M287293 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種瓶罐泡沫按壓器，特別指一種可結合 於瓶罐口，提供按壓汲取瓶罐内部液體之泡沫按壓器結構 改良。 【先前技術】 習知的瓶罐擠壓器，通常組裝於沐浴乳、洗髮乳等各種 乳液瓶罐口，用以汲取瓶内乳液流出，如第八圖所示，係 具有一 11即筒管10，其内部依序設有鋼珠101及彈簧1〇2，於 彈簧102上端軸設有一可升降活動之擠壓管2〇,並於該擠壓 管20上端設有一按壓頭30，使按壓頭30 —側之導引管3〇1 與擠壓管20呈相通，藉此組成反覆下壓該按壓頭3〇及擠壓 管20，可逐漸使瓶内乳液上升，經由唧筒管1 〇、擠壓管 、按壓頭30與導引管301流出之瓶罐擠壓器。 眾所皆知的沐浴乳、洗髮乳等各種乳液，在使用前必需 充分握揉出泡沐’才能達成清潔效果，並防止乳液的化學 物質殘留於皮膚表面；特別是，對於皮膚敏感的使用者而 s ’切忌直接將乳液塗抹於身體或臉部，必須在清潔用呈 或手上揉成泡珠後’再進行塗抹清潔動作，俾將低化學物 質殘留造成皮膚過敏。惟，上揭習見的瓶罐擠壓器，僅具 有汲取乳液功能，使乳液從所述導引管301流出，並不能在 汲取的同時製造出泡沫乳液，實難以符合講究清潔工作徹 底及方便性需求。 【新型内容】 本創作主要目的，係在提供一種瓿罐泡沫按壓器，特別 藉以按壓器結構改良’使克服乳液不易搓揉成泡沫的問題 ，並藉此達成快速製泡之方便使用效果者。 5 M287293 依上述目的，本創作之實施内容係包括一汲取件、一播 壓件及一按壓帽所組成，其中：該汲取件，係為中空管體 ，於上段設有一唧筒，於唧筒下端設有一管室，於管室依 f設置一止逆閥及一彈性元件；該擠壓件，係為一較小的 官體，穿設於汲取件之唧筒中，使其下端頂抵住管室之彈 性兀件，於擠壓件周圍並設有一活塞及活塞環，令活塞環 貼合唧筒内壁呈可單向進氣狀態；該按壓帽，係結合於擠 壓件上端，内設有一自按壓帽底端延伸至側邊導出管之流 ，，並於流道選定處設有一網孔片；藉此，組成下壓該按 壓帽及擠壓件，可在唧筒及管室中將外界空氣混合於液體 同步上升，再透過網孔片分解氣泡使液體細化呈泡沫狀流 出之瓶罐泡沫按壓器，俾克服乳液不易搓揉成泡沫的問題 ，並獲致方便使用效果。 【實施方式】 茲依附圖實施例將本創作之結構特徵及其他之作用、目 的詳細說明如下： 參閱附圖所示，本創作『瓶罐泡沫按壓器』，係一種可 結合於沐浴乳、洗髮乳等各種乳液瓶罐口，用以汲取内部 液體之泡沬按壓器，主要包括一汲取件工、一擠壓件2及 一按壓帽3所組成，其中·· 汲取件1，參閱第二圖及第三圖所示，其係為一中空管 體，於上段設有一直徑較大的圓管狀唧筒H，該唧筒仞上 端開口 111處設有-端蓋13，且听筒η下端凸設有—相通的 管室12,於該管室12下端設有一縮口部121，並於管室12 内部依序設置-止逆閥14及一彈性元件15，使止逆間⑷且 撞於縮口部121 ;其中，所述該管室12下端縮口部121係另 接設-軟管16可供延伸至瓶罐底；該端蓋13中央係設有一 通孔131可供下述擠壓件2穿出；該止逆㈣可為一直徑比 M287293 管室12略小之球形體（例如鋼珠、塑膠球）、雜柱，或其他 足：:且擋於縮口部121防止液體向下逆流之物體；而該彈性 _ 70件1 5係可為一種螺旋壓縮彈簧； _ 擠£件2 ’參閱第二圖及第三圖所示，係為一較小的管 •，其下段穿設於汲取件丄之唧筒彳彳及管室12中，使其下 ^馳住管室12之彈性元件彳5,並令上段經由通孔131突伸 、出端蓋13上；其中’擠壓件2外圍選定處係設有—圓片狀 f塞21 i該活塞21周圍設有-環溝22，該環溝22中套設有 一活塞= 23,該活塞環23係具有一圓形束緊圈231，且環圈 • 231上端向外下形成一錐形活瓣232之膠質環，使該錐形活 瓣=2貼覆於.即筒w内壁呈可單向進氣狀態；又，擠壓件^ 内管壁選定高度處，係設有一頸縮狀或階級狀之閥門24, 並於閥Η 24上設有-可自由升降之止逆閥25，該止逆間25 可$球形體（例如鋼珠、塑膠球）、錐柱，或其他足以阻擋 於縮口部121防止液體向下逆流之物體； 技壓帽3，參閱第二圖及第三圖所示，係結合於擠壓件 2上端之中空體，其内部設有一自按壓帽3底端延伸至側 邊導出管32之流道31，並於流道31當中選定位置設有一網 φ 孔片33，令具有複數細孔之網孔片33阻隔於流道31 ;其中 ，所述該流道31係可於按壓帽3下端入口處凸設有一套接 管31Ί，俾植入管狀擠壓件2上端，或套設於管狀擠壓件2 上端（如第六圖所示）；而流道31位於按壓帽3側邊之出口 處係可凸設有一套接環312,俾供一導出管32銜接；且如第 六圖所示，該導出管32亦可為與按壓帽3之流道31—體成 形所構成； 藉上述汲取件1、擠壓件2及按壓帽3結構特徵及組裝 關係’即組成下壓該按壓帽3及擠壓件2，使該擠壓件2 可在沒取件1之唧筒彳彳中將外界空氣混合於液體同步上升 7 M287293 ，再透過網孔片33分解氣泡，令液體細化呈泡沫狀流出之 瓶罐泡沫按遷裔’可供裝設於沐浴乳、洗髮乳等任何瓶罐 口應用。 本創作應用實施原理參閱第四圖以下所示，當第一次下 壓該按壓帽3及擠壓件2後，即受彈性元件15張力推升擠 壓件2與按壓帽3，使該活塞21與活塞環23汲吸瓶罐内裝 液體上升推開該止逆閥14，令適量液體先進入管室12中（ 如第四圖實線箭頭所示）；且該擠壓件2之活塞21與活塞環 23上升時，係藉活塞環23周圍之錐形活瓣232結構，使外界 丨空氣能單向推開錐形活瓣232進入唧筒11内（如第四圖虛線 箭頭所示），於唧筒11預留有適量空氣。 若此’再次下壓所述按壓帽3及擠壓件2時，所述止逆 閥14即下降阻擋於縮口部121，防止液體向下逆流（如第五 圖所示），而該活塞21與活塞環23則同時擠迫唧筒11内空氣 與液體混合，並經由下端進入擠壓件2内上升，且進一步 上升推開擠壓件2内的止逆閥25 ;若此，當混合有空氣之 液體經過網孔片33後，就能透過網孔片33分解氣泡（如第 圖所示）’令液體細化呈泡沫狀流出按壓帽3侧邊之導出 管32。 由上述可證，當使用者每次下壓按壓帽3及擠壓件2下 降f回升過程中，該唧筒彳彳均可經活塞環23吸入空氣，俾 進步與液體混合再分解成微細氣泡，使液體呈泡沫狀流 出，改善習知瓶罐擠壓器不能擠製泡沫之不足，方便使用 者更療快速搓揉出更多泡沫。 —另者印參閱第七圖所示，本創作亦可於該按壓帽3導 出官32出口處設有一直徑較小的喷孔34，藉此使經由網孔 片33製造的泡沫液體可藉由伯努力原理，從喷孔34喷出液 體’令泡沫液體能更細緻的呈霧狀喷出。 8 M287293 綜上所述，本創作『瓶罐泡沫按壓器』，已確具實用性 與創作性，其手段之運用亦出於新穎無疑，且功效與設計 目的誠然符合’已稱合理進步至明。為此，依法提出新型 專利申请，惟懇請鈞局惠予詳審，並賜准專利為禱，至 感德便。 【圖式簡單說明】 第一圖為本創作組成狀態之立體示意圖。 第二圖為本創作分解狀態之立體示意圖。 第三圖為本創作組成狀態之斷面示意圖。 第四圖為本創作應用實施動作示意圖之一。 第五圖為本創作應用實施動作示意闺之二。 第六圖為本創作實施製造泡珠之示意圖。 第七圖為本創作另一實施例之示意圖。 