201113203 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一播交哭# B , 1、種奋15瓶，特別是指一種按壓式容 器瓶。 【先前技術】 -般的按壓式容器，其基本結構設計大致如公告號第 390358號新型專利案所示，顯而可見的，此類㈣式容哭 不僅結構相當複雜，且其嘴口處並無任何能與外界環境隔 離的蔽護構造’也就因& ’外界環境中的水分、空氣、雜 質、細菌…等，便相當容易經由該嘴口而鼠進入瓶體内部： 導致存放在瓶體中的内容物因而受到污染而變質H 衝的，就是殘留在嘴口處的内容物產生硬化而將嘴口:塞 的狀況，故此類按壓式容器於保存效果上亦不佳。 【發明内容】 種結構簡單，且能 境因素污染而變質201113203 VI. Description of the Invention: [Technical Field to Be Invented by the Invention] The present invention relates to a bottle of crying #B, 1, and a bottle of 15, and particularly a type of pressurized container. [Prior Art] The basic structure design of the push-type container is substantially as shown in the new patent application No. 390358. It is obvious that the type of (4) type crying is not only complicated in structure, but also at the mouth of the mouth. There is no shelter structure that can be isolated from the external environment. It is also because of the moisture, air, impurities, bacteria, etc. in the external environment, it is quite easy to enter the inside of the bottle through the mouth: resulting in storage in the bottle The contents of the body are thus contaminated and deteriorated. The contents of the residue are hardened and the mouth is plugged. Therefore, such a push-type container is also inferior in preservation effect. SUMMARY OF THE INVENTION The structure is simple, and the environmental factors are polluted and deteriorated.
因此’本發明之目的’即在提供— 加強瓶口防護，以有效防止内容物受環 的容器瓶。 於是’本發明之容器瓶，包含-瓶身、—按壓單元， =二遮Π元。該按壓單元包括—能相對移動地局部塞 置在隸身巾的活塞座、-能相對移動地財在該Therefore, the object of the present invention is to provide a container for strengthening the mouth of the bottle to effectively prevent the contents from being subjected to the ring. Thus, the container of the present invention comprises a bottle body, a pressing unit, and a second concealer. The pressing unit includes a piston seat that can be partially inserted in a relatively movable manner on the body towel, and can be relatively moved.
中且能供按壓以連動該活塞座下移 … M 卜移的抽吸管座，以及一能 驅使該抽吸管座上移的復位彈性件 τ 孩活塞座且右一 Α都 塞置在該瓶身中且相配合界定出—六 /、令局°丨 。該抽吸管座具有-能相對上下移^:變之料室的活塞 移動該活塞座中 201113203 身以及a置在該本管身之—頂部上的按虔頭。 =復^性件是環套在該本管身上且隱藏在該活塞座與該 本官身之間。該本管身與該按壓頭相配合界定卜料流道 ’該枓流逼具有-連通該料室的底進料口，以及—側出料 口。該遮蔽單以設置在該側出料σ4，在該抽吸管座與 該活基座下移時’是使該側出料口呈開放，而在該抽吸管 座與該活塞座未下料，則封閉該側出料口。 本發明之功效在於，口西从1ST、 ^ ^要知壓於該抽吸管座與該活塞 座’该遮敝卓元會使該你丨屮斗立 :4 W出枓口呈開放，讓該料室中的内 容物流經該底進料口並自該側出料口流出以供取用，此外 ，該遮蔽單元是持續封閉住該側出料口以防異物侵入，藉 以讓整體產生結構簡單與保存效果佳等效。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之：個較佳實施例的詳細說明中，將可 清楚的呈現。 在本發明被詳細描述之前，要注意的是，在以下的說 明内容中，類似的元件是以相同的編號來表示。 如圖1所示’本發明之容器瓶的一第—較佳實施例， 是能用以容裳如乳液、乳##内容物，該容器瓶包含〆其 一開口是朝上的瓶身1、一封組在該瓶身1之開口處的按壓 單元2、一設置在該按壓單元2上的遮蔽單元3，以及〆與 該瓶身1相組合以將該按壓單元2與該遮蔽單元3罩封於 其中的瓶蓋4。 201113203 該按壓單元2包括一能相對上下移動地局部塞置在該 瓶身1中的活塞座21、一能相對上下移動地軸穿在該活塞 座21中且能供按壓以連動該活塞座21下移的抽吸管座22 ，以及一能驅使該抽吸管座22向上升移的復位彈性件23。 該活塞座21具有一其一底部是塞置在該瓶身丨中且環 繞該抽吸管座22的活塞211、一自該活塞211之一頂面向 上延伸且環繞該抽吸管座22的立管壁215、四環設在該活 塞211之底部與該瓶身i之間的第一液封塞217，以及一環 設在該活塞211與該抽吸管座22之一底端部之間的第二液 封塞218 ;本實施例中，該活塞211是由能相分隔的上、下 塊部所構成，其中，下塊部是塞置在該瓶身i中。該活塞 211與該瓶身1相配合界定出一容積可變之料室212，該料 室212能供所述之内容物填裝；該活塞211並具有一自其一 底面向上延伸且連通該料室212的寬徑槽213,以及一自該 寬徑槽213之一頂緣向上延伸的窄徑槽214。另外，該立管 壁215具有一自其一頂緣向下延伸的縱向空槽216。 該抽吸管座22具有一能相對上下移動地轴向貫穿設置 在該活塞座21之立管壁215與活塞211中且其外徑等於該 窄徑槽214之徑長的本管身221、一環凸在該本管身221之 一底端部周面上且其斷面呈倒直角三角形狀的擋止垣222, 以及一固設在該本管身221之一頂部上的圓盤狀按壓頭224 該本官身221之頂部具有一侧向水平凸伸且略高於該活 塞座21之立管壁215之頂緣的出料嘴223 ;該本管身221 ”該按壓頭224相配合界定出一料流道227，該料流道227 201113203 為底進側出的倒L形流道者，並具有 之底端部所界定且連通該 〃本吕身221 由該出㈣料〇 225,以及一 本管身221之广 的側出料口 226 ;再者，利用位在該 寬徑槽213愈1端'^的擔止垣222 ’會卡抵在該活塞211之 f Γ 221 〃窄_ 214之交界面處的設計’以限制該本 的上移作H’該復位彈性件23是環套在該 221上’並隱藏在該本管身221與該立管壁215之 a1,，本實施例中，該復位彈性件23是一壓縮彈簣。 