42a、42b其前端分別裝設有吸口201242524 VI. Description of the Invention: [Technical Field] The present invention relates to a stimulation prompting device which supplies mutually different stimulation components to the mouth and nostrils of a user, and individually and appropriately stimulates the user. Select these ingredients for the taste and olfactometer. [Prior Art] One type of the stimulation presenting device is known as an absorbent represented by a cigarette or the like. When the user attracts the aspirator, the user is prompted to have a unique taste and aroma, and the complex taste is stimulated. For the aspirator, the taste, aroma and somatosensory stimulation are important factors. For example, when the attractor is a menthol cigarette, if the original bitterness of the tobacco and the stimulation of the flavor and the stimulation of the menthol are absent, the user may feel that the stimulation of the menthol cigarette is insufficient when the user consumes the menthol cigarette. . However, in the case of a user (i.e., a person), the taste device is concentrated on the tongue, and on the other hand, the olfactory device is concentrated in the nostrils. However, most of the previous stimulation devices such as suction devices supply stimulation components to the p-cavity or nostrils of the user alone. Each of Patent Documents 1 to 4 below discloses an example of a stimulation presentation device. The suction tube of Patent Document 1 supplies the stimulating component to the oral cavity of the user. The mask of Patent Document 2 supplies the stimulating component to the two nostrils of the user. On the other hand, the tobacco substitute of Patent Document 3 provides stimulation for the user's nostrils. Ingredients, and at the same time, provide ingredients that alleviate the painful stimuli and odors caused by the stimulating ingredients. Further, the mask of Patent Document 4 simultaneously supplies the same stimulating component (agent component) to the mouth and nostrils of the user. [Patent Document] Patent Document No. JP-A No. 2001-17152 (JP 2001-17152 A) Patent Document 2. Japanese Patent Laid-Open Publication No. Hei 8-131146 (Jp ι 996 131 146 Α) Patent Document 3: Japanese Patent Laid-Open Publication No. 2004-229627 (JP-A-2004-229627 A) Patent Document 4: JP-A-2-2333333A (JP 2〇〇2-143330 A) [Description of the Invention] The suction tube of Patent Document 1 supplies only the stimulating component directly to the user's mouth, and on the other hand, the mask of Patent Document 2 directly supplies the stimulating component directly to the user's nostrils. However, part of the stimulating component supplied by the oral cavity may pass through the upper throat of the user through the upper throat as a derivative olfactory stimulating component to the nostrils. Conversely, a part of the stimulating component supplied by the nostril may pass through the nostrils of the user. The upper throat is used as a deriving taste stimulating component to reach the mouth. Therefore, the user may feel the stimulating component on both sides of the mouth and nostrils. However, in the process of the above-mentioned derivative olfactory or taste stimulating component passing through the upper throat, almost all of the upper throat is sucked, so that the amount of the derivative stimulating component which eventually reaches the nostril or the mouth is small. For example, Bruce P Halpern, Chemo sense Vol. 6 No3, pages 1 to 7 (June 2004: E-Nose Pty Ltd) reports the following findings. That is, the stimulating component is directly supplied to the first case of the nostril, and the user can perceive the stimulating component of the stimulating component to have a minimum concentration, that is, the threshold is set to 323999 4 201242524 A, and the stimulating component is supplied to the oral cavity and passed through the oral cavity. When the threshold value of the second case of the throat supplied to the nostrils is B, 'B/A system differs greatly depending on the type of the stimulation component. For example, when the stimulus component is lemon-like acid, A is about 3 Å, and when the stimulating component is vanilla extract, the B/A is about 5. This situation represents that the stimulating component is absorbed by the stimulating component from the oral cavity through the upper throat to the nostril. It is known that the stimulating component is sorbed, and generally the lower the vapor pressure of the stimulating component is. Further, in the second case described above, in the second case described above, the derivation of the stimulating component to the nostril is delayed, so that it takes time for the user to feel the derivatizing stimulating component. On the other hand, when there are a plurality of stimulating components to be supplied to the user, it is presumed that the amount of the stimulating component adsorbed