200417339 (1) 玖、發明說明 【發明所屬之技術領域】 本發明’是有關將橫剖面呈橢圓形狀的棒狀化妝料從 容器出沒可能的棒狀化妝料送出容器。 【先前技術】 以往，把持橫剖面呈橢圓形狀的棒狀化妝料的芯挾 盤，是在收容其的筒容器內進退可能並使棒狀化妝料從筒 容器的先端出沒可能的棒狀化妝料送出容器是被提供於市 場。 在這種棒狀化妝料送出容器中，已知將芯挾盤的棒狀 化妝料保持部作爲圓弧狀的爪在徑方向相面對地呈一對配 設的同時，在棒狀化妝料的基端部的長軸側或是短軸側， 設置對應上述一對的爪而平坦切除的缺口部，在此的缺口 部藉由讓爪由進入由該爪把持棒狀化妝料。在此棒狀化妝 料送出容器中，藉由使爪的外周面及棒狀化妝料的外周面 一致地構成，謀求容器的小型化（例如，專利第 2 9 0 4 7 1 1 號公報參照）。 【發明內容】 發明人，檢討上述技術的結果，發現以τ的課題° 即，在上述棒狀化妝料送出容器中，藉由使爪的外周面及 棒狀化妝料的外周面一致，達成小型化’但是需要在棒狀 化妝料的基端部設置平坦的切口部，所以製造麻煩且製造 (2) (2)200417339 成本高，同時棒狀化妝料會變脆。且，在上述爪中，棒狀 化妝料的把持並非充分安定，且，應達成小型化的爪的板 厚較薄的同時，因如此爪的板厚較薄所以爪容易朝內側倒 下，因此例如衝擊等的外力作用的情況時，棒狀化妝料會 曲折、脫落。且，如此爪朝內側倒下的話，在組裝時中將 棒狀化妝料安裝於爪是困難且製造成本高。 本發明，是爲了解決這種課題，其的目的是提供一種 不會使棒狀化妝料變脆地謀求製造成本的降低及容器的小 型化’確實防止當有外力作用的情況時的棒狀化妝料的曲 折、脫落’且，棒狀化妝料的安裝容易及製造成本更降低 的棒狀化妝料送出容器。 本發明的棒狀化妝料送出容器，把持橫剖面爲橢圓形 狀的棒狀化妝料的芯挾盤，是在收容其的筒容器內，隨著 螺合機構及止轉機構進退可能，前述棒狀化妝料是從前述 筒容器的先端出沒可能的棒狀化妝料送出容器，其特徵 爲：前述芯挾盤’是具備把持前述棒狀化妝料的基端部的 挾盤部，此挾盤部，是具備：橫剖面呈略橢圓形狀使前述 棒狀化妝料是突接的基部、及設在此基部的除了長軸及短 軸的外周位置的至少四處來把持前述棒狀化妝料的把持 片’此把持片’是橫剖面是與內周線相比其外周線長的略 門形形狀’且，前述外周線，是隨著朝向長軸側使門縮小 的線’前述筒容器’是具備：接近前述棒狀化妝料的外周 面形成的前述棒狀化妝料的進退孔、及在前述挾盤部進退 範圍設置於前述進退孔並接近前述把持片的外周面形成的 -6 - (3) (3)200417339 前述把持片的進退溝。 依據這種棒狀化妝料送出容器，把持呈橫剖面橢圓形 狀的棒狀化妝料的把持片，是設在棒狀化妝料的基端部突 接的基部的除了長軸及短軸的外周位置的至少四處的同 時，橫剖面是與內周線相比外周線較長的略門形形狀， 且，外周線是隨著朝向長軸側使門變小的線的同時，因爲 筒容器內的棒狀化妝料的進退孔是接近棒狀化妝料的外周 面形成，且把持片的進退溝是接近把持片的外周面形成， 所以不需要在棒狀化妝料的基端部設置平坦的切口部，結 構簡易，使收容挾盤部的筒容器的半徑方向小。且，橫剖 面橢圓形狀的棒狀化妝料，因爲是除了其長軸及短軸在外 周位置的至少四處至少四面把持，所以棒狀化妝料確實被 把持的同時，因爲把持片呈橫剖面略門形形狀，所以可確 保把持片的充分板厚，加上，因爲筒容器內的棒狀化妝料 的進退孔是接近棒狀化妝料的外周面且把持片的進退溝是 接近把持片的外周面形成，所以外力是由筒容器整體承 受，且，因爲如此把持片是呈橫剖面略門形形狀的同時筒 容器內的進退溝是接近把持片的外周面形成，所以即使外 力作用，把持棒狀化妝料的把持片也不會往內側倒下。 且，因爲如此把持片是呈橫剖面略門形形狀的同時筒容器 內的進退溝是接近把持片的外周面形成，所以即使在組裝 時呈橫剖面略門形形狀的把持片是朝內側倒下，藉由將該 把持片插入筒容器的略同形狀的進退溝，就可使把持片由 進退溝矯正並正常打開，使朝把持片的棒狀化妝料的安裝 (4) (4)200417339 容易。 在此，將上述棒狀化妝料送出容器的功能充分發揮的 最佳的結構，具體上，進退溝及滑動此進退溝的把持片， 是構成止轉機構。 且，將上述棒狀化妝料送出容器的功能充分發揮的最 佳的結構，具體上，芯挾盤，是與前述挾盤部的後端連續 地具備芯挾盤軸的同時，在該芯挾盤軸的後端部具備螺合 突起，在筒容器中，於內周面具備螺旋溝的螺旋筒是被內 插地裝設成可旋轉自如，在此螺旋筒內前述芯挾盤軸是被 內插使螺合突起與螺旋溝卡合，這些的螺合突起及螺旋溝 構成螺合機構。 在此，更收容前述芯挾盤及前述螺旋筒的前述筒容器 是作爲棒狀化妝料卡匣，具備可覆蓋此棒狀化妝料卡匣的 後部地收容的同時可將該棒狀化妝料卡匣裝卸且可相對旋 轉自如地裝設的卡匣收容容器，此卡匣收容容器，是與前 述棒狀化妝料卡匣內的前述螺旋筒的後端部卡合，具備拘 束該螺旋筒的旋轉的卡合部。且，因消耗等需要交換棒狀 化妝料時，將棒狀化妝料卡匣從卡匣收容容器拔脫地裝設 交換用的棒狀化妝料卡匣即可，且，藉由將棒狀化妝料卡 匣元件化地組裝地裝設於卡匣收容容器，就可獲得棒狀化 妝料送出容器，所以組裝容易。 本發明的棒狀化妝料送出容器，把持橫剖面爲橢圓形 狀的棒狀化妝料的芯挾盤，是在收容其的筒容器內，隨著 螺合機構及止轉機構進退可能，前述棒狀化妝料是從前述 -8- (5) (5)200417339 筒容器的先端出沒可能的棒狀化妝料送出容器，其特徵 爲：前述芯挾盤，是具備把持前述棒狀化妝料的基端部的 挾盤部，此挾盤部，是具備：橫剖面呈略橢圓形狀使前述 棒狀化妝料是突接的基部、及設在此基部的除了長軸及短 軸的外周位置的至少四處來把持前述棒狀化妝料的把持 片，此把持片，此把持片，是使橫剖面由內周線、外周線 及一對的側線所限定，前述一對的側線是具有朝向內方相 互接近的位置關係，前述一對的側線之中前述長軸側的側 線的長度，是比前述短軸側的側線的長度短，前述筒容 器，是具備：接近前述棒狀化妝料的外周面形成的前述棒 狀化妝料的進退孔、及在前述挾盤部進退範圍設置於前述 進退孔並接近前述把持片的外周面形成的前述把持片的進 退溝。 本發明，藉由以下的詳細的說明及添付圖面，就可充 分理解。這些只是供例示者，並非限定本發明。 【實施方式】 以下，對於本發明的棒狀化妝料送出容器的最佳的實 施例，參照第1圖〜第9圖說明。第1圖，是顯示本發明 的實施例的棒狀化妝料送出容器的縱剖面圖，第2圖及第 3圖，是顯示棒狀化妝料卡匣的各圖，第4圖〜第6圖， 是顯示卡匣筒的各圖，第7圖及第8圖，是顯示芯挾盤的 各圖，第9圖，是顯示螺旋筒的圖，本實施例的棒狀化妝 料送出容器，是例如，可收容眼線筆、眉毛筆、唇膏等的 -9- (6) 200417339 棒狀化妝料，使用者可依據需要適宜出沒的棒 出容器。 如第1圖所示，棒狀化妝料送出容器1， 筆記用具的細長圓棒狀（棍棒狀）具有良好的外 棒狀化妝料Μ的棒狀化妝料卡匣2，形成在卡 3的先端側（圖示左側）可裝卸，同時，在此卡 3的後端側，將保持螺旋毛刷5的毛刷支架4 成。而且，在此所使用的棒狀化妝料Μ，是？ 示，橫剖面是扁平的橢圓形狀。 如第1圖所示，卡匣收容容器3，是兩端 形狀結構。此卡匣收容容器3，其筒內的略中 中分隔3 a分隔，中分隔3 a的靠先端側的筒內 棒狀化妝料卡匣2的後部的空間，同時，中f 後端側的筒內，形成收容毛刷支架4的後部的 分隔此雨空間的中分隔3 a，是在其中央 收容棒狀化妝料卡匣 2的空間的卡合部 3 b 3 b，是使棒狀化妝料卡匣2的內筒的螺旋筒 不可旋轉地連結用，橫剖面形成略十字狀形狀 分隔3 a的他方側，爲了也與棒狀化妝料卡匣 設卡匣，而突設與上述卡合部3 b同樣形狀的Η 且，卡匣收容容器3，是在其先端的開口 面，具備將作爲構成棒狀化妝料卡匣2的外 6(筒容器；詳細後述）可相對旋轉地裝設用的環 棒狀化妝料卡匣2，是具備：如第2圖及 狀化妝料送 整體形狀如 觀，將收容 匣收容容器 匣收容容器 可裝卸地形 Μ第3圖所 開放的圓筒 間位置是由 ，形成收容 卜隔3 a的靠· 空間。 ，突設朝向 。此卡合部 8 (詳細後述） 。然而，中 2同樣可裝 ?合部。 靠近的內周 筒的卡匣筒 犬溝部3 c。 第5圖所示 -10- (7) (7)200417339 的附段差的圓筒形狀的卡匣筒6、及如第2圖及第7圖所 示的被收容於卡匣筒6內朝軸線方向延伸在先端把持棒狀 化妝料Μ進退的芯挾盤7、及如第2圖及第9圖所示的收 容卡匣筒6內的後部側並螺合芯挾盤7的圓筒形狀的螺旋 筒8。這些卡匣筒6、芯挾盤7及螺旋筒8，是具有進退 棒狀化妝料Μ的進退機構功能（詳細後述）。 卡匣筒6，是如第2圖、第4圖及第5圖所示，將先 端側的抓持部作爲的大徑部6 a、及在此大徑部6 a的後端 透過外周階段部6 b使外周面小徑地連續的小徑部6 c，由 例如合成樹脂等的可撓材一體成型。大徑部6 a，是形成 愈朝向先端外徑漸漸地變細的先端較細形狀，小徑部6 c 是比卡匣收容容器3的內徑小而插入可能。 在此卡匣筒6中’在小徑部6 c的先端側挾住軸線的 180°對稱位置，各設置彈性卡合部6d、6d。此彈性卡合 部6d，是藉由穿通卡匣筒6的周壁的 字狀分割溝6e形 成’具備：藉由成形材的合成樹脂等的可撓性達成板彈簧 的功能的半島部6f、及從此半島部6f的外周面突出的卡 合突部6g。 而且，如第1圖所示，其後端部內插於卡匣收容容器 3的卡匣筒6，藉由使成爲板彈簧的半島部6f的卡合突部 6g嵌入上述卡匣收容容器3的環狀溝部3c卡合，在卡匣 收容容器3可裝卸且可相對旋轉自如地裝設。此卡匣筒6 的卡合突部6g，是藉由成爲板彈簧的半島部6f的彈發力 推迫而與卡匣收容容器3的環狀溝部3 c抵接，發生旋轉 -11 - (8) (8)200417339 阻力。 卡匣筒6的內周面，是如第4圖〜第6圖所示，從先 端至多少靠近內側的範圍，形成只讓棒狀化妝料Μ通過 可能的小徑孔6i，從此小徑孔6i的後端至筒後端，是形 成讓把持棒狀化妝料Μ的芯挾盤7進退可能地收容的同 時收容螺旋筒8的收容孔6m。 第一收容孔6j，是將可通過棒狀化妝料Μ的小徑孔 (棒狀化妝料進退孔）6 i連續形成，同時，加上此小徑孔 6i，在其外周面，使構成作爲芯挾盤7的進退機構的一部 分的止轉機構及進退導引機構的進退溝6p連設形成。此 進退溝6p ’是使芯挾盤7的把持片7 d是進退，形成對應 把持片7d形狀的形狀（詳細後述）。 且，第二收容孔6k，是作成略圓形形狀，如第4圖 及第5圖所示，在靠近後端的位置，具備將螺旋筒8可相 對旋轉地裝設用的環狀溝部6h。 螺旋筒8，是由例如合成樹脂等的可撓性材形成，如 第9圖所示，從其內周面的先端橫跨後端部附近的範圍， 將構成作爲芯挾盤7的進退機構的一部分的螺合機構的螺 旋溝8 a沿著軸線形成 > 同時，在靠近後端的外周面，具 備環狀突部8b。 而且，如第2圖所示，內插於卡厘筒6的第二收容孔 6k的螺旋筒8，其環狀突部8b是藉由嵌入上述卡匣筒（ 的環狀溝部6h卡合’在卡匣筒6可相對旋轉自如地被裝 設。 -12- (9) (9)200417339 且，在螺旋筒8中，如第2圖及第9圖所示，在其後 端部，在半徑方向（放射方向）在彈力地按壓打開可能的彈 性突部8 c是往後方突出設置。此彈性突部8 c，是在沿著 周方向的四處呈等間隔配設的四片的突部。· 而且，卡匣筒6內的螺旋筒8，是如第1圖所示，在 其彈性突部8 c、8 c間，藉由使設置於上述卡匣收容容器 3的中分隔3 a的十字狀的卡合部3 b的各突部進入地卡 合，使軸線方向的移動不被拘束，且不可旋轉地與卡匣收 容容器3連結。 即，卡匣收容容器3及螺旋筒8是不可旋轉地連結， 卡匣筒6，是對於這些的卡匣收容容器3及螺旋筒8可相 對旋轉自如地連結。 芯挾盤7，是如第4圖及第7圖所示，將把持棒狀化 妝料Μ的基端部的挾盤部7 a、及在此挾盤部7 a的後端連 續在軸線方向延伸芯挾盤軸7b，由例如合成樹脂等的可 撓材一體成型。 . 如第2圖所示，內插於螺旋筒8的芯挾盤軸7b，是 如第7圖所示’在挾住其後部的軸線的1 8 0°對稱位置， 各具備作爲與螺旋筒8的螺旋溝8a卡合的螺合機構的螺 合突起7 g。在具備芯挾盤軸7 b的螺合突起7 g的部分 中，將這些的螺合突起7g、7g呈二股分開地從後端面形 成分割溝7 f，藉由此分割溝7 f，使各螺合突起7 g，在半 徑方向彈性變形可能’可無鬆動地確實螺合在螺旋筒8的 螺旋溝8 a。 -13- (10) (10)200417339 如第2圖所示，內插於卡匣筒6的第一收容孔6j的 挾盤部7a，是如第3圖、第4圖、第7圖及第8圖所 示，具備：棒狀化妝料Μ的基端部突接的基部7 c、及把 持棒狀化妝料Μ的基端部的同時作爲卡合於卡匣筒6的 進退溝6ρ的止轉機構及進退導引機構的把持片7d。 基部7c，是如第7圖及第8圖所示，形成與橢圓形 狀的棒狀化妝料Μ略一致的橢圓形狀的厚板。 把持片7 d，是如第8圖所示，在基部7 c的除了長軸 及短軸的外周位置的四處，如第4圖及第7圖所示，朝向 先端側設置成突出。如此把持片7 d，是將基部7 c藉由長 軸及短軸分割成4個領域時，在那些4個領域至少一個一 個地配置較佳。然而在本實施例中，這些四個的把持片 7 d，是對於基部7 c的長軸及短軸對稱配置。 這些四個的把持片7 d，是如第4圖及第8圖所示， 內周面7x及外周面7y是形成弧狀的曲面，在橫剖面與內 周線相比外周線長的略門形形狀。而且，內周線是形成沿 著棒狀化妝料Μ的外形的弧狀，藉此，內周面7x是可把 持棒狀化妝料Μ的結構，同時，外周線是隨著朝向長軸 側使門縮小的線。 且’把持片7d，是如第4圖、第 7圖及第8圖所 示’其先端側端面的內周側位置，是形成將棒狀化妝料Μ 朝把持片彼此之間圓滑導引的錐面面7e，同時，如第4 圖及第8圖所示，在內周面7x，具備沿著軸方向延伸的 突部7 f，這些四個的把持片7 d是把持棒狀化妝料Μ的同 -14- (11) (11)200417339 時，內周面7χ的突部7f，可阻止棒狀化妝料Μ的旋轉方 向的移動。 而且，如第3圖、第4圖及第6圖所示，上述卡匣筒 6的小徑孔（棒狀化妝料進退·孔）6i，是接近橢圓形狀的棒 狀化妝料Μ的外周面形成，進退溝6p，是接近略門形形 狀的把持片7d的外周面形成。 且，如第1圖所示，卡匣收容容器3的後端側的毛刷 支架4，是塞住卡匣收容容器3的後端的開口地裝設，作 爲保持成此毛刷支架4從卡匣收容容器3露出的塗抹具的 螺旋毛刷5，是由可裝卸地裝設在毛刷支架4的尾蓋9所 覆蓋。 將具有這種結構的棒狀化妝料送出容器1組裝的況 中，首先，將棒狀化妝料卡匣2元件化組裝。 