該遮蔽單％ 3具有—環設在該活塞座21之立管壁215 之一周緣且相間隔地位在該抽吸管座22之按壓頭224下方 的平盤壁32,以及一直立地環設在該平盤壁32之一周緣且 其内徑約等於該按壓頭224之徑寬的立擋壁31 ;該平盤壁 Γ二有一自其一外環緣延伸至其一内環緣且正交連通該縱 向空槽216之一頂緣的橫向空槽321，該出料嘴223能在該 縱向空槽216與該橫向空槽321間上下移動，而且，該立 擋壁31此擋抵在該出料嘴223之一端部，以將該側出料口 226封播住。 如圖2所示’欲取用該料室212中的内容物時，先將 該瓿盍4拆離，再對該按壓頭224施壓。初始，該按壓頭 224先壓抵在該平盤壁32上，此時只連動該本管身221與 該出料嘴223下移’原本位在該平盤壁32之橫向空槽321 中的出料嘴223便降移至該平盤壁32下方，並移進入該縱 向二槽216中’這時候’該出料嘴223之該端即不受該立 擋壁31擋抵，使得該側出料口 226呈開放狀態，同時，該 201113203 =性件23被編蓄積-向上的抗形變作用力；持續 =後，該平㈣32才緊接下移，並連動該活塞座21下 財’該活塞211之上塊部會併靠並推塵下塊部）而 212中的内容物造成㈣，迫使内容物流進入該 -、；斗225、1繼續向上流動後自該側出料口 226流出， 如此便能抽取得内容物以作使用。 如圖i所示，隨手鬆放掉該㈣頭224，呈磨縮變形狀 Γ復位彈性件23便能釋出所蓄積抗形變作用力，而驅使 該抽吸管座22相對該活塞座21向上升移復位，這時候， ==脫離該平盤壁32,該出料嘴223重回到該橫 槽1中，使該側出料口⑽再被該立擔壁31所封閉 直到，該抽吸管座22之擋止垣奶卡抵在該活塞^ 之丸位槽213與窄經辑914 ▲ 9 的父界處時，持續上移的該抽 及5座22便能連動該活塞座^同步上移復位（過程中， 該活塞211之下塊部會併靠並頂推上塊部）。 因此’該容器瓶整體結構不但相當簡單，特別是，於 不取用内容物時，該遮蔽單元3之立擋壁31會將該出料嘴 3予以封閉’有效抑制外界環境中的水分、空氣、雜 、，’田菌等異物進入該出料冑223巾，自然能大 容^ 於保存過程中容易因環境因素而受到污染、變:物 :如，殘留在該側出料〇 226中的内容物也不易硬化㈣ 主該出料嘴223，整體能對内容物達到極佳的保存效果， 是故’該容器瓶整體能有效改善一般按壓式容器所存有么士 構複雜繁靖，與内容物易變質而保存效果差等問題。、。 201113203 —如圖3與圖4所示，為本發明之容器瓶的-第二較佳 貫施例’與上述該第一較佳實施例不同處在於：該側出料 口 226是直接成形在該按麼頭224上；再者，該遮蔽單元$ 具有一隔置在該側出料σ 226中的多孔板Μ、一可左右移 動地插穿在該多孔板51上且位在該側出料口㈣内的活動 桿52 ’以及-設置在該活動桿52之一端上且能堵塞住該側 出料口 226的塞塊53，該活動桿52之相反另一端是呈能卡 抵住該多孔板51之-左板面的角軸；另外，該復位彈性 件23是位在該活塞座21與該抽吸管座22之本管身221之 間。 主要是，未按壓該按壓頭224時，該塞塊53是堵塞住 該側出料口 226;而見圖4’當按塵該按壓頭224，並連動 該活塞座21下移’以將内容物擠進人該抽吸管座22之料 流道227巾時，流至該側出料σ 226巾的内容物會穿通過 «亥夕孔板51 ’並順勢將該塞塊53向外推離至該侧出料口 226外，该内容物便得以從該側出料口 226流出；隨後，鬆 放開該按壓頭224後，該抽吸管座22與該活塞21座同樣 月&自動上移復位，同時，由於該容器瓶之内外壓差變化， β亥塞塊53會被吸回入該側出料口 226中，以能阻絕外界水 刀二氣、雜貝、細菌等異物進入該側出料口 226内。因 此’本實施例同樣能產生結構簡單與保存效杲佳等功效。 综上所述，本發明的容器瓶，整體不但於結構設計上 相虽簡單，且利用該遮蔽單元3、5的構造，整體還能有效 防止内容物受環境因素污染而變質，而產生極佳的保存效 201113203 果，所以，確實能達成本發明的目的。 惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請：利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋一剖視圖，說明本發明之容器瓶的一第一較佳 實施例； 圖2疋°彳視圖，說明該第一較佳實施例於按壓使用 時的結構態樣； 圖3疋一剖視圖，說明本發明之容器瓶的一第二較佳 實施例；以及 Θ 4疋局部剖視圖，說明該第二較佳實施例之—遮 蔽單元的作動。 201113203 【主要元件符號說明】 1 瓶身 3 遮蔽單元 2 按壓單元 31 立擋壁 21 活塞座 32 平盤壁 211 活塞 321 橫向空槽 212 料室 4 瓶蓋 213 寬徑槽 5 遮蔽單元 214 窄徑槽 51 多孔板 215 立管壁 52 活動桿 216 縱向空槽 53 塞塊 217 第一液封環 218 第二液封環 22 抽吸管座 221 本管身 222 擋止垣 223 出料嘴 224 按壓頭 225 底進料口 226 側出料口 227 料流道 23 復位彈性件And can be pressed to interlock the piston seat to move down... M absorbing the suction tube seat, and a reset elastic member τ that can drive the suction tube seat to move up, and the right one is plugged in In the bottle body and in conjunction with the definition of - six /, the bureau ° °. The suction tube holder has a piston that can move up and down relative to the chamber, and moves the 201113203 body in the piston seat and a pressing head placed on the top of the body. = The composite member is looped over the tube and hidden between the piston seat and the body. The body body cooperates with the pressing head to define a flow channel. The turbulent flow has a bottom feed port that communicates with the chamber, and a side discharge port. The shielding sheet is disposed on the side discharge σ4, and when the suction tube seat and the living base are moved downward, 'the opening is opened, and the suction tube seat and the piston seat are not under the The material is closed to close the side discharge port. The effect of the invention is that the mouth is from 1ST, ^ ^ to know that the suction tube seat and the piston seat 'the concealer Zhuo Yuan will make you stand up: 4 W out of the mouth is open, let The content stream in the chamber flows through the bottom feed port and flows out from the side discharge port for access. In addition, the shielding unit continuously closes the side discharge port to prevent foreign matter from entering, thereby allowing the overall structure to be generated. Simple and best for preservation. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments. Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals. As shown in FIG. 1 , a first embodiment of the container bottle of the present invention can be used to accommodate a body such as an emulsion, a milk ## content, and the container bottle includes a bottle body 1 having an opening facing upward. a pressing unit 2 at the opening of the bottle body 2, a shielding unit 3 disposed on the pressing unit 2, and a cymbal combined with the bottle body 1 to the pressing unit 2 and the shielding unit 3 A cap 4 that is sealed in it. 201113203 The pressing unit 2 includes a piston seat 21 partially inserted into the bottle body 1 so as to be movable relative to the upper and lower sides, and a shaft that can be relatively vertically moved in the piston seat 21 and can be pressed to interlock the piston seat 21 The suction suction socket 22 and a return elastic member 23 capable of driving the suction socket 22 upward. The piston seat 21 has a piston 211 which is inserted in the bottle body and surrounds the suction tube seat 22, a top surface extending from a top surface of the piston 211 and surrounding the suction tube seat 22. a riser wall 215, a first ring seal 217 disposed between the bottom of the piston 211 and the bottle body i, and a ring disposed between the piston 211 and a bottom end of the suction pipe seat 22. The second liquid sealing plug 218; in the embodiment, the piston 211 is composed of upper and lower block portions which are separated by energy, wherein the lower block portion is plugged in the bottle body i. The piston 211 cooperates with the bottle body 1 to define a variable volume chamber 212, and the chamber 212 can be filled with the contents; the piston 211 has a bottom extending upwardly from the bottom surface thereof A wide diameter groove 213 of the chamber 212 and a narrow diameter groove 214 extending upward from a top edge of the wide diameter groove 213. Additionally, the riser wall 215 has a longitudinal recess 216 extending downwardly from a top edge thereof. The suction pipe base 22 has a tubular body 221 which is axially inserted through the riser wall 215 and the piston 211 of the piston seat 21 and has an outer diameter equal to the diameter of the narrow diameter groove 214. a stop 垣 222 protruding from a peripheral surface of one of the bottom ends of the tubular body 221 and having a right-angled triangular cross section, and a disk-shaped pressing fixed to the top of one of the tubular bodies 221 The head 224 has a discharge nozzle 223 which protrudes horizontally horizontally and slightly above the top edge of the riser wall 215 of the piston seat 21; the body 221 ” the pressing head 224 cooperates A flow passage 227 is defined. The flow passage 227 201113203 is an inverted L-shaped flow passage that is bottomed out and has a bottom end defined and communicates with the 〃本吕身221 from the outlet (four) magazine 225 And a side discharge port 226 having a wide body 221; further, the load 垣 222 ' positioned at the end of the wide-diameter groove 213 will be stuck to the piston 211 f 221 〃 The design at the interface of the narrow _ 214 is to limit the upward movement of the book to H'. The return elastic member 23 is looped over the 221' and hidden in the body 221 and the riser wall 2 15 a1, in this embodiment, the return elastic member 23 is a compression magazine. The shielding sheet % 3 has a ring disposed