201249366 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種内設具備泵機構之内容器之粉餅容 器》 【先前技術】 直以來’將粉底等粉末狀化妝材料填充至中型碟 中，並於中型碟内加壓成型，從而作為固形粉末化妝材料 與中型碟一併收容於粉餅容器内。由於此種粉餅容器可攜 帶性優異，且亦可收容鏡子或粉撲等化妝用具，故即便外 出亦可簡單地進行化妝行為，從而被廣泛使用。 另一方面，由於乳液、化妝水、粉底液等液狀化妝材 料需要氣密性，故一般係填充至瓶或管等中，因此需另外 攜帶化妝行為所需之鏡子或粉撲等化妝用具。因此，於外 出時除攜帶化妝材料之外還需攜帶化妝用Λ·，因此欠缺便 利性。 作為收容液狀内容物之粉餅容器，已知有收容安裝有 内容器之粉餅容器（專利文獻1及2)。該等粉餅容器 係藉由玥動内容器之底面或管容器之滑動構件之末端設為 傾斜面’自傾斜面之上方按壓按紐，使内容器或滑動構件 /月動驅動泵機構而注出内容物。 J x等谷器，當按壓按紐時，於按紐與傾斜面之 間產生較大之摩擦力，並且因按紐自上方按壓導致内容器 (或/月動構件）與容器内底面之間亦產生較大之 因此，實際蜱、σ a '、月况為’不僅無法平滑地驅動泵機構，亦難以 201249366 順暢地注出内容物，且亦存在於該等構件上施加過度之力 而破損之虞’因此s亥等容器係無法通用作為液狀化妝材料 之粉餅容器。又’該等粉餅容器係非可更換内容器之構造， 故當用完内容物時必須廢棄粉餅容器。 於此種狀況下，期望開發一種以簡單之操作便可平滑 地注出定量之乳液等液狀化妝材料、攜帶性優異、並且用 元後可換裝為新再填充容器的粉餅容器。 先前技術文獻 專利文獻 專利文獻1 :曰本實開昭6丨_779丨丨號公報 專利文獻2:曰本實開平5_74414號公報 【發明内容】 [發明所欲解決之問題] 本發明之課題在於提供一種以簡單之操作便可平滑地 注出定f之乳液等液狀化妝材料、摘帶性優異、並且用完 後可換裝為新再填充容器的粉餅容器。 心 [解決問題之技術手段] 為解決上述課題，本發明者進行了研究，結果發現， 於内設具備泵機構之内容器之粉餅容器中，將連結構件 一端連結於設置於容器本體之按鈕之容器本體内部側，並 於連結構件之另一端連結滑動構件，將滑動構件連結於泵 之汽缸，藉此，當按壓按鈕時，連結構件旋動，使滑動構 件潸動驅動泵機構’因此可極大地降低於滑動構件與容器 内底面之間產生之摩擦力，發現可平滑地注出内容物，i 4 201249366 藉由各構件之連結構造，可將内設於粉餅容器之内 為再填充容器而容易地換裝，從而完成本發明。。作 即，本發明係一種内設具備系機構之内容器之粉餅办 益，該泵機構係藉由按愿喷嘴頭使活塞於汽紅之内: 動從而自注出口注出内容物，其 m 贝門备物具特徵在於：於收容内容 之容器本體設置可壓入至容器本體内部之按鈕，於該 之容器本體㈣側以連結構件之另—料㈣嘴頭 方向旋動之方式連結配置連結構件之—端，於該連結構^ 之另-端可旋動地連結沿容器本體之内表面向㈣頭之& 端方向滑動之滑動構件，並將該滑動構件與汽缸連結，2 設置於容器本體之貫通孔與注出口連通之方式將噴 定於容器本體’當按下按奴時，連結構件旋動，使滑二 件向噴嘴頭之前端方向滑動，將汽缸向噴嘴頭之前端 按壓而驅動泵機構而注出内容物。 叼 進而，本發明之粉餅容器，係藉由於設置於汽 面之係合（Engage)片上接合滑動構件而將 缸連結^ ^ ^ 又，本發明之粉餅容器，係透過1個或2個以上之你 合構件而將滑動構件與汽缸連結。 你 進而，本發明之粉餅容器，係於相對於滑動構 之方向之垂直方向上將係合片或係合構件之係合部 結於滑動構件之係合部。 運 進而，本發明之粉餅容器，係將突起片垂直於滑 件之滑動方向立設於容器本體之内侧，並以該突起片固定 201249366 喷嘴頭。 …進而，本發明之粉餅容器’係藉由於袋狀容器之口部 安裝泵而形成具備泵機構之内容器。 又，本發明之粉餅容器，係藉由於管容器之口部安裝 泵而形成具備泵機構之内容器。 進而，本發明之粉餅容器，係將於袋狀容器或管容器 内設安裝有泵之再填充容器内設。 [發明之效果] 根據本發明之粉餅容器，當按壓按鈕時，連結構件旋 動，使滑動構件滑動從而將汽缸向喷嘴頭之前端方向按 壓而驅動粟機構，故可極大地減小按la與連結構件、連 結構件與滑動構件、以及内容器與容器本體底面之間產生 之摩擦力，從而可平滑地注出内容物。 又，藉由各構件之連結構造’可容易地將内設於粉餅 容器之内容器作為再填充容器而更換。 【實施方式】 關於本發明之粉餅容器，參照圖式並於以下進行說明。 如圖1及圖2所示，本發明之粉餅容器係以鉸鏈部（2a ) 將容器本體（3)與外蓋（2)連結而成之形態，可藉由滑 動開啟鈕（1 8 )而移動外蓋（2 )之係合部（2b ),而解除 容器本體（3 )與外蓋（2 )在係合部（2b、几）之係合且 打開外蓋（2 )。又，於鉸鏈部（2a )裝入有轉矩鉸鏈（2!) 並朝展開外蓋之方向施力。因此，當滑動開啟鈕（丨8 )而 解除係合部（2b、5b )之係合時，外蓋便自動上升。 6 201249366 如圖3戶斤 裝於容器本體 收容連結構件 及内容器（8 ) 而關閉。 不，將按鈕（5)可壓入至容器本體内部地安 (31 ;之上表面。又，於容器本體（3)内部 (6 )、滑動構件（7 )、導向板（丨9 )、以 ，且容器本體之下方開口部係藉由底板（4 ) 内容器C 8〉# 係於口部具備泵機構（9),藉由按壓喷 , 將接合於喷嘴頭之管'吨（Stem) ( 12)按壓 ’使與管心柱（12 )連接之活塞（23 )於 /L 3之内表面滑動，藉此將自吸入管（ 汽缸=容物自注出口⑴)注出(圖3)。 之係外表面設置用以與滑動構件⑺連結 於係合構件以垂直於滑動構件（7 )之 設置於滑==貫:孔Μ”圖4)。而且，藉由 動構件（7)且垂直於滑動方向立設之突起部⑺） =通孔（l4a)，而成為滑動構件⑺與係合構件（14) 連、··。之狀態（圖9)。設為此種連結構造之原因在於，藉由 :下粉餅容器⑴之底板（4)，並自容器本體⑺之底 :二口：出内容器⑴，可解除滑動構件⑺與係合構 之連結，因而易於取出内容器（8)。而且，藉由 :b種構造，可將内容器（8)作為再填充容器，於用完 進行換裝。X’連結構造並不限定於此，若將係合 動構H之係合部與滑動構件（7)之係合部於相對於滑 用任何^之方向進行嵌入連結者，則可採 201249366 於圖4中，係合構件（14) 4 )係外插入於汽缸（丨3 )， 藉由環件（15 )固定，但固定方土 u疋方法並不限於此，例如，亦 可將係合構件以嵌合或接著耸m — a t 人俠耆寺固疋於汽缸外表面。又係 合構件亦可連結於⑽器（8)之不易變形之部位等。於此 種情形時，内容器⑴等係、作為連結構件之—部分而發揮 功能’將汽缸（⑴朝喷嘴頭之前端方向壓人，而可滑動 汽缸内之活塞（23)。又’係合構件並不限於1個，亦可 組合使用2個以上之係合構件。進而，藉由不使用係合構 件而將係合片一體成型地設置於汽缸之外表面並於係人 片上Μ與係合構件相同之貫通孔，而可與滑動構件連結。 内容益（8)，較佳為，囊等袋狀容器或管容器。當内 容物被注出而使内容器之容器内之空間增大時，則吸入管 (16)之前端不浸潰於内容物而難以吸引内容物，而使内 容物之注出變得不穩'定°因此，較佳為容器可隨著内容物 之注出而收縮且使吸入管（16)之前端始終浸潰於内容物 中的袋狀容器等。又，袋狀容器或管容器係可減少使用之 樹脂材料之量，且亦適合作為再填充容器。 收容於内容器之内容物之性狀若可藉由泵機構注出者 便並無特別限定，但較佳為，液狀、凝膠狀及乳霜狀’例 如，較佳為，將乳霜、乳液、凝膠、精華液、粉底液等化 妝材料作為内容物而收容。 於容器本體（3)設置可壓入至容器本體内部之按鈕（5) (圖5 (a) 、（b))，並將連結構件（6)之一端（6a) 連結於按鈕（5)之壓入方向側（圖6(a) 、。