to the upper throat differs depending on the type of the stimulating component. For example, Izumi Boto waits for the results of the following research report from the Japan Food Science and Technology Society Vol. 52 No. 1 on pages 19 to 26 (January 2005). That is, the amount of each stimulating component contained in the mixture reaching the nostrils differs in consideration of the fact that the mixture of the plurality of stimulating components is supplied to the nostrils from the oral cavity through the upper throat. This means that even if the mixture is the same, when the mixture is directly supplied to the oral cavity, the ratio of the amount of each stimulating component, that is, the ratio of the stimulating components contained in the mixture and the stimulating components of the mixture, from the oral cavity through the upper pharynx to the nostrils, the position of the nostrils The ratio of the amount of each stimulating component is different. The same is true for the mixture supplied by the nostrils. The stimulating components of the mixture pass through the upper throat through the upper throat and reach the oral cavity. Therefore, in the suction tube of Patent Document 1 and the mask of Patent Document 2, it is necessary to consider the derivative stimulus to be sought by the user, although it is necessary to consider the amount of the stimulating component and the amount of the stimulating component which reaches the nostril or the mouth through the throat of 323999 5 201242524. Tuning, but such adjustments are cumbersome tasks. In addition, there are also stimulating components in the stimulating component that are too irritating to the olfactory device, and the stimulating component is not directly supplied to the nostrils. Therefore, the stimulating component of the mask of Patent Document 2 is limited. In order to avoid such limitations, the tobacco substitute of Patent Document 3 contains a stimulating component and a masking agent which alleviates the stimulation of the stimulating component. However, it can be speculated that the stimulation of the masking agent itself may also make the user feel unnatural. In addition, when the strong stimulating component is initially supplied to the nostrils, the user's feeling is irritated, and it is difficult for the user to feel the stimulation of the derivative stimulating component which reaches the oral cavity thereafter. Further, among the taste stimulating components, there are many taste stimulating components whose vapor pressure is low. Thus, the taste stimulating component is susceptible to the above absorbing effect. On the other hand, when the mask of Patent Document 2 is compared with the mask of Patent Document 4, the mask of Patent Document 4 can directly supply the stimulating component to both the mouth and the nostrils of the user. However, in the case of the mask of Patent Document 4, since the stimulating components supplied to the oral cavity and the nostrils are the same, the stimulating component which can be used is restricted as in the case of the mask of Patent Document 2. The object of the present invention is to provide a stimulation prompting device which reduces the limitation of the stimulating components that can be used by separately supplying different stimulating components to the mouth and nostrils of the user, and on the other hand, by individually and suitably The stimulation component and the olfactory device are stimulated to select the stimulating components, and the user can be prompted for various sensations. 323999 6 201242524 (Means for Solving the Problem) β The above object can be attained by the stimulation presenting device of the present invention, comprising: a first distribution section for releasing a taste stimulation component stimulating a user taste device a first distribution section comprising a prompting portion for prompting the aforementioned taste stimulating component to the oral cavity of the user; and a second dispensing section for releasing the second dispensing section for stimulating the olfactory stimulation component of the user's olfactory device The olfactory stimulation component includes a component different from the aforementioned taste stimulating component, and includes a prompting portion for prompting the olfactory stimulating component to the nostril of the user; and the first and second dispensing sections have the prompt for making the prompt The parts are individually positioned outside the mouth and nostrils of the user. The above stimulation stimulating device supplies the taste stimulating component and the olfactory stimulating component individually to the user's mouth and nostrils. Therefore, the optional taste stimulating component and the olfactory stimulating component are greatly expanded because it is not necessary to take into consideration the derivative