M315209 八、新型說明: 【新型所屬之技術領域】 本新型是有關於一種容置瓶，特別是指一種瓶口可止 逆之容置瓶。 【先前技術】 如圖1、2所示，為本申請人先前申請之申請案號第 094218433號「容置瓶」專利案，該容置瓶包括一瓶身u， 一盍封瓶身11底端開口地塞裝於瓶身11中之活塞單元12 ，及一可往上插入瓶身11中而相對瓶身11往上推移活塞單 元I2地組裝於瓶身11上之蓋體13。當瓶身11往上逐漸東 縮之頂端部111被裁切掉而形成一細小開口 110時，使用者 可藉由將該蓋體13往上插入瓶身11中，而相對瓶身11往 上推移該活塞單元12的方式，迫使該活塞單元12往上推 擠容裝於瓶身11中的流體狀物質1〇,使該物質1〇逐漸自 該細小開口 110流出。雖然上述容置瓶之結構設計可兼具有 降低生產成本、符合環保要求，並可容裝不同型態之内容 物，但因當該細小開口 110形成時，該細小開口 u〇會使得 瓶身11内之流體狀物質10直接與外界接觸，進而有被污染 而變質的疑慮，尤其是當該物質110是一些含高營養成分（ 例如膠原蛋白、胺基酸等）之化妝品時，此情況會更加嚴 重，而需作進一步的改良。 【新型内容】 因此’本新型之目的’即在提供一種瓶口可止逆之容 置瓶。 M315209 於是，本新型瓶口可止逆之容置瓶，可用以容裝流體 1勿貝並包含一具有一瓶口與一遠離瓶口之塞裝口的中 空瓶^、一可被推移地氣密塞裝於瓶身中而封住該塞裝口 之活基早元、一氣密地組裝於瓶身中之止逆單元，及一蓋 ;瓶身上之盍體。該活塞單元與瓶身相配一盥 :連通而用以容裝該物質之容裝空間，該止逆二將= 二間區隔成一接近活塞單元並用以容裝該物質之第一容室 ’與—遠離活塞單元並舆瓶口連通之第二容室，並可於一 隔離該等容室之止逆狀態，與—被第—容室内之物質彈性 抵推《:形而使該等容室連通之開啟狀態間變化。該蓋體可 於-蓋封瓶口地組裝於瓶身上之蓋封位置，及一插入塞裝 口迫使活塞單元位移而使第一容室内之物質彈性抵推 止逆單元之抵堆位置間變化。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 φ 以下配合參考圖式之一個較佳實施例的詳細說明中，將可 清楚的呈現。 如圖3、4所示，本新型瓶口可止逆之容置瓶之較佳與 施例適用於容裝流體狀物質⑽，仙 瓶身3、-可相對瓶身3上下位移地氣密塞裝於瓶身3底端 部中之活塞單元4、一組裝於瓶身3頂端部中之止逆單元5 ，及一可拆離地蓋設於瓶身3上之蓋體6。 該瓶身3具有上、下間隔之—瓶σ 3Q i與—塞裝口 3〇2 的直立之中空管狀瓶 ，且包括一界定出該朝下塞裝口 3〇2 6 M315209 ^ ^ 3 ； Λ ~ ^ ^ ^ 31 ^ ^ ± ^ # ^ ^ * 1¾ ± ^ p 的瓶口 & 32 ’及_開口朝上地同體固接於瓶口段a頂 女而且封閉該瓶° 3 G1之蓋體狀的端蓋段3 3。且該瓶身段31 …有直立％狀本體部311、一自本體部311頂端往上傾斜 T伸且官控逐漸束縮之束縮端部312，及-自本體部311頂 端垂直往上突伸且間隔環繞該瓶口段32之環狀套合部313 該瓶口段32具有一自瓶身段31之束縮端部312頂緣 往上延伸之環狀安裝壁部321、一突設於安裝壁部321内相 ^鄰近束縮端部312處之環狀限位肋部322，及一自安裝壁 部/21頂端斜上延伸並再彎折往上且管徑逐渐束縮而界定 出该瓶口 301之環狀管壁部323。該蓋體狀端蓋段33之内 仏疋與忒官壁部323之上半區段外徑相對應，且該端蓋段 33可被裁離瓶口段32，而使該瓶口 3〇1外露，並可開口朝 下地對應套設於瓶口段32上而蓋封該瓶口 3〇1。 該活塞單元4是氣密蓋封塞裝口 302地塞裝於瓶身段 31底端部中，且和瓶身段31與瓶口段32相配合界定出一 用以容裝該流體狀物質100的容襄空間3〇〇，並包括一可相 對瓶身段31上下位移地氣密塞抵於瓶身段31内周面並具 有一直立填充孔410之活塞主體41，及一可氣密塞裝固定 於該填充孔410中之塞塊42。 该止逆單元5是組裝限位於瓶身段31與該瓶口段32 間’包括一以其球面狀外周面往下靠抵限位於該限位肋部 322上而盖封瓶身段31頂端開口之半球狀止逆塊51、一間 7 M315209 隔設置於止逆塊51上方並可往上靠抵於管壁部323内側面 之圓板狀頂抵件52，及一以其頂底端分別固揍於頂抵件52 與止逆塊51相向側面並具彈性之倒v字型彈性件53。 該頂抵件52具有多數間隔貫穿其頂、底面而可供該流 體狀物質100通過之穿孔520，該彈性件53為可被彈性壓 縮之v字型板體，並將止逆塊51與頂抵件52相背彈性頂 離，而使頂抵件52與止逆塊51分別往上與往下彈性靠抵 限位於限位肋部322與該管壁部323内周面，且蓋封瓶身 段31頂端開口之止逆塊51，將該容裝空間3〇〇區隔成一位 於止逆塊51下方並鄰近活塞單元4之第一容室31〇，及一 位於止逆塊51上方而遠離活塞單元4並與該瓶口 3〇1連通 之第一合室320。且該止逆單元5可於一以止逆塊51蓋封 瓶身段31頂端開口而隔離該等容室31〇、32〇之止逆狀態 ’及一止逆塊5被往上彈性推離限位肋部322而使彈性件 53被彈性壓縮變形，且使該等容室3丨〇、32〇松連通之開啟 狀恶間變化。 忒盍體6可於一插裝靠抵於套合部313内周面而罩蓋 該瓶口段32之蓋封位置，及一往上插入塞裝口 302中並將 活塞單元4推移向止逆塊51，而使第一容室310内之物質 1〇〇往上彈性抵推止逆塊51的抵堆位置間變化。 ’亥谷置瓶使用前，需先再經由該活塞本體41之填充孔 =〇，將該流體狀物質10注滿該第一容室310，然後再將該 基塊42塞裝固定於該填充孔41〇中，而將該第一容室31〇 完全氣密封住。 M315209 如圖4〜6所示，當要將容置瓶中之物質100取出使用 時，需先將蓋體6拆離瓶身3，亦即拆離該蓋封位置，並對 該瓶口段32之管壁部323鄰近該端蓋段33的部位進行裁 切’將該端蓋段33裁離該管壁部323，而使管壁部323頂 端形成使第二容室320與外界連通的瓶口 301。接著，使該 蓋體6往上插入塞裝口 3〇2中，而位於該抵推位置，並相 對瓶身段3 1往上推移該活塞單元4，進而擠縮第一容室 3〇1空間且將該物質1〇〇往上推擠向該止逆塊51。M315209 VIII. New Description: 【New Technical Fields Included】 This new type is related to a bottle, especially a bottle that can be used to stop the bottle. [Previous Art] As shown in FIG. 1 and FIG. 2, the applicant's previously filed application No. 094218433, "Receiving Bottle" patent, includes a bottle body u, a bottle body bottom 11 The piston unit 12 that is inserted into the bottle body 11 is openly inserted, and a lid body 13 that can be inserted into the bottle body 11 and assembled to the bottle