第八圖為習知觀罐擠壓器之示意圖。 【主要元件符號說明】 唧筒11 ; 管室12 ; 端蓋1 3 ; 止逆閥14 ; 軟管1 6 ;, 活塞21 ; 活塞環23 ; 錐形活瓣232 ; 汲取件1 ; 開口 111 ; 縮口部121 ; 通孔131 ; 彈性元件1 5 ; 擠壓件2 ; 環溝22 ; 束緊圈231 ; 9 M287293 閥門24 ; 按壓帽3 ; 套接管311 ; 導出管32 ; 噴孔34 ; 止逆閥2 5 ; 流道31 ; 套接環312 ; 網孔片33 ;M287293 VIII. New description: [New technical field] This creation relates to a bottle foam presser, in particular to a foam press structure which can be combined with the bottle mouth to provide a liquid for pressing and sucking the inside of the bottle. [Prior Art] Conventional bottle and can squeezer, usually assembled in the mouth of various lotion bottles such as shower gel and shampoo, used to extract the emulsion in the bottle. As shown in the eighth figure, it has a 11-tube The tube 10 is internally provided with a steel ball 101 and a spring 1〇2. The upper end of the spring 102 is provided with a movable tube 2〇 for lifting and lowering, and a pressing head 30 is arranged at the upper end of the extruded tube 20 for pressing. The guiding tube 3〇1 on the side of the head 30 is in communication with the pressing tube 20, whereby the pressing head 3〇 and the pressing tube 20 are pressed down in turn, and the emulsion in the bottle is gradually raised, and the tube 1 is passed through the tube. The squeeze tube, the pressing head 30 and the bottle extruder extruded from the guiding tube 301. All kinds of lotions, such as shower gels and shampoos, must be fully gripped before use to achieve a cleansing effect and prevent the chemical residues of the lotion from remaining on the skin surface; in particular, sensitive to the skin. And s 'Do not apply the lotion directly to the body or face. It must be cleaned or rubbed into a hand to remove the smear. Then apply a cleaning action to prevent skin irritations caused by low chemical residues. However, the bottle squeezer disclosed above only has the function of sucking emulsion, so that the emulsion flows out from the guiding tube 301, and the foam emulsion cannot be produced while being drawn, which is difficult to meet the thoroughness and convenience of cleaning work. demand. [New content] The main purpose of this creation is to provide a canister foam presser, in particular by the improvement of the structure of the presser, so as to overcome the problem that the emulsion is not easily foamed, and thereby achieve the convenient use effect of rapid foaming. 5 M287293 According to the above purpose, the implementation of the present invention comprises a picking member, a pressing member and a pressing cap, wherein: the picking member is a hollow tube body, and a tube is arranged in the upper portion at the lower end of the barrel a tube chamber is provided, and a check valve and an elastic member are arranged in the tube chamber; the pressing member is a small official body, which is disposed in the tube of the picking member so that the lower end thereof abuts against the tube The elastic member of the chamber is provided with a piston and a piston ring around the extrusion member, so that the piston ring is