stimulating component of the user's upper throat. In other words, in addition to the taste stimulating component and the olfactory stimulating component being different from each other and individually stimulating the taste device and the olfactory device, it is also possible to select a suitable stimulating component separately. As a result, the stimulation prompting device of the present invention can prompt the user with various sensations. The aforementioned outer shape of the first and second distribution sections is not deformable. In this case, the first distribution section includes a pipe member having an outside air introduction port and a mouth end as a prompting portion thereof, and a first component generating source housed in the thick portion The tube member is located between the outer air introduction port and the mouth end, and releases the aforementioned taste stimulating component. On the other hand, 323999 7 201242524 the second distribution section includes a thick pipe member which is provided at the base end between the ends of the second component, and at the front end thereof. The release portion of the prompting portion is returned to the thin tube member to retain the base end, and the second component generating source for the olfactory stimulation component is extracted. The second and second component generation ages (4) 2 component generation source is housed in the above-mentioned thick pipe member in order to occupy the above-mentioned thick pipe member, the above-mentioned structure and the cross-sectional area' The distribution section may be included in the aforementioned thick tube H member. In the internal flow path, at this time, the (four) flow path communicates with the base end of the fine line, and in addition, the end portion of the front outer tube member has an opening toward the suction end. And extending the line, when the internal pipe path is provided in the thick pipe member, the section may be included in the thick pipe member to prevent the suction; wherein the first component is generated and directed to the outer air-conducting population The second distribution section of the flow of the second rolling may be further included in the air which is prevented from passing through the second component generating source inner passage and toward the front and the mouth end. (1) describing the internal flow. On the other hand, the stimulation prompting device can have the stimulating component and the stimulating component in the air flowing into the thin tube member from the thick tubular member. The absorbing element has a ventilating property, and the bad breath stimulating device preferably has a heat source for heating at least one of the first generating source. 2 component 323999 8 201242524 On the other hand, the first and second distribution sections The shape may be deformable. In this case, the first and second distribution sections include a flexible cord, and the front end portion is divided into two divergent portions, and the divergent portions are located in the divergent portion. The front end has the aforementioned first And a presentation portion of the second distribution section; and an ear mount connected to the base end of the flexible wire and attachable to the single ear of the user. (Effect of the invention) The stimulation presentation device of the present invention Since the taste stimulating component and the olfactory stimulating component can be individually supplied to the user's mouth and nostrils, in addition to stimulating the user's taste and olfactory device, a suitable taste stimulating component and an olfactory stimulating component can be selected and the user can be prompted. [Embodiment] [Embodiment] Referring to Fig. 1, the stimulation presentation device 10 of the first embodiment is in a state of being used by a user. Fig. 2 shows the details of the stimulation presentation device 1A, and the stimulation presentation device 10 will be described below. The presentation device 10 includes a thick tube member 12 as a first distribution section. The thick tube member 12 has a front end and a rear end, and the front end and the rear end each have an opening. The front end forms an external air introduction port 13 and the rear end forms a suction end 14. The first component generating source 16 is housed in the rough member 12, and the first component generating source 16 is ventilating. The first component generating source 16 can release a stimulating user taste in the thick tubular member 12. The taste stimulating component is selected from the components that stimulate the user's taste sensation, but preferably does not have aroma scent, that is, does not have olfactory irritant. Even if the taste stimulating component has olfactory irritancy, derivative When reaching the nostrils, the olfactory irritancy of the hole in