on a circumference of the riser wall 215 of the piston seat 21 and spaced apart at the pumping position. a flat disc wall 32 below the pressing head 224 of the straw holder 22, and a standing wall 31 which is circumferentially disposed at a periphery of one of the flat disc walls 32 and whose inner diameter is approximately equal to the diameter of the pressing head 224; The disk wall 2 has a lateral recess 321 extending from an outer rim to an inner rim and orthogonally communicating with a top edge of the longitudinal slot 216. The nozzle 223 can be in the longitudinal slot 216 The lateral recess 321 is moved up and down, and the vertical barrier wall 31 is blocked against one end of the discharge nozzle 223 to block the side discharge opening 226. As shown in FIG. When the contents of the chamber 212 are removed, the crucible 4 is first detached, and the pressing head 224 is pressed. Initially, the pressing head 224 is first pressed against the flat wall 32, and only the linkage is The tubular body 221 and the discharge nozzle 223 are moved downwards. The discharge nozzle 223, which is originally located in the lateral recess 321 of the flat disk wall 32, is lowered below the flat wall 32 and moved into the longitudinal direction. In the two slots 216, the end of the discharge nozzle 223 is not blocked by the vertical barrier wall 31, so that the side discharge opening 226 is in an open state, and at the same time, the 201113203=sexual component 23 is compiled and accumulated. - upward anti-deformation force; continuous = after, the flat (four) 32 is moved down immediately, and the piston seat 21 is interlocked with the 'the upper part of the piston 211 will lean against and push the lower part of the block) and 212 The contents cause (4), forcing the content stream to enter the -, and the buckets 225, 1 continue to flow upwards and then flow out from the side discharge port 226, so that the contents can be taken for use. As shown in FIG. i, the (four) head 224 is released by hand, and the shape of the squeezing and deforming elastic member 23 releases the accumulated anti-deformation force, and drives the suction tube holder 22 upward relative to the piston seat 21. Shift reset, at this time, == is detached from the flat wall 32, and the discharge nozzle 223 is returned to the transverse groove 1 so that the side discharge opening (10) is closed by the standing wall 31 until the suction When the block holder 22 stops the milk card from reaching the parent position of the ball slot 213 and the narrow warp 914 ▲ 9 of the piston, the pumping and the 5 seats 22 that are continuously moved up can be synchronized with the piston seat. Upshifting (in the process, the block below the piston 211 will lean against and push up the block). Therefore, the overall structure of the container bottle is not only relatively simple, in particular, when the content is not taken, the vertical barrier wall 31 of the shielding unit 3 closes the discharge nozzle 3 to effectively suppress moisture and air in the external environment. , miscellaneous, and 'foreign bacteria and other foreign matter into the discharge 胄 223 towel, naturally can be large in the preservation process is easily contaminated by environmental factors, changes: things: such as, left in the side discharge 〇 226 The contents are not easy to harden. (4) The main discharge nozzle 223 can achieve excellent preservation effect on the contents. Therefore, the container bottle can effectively improve the complexity of the general-purpose press-type container. The object is easy to deteriorate and the preservation effect is poor. ,. 