body 11 with respect to the bottle body 11 and the piston unit I2 is pushed up. When the top end portion 111 of the bottle body 11 gradually tapers upward is cut to form a small opening 110, the user can insert the cover body 13 upward into the bottle body 11 and move up against the bottle body 11. The manner in which the piston unit 12 is pushed forward forces the piston unit 12 to push up the fluid-like substance 1 容 contained in the bottle body 11 so that the substance 1 〇 gradually flows out from the small opening 110. Although the structural design of the above-mentioned accommodating bottle can both reduce the production cost, meet the environmental protection requirements, and can accommodate different types of contents, when the small opening 110 is formed, the small opening u 〇 will make the bottle body The fluid substance 10 in 11 is directly in contact with the outside, and there is a concern that it is contaminated and deteriorated, especially when the substance 110 is a cosmetic containing high nutrients (such as collagen, amino acid, etc.). It is more serious and needs further improvement. [New content] Therefore, the object of the present invention is to provide a bottle for stopping the bottle mouth. M315209 Thus, the novel bottle mouth can be used for accommodating the bottle, and can be used for accommodating the fluid 1 and containing a hollow bottle having a bottle mouth and a plug opening away from the bottle mouth, and a gas that can be displaced. The sealing plug is placed in the bottle body to seal the living base of the plugging mouth, the anti-reverse unit which is airtightly assembled in the bottle body, and a cover; the body of the bottle body. The piston unit is matched with the bottle body: a receiving space for accommodating the substance, and the two ends are separated into a first chamber which is close to the piston unit and is used for accommodating the substance. - a second chamber that is remote from the piston unit and connected to the mouth of the bottle, and is capable of isolating the anti-reverse state of the chamber, and is resistant to the material elasticity of the chamber - "the shape of the chamber The change between the connected open states. The cover body can be assembled on the capping position of the bottle body at the cap sealing mouth, and a plugging port is inserted to force the piston unit to displace the material to elastically resist the change of the stumping position of the anti-reverse unit. . [Embodiment] The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of a preferred embodiment of the accompanying drawings. As shown in Figures 3 and 4, the preferred embodiment of the bottle mouth can be used for accommodating a fluid-like substance (10), and the bottle body 3 can be air-tightly displaced relative to the bottle body 3 The piston unit 4 is inserted in the bottom end portion of the bottle body 3, a check unit 5 assembled in the top end portion of the bottle body 3, and a cover body 6 detachably provided on the bottle body 3. The bottle body 3 has an upright hollow tubular bottle with an upper and a lower spacing - a bottle σ 3Q