此棒狀化妝料卡匣2的組裝，首先，將螺旋筒8及芯 挾盤7相對旋轉，並在將芯挾盤7的芯挾盤軸7 b從螺旋 筒8的先端側的開口內插地將螺旋筒8的螺旋溝8 a及芯 挾盤7的芯挾盤軸7b的螺合突起7g螺合的狀態往螺旋筒 8的後端側送出。 接著’將此組裝體，配合挾盤部7 a的把持片7 d的位 置及卡匣筒6的進退溝6p的位置，從其先端側的挾盤部 7 a側往卡匣筒6的後端的開口內插。 在此’把持片7 d是容易朝內側倒下，藉由成形收縮 等朝內側倒下’習知是需要將成形時的冷卻時間延長，調 整成形條件等，但是在本實施例中，橫剖面略門形形狀的 -15- (12) (12)200417339 把持片7d即使朝內側倒下，該把持片7d，可插入接近卡 匣筒6的該把持片7 d的外周面（把持片7 d的相似形）的進 退溝6p的話，朝把持片7d的內側的倒下會由該進退溝 6p矯正並正常地打開。 而且，藉由將螺旋筒8的先端面突接於卡匣筒6的內 周階段部6 X，使螺旋筒8的環狀突部8 b嵌入卡匣;筒6的 環狀溝部6h而卡合，上述組裝體是可相對旋轉自如地裝 設在卡匣筒6。 接著，將棒狀化妝料Μ，從其基端部側往卡匣筒6的 先端的開口插入。此時，把持片7 d，因爲是由進退溝6ρ 矯正而可正常開，所以朝把持片7d的棒狀化妝料Μ的安 裝容易。而且，藉由將棒狀化妝料Μ，把持於芯挾盤7的 挾盤部7a，就可獲得棒狀化妝料卡匣2。 接著，將如此獲得的棒狀化妝料卡匣2，從其後端側 往卡匣收容容器3的先端之開口內插，藉由將卡匣筒6的 外周階段部6b突接卡匣收容容器3的先端面，使卡匣筒 6的卡合突部6 g嵌入卡匣收容容器3的環狀溝部3 c而卡 合，卡匣筒6是可裝卸且可相對旋轉自如地裝設在卡匣收 容容器3，同時，螺旋筒8的彈性突部8 c是與卡匣收容 容器3的中分隔3 a的卡合部3 b卡合，螺旋筒8是不可旋 轉地連結在卡匣收容容器3，由此，獲得棒狀化妝料送出 容器1。 如此，在本實施例，因爲棒狀化妝料卡匣2是元件化 組裝後，裝設於卡匣收容容器3，所以棒狀化妝料送出谷 -16- (13) (13)200417339 器1的組裝容易，可謀求製造成本的降低。 接著，說明藉由這種棒狀化妝料送出容器1塗抹棒狀 化妝料Μ的情況。這種情況，將從卡匣筒6的卡匣收容 容器3露出大徑部6a捏持，同時抓持卡匣收容容器3 , 將這些相對旋轉。在此，說明卡匣收容容器3的旋轉。 如此的話，卡匣收容容器3的中分隔3 a的卡合部3 b 及棒狀化妝料卡匣2的螺旋筒8的彈性突部8 c因爲是朝 旋轉方向卡合，所以螺旋筒8會與卡匣收容容器3 —起一 體旋轉。此時，卡匣收容容器3，是抵抗卡匣筒6的卡合 突部6g之間的旋轉阻力而旋轉。 此時，具有螺合於螺旋筒8的螺旋溝8 a的螺合突起 7g的芯挾盤7，使把持片7d，不可旋轉且可軸線方向移 動地卡合在作爲卡匣筒6的止轉機構及進退導引機構的進 退溝6 p，讓卡匣筒6內前進，使棒狀化妝料Μ從卡匣筒 6的先端送出。 而且，棒狀化妝料Μ若送出至所期長度後，停止卡 匣收容容器3及卡匣筒6的相對旋轉。如此的話，隨著卡 匣筒6的卡合突部6g及卡匣收容容器3的環狀溝部3c之 間所產生的旋轉阻力，使卡匣收容容器3及卡匣筒6維持 預定的卡合狀態。 因此，在此狀態下，使用者握持卡匣收容容器3塗抹 棒狀化妝料Μ即可。此時，從塗抹面透過棒狀化妝料 Μ、止轉機構，往卡匣筒6有外力作用，但是該卡匣筒6 的旋轉，是由上述旋轉阻力所阻止。 -17- (14) (14)200417339 在此，將卡匣收容容器3及卡匣筒6進一步相對旋 轉，將芯挾盤7進一步朝送出方向移動送出至最大的話’ 芯挾盤7會到達前進限，使芯挾盤7的以上的前進被阻 止。 在此狀態下，進一步繼續相對旋轉的話’芯挾盤7的 前進因爲被阻止，所以卡匣收容容器3的中分隔3 a的卡 合部3 b，會將螺旋筒8的彈性突部8 c朝半徑方向按壓擴 散來解除卡合的同時，卡匣筒6及芯挾盤7及螺旋筒8形 成一體並對於卡匣收容容器3相對旋轉地空轉。如此’螺 旋筒8的彈性突部8 c是具有作爲扭矩限制器的功能。 而且，塗抹是若終了後，使用者，藉由將卡匣收容容 器3及卡匣筒6朝與上述逆方向地相對旋轉，使棒狀化妝 料Μ插入卡匣筒6內。 在此，因消耗等需要交換棒狀化妝料Μ的情況中， 將棒狀化妝料卡匣2從卡匣收容容器3拔脫，將交換用 (新的）棒狀化妝料卡匣2與上述同樣裝設於卡匣收容容器 3即可，謀求便利性、實用性的提高。 但是，將這種棒狀化妝料送出容器1放入背包攜帶時 會被按壓，將棒狀化妝料送出容器1掉落至例如地上等的 情況時’對於該棒狀化妝料送出容器1會有不予期的外力 作用。 但是，在本實施例的棒狀化妝料送出容器1中，如前 述’橫剖面橢圓形狀的棒狀化妝料Μ，因爲在除了其長軸 及短軸的外周位置的四處由把持片7 d從四面把持，所以 -18- (15) (15)200417339 可確實把持的同時，把持片7d形成從橫剖面略門形形 狀，所以把持片7 d可確保充分的板厚，加上，因爲卡匣 筒6內的進退孔6j，是接近棒狀化妝料Μ的外周面形成 且卡匣筒6內的進退溝6 ρ，是接近把持片7 d的外周面幵夕 成，所以外力是由卡匣筒6整體承受’且’因爲如此把持 片7d是形成橫剖面略門形形狀的同時’卡匣筒6內的進 退溝6 p是接近把持片7 d的外周面形成’所以即使外力作 用，把持棒狀化妝料Μ的把持片7d也不會往內側倒下。 因此，在本實施例的棒狀化妝料送出容器1中’可確 實防止棒狀化妝料Μ的曲折、脫落。 且，在本實施例中，是如上述，把持橫剖面橢圓形狀 的棒狀化妝料Μ的把持片7d，是設在棒狀化妝料Μ的基 端部突接地形成橫剖面略橢圓形狀的基部7c的除了長軸 及短軸的外周位置的四處，同時形成橫剖面略門形形狀’ 且，在橫剖面把持片7 d的外周線是隨著朝向長軸側將門 縮小的線，同時，卡匣筒6內的進退孔6j是接近棒狀化 妝料Μ的外周面形成，且卡匣筒6內的進退溝6p是接近 把持片7 d的外周面形成，不需要在棒狀化妝料Μ的基端 部設置平坦的切口部，結構簡易，使收容挾盤部7a的卡 匣筒6在半徑方向較小。 因此，在本實施例的棒狀化妝料送出容器1中，可使 棒狀化妝料Μ不會脆地謀求製造成本的降低及容器1的 小型化。 且，在本實施例中，是如上述，把持片7 d形成橫剖 -19- (16) (16)200417339 面略門形形狀的同時，因爲卡匣筒6內的進退溝6p是接 近把持片7d的外周面形成相似形，所以在組裝時把持片 7 d即使是朝內側倒下，該把持片7 d藉由插入卡匣筒6內 的略同形狀的進退溝6p，使把持片7d由進退溝6p矯正 而可正常打開，使朝把持片7d的棒狀化妝料的安裝容 易。 因此，在本實施例的棒狀化妝料送出容器1中，更可 謀求製造成本的降低。 然而，適用於本實施例的棒狀化妝料送出容器1的最 佳效果’特別是橫剖面是扁平的橢圓形狀的棒狀化妝料 Μ ’但是棒狀化妝料是橢圓形狀的話，較厚也可以。 以上，將本發明依據其實施例具體說明，但是本發明 是不限定於上述實施例，例如，在上述實施例，雖是在卡 匣收容容器3的後端側，裝設螺旋毛刷5，但是取代其， 裝設具備先端側的棒狀化妝料Μ及色或種類的相異棒狀 化妝料的棒狀化妝料卡匣、或液狀化妝料卡匣也可能。 且，在上述實施例，雖是將把持片7d的外周面7y形 成曲面，但是非必定限定曲面，例如扁平面等也可以。 且，在上述實施例，雖是考慮組裝的容易性、棒狀化 妝料Μ的交換等的最較佳形態，而將棒狀化妝料卡匣2， 對於卡匣收容容器3裝卸可能，但是拔脫不能地固定當然 也可以。 (產業上的利用可能性） -20- (17) (17)200417339 依據本發明，是提供一種不使棒狀化妝料變脆地謀求 製造成本的降低及容器的小型化的同時，即使外力作用的 情況’也確實防止棒狀化妝料的曲折、脫落，且，棒狀化 妝料的安裝容易及製造成本更降低的棒狀化妝料送出容 器。 【圖式簡單說明】 第1圖，是顯示本發明的實施例的棒狀化妝料送出容 器的縱剖面圖。 第2圖，是顯示第1圖中的棒狀化妝料卡匣的縱剖面 圖。 第3圖，是第2圖的羾-瓜視圖。 第4圖，是第2圖中的卡匣筒、芯挾盤的挾盤部的分 解立體圖。 第5圖，是顯示第2圖中的卡匣筒的一部分切斷側面 圖。 第6圖，是如第5圖所示的卡匣筒的後視圖。 第7圖，是顯示第2圖中的芯挾盤的側面圖。 第8圖，是如第7圖所示的芯挾盤的前視圖。 第9圖，是顯示第2圖中的螺旋筒的縱剖面圖。 [圖號說明] Μ棒狀化妝料 1棒狀化妝料送出容器 -21 - (18) (18)200417339 2棒狀化妝料卡匣 3卡匣收容容器 3 a中分隔 3 b卡合部 3c環狀溝部 4毛刷支架 5螺旋毛刷 6卡匣筒 6a大徑部 6b外周階段部 6 c小徑部 6d彈性卡合部 6e 字狀分割溝 6f半島部 6g卡合突部 6 h環狀溝部 6i小徑孔 6j第一收容孔（進退孔） 6k第二收容孔 6m收容孔 6p進退溝 6x內周階段部 7芯挾盤 7a挾盤部 -22- (19) (19)200417339 7 b芯挾盤軸 7c基部 7 d把持片 7 e錐面面 7f突部 7 g螺合突起 7x 內周面 7 y外周面 8螺旋筒 8 a螺旋溝 8 b環狀突部 8 c彈性突部 9尾蓋200417339 (1) 发明. Description of the invention [Technical field to which the invention belongs] The present invention 'relates to sending out a stick-shaped cosmetic material with a oval-shaped cross-section from the container. [Prior Art] Conventionally, a core plate that holds a rod-shaped cosmetic having an elliptical cross-section has been a rod-shaped cosmetic that can advance and retreat in a cylindrical container that accommodates the rod-shaped cosmetic and allows the rod-shaped cosmetic to protrude from the tip of the cylindrical container The delivery container is provided to the market. In such a rod-shaped cosmetic material delivery container, it is known that the rod-shaped cosmetic material holding portion of the core pan is arranged as a pair of arc-shaped claws facing each other in the radial direction, and the rod-shaped cosmetic material is arranged. The long-axis side or the short-axis side of the base end portion is provided with a notch portion that is cut out flatly corresponding to the pair of claws, and the notch portion here is configured to allow the claw to enter and hold the rod-shaped cosmetic material. In this stick-shaped cosmetic material delivery container, the outer peripheral surface of the claw and the outer peripheral surface of the rod-shaped cosmetic material are uniformly configured to reduce the size of the container (for example, refer to Patent No. 2 0 4 7 11) . [Summary of the Invention] The inventors reviewed the results of the above technology and found that with the problem of τ °, that is, in the above-mentioned rod-shaped cosmetic material delivery container, the outer peripheral surface of the claw and the outer peripheral surface of the rod-shaped cosmetic material are made uniform to achieve a small size. However, it is necessary to provide a flat cutout at the base end of the rod-shaped cosmetic, so it is cumbersome and expensive to manufacture (2) (2) 200417339, and the rod-shaped cosmetic becomes brittle. Furthermore, in the above-mentioned claws, the grip of the rod-shaped cosmetic is not sufficiently stable, and the thickness of the claws to be miniaturized should be thin, and because the claws are thin, the claws easily fall toward the inside. For example, when an external force such as an impact is applied, the stick-shaped cosmetic material may bend and fall off. In