201113203 - as shown in FIG. 3 and FIG. 4, the second preferred embodiment of the container bottle of the present invention is different from the first preferred embodiment described above in that the side discharge opening 226 is directly formed at Further, the shielding unit $ has a perforated plate 隔 disposed in the side discharge σ 226, and is inserted into the perforated plate 51 and is located on the side plate a movable rod 52' in the mouth (4) and a plug 53 disposed on one end of the movable rod 52 and capable of blocking the side discharge port 226, the opposite end of the movable rod 52 is capable of being stuck against the The angle axis of the left plate surface of the perforated plate 51; in addition, the return elastic member 23 is located between the piston seat 21 and the body 221 of the suction pipe holder 22. Mainly, when the pressing head 224 is not pressed, the plug 53 blocks the side discharge port 226; and FIG. 4' when the pressing head 224 is pressed, and the piston seat 21 is moved downward to move the content. When the object is squeezed into the flow channel 227 of the suction tube holder 22, the contents of the towel flowing to the side discharge σ 226 will pass through the «Haying plate 51' and push the plug 53 outward. Out of the side discharge port 226, the contents can flow out from the side discharge port 226; then, after releasing the pressing head 224, the suction tube seat 22 is the same as the piston 21 seat & The automatic reset is performed, and at the same time, due to the change of the pressure difference between the inside and the outside of the container, the β-block 53 is sucked back into the side discharge port 226, so as to block the foreign matter such as the air knife, the miscellaneous shell, the bacteria and the like. Enter the side discharge port 226. Therefore, the present embodiment can also produce the effects of simple structure and good preservation effect. In summary, the container bottle of the present invention is not only simple in structural design, but also utilizes the structure of the shielding unit 3, 5 as a whole, thereby effectively preventing the contents from being deteriorated by environmental factors, and is excellent. The preservation effect 201113203, so, can indeed achieve the object of the present invention. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made by the present invention in the scope of the invention and the description of the invention. All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a cross-sectional view showing a first preferred embodiment of a container bottle of the present invention; FIG. 2 is a view showing the structural aspect of the first preferred embodiment when pressed. Figure 3 is a cross-sectional view showing a second preferred embodiment of the container bottle of the present invention; and a partial cross-sectional view showing the operation of the shielding unit of the second preferred embodiment. 201113203 [Explanation of main components] 1 Bottle body 3 Shading unit 2 Pressing unit 31 Vertical wall 21 Piston seat 32 Flat plate wall 211 Piston 321 Horizontal empty slot 212 Compartment 4 Cap 213 Wide diameter groove 5 Shielding unit 214 Narrow groove 51 Perforated plate 215 Riser wall 52 Movable rod 216 Longitudinal empty trough 53 Plug block 217 First liquid seal ring 218 Second liquid seal ring 22 Suction tube seat 221 This pipe body 222 Stop 垣 223 Outlet 224 Press head 225 Bottom feed port 226 side discharge port 227 material flow channel 23 reset elastic member