i and a plug port 3 〇 2, and includes a defined downward opening 3 〇 2 6 M315209 ^ ^ 3 ; Λ ~ ^ ^ ^ 31 ^ ^ ± ^ # ^ ^ * 13⁄4 ± ^ p of the bottle mouth & 32 ' and _ opening up the same body fixed to the bottle mouth section a top female and closed the bottle ° 3 G1 A cap-shaped end cap segment 33. The bottle body section 31 has an upright-shaped body portion 311, a bundled end portion 312 which is inclined upward from the top end of the body portion 311 and which is gradually contracted by the official control, and a vertical upward projection from the top end of the body portion 311. And the annular sleeve portion 313 is spaced around the bottle mouth portion 32. The bottle mouth portion 32 has an annular mounting wall portion 321 extending upward from the top edge of the tightening end portion 312 of the bottle body portion 31, and is protruded from the installation. The inner portion of the wall portion 321 is adjacent to the annular limiting rib portion 322 at the end portion 312, and a portion extending obliquely from the top end of the mounting wall portion / 21 and being bent upwardly and gradually narrowing the diameter defines the The annular wall portion 323 of the mouth 301. The inner ridge of the cover-like end cap segment 33 corresponds to the outer diameter of the upper half of the sacred wall portion 323, and the end cap segment 33 can be cut away from the bottle mouth segment 32, and the bottle mouth 3 〇 1 is exposed, and can be sleeved downwardly correspondingly on the bottle mouth section 32 to seal the bottle mouth 3〇1. The piston unit 4 is plugged into the bottom end portion of the bottle body section 31 by the airtight cover plugging port 302, and cooperates with the bottle body section 31 and the bottle mouth section 32 to define a fluid substance 100 for receiving. The accommodating space is 3 〇〇, and includes a piston body 41 which is slidable up and down relative to the bottle body section 31 against the inner circumferential surface of the bottle body section 31 and has an upright filling hole 410, and a gas-tight plug-in fixed to This fills the plug 42 in the hole 410. The non-return unit 5 is assembled between the bottle body section 31 and the bottle mouth section 32, and includes a spherical outer peripheral surface that is biased downwardly on the limiting rib 322 to cover the top end of the bottle body section 31. The hemispherical check block 51 and a 7 M315209 are disposed above the check block 51 and can abut against the disc-shaped top abutting member 52 on the inner side of the pipe wall portion 323, and are respectively fixed by the top and bottom ends thereof. The inverted v-shaped elastic member 53 is formed on the side of the abutting member 52 and opposite to the check block 51. The abutting member 52 has a plurality of perforations 520 extending through the top and bottom surfaces thereof for the fluidous substance 100 to pass through. The elastic member 53 is a v-shaped plate body that can be elastically compressed, and the anti-reverse block 51 and the top are The abutting member 52 is elastically separated from each other, and the top abutting member 