attached to the inner wall of the cylinder in a one-way air inlet state; the pressing cap is coupled to the upper end of the extrusion member, and has a self inside Pressing the bottom end of the cap to extend to the side of the outlet tube, and providing a mesh sheet at the selected portion of the flow channel; thereby, pressing the pressing cap and the pressing member to form the outside air in the cartridge and the tube chamber The problem is that the liquid is synchronously raised, and the bubbles are decomposed through the mesh sheet to refine the liquid into a foamed bottle foam presser, which overcomes the problem that the emulsion is not easily foamed and is convenient to use. [Embodiment] The structural features and other functions and purposes of the present invention are described in detail below with reference to the accompanying drawings: As shown in the accompanying drawings, the present invention is a bottle-type foam presser which can be combined with shower gel and washed. Various types of lotion bottle mouths such as hair cream, and a bubble presser for taking internal liquid, mainly comprising a picking piece, a pressing part 2 and a pressing cap 3, wherein ····1, see second As shown in the figure and the third figure, it is a hollow tubular body, and a circular tubular cylinder H having a larger diameter is arranged in the upper section, and an end cap 13 is provided at the upper end opening 111 of the cylinder, and the lower end of the earpiece η is convex. There is a communicating tube chamber 12, a shrinking portion 121 is arranged at the lower end of the tube chamber 12, and a check valve 14 and an elastic member 15 are arranged in the interior of the tube chamber 12 to make the anti-reverse chamber (4) collide with the contraction The mouth portion 121; wherein the lower end portion 121 of the tube chamber 12 is additionally connected to the hose 16 for extending to the bottom of the bottle; the end cover 13 is provided with a through hole 131 at the center for the following extrusion The member 2 is pierced; the anti-reverse (four) may be a spherical body having a diameter slightly smaller than the M287293 tubular chamber 12 (for example, steel balls, Plastic ball), miscellaneous column, or other foot: and block in the constricted portion 121 to prevent the liquid from flowing downward; and the elastic _ 70 piece 15 can be a spiral compression spring; _ squeezing piece 2 ' The second and third figures are a smaller tube, and the lower portion is disposed in the cartridge 彳彳 and the tube chamber 12 of the ejector member to enable the elastic member of the tube chamber 12 to be lowered. 