圖6 201249366 係顯示以鉸鏈部（5a)可旋動地連結按鈕（5)與容器本體 (3)之一例，但並不限定於此，只要按鈕（5)之設置為 可壓入至容器本體内部，則可採用任何方法。 又，連結構件與按鈕之連結係如圖7、8所示，可將連 結構件之前端彎折成直角，並將”折部分（⑷嵌入於設 置在按鈕之壓入方向側表面之槽而連結，但並不限定於 此’只要可旋動地連結連結構件之另一端（6b)者，則可 採用任何連結方法。 與和連結構件之按紐連結之一端（6a)相反之另一端 (广）係可向喷嘴頭（11) t前端方向旋動，且於該另一 端（6b)可旋動地連接沿容器本體⑺之内表面向喷嘴頭 (")之前端方向滑動之滑動構件⑺。藉由設為此種連 …構造，當壓入按鈕（5 )時， 椹杜> $ ^ ， 予連、，。構件U )係以與滑動 : 一”刀為中心一邊向喷嘴頭之前端方向移動一邊 使滑動構件(7)沿容器本體⑴之内表面向喷： 之月"而方向滑動（圖5(b)、圖6(b)、圖9 ::，由於壓入按紐之力之方向係藉由連結動 ，貝之月Ά方向，故可減少於按紐(5)盘遠,士 ΓΛ6)、連結構件(6)與滑動構件⑺、以及二 叮 盗本體底面（底板U))之間產生之摩擦力° 二=之汽缸（13)向噴嘴頭⑺X 滑 入（圖9(a)、（b))。 十'月地壓 -二結構件U)與滑動構件⑺之連結 不，可將連結構件f A 園7 8所 )之别端彎折成直角，並將該彎折部 201249366 分（6b )嵌入於滑動構件（7 )之側面而連接，但並不限定 於此，只要可旋動地連結滑動構件與連結構件 用任何連結m 又’於圆7、8中’準備2根連結構件，並將各變折部 分（6b)嵌入至滑動構件⑺左右之側面，但亦可藉由使 左右之彎折部分（6b、6b)為連續者，且以該部分貫通按 紐側面，而連結於滑動構件。 於滑動構件⑺於滑動方向設置有導向槽（7b)，且 於該導向槽插入自容器本體之内表面立設之導向棒（2”。 藉此，滑動構件係滑動之方向受到限制，而可正確地反覆 滑動。又’於滑動構件與容器本體底面（底板（4))之間 配置有導向板（19)。於進A4C： 於導向板上設置段差（19a)而形成 有溝槽，藉由使滑動構件於該溝槽内滑動，而限制滑動構 件滑動之方向。 以設置於容器本體（3)之貫通孔（⑺與注出口（ι〇) 連通之方式將喷嘴頭（u)固定於容器本體（3)(圖η)。 若泵之汽社（13彳m + * ^ 、 ）於已固疋喷嘴頭（1 1 )之狀態中向喷嘴 頭（11)之前端方向移動 移動則其作用與一般驅動泵時壓入 喷0^頭之動作相同。即， _ P右α缸（13 )向喷嘴頭（11 )之 刖端方向移動，則桩 厭入則接合於喷嘴頭（11)之管心柱（12)被 壓入至 >飞紅内，葬ώ 連接於管心柱（12 )之活塞（23 )於 之内表面滑動’使自吸引之汽缸 内之内容物自注出口（1〇)注出。 而且，自系之、、* 山 口（1〇)注出之内容物，係通過容 10 201249366 器本體之貫通孔（17)而自粉餅交 丨合益（1 )注出。 如圖5、7所示，用以固定嗔 責嘴碩（11)之肋（20)， 較佳為’垂直於滑動構件滑動 义万向地立設於容器本體内 表面。藉由設為此種形狀及配晋 夏，—邊可固定喷嘴頭，一 邊可於用完内容物後卸下粉餅容 ^ 4益（1 )之底板（4 )，從 而將内容器（8)自容器本體（3)夕广* )之底部開口拔除。藉此， 可將内容器作為再填充容器而容易地換裝。 又’用以固定喷嘴頭之狀 咖主 頌之肋（20)，係不僅自容器本體 内表面立設’亦於容器本體鱼 白，棋“ 个瓶”肋之間介在其他構件，使肋 自该構件豎立之構造。 【圖式簡單說明】 圖1係粉餅容器之立體圖（關閉外蓋之狀態）。 圖2係粉餅容器之立體圖（打開外蓋之狀態）。 圖3係粉餅谷器之主要構件之分解圖。 圖4係内容器之立體圖。 態 圖5係自粉餅容器之斜上方向之透視圖)靜止狀 (b )注出狀態）。 態 圖6係自粉餅容器之斜下方向之透視圖（（&)靜止狀 (b )注出狀態）。 圖7係粉餅容器之正面透視圖。 圖8係粉餅容器之背面透視圖。 JS| Λ . 係A-A線剖面圖（（&)靜止狀態’ （b)注出狀 態）。 【主要元件符號說明】 11 201249366 1 粉餅容器 2 外蓋 2a ' 5a 较鏈部 2b、5b 係合部 3 容器本體 4 底板 5 按钮 6 連結構件 6a 按鈕側連結部 6b 滑動構件側連結部 7 滑動構件 7a 突起部（係合部） 7b 導向槽 8 内容器 9 泵 10 注出口 11 喷嘴頭 12 管心柱 13 汽缸 14 係合構件（係合片） 14a 貫通孔（係合部） 15 環件 16 吸入管 17 貫通孔 12 201249366 18 開啟鈕 19 導向板 19a 段差（溝槽） 20 喷嘴頭固定肋 21 轉矩鉸鏈 22 導向棒 23 活塞201249366 VI. Description of the Invention: [Technical Field] The present invention relates to a powder container having an inner container having a pump mechanism. [Prior Art] Filling a powdery cosmetic material such as a foundation into a medium-sized dish And it is press-formed in a medium-sized disc, and is contained in a compact container together with a medium-sized dish as a solid powder cosmetic material. Since the powder container is excellent in portability and can accommodate a cosmetic such as a mirror or a puff, it can be widely used even if it is easy to perform makeup. On the other hand, since a liquid cosmetic material such as an emulsion, a lotion, or a liquid foundation needs to be airtight, it is generally filled into a bottle or a tube, and therefore it is necessary to carry a cosmetic such as a mirror or a puff required for makeup. Therefore, in addition to carrying cosmetic materials when carrying out, it is necessary to carry cosmetic makeup, so that it is not convenient. As a powder container containing a liquid content, a powder container in which an inner container is housed is known (Patent Documents 1 and 2). The powder container is made by tilting the bottom surface of the inner surface of the inner container or the sliding member of the tube container with an inclined surface, pressing the button