the nose 2123999 9 201242524 must also be weakened to the user's sensation, or must be different from the intention to give the olfactory irritant. In other words, the process has a deliberate intention. The olfactory stimulating taste sensation S is not suitable for the ith component generation source 16. The acquaintance first component production source 16 contains, for example, glaucous acid, salt, rubbing _, caffeine, glutamic acid ) The mixture of five kinds of original materials, the mixture of the two kinds of raw materials, each of which has a unique taste thorn = composition. Further, the first component generating source 16 may contain, for example, a mixture of extracts such as coffee or tobacco, which will release a characteristic taste stimulating component such as coffee or tobacco. In addition, in the present invention, the taste stimulating component also contains menthol, allyl isothiocyanate, cinnamaldehyde, aucin, ichilin, icilin (icilin) ; 1-(2-hydroxyphenyl)-4-(3-nitrophenyl)-3, 6-一风'. Ding-2(1H)-one), ginger_)(21叩61>〇] 10), gingerol (gasterol), sanghool (sanshool) and other ingredients with somatosensory stimuli. Here, the somatosensory stimuli means at least one feeling of giving a warm feeling, a cold feeling and a pain to the user. For example, the first component generation source 丨6 is a mixture of a support material containing a liquid-absorbent filter paper or the like and a support material supported by the support material. The mixture is dried in a liquid form after infiltrating into the support material. On the other hand, the thin tube member 18 as the second distribution section is provided on the outer circumference of the thick tube member 12, and the thin tube member 18 has a base end between the first component generating source 16 and the mouth end 14 and is composed of a thick tube member. 12 outside the circumference of the suction 323999 10 201242524 mouth 14 extended and extended. 'Turning, the axis of the thick member 12 is inclined to the axis of the thin tube member 18'. The pre-twist angle α, the thin front part of the member 丨8 is formed as the release port 2〇. It is apparent from Fig. 2 that the release port 20 and the mouth end 14 are separated from each other along a plane including the axis of the thick pipe member 12★, and are separated from each other by a predetermined interval. The second component generating source 22 is housed in the thin pipe member 18, and the second adult member 22 is also accommodated. The second component generating source 22 can release the olfactory stimulating component stimulating the user's olfactory device in the fine member 18. The olfactory stimulating component is selected from the components stimulating the user's olfactor, but is preferably There is no deriving irritant that stimulates the sense of nostrils. In addition, even if the olfactory stimulating component has a taste stimulating and derivatively reaches the oral cavity, the taste irritancy must be so weak that the user does not feel, or must give a taste to the intention. H irritating person is different. In other words, it is not suitable for the second olfactory stimulating component that should not give the user a nostril sensation, or has an intention to give a taste sensation to the taste sensation. The source 22 is generated. The source 2 2 contains a single aroma material such as vanillic acid _ (van i 11丨n), limonene, camphor and linalool (10) 丨 (10) 丨 ^. 'lavender, peppermint, lemon grass, rosemary, sandalwood, yiangyilan, jasmine Compound aroma materials such as Neroli oil, chamomile le, lemon, orange, and grapefruit, which release specific olfactory stimulating components. For example, the second component generation source 22 contains 323999 11 201242524 with liquid-absorbent filter paper, etc. Mixture of the support material and the cut material. Dry the material after red cutting in liquid form. Within the division within 12, the P-machine 24 24 internal flow path 24 extends over the thick tubular member-secondary line and has an end that opens toward the mouth end 14. The axis of the device is stimulated according to the above-described third embodiment. Device 1〇, the stimulation prompt device 1G is used in the following manner It is apparent from Fig. 1 that the mouth end 14 of the thick tubular member 12 is held, and at this time, the thin tube member is placed directly under the nostril with the discharge port 20. That is, the thin tube member 18 is not only = the second component is maintained The holder of the source 22 is also provided with a stimulus presentation device 1 for arranging the outlet of the thin tube member 18 to be directly under the user's nostril. At the time of 1 ,, when the user takes in air through the suction end 14 of the thick pipe member 12, an air flow is generated in the thick pipe member 12 through the first component