5, and the upper section protrudes through the through hole 131, and the end cover 13; wherein the periphery of the extrusion member 2 is provided with a disc-shaped f-plug 21 i, and the piston 21 is provided with a ring groove 22, The ring groove 22 is sleeved with a piston=23, and the piston ring 23 has a circular tightening ring 231, and a rubber ring of a tapered flap 232 is formed at the upper end of the ring 231 to make the cone live. The flap=2 is attached to the inner wall of the cylinder w in a one-way air inlet state; and, at the selected height of the inner wall of the extrusion member, a neck-shaped or step-like valve 24 is provided, and the valve is 24 There is a counter-valve 25 which can be freely lifted and lowered. The anti-reverse room 25 can be made of a spherical body (for example, a steel ball or a plastic ball), a cone, or the like, which is sufficient to block the neck portion 121 from preventing the liquid from being reversed. The technical pressure cap 3, as shown in the second and third figures, is a hollow body coupled to the upper end of the extrusion member 2, and has a flow extending from the bottom end of the pressing cap 3 to the side outlet tube 32. The channel 31 is provided with a mesh φ hole 33 at a selected position among the flow paths 31, so that the mesh sheet 33 having a plurality of fine holes is blocked in the flow path 31; wherein the flow path 31 is at the lower end of the pressing cap 3. A set of nozzles 31 is protruded from the inlet, and the crucible is implanted at the upper end of the tubular extrusion member 2, or is sleeved on the upper end of the tubular extrusion member 2 (as shown in FIG. 6); and the flow passage 31 is located at the outlet of the side of the pressing cap 3. A plurality of connecting rings 312 may be convexly disposed for engaging a lead-out tube 32; and as shown in the sixth figure, the lead-out tube 32 may also be formed by forming a flow path 31 with the pressing cap 3; The pressing member 1, the pressing member 2 and the pressing cap 3 are characterized in that the pressing cap 3 and the pressing member 2 are pressed, so that the pressing member 2 can be pressed in the cartridge of the unloading member 1 The outside air is mixed with the liquid to rise synchronously 7 M287293, and then the bubbles are decomposed through the mesh sheet 33, so that the liquid is refined and foamed. American moved to 'be installed in any available port applications bottle shower gel, shampoo and so on. Referring to the fourth embodiment, as shown in the fourth figure, when the pressing cap 3 and the pressing member 2 are pressed down for the first time, the pressing member 2 and the pressing cap 3 are pushed up by the elastic member 15 to make the The piston 21 and the piston ring 23 suck the liquid in the suction bottle tank to push the check valve 14 upward, so that a proper amount of liquid enters the pipe chamber 12 first (as indicated by the solid arrow in the fourth figure); and the piston of the extrusion member 2 When the piston ring 23 rises, the structure of the tapered flap 232 around the piston ring 23 allows the external air to push the cone valve 232 into the cylinder 11 (as indicated by the dotted arrow in the fourth figure). , the right amount of air is reserved in the cylinder 11 . If the pressing cap 3 and the pressing member 2 are pressed again, the check valve 14 is lowered to block the constricted