from above the inclined surface, and causing the inner container or the sliding member/monthly driving pump mechanism to be injected. Content. J x and other granules, when pressing the button, generate a large friction between the button and the inclined surface, and between the inner container (or / month moving member) and the inner surface of the container due to the pressing of the button from above Therefore, the actual 蜱, σ a ', and the monthly condition are not only unable to smoothly drive the pump mechanism, but also it is difficult to smoothly inject the contents of 201249366, and there is also excessive force applied to the members to be damaged. Therefore, the container such as shai cannot be used as a powder container for a liquid cosmetic material. Further, the powder container is constructed as a non-replaceable inner container, so that the powder container must be discarded when the contents are used up. Under such circumstances, it has been desired to develop a liquid cosmetic material such as an emulsion which can be smoothly dispensed with a simple operation by a simple operation, which is excellent in portability and which can be replaced with a new refill container after use. PRIOR ART DOCUMENT PATENT DOCUMENT PATENT DOCUMENT 1 曰 实 昭 丨 丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 丨丨 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 Provided is a liquid cosmetic material such as an emulsion which can be smoothly injected with a simple operation, which is excellent in tape-removability and which can be replaced with a new refill container after use. [Means for Solving the Problem] In order to solve the above problems, the present inventors have conducted research and found that in the powder container in which the inner container having the pump mechanism is provided, one end of the connecting member is coupled to the button provided on the container body. The inner side of the container body is connected to the other end of the connecting member, and the sliding member is coupled to the cylinder of the pump, whereby when the button is pressed, the connecting member is rotated, and the sliding member is driven to drive the pump mechanism. The ground friction is reduced between the sliding member and the bottom surface of the container, and it is found that the content can be smoothly poured out. i 4 201249366 can be refilled into the container by the connection structure of each member. It is easy to change the package to complete the present invention. . In other words, the present invention is a powder cake having a built-in inner container having a mechanism, wherein the pump mechanism causes the piston to be inside the steam red by pressing the nozzle head: the movement and the content of the self-injection outlet are injected. The shelling tool is characterized in that a button that can be pressed into the interior of the container body is provided on the container body of the containing content, and the connecting body is connected in the direction of the mouth of the connecting member (4) in the direction of the mouth of the connecting body (four). At the other end of the connecting structure, the sliding member sliding along the inner surface of the container body toward the end of the (four) head is rotatably coupled, and the sliding member is