addition, when the claws are dropped toward the inside as described above, it is difficult to attach the rod-shaped cosmetic material to the claws during assembly, and the manufacturing cost is high. The present invention is to solve such a problem, and an object thereof is to provide a reduction in manufacturing cost and a reduction in the size of a container without brittleness of the rod-shaped cosmetic material. The rod-shaped makeup is surely prevented when an external force acts. The tortuousness and peeling of the material are also easy to install and the manufacturing cost of the rod-shaped cosmetic is reduced, and the rod-shaped cosmetic material is sent out of the container. The rod-shaped cosmetic material sending-out container of the present invention holds the core plate of the rod-shaped cosmetic material with an elliptical cross section in a cylindrical container containing the rod-shaped cosmetic material. As the screwing mechanism and the anti-rotation mechanism advance and retreat, The cosmetic material is a stick-shaped cosmetic material delivery container that can be infested from the tip of the tube container, and is characterized in that: the core pan is a pan plate portion having a base end portion that holds the rod-shaped cosmetic, and the pan plate portion, It is provided with a base portion having a substantially elliptical shape in cross section so that the stick-shaped cosmetic material protrudes, and a holding sheet for holding the stick-shaped cosmetic material at least four places on the base portion except at the outer peripheral positions of the long axis and the short axis. This holding piece 'is a slightly door-shaped shape whose cross section is longer than the inner peripheral line' and the outer peripheral line is a line which reduces the door as it goes toward the long axis side. Advancement and retraction holes of the rod-shaped cosmetic material formed close to the outer peripheral surface of the rod-shaped cosmetic material, and -6 formed in the advancement and retreat range of the pan-plate portion in the advancement-retraction hole and close to the outer peripheral surface of the grip sheet-(3) ( 3) 200417339 Grasping said sheet advancing and retracting groove. According to such a rod-shaped cosmetic material sending-out container, a holding piece for holding a rod-shaped cosmetic material having a cross-section oval shape is provided on the outer peripheral position of the base portion protruding from the base end portion of the rod-shaped cosmetic material except for the long axis and the short axis. At least four places at the same time, the cross section is a slightly gate-like shape with a longer outer peripheral line than the inner peripheral line, and the outer peripheral line is a line that makes the door smaller as it goes toward the long axis side, because the inside of the tube container The advancement and retraction holes of the stick-shaped cosmetic are formed close to the outer peripheral surface of the stick-shaped cosmetic, and the advancement and retreat grooves of the holding sheet are formed close to the outer peripheral surface of the holding sheet, so there is no need to provide a flat cutout at the base end of the stick-shaped cosmetic. , The structure is simple, and the radial direction of the cylindrical container that accommodates the pan section is small. In addition, the bar-shaped cosmetic material with a cross-section elliptical shape is gripped on at least four sides at least four places except for its long axis and short axis at the outer peripheral position. Therefore, while the bar-shaped cosmetic material is being gripped, the grip sheet is slightly cross-sectioned. Shape, it can ensure the full thickness of the grip sheet, plus, because the advancing and retreating holes of the rod-shaped cosmetic in the tube container are close to the outer peripheral surface of the stick-shaped cosmetic and the advancing and retracting groove of the holding sheet is close to the outer peripheral surface of the holding sheet It is formed so that the external force is borne by the cylindrical container as a whole, and because the holding piece is shaped like a cross section in a slightly portal shape, the advancement and retraction groove in the cylindrical container is formed close to the outer peripheral surface of the holding piece. The cosmetics holding sheet will not fall down. In addition, since the holding piece is shaped like a cross section and has a slightly portal shape, the advancement and retreat grooves in the cylinder container are formed close to the outer peripheral surface of the holding piece, so even when the holding piece is shaped like a cross section, the shape is inverted toward the inside. Next, by inserting the gripping piece into the advancement and retraction groove of the same shape of the cylinder container, the gripping piece can be corrected by the advancement and retraction groove and opened normally, so that the stick-shaped cosmetic material facing the gripping piece can be installed (4) (4) 200417339 easily. Here, the optimal structure that fully exerts the function of the rod-shaped cosmetic material sending-out container, specifically, the advancement and retraction groove and the holding piece sliding the advancement and retraction groove constitute a rotation prevention mechanism. In addition, the optimal structure for fully exerting the function of sending out the stick-shaped cosmetic material out of the container. Specifically, the core plate is provided with a core plate shaft continuously with the rear end of the plate portion, and the core plate is provided on the core plate. The rear end of the disk shaft is provided with screwing protrusions. In the tube container, a spiral tube having a spiral groove on the inner peripheral surface is inserted to be rotatable freely. The screwing protrusions are engaged with the spiral grooves by interpolation, and these screwing protrusions and spiral grooves constitute a screwing mechanism. Here, the barrel container that further accommodates the core pan and the spiral barrel is a rod-shaped cosmetic cassette, and the rod-shaped