52 and the check block 51 are elastically biased upward and downward respectively to be located on the inner peripheral surface of the limiting rib portion 322 and the tube wall portion 323, and the cap is sealed. The top end opening block 51 of the body portion 31 partitions the receiving space 3〇〇 into a first chamber 31〇 below the check block 51 and adjacent to the piston unit 4, and a position above the check block 51 The first unit 320 of the piston unit 4 and communicating with the bottle opening 3〇1. The check unit 5 can cover the top opening of the bottle body 31 with the check block 51 to isolate the anti-reverse state of the equal volume chambers 31, 32, and the upper limit of the anti-reverse block 5 is pushed upwards. The ribs 322 cause the elastic members 53 to be elastically compressed and deformed, and the open spaces of the equal volume chambers 3, 32 are loosely connected. The body 6 can be inserted into the sealing position of the bottle mouth section 32 against the inner circumferential surface of the fitting portion 313, and inserted into the plug opening 302 and push the piston unit 4 upward. The block 51 is reversed to change the substance 1 in the first chamber 310 upwardly to the position of the push-back block 51. Before the bottle is used, the fluid-like substance 10 is filled with the first chamber 310 through the filling hole of the piston body 41, and then the block 42 is plugged and fixed to the filling. The hole 41 is in the middle, and the first chamber 31 is completely hermetically sealed. M315209 As shown in Figures 4 to 6, when the substance 100 in the bottle is to be taken out, the cover 6 is first detached from the bottle body 3, that is, the cover position is detached, and the bottle mouth portion is removed. The tube wall portion 323 of the 32 is cut adjacent to the end cap portion 33. The end cap segment 33 is cut away from the tube wall portion 323, and the top end of the tube wall portion 323 is formed to allow the second chamber 320 to communicate with the outside. Bottle mouth 301. Then, the cover body 6 is inserted into the plug port 3〇2, and is located at the abutting position, and the piston unit 4 is pushed up with respect to the bottle body segment 31, thereby squeezing the space of the first chamber 3〇1. And the substance is pushed up to the check block 51.
此時，受活塞單元4擠壓之物質100會產生一將該止 逆塊51往上彈性推離該限位肋部322之壓力，而使止逆單 元3自該止逆狀態變化至該開啟狀態，進而使第一容室 與第二容室320連通，並使受推擠之物質1〇〇可經由止逆 塊21與限位肋部322間之間隙進入第二容室32〇中，且流 經該頂抵件52之該等穿孔520後，經由該瓶口 3〇1排出， 於此同時，該彈性件53會被彈性壓縮而積存一復位彈力。 當停止推移活塞單元4，且第一容室310内之部分物質 逐漸進入該第二容室320後，第一容室31〇内部壓力會逐 渐恢復正常，且㈣性件53之復位彈力會逐漸迫使止逆塊 ^使得餘於第二容室斑_物質⑽無法逆流回第 —容室31〇中。此時’為避免第二容室32〇内的物質 破外界污染物污染，可將被裁離之端蓋段33開口朝下地緊 配蓋套於瓶口段32之管壁部323上，而蓋封該瓶口3〇1， 如圖6所不，並可將該蓋體6自該抵堆位置變換至該蓋封 9 M315209 -位置，也就是^㈣^ ^ ^ ' 313中並覆蓋該瓶口段32，達到雙重隔離保護之效果。 但實施時，瓶身段31與瓶口段32之外型皆不以上述 ’❿將該容裝空間30區隔成相間隔之第一容室31〇盥第二 容室32G，且該活塞單元4可推擠第—容室3iG内之物質 彻即可。另外，該止逆單元5之頂抵件52外型亦不以多 錄之圓板外型為限，只要可往上限位靠抵於管壁部323 内側面’且使物質1⑽可經由瓶口 3〇1排出即可，例如可 將頂抵件52設計成可以其四端部靠抵於管壁部323的十字 型1彈性件53則可以彈簧或其他具彈性之物體取代。而 该瓶身3之端蓋段33亦非必要，可僅藉由該蓋體6蓋設該 瓶口段32，而降低第二容室32〇被污染之機會。 