coupled to the cylinder, 2 is disposed at The through hole of the container body communicates with the injection port to be sprayed on the container body. When the slave is pressed, the connecting member is rotated, so that the sliding member slides toward the front end of the nozzle head, and the cylinder is pressed toward the front end of the nozzle head. The pump mechanism is driven to inject the contents. Further, in the powder container of the present invention, the cylinder is connected by the engagement of the sliding member on the Engage sheet provided on the steam surface, and the powder container of the present invention is transmitted through one or two or more. You join the components and connect the sliding members to the cylinders. Further, in the powder container of the present invention, the tying portion of the tying sheet or the tying member is attached to the tying portion of the sliding member in the direction perpendicular to the direction of the sliding structure. Further, in the powder container of the present invention, the projection piece is erected on the inner side of the container body perpendicularly to the sliding direction of the slider, and the nozzle piece is fixed by the projection piece 201249366. Further, in the powder container of the present invention, an inner container having a pump mechanism is formed by attaching a pump to the mouth of the bag-shaped container. Further, in the powder container of the present invention, an inner container having a pump mechanism is formed by attaching a pump to the mouth of the tube container. Further, the powder container of the present invention is provided in a refill container in which a pump is installed in a bag-shaped container or a tube container. [Effects of the Invention] According to the powder container of the present invention, when the button is pressed, the connecting member is rotated, the sliding member is slid, and the cylinder is pressed toward the front end of the nozzle head to drive the mill mechanism, so that the pressing of the blade mechanism can be greatly reduced. The connecting member, the connecting member and the sliding member, and the frictional force generated between the inner container and the bottom surface of the container body can smoothly inject the contents. Further, the inner container provided in the powder container can be easily replaced as a refill container by the connection structure of the members. [Embodiment] The powder container of the present invention will be described below with reference to the drawings. As shown in Fig. 1 and Fig. 2, the powder container of the present invention is formed by joining the container body (3) and the outer cover (2) by a hinge portion (2a) by sliding the opening button (18). The engaging portion (2b) of the outer cover (2) is moved, and the container body (3) and the outer cover (2) are released from the engaging portions (2b, several) and the outer cover (2) is opened. Further, a torque hinge (2!) is fitted to the hinge portion (2a) and urged in a direction in which the outer cover is unfolded. Therefore, when the opening button (丨8) is slid and the engagement of the engaging portions (2b, 5b) is released, the outer cover automatically rises. 