cosmetic card can be stored while covering the rear portion of the rod-shaped cosmetic cassette. A cassette storage container that can be detachably mounted and can be relatively rotatably mounted, and the cassette storage container is engaged with the rear end of the spiral cylinder in the rod-shaped cosmetic cartridge, and has a rotation restricting the spiral cylinder. Engaging part. In addition, when it is necessary to exchange the rod-shaped cosmetic material due to consumption, the rod-shaped cosmetic material cassette may be detached from the cassette storage container, and the rod-shaped cosmetic material cassette for replacement may be installed. The material cassette is assembled into the cassette storage container as a component, and a stick-shaped cosmetic material delivery container can be obtained, so the assembly is easy. The rod-shaped cosmetic material sending-out container of the present invention holds the core plate of the rod-shaped cosmetic material with an elliptical cross section in a cylindrical container containing the rod-shaped cosmetic material. As the screwing mechanism and the anti-rotation mechanism advance and retreat, The cosmetic material is sent out from the -8- (5) (5) 200417339 tip of the cylindrical container, and the cosmetic material is sent out of the container, and the core plate is provided with a base end portion for holding the cosmetic material The pan plate portion includes a base portion having a slightly elliptical shape in cross section so that the rod-shaped cosmetic material protrudes, and at least four places on the outer portion except the long axis and the short axis are provided on the base portion. The grip sheet for gripping the rod-shaped cosmetic material, the grip sheet, and the grip sheet have a cross section defined by an inner circumference line, an outer circumference line, and a pair of side lines, and the side lines of the pair approach each other inwardly. The positional relationship is that the length of the side line on the long axis side among the pair of side lines is shorter than the length of the side line on the short axis side, and the cylindrical container includes the rod formed near the outer peripheral surface of the rod-shaped cosmetic. Stick The advancing and retracting hole of the cosmetic material, and the advancing and retracting groove of the gripping sheet formed in the advancing and retracting range of the pan section and provided on the advancing and retracting hole and near the outer peripheral surface of the gripping sheet. The present invention can be fully understood by the following detailed description and added drawings. These are merely examples and do not limit the present invention. [Embodiment] Hereinafter, the best embodiment of the stick-shaped cosmetic material delivery container of the present invention will be described with reference to Figs. 1 to 9. Fig. 1 is a longitudinal sectional view showing a stick-shaped cosmetic material feeding container according to an embodiment of the present invention, and Figs. 2 and 3 are views showing the stick-type cosmetic cartridge, Figs. 4 to 6 Is a diagram showing a cartridge barrel, FIGs. 7 and 8 are diagrams showing a core plate, and FIG. 9 is a diagram showing a spiral barrel. The rod-shaped cosmetic material delivery container of this embodiment is For example, -9- (6) 200417339 stick-shaped cosmetic that can hold eyeliner, eyebrow pencil, lipstick, etc., users can stick out the container according to their needs. As shown in FIG. 1, the stick-shaped cosmetic material is sent out of the container 1, and the slender round rod-shaped (stick-shaped) stick-shaped cosmetic material cartridge 2 having a good outer rod-shaped cosmetic material M is formed on the tip of the card 3. The side (left side shown in the figure) can be attached and detached. At the same time, at the rear end side of the card 3, the brush holder 40 holding the spiral brush 5 is formed. And, is the stick-shaped cosmetic M used here? It is shown that the cross section is a flat oval shape. As shown in Fig. 1, the cassette accommodating container 3 has a structure of both ends. In this cartridge storage container 3, the space in the cylinder is slightly separated from the middle to the middle by 3a, and the space at the rear of the rod-shaped cosmetic cartridge 2 on the front side of the middle is separated from the middle by 3a. In the cylinder, the middle partition 3a forming the rear part of the rain space accommodating the brush holder 4 is the engaging part 3b 3b of the space for accommodating the rod-shaped cosmetic cassette 2 in the center, which is for making rod-shaped makeup. The spiral tube of the inner tube of the material cartridge 2 is non-rotatably connected, and the cross section is formed in a slightly cross shape to separate the other side of 3 a. In order to provide a cartridge with the stick-shaped cosmetic cartridge, it is protruded to engage with the above. The part 3 b has the same shape. Also, the cassette storage container 3 is provided at the front end with an outer 6 (cylinder container; described in detail below) constituting the stick-shaped cosmetic cassette 2 so as to be relatively rotatable. The ring-shaped cosmetic box 2 is provided as follows: as shown in FIG. 2 and the cosmetic material is sent in the overall shape, the storage box can be detached from the storage container. The reason is to form a back room for containing the partition 3a. , Set up towards. This engaging portion 8 (described later in detail). However, the middle 2 can also be fitted with a joint. The cartridge tube of the inner cylinder near the dog trough 3c. As shown in FIG. 5-(7) (7) 200417339, the cylindrical cartridge barrel 6 with a step difference, and the axis of the cartridge barrel 6 accommodated in the cartridge barrel 6 as shown in Figs. 2 and 7 are shown. The core plate 7 extending in the direction holding the rod-shaped cosmetic material M at the tip and the cylindrical shape of the core plate 7 screwed into the rear side of the storage cartridge cylinder 6 as shown in FIGS. 2 and 9 are screwed. Spiral tube 8. These cartridge cylinder 6, core pan 