generation source 16 from the gas inlet port 13 at the front end thereof toward the suction port end 14. Therefore, in the case of the third embodiment, the taste stimulating component released by the second component generating source 16 is directly supplied to the user's mouth together with the air through the mouth end 14 as the prompting portion. On the other hand, when the user exhales the exhalation out of the thick tube member 12 through the mouth end 14, the exhalation flows into the tubule member 18 through the internal flow path 24. In other words, an air flow is generated in the thin tube member 18 from the base end through the second component generating source 22 to the front end releasing port 2?. Therefore, the olfactory stimulation component released by the second component generating source 22 is directly supplied to the user's nostril by the discharge port 20 as the presentation portion. 323999 12 201242524 In contrast to the suction tube of Patent Document 1 and the mask of Patent Document 2, the stimulation presentation device 10 of the first embodiment supplies the taste stimulating component and the olfactory stimulation component individually to the mouth and nostrils of the user. Therefore, the situation of the stimulation prompting device 10 does not need to consider the amount of the stimulating component and the amount of the stimulating component required to pass through the throat of the user to the nostril or the oral cavity, and the release amount of the stimulating component required by the first and second component generating sources 16, 22. It can also be less. Further, when the first and second component generating sources 16 and 22 respectively release a plurality of stimulating components at a predetermined ratio, they are directly supplied to the oral cavity or the nostrils while maintaining the ratio of the stimulating components. Furthermore, the olfactory stimulating component which is not suitable for supplying to the oral cavity can be supplied only to the nostrils, and on the other hand, the gustatory stimulating component which is not suitable for supplying to the nostrils can be supplied only to the oral cavity, so that the taste stimulating component and the olfactory stimulating component can be selected. The system has expanded significantly. As a result, the taste stimulating component and the olfactory stimulating component can be combined in a variety of ways, and the stimulation presenting device 10 of the first embodiment can prompt the user with various sensations. In order to verify the function of the stimulation presentation device 10, the inventors of the present invention produced a test device as shown in Fig. 3. The test apparatus includes a holder 60 that holds the tubes 62, 64 up and down, respectively. The lower side tube 64 can accommodate the first release source 66 for releasing the taste stimulating component, and the upper side tube 62 can accommodate the second release source 68 for releasing the olfactory stimulating component. The base end of the tube 64 is provided with a mouthpiece member 70 to which the tester can port. On the other hand, a suction port 72 is provided at the base end of the tube 62, and the mouthpiece port 72 can cover the nose of the tester. Furthermore, air in the tube 62 323999 13 201242524 can be introduced from the front end at a flow rate of 2 L/min. The first release source 66 comprises a filter paper of 1 cm x 3 cm and the == impregnated with the filter paper. On the other hand, the second release source 68 contains a second solution impregnated with a filter paper of 1 cm x 3 cm. When the test was carried out using the above test apparatus, the first and second release sources of the examples (eXamPle), _, 68E, and the first and second release sources 66C and 68C of the comparative examples were prepared. The first release source 66E includes 2% isothiocyanate as a solution of the first and second solutions, and a solution of the solution of the solution of the solution of the solution of the solution of the solution of the solution of the solution of the solution of the solution of the solution of the solution of the solution The ester solution is only 30"l. The second release of the source 68 Ε white start. a# ^ Contains 1 〇 fire as a second solution 9n τ The paper is impregnated with vanilla extract solution value of 20 // L. On the other hand, the ith release source 66C contains ι〇% vanillin solution (mold propylene glycol) + 2% isopropyl thiocyanate solution (solvent: ethanol) as the i-th solution, which is impregnated with the paper. The solutions were only 504 in total. The second release source 68C contains only the propylene glycol solution impregnated as a propylene glycol (odorless) liquid 遽 paper of the purity of the second solution. As apparent from the above description, the i-th and second-release