6 201249366 As shown in Figure 3, the container is placed in the container body to house the connecting member and the inner container (8) and closed. No, the button (5) can be pressed into the inside of the container body (31; the upper surface. Also, inside the container body (3) (6), the sliding member (7), the guide plate (丨9), And the lower opening portion of the container body is provided with a pump mechanism (9) by means of a bottom plate (4) inner container C 8>#, and the tube is joined to the nozzle head by a press spray (Stem) ( 12) Pressing 'Pushing the piston (23) connected to the stem (12) to the inner surface of /L 3 to thereby inject the self-suction tube (cylinder = container self-injection outlet (1)) (Fig. 3). The outer surface of the system is arranged to be coupled to the sliding member (7) to be attached to the tying member so as to be perpendicular to the sliding member (7), which is disposed in the sliding direction of the sliding member (Fig. 4). Moreover, by the moving member (7) and perpendicularly The protrusion (7)) which is erected in the sliding direction is the through hole (14a), and is in a state in which the sliding member (7) is connected to the bonding member (14) (Fig. 9). By: the bottom plate (4) of the powder container (1), and the bottom of the container body (7): two: the inner container (1), the connection of the sliding member (7) and the structure can be released, so that it is easy The inner container (8) is provided, and the inner container (8) can be used as a refill container by the b type structure, and the replacement is performed after the use. The X' connection structure is not limited thereto, and if the mechanism is combined If the engaging portion of the H-joining portion and the sliding member (7) is inserted and coupled with respect to any direction of sliding, then 201249366 can be used in Figure 4, and the engaging member (14) 4) is inserted outside the system. The cylinder (丨3) is fixed by the ring member (15), but the method of fixing the square soil is not limited thereto. For example, the fitting member may be fitted or then m-at. The outer surface of the cylinder may be attached to the non-deformable portion of the (10) device (8). In this case, the inner container (1) or the like functions as a part of the connecting member. (1) Pressing in the direction of the front end of the nozzle head, and sliding the piston (23) in the cylinder. The 'joining member is not limited to one, and two or more coupling members may be used in combination. Further, by Using the tying member, the tying piece is integrally formed on the outer surface of the cylinder and smashed on the slab The connecting member has the same through hole and can be coupled to the sliding member. The content (8) is preferably a bag-like container or a tube container such as a pouch. When the content is injected, the space in the container of the inner container is increased. When the time is large, the front end of the suction pipe (16) is not immersed in the contents and it is difficult to attract the contents, and the injection of the contents becomes unstable. Therefore, it is preferable that the container can be filled with the contents. a bag-shaped container that is contracted and has the front end of the suction tube (16) always immersed in the contents, etc. Further, the bag-shaped container or the tube container can reduce the amount of the resin