7, and spiral cylinder 8 have the function of an advancing and retracting mechanism for advancing and retreating the rod-shaped cosmetic material M (described in detail later). As shown in FIG. 2, FIG. 4, and FIG. 5, the cartridge cylinder 6 has a large-diameter portion 6 a having a grip portion on the tip side, and the rear end of the large-diameter portion 6 a passes through the outer peripheral stage. The portion 6 b is a small-diameter portion 6 c in which the outer peripheral surface is continuous in a small diameter, and is integrally formed of a flexible material such as a synthetic resin. The large-diameter portion 6 a is formed into a thinner tip shape whose outer diameter gradually decreases toward the tip, and the small-diameter portion 6 c is smaller than the inner diameter of the cassette storage container 3 and can be inserted. In this cassette tube 6, 'is held at a 180-degree symmetrical position of the axis at the distal end side of the small-diameter portion 6c, and elastic engagement portions 6d, 6d are each provided. This elastic engaging portion 6d is formed by a character-shaped dividing groove 6e penetrating the peripheral wall of the cassette barrel 6, and is provided with a peninsula portion 6f that achieves the function of a leaf spring by flexibility of a synthetic resin such as a molding material, and The engaging protrusion 6g protrudes from the outer peripheral surface of the peninsula part 6f. Further, as shown in FIG. 1, the rear end portion is inserted into the cassette tube 6 of the cassette storage container 3, and the engaging projection 6 g of the peninsula portion 6 f serving as a leaf spring is fitted into the cassette storage container 3. The annular groove portion 3c is engaged, and is detachably mounted in the cassette accommodating container 3 and is relatively rotatable. The engaging protrusion 6g of the cartridge tube 6 is pushed by the elastic force of the peninsula portion 6f which is a leaf spring, and abuts against the annular groove portion 3c of the cartridge accommodating container 3, and rotates -11-( 8) (8) 200417339 resistance. The inner peripheral surface of the cartridge cylinder 6 is a range from the apex to the inner side as shown in FIGS. 4 to 6 to form a small-diameter hole 6i through which only the rod-shaped cosmetic material M can pass. The rear end of 6i to the rear end of the cylinder is a receiving hole 6m for forming the core pan 7 that holds the rod-shaped cosmetic material M to accommodate the spiral cylinder 8 while being able to be accommodated forward and backward. The first accommodating hole 6j is formed continuously by a small-diameter hole (rod-shaped cosmetic advancing / retracting hole) 6i that can pass through the rod-shaped cosmetic material M. At the same time, the small-diameter hole 6i is added to the outer peripheral surface to make the structure as The anti-rotation mechanism, which is a part of the advancing and retracting mechanism of the core pan 7, and the advancing and retracting groove 6p of the advancing and retracting guide mechanism are formed in series. This advancing and retracting groove 6p 'is a shape in which the holding piece 7d of the core plate 7 is advanced and retracted so as to correspond to the shape of the holding piece 7d (to be described in detail later). The second receiving hole 6k is formed in a substantially circular shape. As shown in Figs. 4 and 5, near the rear end, the second receiving hole 6k is provided with an annular groove 6h for rotatably mounting the spiral tube 8. The spiral cylinder 8 is formed of a flexible material such as synthetic resin. As shown in FIG. 9, the spiral cylinder 8 extends from the front end of the inner peripheral surface to the vicinity of the rear end portion, and constitutes the advancement and retraction mechanism of the core pan 7. A spiral groove 8a of a part of the screwing mechanism is formed along the axis. At the same time, an annular protrusion 8b is provided on the outer peripheral surface near the rear end. Furthermore, as shown in FIG. 2, the spiral tube 8 inserted into the second receiving hole 6k of the caliper tube 6 has a ring-shaped projection 8b fitted into the ring-shaped groove portion 6h of the cartridge tube ( The cartridge tube 6 can be installed in a relatively rotatable manner. -12- (9) (9) 200417339 In the spiral tube 8, as shown in FIG. 2 and FIG. 9, at the rear end portion, The radial direction (radiation direction) is provided with elastic protrusions 8 c that can be opened by being elastically pressed. The elastic protrusions 8 c are four protrusions arranged at equal intervals in four places along the circumferential direction. In addition, as shown in Fig. 1, the spiral tube 8 in the cartridge tube 6 is provided with a middle partition 3 a provided between the elastic projections 8 c and 8 c of the cartridge storage container 3. Each protrusion of the cross-shaped engaging portion 3 b is engaged with the ground, so that the movement in the axial direction is not restricted, and is connected to the cassette storage container 3 non-rotatably. That is, the cassette storage container 3 and the spiral cylinder 8 It is non-rotatably connected, and the cartridge tube 6 is relatively rotatably connected to these cartridge storage containers 3 and the spiral tube 8. The core plate 7 is as the fourth As shown in FIG. 7, the pan plate portion 7 a that holds the base end portion of the rod-shaped cosmetic material M and the rear end of the pan plate portion 7 a continuously extends the core pan plate shaft 7 b in the axial direction, and is synthesized, for example, from The flexible material such as resin is integrally formed. As shown in FIG. 2, the core disc shaft 7b inserted into the spiral cylinder 8 is shown in FIG. The symmetrical positions are each provided with screwing projections 7 g serving as screwing mechanisms for engaging with the spiral groove 8 a of the spiral cylinder 8. In the portion including the screwing projections 7 g of the mandrel disk shaft 7 b, these screws are screwed together. The projections 7g and 7g are divided into two grooves 7 f from the rear end surface. By dividing the grooves 