portion 121 to prevent the liquid from flowing downward (as shown in FIG. 5), and the piston 21 and the piston ring 23 simultaneously squeeze the air and the liquid in the cylinder 11 to mix, and enter the extrusion member 2 through the lower end to rise, and further rise to push open the check valve 25 in the extrusion member 2; if so, when mixed After passing through the mesh sheet 33, the air liquid can be decomposed through the mesh sheet 33 (as shown in the figure) to make the liquid refine and foam out of the outlet tube 32 on the side of the pressing cap 3. It can be proved by the above that when the user presses the pressing cap 3 and the pressing member 2 to lower the f-recovering process, the cylinder can suck in the air through the piston ring 23, and the mixture is mixed with the liquid to be decomposed into fine bubbles. The liquid is discharged in a foam form, which improves the shortage of the conventional bottle can squeezer, and facilitates the user to more quickly extract more foam. - In addition, as shown in the seventh figure, the present invention can also provide a nozzle hole 34 having a smaller diameter at the exit of the pressing cap 3, thereby making the foam liquid produced through the mesh sheet 33 available. By the principle of the hard work, the liquid is ejected from the orifice 34, so that the foam liquid can be sprayed in a finer mist. 8 M287293 In summary, the creation of the "bottle can foam press" has been practical and creative, and its application is also novel and undoubted, and the effect and design purpose are in line with the fact that it has been said to be reasonable and progressive. . To this end, a new type of patent application was filed according to law, but the bureau was requested to give a detailed examination, and the patent was granted as a prayer. [Simple description of the diagram] The first diagram is a three-dimensional diagram of the composition state of the creation. The second figure is a three-dimensional diagram of the decomposition state of the creation. The third picture is a schematic cross-sectional view of the composition state of the creation. The fourth figure is one of the schematic diagrams of the implementation actions of the authoring application. The fifth picture is the second example of the implementation of the creative application. The sixth figure is a schematic diagram of the manufacture of the beads according to the creation of the present invention. The seventh figure is a schematic view of another embodiment of the creation. The eighth figure is a schematic view of a conventional tank extruder. [Description of main component symbols] cartridge 11; tube chamber 12; end cap 13; check valve 14; hose 16; piston 21; piston ring 23; tapered valve 232; extraction member 1; opening 111; Mouth 121; through hole 131; elastic member 15; extrusion 2; annular groove 22; tightening ring 231; 9 M287293 valve 24; pressing cap 3; socket 311; outlet tube 32; orifice 34; Valve 25; flow channel 31; socket ring 312; mesh sheet 33;