歸納上述，透過設置於瓶身段31與瓶口段32間之止 逆單7L 5，可於一氣密隔離該等容室31〇、32〇而使第二容 _ 室内32〇之物質100無法逆流至第一容室310的止逆狀態 ，及一使該等容室310、320連通而使第一容室31〇内之物 貝100可進入第二容室320中的開啟狀態間變化之設計， 可使容裝於第一容室310内之物質100完全與外界隔離， 進而了避免苐一谷至3 10内之大量物質1 〇〇被殘留於第二 谷至320内且與外界接觸之物質1〇〇污染。更可藉由該瓶 身3之端蓋段33於裁離瓶口段32後，可再套設於該瓶口 段32上而蓋封該瓶口 301的設計，使得殘留於第二容室 320内之物質100同樣可與外界隔離，而降低被污染的風險 10 M315209 相§方便實用。因此，確實可達到本新型之目的。 v 椎以上所述者，僅為本新型之一較佳 不能以此限定本新型實施之範圍，即大凡依本新型申請專 利fe圍及新型說明内容所作之簡單的等效變化與修飾，皆 仍屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是申請號第094218433號專利案之容置瓶的側視 剖面圖； 圖2是圖i之容置瓶的一活塞被推移時的情形； 圖3疋本新型瓶口可止逆之容置瓶的一較佳實施例之 立體分解圖； 圖4是該較佳實施例之組合側視剖面圖； 圖5是該較佳實施例的之側視剖面圖，說明一瓶口外 路且活塞單元被推移而擠壓流體狀物質的情形；及 圖6是類似圖5之視圖，說明一端蓋段蓋設於一瓶口 • 段上而蓋封瓶口的情況。 M315209 - 【主要元件符號說明】At this time, the substance 100 pressed by the piston unit 4 generates a pressure for elastically pushing the check block 51 upwardly away from the limiting rib 322, so that the check unit 3 changes from the non-return state to the opening. a state, which in turn connects the first chamber to the second chamber 320, and allows the pushed substance 1 to enter the second chamber 32 through the gap between the check block 21 and the limiting rib 322. After passing through the perforations 520 of the abutting member 52, the perforations 520 are discharged through the bottle mouth 3〇1, and at the same time, the elastic member 53 is elastically compressed to accumulate a reset elastic force. When the displacement of the piston unit 4 is stopped and a part of the material in the first chamber 310 gradually enters the second chamber 320, the internal pressure of the first chamber 31 gradually returns to normal, and the resetting force of the (four) member 53 gradually decreases. The backstop block is forced so that the second chamber plaque_substance (10) cannot flow back into the first chamber 31. At this time, in order to prevent the material in the second chamber 32 from being damaged by external pollutants, the cut end cap segment 33 can be tightly fitted to the tube wall portion 323 of the bottle mouth portion 32, and Covering the bottle opening 3〇1, as shown in Fig. 6, and changing the cover body 6 from the abutting position to the cover 9 M315209-position, that is, ^(4)^^^' 313 and covering the cover The bottle mouth section 32 achieves the effect of double isolation protection. However, in the implementation, the bottle body segment 31 and the bottle mouth segment 32 do not partition the housing space 30 into the first chamber 31 and the second chamber 32G, which are spaced apart, and the piston unit 4 can push the material in the first chamber 3iG. In addition, the shape of the abutting member 52 of the non-return unit 5 is not limited to the multi-recorded disc shape, as long as it can reach the inner side of the tube wall portion 323 to the upper limit position and the substance 1 (10) can pass through the bottle mouth. 