7 f, each of the screwing protrusions 7 g can be elastically deformed in the radial direction, and can be screwed into the spiral barrel without loosening. The spiral groove 8 a of 8 -13- (10) (10) 200417339 As shown in FIG. 2, the pan portion 7 a inserted into the first receiving hole 6j of the cartridge barrel 6 is as shown in FIG. As shown in FIG. 4, FIG. 7 and FIG. 8, the base portion 7 c having the base end portion of the rod-shaped cosmetic material M protruding and the base portion 7 c of the rod-shaped cosmetic material M are gripped while being engaged with the cassette. Tube 6 The anti-rotation mechanism of the advancement and retreat groove 6ρ and the holding piece 7d of the advancement and retraction guide mechanism. The base portion 7c is a thick plate having an oval shape as shown in FIG. 7 and FIG. As shown in FIG. 8, the holding piece 7 d is provided at four positions on the outer periphery of the base portion 7 c except for the long axis and the short axis, as shown in FIG. 4 and FIG. 7, so as to protrude toward the apex side. When the holding piece 7 d is to divide the base 7 c into four areas by the long axis and the short axis, it is better to arrange at least one of those four areas. However, in this embodiment, these four holding pieces 7 d is symmetrically arranged with respect to the long axis and the short axis of the base 7 c. These four holding pieces 7 d are as shown in FIG. 4 and FIG. 8. The inner peripheral surface 7x and the outer peripheral surface 7y are arc-shaped curved surfaces. The outer peripheral line is slightly longer than the inner peripheral line in the cross section. Door shape. In addition, the inner peripheral line is formed in an arc shape along the outer shape of the rod-shaped cosmetic M, whereby the inner peripheral surface 7x can hold the rod-shaped cosmetic M, and at the same time, the outer peripheral line is directed toward the long axis side. Door shrinking lines. In addition, the 'holding sheet 7d is as shown in FIG. 4, FIG. 7, and FIG. 8' and the inner peripheral side position of the front end side end surface is formed to smoothly guide the rod-shaped cosmetic material M toward the holding sheets. At the same time, as shown in FIGS. 4 and 8, the tapered surface 7e is provided with a protrusion 7 f extending in the axial direction on the inner peripheral surface 7x. These four grip pieces 7 d are grip-shaped cosmetic materials. In the same manner as -14- (11) (11) 200417339 for M, the protrusion 7f on the inner peripheral surface 7x can prevent the movement of the rod-shaped cosmetic material M in the rotation direction. Further, as shown in FIGS. 3, 4 and 6, the small-diameter hole (rod-shaped cosmetic advancing / retracting hole) 6i of the cartridge barrel 6 is an outer peripheral surface of the rod-shaped cosmetic M that is close to an oval shape. Formed, the advancing and retracting groove 6p is formed near the outer peripheral surface of the grip piece 7d having a slightly portal shape. Moreover, as shown in FIG. 1, the brush holder 4 on the rear end side of the cassette storage container 3 is installed to plug the opening at the rear end of the cassette storage container 3, and holds the brush holder 4 from the card. The spiral brush 5 of the applicator exposed from the cassette accommodating container 3 is covered by a tail cover 9 detachably mounted on the brush holder 4. When assembling the rod-shaped cosmetic having the above-mentioned structure out of the container 1, first, the rod-shaped cosmetic cassette 2 is assembled into components. To assemble the rod-shaped cosmetic cassette 2, first, the spiral tube 8 and the core plate 7 are relatively rotated, and the core plate disk 7 b of the core plate 7 is inserted from the opening on the front end side of the spiral tube 8. The spiral groove 8 a of the spiral cylinder 8 and the screwing protrusions 7 g of the core coil disk shaft 7 b of the core coil disk 7 are screwed to the rear end side of the spiral cylinder 8. Next, 'this assembly is matched with the position of the holding piece 7 d of the pan section 7 a and the position of the advancement and retraction groove 6 p of the cassette tube 6 from the side of the pan section 7 a of the tip side to the rear of the cassette tube 6 The opening at the end is interpolated. Here, the “holding piece 7 d is easy to fall to the inside and to fall inward by forming shrinkage and the like” is conventionally required to extend the cooling time during forming and adjust the forming conditions, but in this embodiment, the cross section -15- (12) (12) 200417339 with a slightly door shape Even if the holding piece 7d falls inward, the holding piece 7d can be inserted into the outer peripheral surface of the holding piece 7 d (the holding piece 7 d) near the cassette tube 6 If the forward and backward groove 6p is similar to the forward and backward groove 6p, the fall toward the inner side of the holding piece 7d will be corrected by the forward and backward groove 6p and opened normally. Further, the front end surface of the spiral cylinder 8 is protruded to the inner peripheral stage portion 6 X of the cartridge cylinder 6 so that the annular protruding portion 8 b of the spiral cylinder 8 is fitted into the cassette; the annular groove portion 6h of the cylinder 6 is stuck. Then, the assembly is rotatably mounted on the cassette barrel 6. Next, the rod-shaped cosmetic material M is inserted from the base end portion side to the opening at the front end of the cartridge cylinder 6. At this time, since the holding piece 7d can be opened normally by being corrected by the advancing groove 6ρ, it is easy to install the stick-shaped cosmetic material M toward the holding piece 7d. Further, by holding the stick-shaped cosmetic material M on the pan portion 7a of the core pan 7, the rod-shaped cosmetic cartridge 2 can be obtained. Next, the rod-shaped cosmetic cartridge 2 thus obtained is inserted from the rear end side to the opening of the front end of the cartridge storage container 3, and the outer peripheral stage portion 6b of the cartridge barrel 6 is projected to the cartridge storage container. At the front end of 3, the engaging protrusion 6 g of the cartridge tube 6 is fitted into the annular groove portion 3 c of the cartridge accommodating container 3 and engaged. The cartridge tube 6 is detachably and relatively rotatably installed on the card. At the same time, the elastic receiving portion 8 c of the spiral cylinder 8 is engaged with the engaging portion 3 b of the middle partition 3 a of the cassette receiving container 3, and the spiral cylinder 8 is non-rotatably connected to the cassette receiving container. 