sources 66E and 68E of the examples supply different stimulating components individually to the mouth and nostrils of the test subject, and on the other hand, the first and second release of the comparative examples. Sources 66C, 68C supply different stimulating components simultaneously in the oral cavity. First, the above test apparatus was used and the identification test was carried out. In the test, '10 interesting people first identified the third and second release sources 66E, 68E of the examples, and the first and second release sources 66C, 68 of the comparative example (: 323999 201242524, for example, first For the first time, the tester used the test device having the first and second release sources 66, 68 of the examples or comparative examples, and simultaneously absorbed the first and second release sources 66, 68 with the oral cavity and the nostrils. The stimulating component is identified by using the stimulating component herein as the target stimulating component. Thereafter, the tester uses the test device having the first and second release sources 66 and 68 of the embodiment or the comparative example for the second time, and The oral cavity and the nostrils simultaneously absorb the stimulating components released by the first and second release sources 66, 68, and determine whether the stimulating component at this time is consistent with the first stimulating component of the target. Here, in the first time In the second time, any one of the first and second release sources 66 and 68 of the embodiment or the comparative example is randomly presented to the tester. It is confirmed whether or not the above determination process is the correct result three times in succession. Therefore, the identification test is carried out. The tester has only one misjudgment in the test. It is also considered that the tester cannot recognize the first and second release sources 66 and 68 of the examples and comparative examples, and the test is terminated. Similarly, the identification test is performed on the remaining testers. The test apparatus having the first and second release sources 66E and 68E of the embodiment and the test apparatus having the first and second release sources 66C and 68C of the comparative example were respectively used, and the "like" embodiment and the inquiry were inquired. The first and second release sources 66 and 68 of the comparative examples are answered, and the results are as follows. Among the 10 testers, 10 persons can recognize the first and second release sources of the examples. 66E and 68E, and the second and second release sources 66C and 58C of the comparative example. In addition, eight of the ten testers answered that compared with the first and second release sources 66C and 68C of the comparative example, The reason for the "like" embodiment is 323999 15 201242524 1 and the second release source 66E, 68E. The reason for this is that in the case of the first and second release sources 66C, 68C of the comparative example, each time the suction is taken from When the first and second release of the stimulating components released by the source 66C, 68C, the stimulation of the stimulating component will be changed. As a result, it was revealed that the first and second release sources 66E and 68E of the embodiment and the first and second release sources 66C and 68C of the comparative example have at least different feelings of use. The test apparatus described above is subjected to a test of the tester's reaction to the stimulating component. Here, one tester uses the test device having the first and second release sources 66E, 68E of the embodiment and performs once each time. In the case of a puff, the questioner asks the tester to answer "How do you feel?" Here, the tester answers the "sweet" and "vanilla extract" which originally contains the aroma of vanilla extract that senses the second release source 68E. When the words are used, record the number of breaths at this time. The same reaction test was repeated using the test apparatus having the first and second release sources 66068C of the comparative example, and the tester answered that "the sweetness" which contains the aroma of vanillin contained in the first release source 66C was first included. When the words of "fine" are used, the number of times of vomiting at this time is recorded. The above reaction test was carried out for 10 testers, and the results are as follows. In the case of the test apparatus having the first and second release sources 66E and 68E of the embodiment, the number of times of sucking and vomiting by all the testers is the third-time absorption, and the first and second release of the comparative example are provided. In the case of the test devices of the sources 66C and 68C, the number of times of suction of the six test subjects was the second time, and the number