3〇1 can be discharged. For example, the abutting member 52 can be designed such that the cross-shaped 1 elastic member 53 whose four end portions abut against the tube wall portion 323 can be replaced by a spring or other elastic object. The end cap segment 33 of the bottle body 3 is also unnecessary, and the bottle mouth portion 32 can be covered only by the cover body 6, thereby reducing the chance of the second chamber 32 being contaminated. In summary, through the check block 7L 5 disposed between the bottle body section 31 and the bottle mouth section 32, the equal volume chambers 31〇, 32〇 can be isolated in a gas-tight manner, so that the substance 100 in the second volume_indoor 32 can not be reversed. a non-reversal state to the first chamber 310, and a design that causes the chambers 310, 320 to communicate such that the objects 100 in the first chamber 31 can enter the second chamber 320. The substance 100 accommodated in the first chamber 310 can be completely isolated from the outside, thereby preventing a large amount of the substance 1 in the valley to be left in the second valley to 320 and in contact with the outside. Substance 1 contamination. Further, after the end cap segment 33 of the bottle body 3 is cut off the bottle mouth segment 32, the bottle mouth segment 32 can be further sleeved to cover the design of the bottle mouth 301 so as to remain in the second chamber. The substance 100 in 320 can also be isolated from the outside world, reducing the risk of contamination. 10 M315209 § Convenient and practical. Therefore, the purpose of the present invention can be achieved. v The above mentioned, only one of the novels is not limited to the scope of the new implementation, that is, the simple equivalent changes and modifications made by the new patent application and the new description are still It is within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a side cross-sectional view of a container for a container of the application No. 094218433; FIG. 2 is a view of a case where a piston of the bottle of FIG. FIG. 4 is a side elevational cross-sectional view of the preferred embodiment of the preferred embodiment; FIG. 4 is a side cross-sectional view of the preferred embodiment; FIG. A bottle of the outer passage and the piston unit is pushed to squeeze the fluid-like substance; and Fig. 6 is a view similar to Fig. 5, illustrating the case where the end cap is placed over a bottle mouth and the lid is closed. M315209 - [Main component symbol description]
100·"· …物質 322···· ...限位肋部 3 ....... …瓶身 323 .... ...管壁部 300.·.· ...容裝空間 33.····· ...端蓋段 310·.·. …第一容室 4 .······ …活塞單元 320.··· …第二容室 41...... ...活塞本體 301 .... ···瓶 口 410·." …填充孔 302.... …塞裝口 42…··. ...塞塊 31...... …瓶身段 5 ....... …止逆單元 311 .... ...本體部 51··"·· ...止逆塊 312···· ...束縮端部 52...... ...頂抵件 313···. 套合部 520.... ...穿孔 32··.··_ ....瓶口段 53...... ...彈性件 321 .... ....安裝壁部 6 ....... ...蓋體 12100·"· ...Material 322···· ...Limited ribs 3 ....... ...bottle 323 .... ...tube wall 300.·.· ... Loading space 33.·····...end cover section 310·.....first chamber 4...······...piston unit 320.....the second chamber 41... ... piston body 301 .... ··· bottle mouth 410·." ...fill hole 302....plug port 42...··....plug block 31.... .. ...bottle section 5 ....... ...reversing unit 311 .... ... body part 51··"··...stop block 312···· End portion 52 ... ... abutting member 313 ···. ferrule 520....perforation 32·····_ .... bottle mouth segment 53... ...elastic member 321 ........mounting wall portion 6.......cover body 12