3. Thus, a stick-shaped cosmetic material delivery container 1 is obtained. Thus, in this embodiment, since the stick-shaped cosmetic cartridge 2 is assembled into components and installed in the cartridge storage container 3, the stick-shaped cosmetic material is sent out of the valley 16- (13) (13) 200417339 of the device 1 The assembly is easy, and the manufacturing cost can be reduced. Next, a case where the stick-shaped cosmetic material M is applied by the stick-shaped cosmetic material delivery container 1 will be described. In this case, the large-diameter portion 6a of the cassette accommodating container 3 from the cassette tube 6 is grasped while holding the cassette accommodating container 3, and these are relatively rotated. Here, the rotation of the cassette storage container 3 will be described. In this way, since the engaging portion 3 b of the middle partition 3 a of the cassette accommodating container 3 and the elastic protrusion 8 c of the spiral cylinder 8 of the rod-shaped cosmetic cassette 2 are engaged in the direction of rotation, the spiral cylinder 8 will It rotates together with the cassette storage container 3. At this time, the cassette accommodating container 3 is rotated against the rotational resistance between the engaging projections 6g of the cassette cylinder 6. At this time, the core plate 7 having the screwing projection 7g screwed into the spiral groove 8a of the spiral cylinder 8 engages the holding piece 7d in a non-rotatable and axially movable manner to prevent rotation of the cartridge cylinder 6. The advancing and retracting groove 6 p of the mechanism and the advancing and retracting guide mechanism advances the inside of the cartridge tube 6, so that the rod-shaped cosmetic material M is sent out from the tip of the cartridge tube 6. When the rod-shaped cosmetic material M is delivered to the desired length, the relative rotation of the cassette accommodating container 3 and the cassette tube 6 is stopped. In this way, with the rotation resistance generated between the engaging protrusion 6g of the cassette tube 6 and the annular groove portion 3c of the cassette accommodating container 3, the cassette accommodating container 3 and the cassette tube 6 maintain a predetermined engagement. status. Therefore, in this state, the user can hold the cassette storage container 3 and apply the rod-shaped cosmetic material M. At this time, an external force acts on the cartridge tube 6 through the rod-shaped cosmetic material M and the rotation prevention mechanism from the application surface, but the rotation of the cartridge tube 6 is prevented by the above-mentioned rotation resistance. -17- (14) (14) 200417339 Here, further rotate the cassette storage container 3 and the cassette tube 6 relatively, and move the core tray 7 toward the sending direction to the maximum. 'The core tray 7 will reach forward Limit, so that the above advance of the core plate 7 is prevented. In this state, if the relative rotation is further continued, since the advancement of the core plate 7 is blocked, the engaging portion 3 b of the middle partition 3 a of the cassette storage container 3 will cause the elastic protrusion 8 c of the spiral cylinder 8 When the diffusion is pressed in the radial direction to release the engagement, the cartridge cylinder 6, the core pan 7, and the spiral cylinder 8 are integrated into one body, and rotate idly relative to the cartridge storage container 3. In this way, the elastic projection 8c of the 'screw 8 has a function as a torque limiter. After the application is completed, the user rotates the cassette accommodating container 3 and the cassette tube 6 in the opposite direction to the above, so that the rod-shaped cosmetic material M is inserted into the cassette tube 6. Here, in the case where the rod-shaped cosmetic material M needs to be exchanged due to consumption or the like, the rod-shaped cosmetic material cartridge 2 is detached from the cartridge storage container 3, and the (new) rod-shaped cosmetic material cartridge 2 is replaced with the above Similarly, it can be installed in the cassette accommodating container 3, and the convenience and practicability can be improved. However, when the rod-shaped cosmetic material sending container 1 is carried in a backpack, it will be pressed. When the rod-shaped cosmetic material sending container 1 is dropped to the ground, for example, there will be a case where the rod-shaped cosmetic material sending container 1 Unexpected external force. However, in the rod-shaped cosmetic material feeding container 1 of the present embodiment, the rod-shaped cosmetic material M having an elliptical shape in the cross section is as described above, because the holding piece 7 d It is gripped on all sides, so -18- (15) (15) 200417339 can be surely gripped, and the gripping piece 7d is formed into a slightly gate shape from the cross section. Therefore, the gripping piece 7d can ensure a sufficient thickness. In addition, because the cassette The advancing and retracting hole 6j in the cylinder 6 is formed near the outer peripheral surface of the rod-shaped cosmetic material M and the advancing groove 6 ρ in the cartridge cylinder 6 is formed near the outer peripheral surface of the holding piece 7 d. Therefore, the external force is caused by the cassette. The cylinder 6 receives the entire “and” because the holding piece 7d is formed in a slightly portal shape in cross section, and the “advancing and retracting groove 6p in the cartridge tube 6 is formed close to the outer peripheral surface of the holding piece 7d.” Therefore, even if an external force acts, the holding piece 7d The holding piece 7d of the rod-shaped cosmetic material M does not fall down. Therefore, in the stick-shaped cosmetic material feeding container 1 of this embodiment, it is possible to prevent the stick-shaped cosmetic material M from being twisted and falling off. Moreover, in this embodiment, as described above, the holding piece 7d that holds the rod-shaped cosmetic material M having a cross-sectional elliptical shape is a base portion provided at the base end portion of the rod-shaped cosmetic material M to form a substantially oval-shaped cross-section. 