material used, and is also suitable as a refill container. The nature of the contents contained in the inner container is not particularly limited as long as it can be injected by the pump mechanism, but is preferably liquid, gel or creamy. For example, preferably, the cream is applied. Cosmetic materials such as lotions, gels, essences, and foundations are contained as contents. The container body (3) is provided with a button (5) (Fig. 5 (a), (b)) which can be pressed into the inside of the container body, and one end (6a) of the connecting member (6) is connected to the button (5) The press-in direction side (Fig. 6(a), Fig. 6 201249366 shows an example in which the button (5) and the container body (3) are rotatably connected by the hinge portion (5a), but the present invention is not limited thereto, as long as the button (5) The method is such that the method can be pressed into the interior of the container body, and any method can be used. Moreover, the connection between the connecting member and the button is as shown in Figs. 7 and 8, and the front end of the connecting member can be bent at a right angle, and "Folding portion ((4) is inserted in a groove provided in the pressing surface side surface of the button, but is not limited thereto". Any connection method may be employed as long as the other end (6b) of the connecting member is rotatably coupled. The other end (wide) opposite to one end of the button connection (6a) of the connecting member is rotatable toward the front end of the nozzle head (11) t, and the other end (6b) is rotatably coupled along the container a sliding member (7) whose inner surface of the body (7) slides toward the front end of the nozzle head ("). In the configuration, when the button (5) is pressed, the 椹杜 > $ ^ , 予 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ) along the inner surface of the container body (1), the direction of the spray: the month " (Fig. 5 (b), Fig. 6 (b), Fig. 9 ::, because the direction of the force of pressing the button is linked , the direction of the moon, so it can reduce the friction between the button (5) disk far, gentry 6), the connecting member (6) and the sliding member (7), and the bottom of the body of the two thieves (floor U) ° The cylinder of the second = (13) slides into the nozzle head (7) X (Fig. 9 (a), (b)). The tenth month pressure-two structural member U) is not coupled to the sliding member (7), and the other end of the connecting member f A can be bent at a right angle, and the bent portion 201249366 (6b) is embedded. Although it is connected to the side surface of the sliding member (7), the present invention is not limited thereto, and any two connecting members of the sliding members and the connecting members may be rotatably connected and 'two rounds' in the circles 7 and 8 and Each of the folded portions (6b) is fitted to the left and right sides of the sliding member (7), but may be connected to the sliding member by making the left and right bent portions (6b, 6b) continuous, and the portion passes through the side of the button. . The sliding member (7) is provided with a guiding groove (7b) in the sliding direction, and the guiding groove is inserted into the guiding rod (2" erected from the inner surface of the container body. Thereby, the sliding member is restricted in the direction