of times of suction of the four subjects was the third time. The results show that the vanilla extract and other stimulating ingredients are simultaneously supplied to the mouth 323999 16 201242524 The comparison between the case and the vanilla extract directly supplied to the nostrils is compared with the case where the tester feels the aroma of vanilla extract. The reaction will be delayed. In the case of the stimulation presentation device 10 of the first embodiment, the olfactory stimulation component supplied to the nostrils uses the exhalation of the user, and the residual portion of the exhalation is introduced by the first component generation source 16 from the outside of the thick tube member 12. Mouth 13 is released. As a result, as the exhalation is released, the taste stimulating component released by the first component generating source 16 may also be unpleasantly consumed. In order to prevent such consumption, the stimulation presenting device 10 of the present embodiment may include a check valve 25 as shown in Fig. 2. The check valve 25 is disposed in the thick pipe member 12, that is, between the first component generating source 16 and the base end of the thin pipe member 18, and prevents the exhalation from flowing toward the first component generating source 16. Further, when the user is attracted through the mouth end 14, the olfactory stimulating component released by the second component generating source 22 and the gustatory stimulating component are introduced into the user's mouth together with the sputum in the thin tube member 18 or the internal flow path. A check valve 27 can also be arranged in the 24th. At this time, the check valve 27 is disposed upstream of the second component generation source 22, and prevents the flow of the inside of the thick pipe member 12 from the discharge port 20 through the second component generation source 22 and the internal flow path 24. Further, the thin tube member 18 or the internal flow path 24 may have a absorbing element 29 made of activated carbon or the like (see FIG. 2), and the absorbing element 29 has air permeability, and the illustrated case is located in the internal flow path 24. Inside. Such a smoking element 29 absorbs the bad breath component and the taste stimulating component contained in the breath, and prevents the bad breath component and the taste stimulating component from being supplied to the nostrils of the user. The above-mentioned check valves 25 and 27 and the absorbing element 29 are present in order to ensure that the taste stimulating component and the olfactory stimulating component released by the first component generating source 16 and the second component generating source 22 are respectively guaranteed to be 323999 17 201242524. They are separately and exclusively supplied to the user's mouth and nostrils. Further, the stimulation presenting device 10 of the first embodiment may include the heat source 31 used for the first and second component generating sources 16 and 22 as indicated by the two-dot chain line in Fig. 2 . The heat source 31 surrounds the outer peripheral portions of the thick pipe member 12 and the thin pipe member 18 corresponding to the first and second component generating sources 16 and 22, and heats the first and second component generating sources 16 and 22, thereby promoting The first and second component generating sources 16, 22 release the stimulating component. For example, a Shishijiao heater is suitable as such a heat source 31. In addition, the stimulating components released by the first and second component generating sources 16, 22 are presented to the user's mouth and nostrils, and the method is not limited to the above-described modes, and various forms can be considered. For example, Fig. 4 shows a stimulation presentation device 26 of the second embodiment, and the stimulation presentation device 26 is of the same type as the stimulation presentation device 10 of the first embodiment. The stimulation presenting device 26 of the second embodiment has a bulb atomizer 30. The spherical atomizer 30 has a bulb attached to the thin tube member 18, and presses the ball with a user's hand, thereby causing the air containing the olfactory stimulating component released by the second component generating source 22. It is released by the discharge port 20 of the thin tube member 18. In the case of the second embodiment, the olfactory stimulation component is stored in the thin tube member 18 in a liquid form. As apparent from the above description, in the case of the stimulation presenting device 26 of the second embodiment, since the thick pipe member 12 does not require the internal flow path 24, the thick pipe structure 323999 18 201242524 12 and the detail member 18 are not interconnected. Therefore, the aforementioned stops are required. • The check valves 25 and 27 and the