7c except for the major axis and the minor axis at the outer peripheral position at the same time, forming a slightly portal-shaped cross section at the same time, and the outer peripheral line of the cross-section holding piece 7 d is a line that shrinks the door toward the major axis side at the same time. The advancing and retracting holes 6j in the cartridge 6 are formed near the outer peripheral surface of the rod-shaped cosmetic material M, and the advancing and retracting grooves 6p in the cartridge tube 6 are formed near the outer peripheral surface of the holding piece 7 d. A flat cutout portion is provided at the base end portion, and the structure is simple, so that the cartridge barrel 6 accommodating the pan portion 7a is small in the radial direction. Therefore, in the rod-shaped cosmetic material sending-out container 1 of this embodiment, the rod-shaped cosmetic material M can be made less brittle, and the container 1 can be made smaller. Moreover, in this embodiment, as described above, the holding piece 7 d is formed into a cross-section -19- (16) (16) 200417339 while the surface is slightly gate-shaped, because the advancement and retraction groove 6p in the cartridge barrel 6 is close to the holding The outer peripheral surface of the sheet 7d is similarly shaped, so even if the holding sheet 7 d falls down inward during assembly, the holding sheet 7 d is inserted into the similarly shaped advance and retreat groove 6p in the cartridge barrel 6 to make the holding sheet 7 d It can be opened normally by correcting the advancement and retraction groove 6p, and it is easy to install the stick-shaped cosmetic material toward the holding piece 7d. Therefore, in the rod-shaped cosmetic material delivery container 1 of this embodiment, it is possible to further reduce the manufacturing cost. However, the best effect of the rod-shaped cosmetic material feeding container 1 suitable for the present embodiment is 'especially the rod-shaped cosmetic material having a flat elliptical cross-section in the cross section M'. However, if the rod-shaped cosmetic material is oval-shaped, it may be thicker. . In the foregoing, the present invention has been specifically described based on its embodiments, but the present invention is not limited to the above embodiments. For example, in the above embodiment, a spiral brush 5 is installed on the rear end side of the cassette storage container 3, However, instead of this, it is also possible to install a stick-shaped cosmetic cartridge having a tip-shaped stick-shaped cosmetic M and a different color or type of stick-shaped cosmetic, or a liquid cosmetic cartridge. Moreover, in the above-mentioned embodiment, although the outer peripheral surface 7y of the holding piece 7d is formed into a curved surface, the curved surface is not necessarily limited, such as a flat surface. Moreover, in the above-mentioned embodiment, although it is the most preferable form considering the ease of assembly and the exchange of the rod-shaped cosmetic material M, the rod-shaped cosmetic material cartridge 2 can be attached and detached to and from the cartridge storage container 3, but it can be pulled out. Of course, it cannot be fixed. (Industrial Applicability) -20- (17) (17) 200417339 According to the present invention, it is possible to provide a reduction in manufacturing cost and miniaturization of a container without embrittlement of a stick-shaped cosmetic material, even if an external force acts In the case of 'the rod-shaped cosmetic material can also be prevented from twisting and falling off, and the rod-shaped cosmetic material can be easily installed and the manufacturing cost of the rod-shaped cosmetic material can be reduced, and the rod-shaped cosmetic material can be sent out of the container. [Brief Description of the Drawings] Fig. 1 is a longitudinal sectional view showing a stick-shaped cosmetic material delivery container according to an embodiment of the present invention. Fig. 2 is a longitudinal sectional view showing the stick-shaped cosmetic cassette of Fig. 1; Fig. 3 is a view of the scallion-melon in Fig. 2. Fig. 4 is an exploded perspective view of the pan portion of the cassette tube and the core pan in Fig. 2; Fig. 5 is a partially cut-away side view showing the cartridge cartridge shown in Fig. 2; Fig. 6 is a rear view of the cartridge cartridge shown in Fig. 5. Fig. 7 is a side view showing the core pan in Fig. 2; Fig. 8 is a front view of the core pan shown in Fig. 7. Fig. 9 is a longitudinal sectional view showing a spiral cylinder in Fig. 2. [Illustration of the drawing number] Μ rod-shaped cosmetic material 1 rod-shaped cosmetic material delivery container -21-(18) (18) 200417339 2 rod-shaped cosmetic material cassette 3 cassette storage container 3 a partition 3 b engagement portion 3c ring Shaped groove 4 Brush holder 5 Spiral brush 6 Cassette barrel 6a Large diameter portion 6b Peripheral stage portion 6 c Small diameter portion 6d Elastic engagement portion 6e Shaped division groove 6f Peninsula portion 6g Engagement protrusion 6 h Annular groove portion 6i small diameter hole 6j first receiving hole (advancing and retracting hole) 6k second receiving hole 6m receiving hole 6p advancing and retracting groove 6x inner peripheral stage 7 core pan 7a pan plate 22- (19) (19) 200417339 7 b core Disc shaft 7c Base 7 d Holding piece 7 e Conical surface 7f Projection 7 g Screwing projection 7x Inner peripheral surface 7 y Outer peripheral surface 8 Spiral cylinder 8 a Spiral groove 8 b Ring-shaped projection 8 c Elastic projection 9 tail cover