of sliding, and The slide is correctly reversed. Further, a guide plate (19) is disposed between the sliding member and the bottom surface of the container body (the bottom plate (4)). In the A4C: a step (19a) is formed on the guide plate to form a groove. The sliding member is slid in the groove to restrict the sliding direction of the sliding member. The nozzle head (u) is fixed to the through hole ((7) and the injection port (ι) provided in the container body (3)) Container body (3) (Fig. η). If the pump of the pump (13彳m + * ^ , ) moves in the direction of the fixed nozzle head (1 1 ) toward the front end of the nozzle head (11), then The action is the same as the action of pressing the spray head when driving the pump in general. That is, the _P right α cylinder (13) moves toward the tip end of the nozzle head (11), and the pile is dissipated and joined to the nozzle head (11). The stem (12) is pressed into the > red, buried in the piston connected to the stem (12) 23) Sliding inside the surface, the contents of the self-priming cylinder are injected from the injection port (1〇). Moreover, the content of the self-made, * Yamaguchi (1〇) is passed through the volume 10 201249366 The through hole (17) of the body is injected from the powder (1). As shown in Figures 5 and 7, the rib (20) for fixing the sputum (11) is preferably ' The sliding member is slidably and erected on the inner surface of the container body. By setting this shape and fitting the Jin Xia, the nozzle head can be fixed while the powder content can be removed after the contents are used. The bottom plate (4) of the (1) is used to remove the inner container (8) from the bottom opening of the container body (3). Thus, the inner container can be easily replaced as a refill container. 'The ribs (20) used to fix the nozzle head are not only erected from the inner surface of the container body, but also in the container body, and the chess "bottle" ribs are interposed between other members, so that the ribs are The structure of the member is erected. [Simple description of the drawing] Fig. 1 is a perspective view of the powder container (the state of closing the outer cover). Fig. 3 is an exploded view of the main components of the powder cake. Fig. 4 is a perspective view of the inner container. Fig. 5 is a perspective view from the oblique direction of the powder container) Fig. 6 is a perspective view from the obliquely downward direction of the powder container ((&) stationary (b) injection state). Fig. 7 is a front perspective view of the powder container. Rear view of the 8 series powder container. JS| Λ . Section AA line profile ((&) stationary state' (b) Noted state) [Main component symbol description] 11 201249366 1 Powder container 2 Cover 2a ' 5a Relative link portion 2b, 5b Joint portion 3 Container body 4 Base plate 5 Button 6 Joint member 6a Button side joint portion 6b Slide member side joint portion 7 Slide member 7a Projection portion (joining portion) 7b Guide groove 8 Inner container 9 Pump 10 Injection port 11 Nozzle head 12 Pipe column 13 Cylinder 14 Coupling member (joining piece) 14a Through hole (joining part) 15 Ring member 16 Suction tube 17 Through hole 12 201249366 18 Opening button 19 Guide plate 19a Step difference (ditch Slot) 2 0 Nozzle head fixing rib 21 Torque hinge 22 Guide rod 23 Piston