absorbing element 29 are not required. In the prompt of the __ stimuli stimulating component, the stimuli prompting device may have a filter as a supporting olfactory stimulating component. At this point, the user can privately filter Filter II and release the olfactory stimulus component from the filter. Furthermore, although the structure of the stimulation prompting device is complicated, the stimulation is also released by means of a pressure gas or an aerosol (aeroso 1). At this time, the release of the stimulating component is controlled by an electromagnetically controlled opening and closing valve. The electromagnetically controlled on-off valve of the Μ is the same as the above-mentioned spherical atomizer, and the controller for limiting the release of the stimulating component. Fig. 5 is a view showing the stimulation cleaving 38 of the third embodiment. The ear attachment stimulation indicating device 38 is different from the first and second embodiments described above, and is an ear type 1 type. In detail, the stimulation prompting device 38 has, for example, a headphone type. The ear frame 4G is inserted into the single ear of the user. The flexible face frame 40 extends. The deflectable wire 42 is free to bend and the other can maintain a curved state. The front end portion of the determinable line 42 is divided into two branch portions 42a and 42b. "Xuan et al. 42a, 42b have their mouths respectively attached to the front end
頭構件处。吸口構件44内藏有前述第生源J 另^方面具有吸口端48及通氣口 49。此外，鼻頭構件46 藏有則迷第2成份產生源22,另-方面具有釋出口 5〇 及通氣口 51。 根據上述之刺激提示裝置38,使用者於自身單耳裝著 323999 201242524 耳架40，並利用可撓性線42之彎曲性，而將吸口構件44 及鼻頭構件46分別置於使用者口及鼻孔旁，接著銜著吸口 構件44之吸口端48。 在該狀態下，使用者透過口吸引空氣，並將由吸口構 件44之吸口端48所釋出的味覺刺激成份吸入口腔内，另 一方面，將由釋出口 50釋出之嗅覺刺激成份吸入鼻孔内。 再者，與第1實施例之刺激提示裝置10同樣地，刺 激提示裝置38可包含第1及第2成份產生源16、22所用 之發熱源。 【圖式簡單說明】 第1圖係表示第1實施例之刺激提示裝置的使用狀態 的斜視圖。 第2圖係第1圖之刺激提示裝置的縱截面圖。 第3圖係概略表示實驗裝置的圖。 第4圖係表示第2實施例之刺激提示裝置的側面圖。 第5圖係表示第3實施例之刺激提示裝置的側面圖。 【主要元件符號說明】 10 刺激提示裝置 12 粗管構件（第1分配區段) 13 外氣導入口 14 吸口端（提示部） 16 第1成份產生源 18 細管構件（第2分配區段) 20 釋出口（提示部） 22 第2成份產生源 24 内部流路 25 ' 27 止回閥 26 刺激提示裝置 29 吸著要素 30 球狀霧化器 31 發熱源 323999 20 201242524 38 刺激提示裝置 40 耳架（第1及第2 分配區段） 42 可撓性線（第1及第2分配區段） 42a、 42b 分歧部 44 吸口構件（第1及第2分配區段） 46 鼻頭構件（第1及第2分配區段） 48 吸口端（提示部） 49、51 通氣口 50 釋出口（提示部） 60 支架 62 上維持管 64 下維持管 66 第1釋出源 68 第2釋出源 70 吸口構件 72 吸聞端口 a 預定角度 323999 21At the head member. The mouthpiece member 44 incorporates the aforementioned source J and has a mouth end 48 and a vent 49. Further, the nose member 46 has a second component generating source 22, and has a discharge port 5 and a vent 51. According to the stimulation prompting device 38 described above, the user mounts the 323999 201242524 ear frame 40 in one ear, and uses the flexibility of the flexible wire 42 to place the mouthpiece member 44 and the nose piece 46 in the user's mouth and the nostrils, respectively. Next, the mouth end 48 of the mouthpiece member 44 is attached. In this state, the user draws air through the mouth and draws the taste stimulating component released by the mouth end 48 of the mouthpiece member 44 into the mouth. On the other hand, the olfactory stimulating component released from the discharge port 50 is sucked into the nostril. Further, similarly to the stimulation presentation device 10 of the first embodiment, the stimulation presentation device 38 may include a heat source for the first and second component generation sources 16 and 22. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a state of use of the stimulation presentation device of the first embodiment. Fig. 2 is a longitudinal sectional view of the stimulation presenting device of Fig. 1. Fig. 3 is a view schematically showing the experimental apparatus. Fig. 4 is a side view showing the stimulation presenting device of the second embodiment. Fig. 5 is a side view showing the stimulation presenting device of the third embodiment. [Explanation of main component symbols] 10 Stimulation presentation device 12 Thick pipe member (first distribution section) 13 External air introduction port 14 Suction end (presentation part) 16 First component generation source 18 Thin tube member (second distribution section) 20 Release port (presentation section) 22 Second component generation source 24 Internal flow path 25' 27 Check valve 26 Stimulus alert device 29 Suction element 30 Ball atomizer 31 Heat source 323999 20 201242524 38 Stimulus alert device 40 Ear frame ( First and second distribution sections) 42 Flexible lines (first and second distribution sections) 42a, 42b Branching parts 44 Suction members (first and second distribution sections) 46 Nose components (1st and 1st 2 Distribution section) 48 Suction port end (presentation part) 49, 51 Vent port 50 Release port (presentation part) 60 Bracket 62 Upper maintenance pipe 64 Lower maintenance pipe 66 First release source 68 Second release source 70 Suction member 72 Sucking port a predetermined angle 323999 21