M380310 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種瓶裝容器，特別是指一種密封容 裝有添加物，且於使用時才迫使一瓶蓋裝置内之添加物導 入一瓶罐之谷裝物中的瓶蓋震置及瓶裝容器。 【先前技術】 一般瓶裝容器包含一具有一瓶嘴的瓶罐，及一可拆 離地安裝在該瓶罐之瓶嘴上的瓶蓋裝置。目前業者已研發 出多種瓶裝谷器，能將容裝物與添加物分開存放於瓶罐與 瓶蓋裝置内’於使用時才將添加物加入容裝物使兩者混合 以確保品質，惟上述用於容裝添加物之瓶蓋裝置須進一步 設計。 參閱圖1與圖2, 一種習知瓶蓋裝置j是用於安裝在 一個可容裝一容裝物之瓶罐2上’該瓶罐2具有一個形成 於頂部的瓶嘴21。而該瓶蓋裝置丨是螺接在該瓶嘴21上， 並包含.一個界疋出一容料空間15的蓋座u、一個封裝 在該蓋座11底部的隔膜12、一個安裝在蓋座^上且能被 驅動而往下切開隔膜12的沖蓋13，及一個可被拆離地連 接在蓋座11與沖蓋13間的封條14。該沖蓋13且有一個 底部呈斜切狀的切柱131 » 使用時’先將該封條14拉離沖蓋13與蓋座u間，而 後如圖3之箭頭16所示’壓抵該沖蓋13,以帶動切柱ηι 朝下移動戳破隔膜12’讓容料空間15内的一添加物，能 由隔膜12撕開處向下落入瓶罐2中，以與容裝物混合。 3 雖然該瓶蓋裝置1可以獨立儲置添加物，直到使用前 一刻才撕開隔膜12，讓添加物進入瓶罐2内與容裝物混 合，然而由於隔膜12是一片鋁猪薄膜，乃另外加工黏貼 在該蓋座11底部，所以在製造上不但必須增加製程、耗費 叹備成本，且其亦會增加污染機會，容易產生衛生上不乾 淨的問題，更何況隔膜12因封貼或遇熱變形等因素，而 2與蓋座11間產生縫隙，致使添加物洩漏，喪失添加物與 容裝物分開儲存以避免變質的功效。 此外，如圖3及圖4所示，由於該切柱131底部為一 個整環斜切的斜切面132,故當其尖銳之一低端部133向 下逐漸切開緊繃的隔膜12時，未被切斷之大部份隔膜12 仍然連接於蓋座11，因此殘存有令隔膜12往回復原狀之 方向作用的内應力，將造成隔膜12略微彎曲拱起，並讓 被切開之一自由部位121順沿著斜切面132貼靠，而相對 遮蔽被切開的縫隙，造成添加物難以向下掉落，而且隔膜 12之一拱起部位122也會阻擋添加物，令添加物難以完全 漏出，此現象在已將隔膜12切開大半時仍然存在，但若 設計成完全切開隔膜12的構造，則有隔膜12掉落瓶罐2 之虞。故上述瓶蓋裝置1在設計上仍有不盡理想之處。 【新型内容】 因此，本新型之目的，即在提供一種確實讓添加物落 出瓶蓋的瓶蓋裝置及瓶裝容器。 於是，本新型瓶蓋裝置’包含：一個蓋座單元，及— 個安裝在該蓋座單元内之沖蓋單元。該蓋座單元包括一個 圍繞成環圈狀的内環壁，及一個連接且封閉該内環壁之底 緣的底封壁’該内環壁與底封壁共同界定出 一添加物的容料空間、·中甚 ：盛裝 竹工間3冲蓋皁兀包括一個 間頂部的Μ板，及—個由該壓板周緣往下延伸 J«L ΐΛί r3n ΛΑ _L _L 進入該谷 '工β ’刀’該切柱為一個位在内環壁 在該底封壁之周緣上方的環狀體，並具有—個位於 之-奴：部區域的沖切部、兩個分別由該沖切部之兩側往 上且朝遠離該沖切部的方向傾斜延伸的斜切部，及一個橫 向連接所述斜切部之最上端的擋止部，該擋止部為一段: 在水平圓周上之弧長’且該擋止部較該沖切部遠離該： 壁。 - 該沖蓋單元可被抵壓而相對於該蓋座單元由—個未 沖切位置往下移至一個沖切位置，在未沖切位置時，該切 柱之沖切部接近該底封壁，且該擋止部間隔位在該底封壁 上方’在沖切位置時，該切柱之沖切部會戳破底封壁，而 所述斜切部會隨之割裂底封壁周緣，直到擋止部抵壓在底 封壁上為止’使該底封壁由受到該擋止部抵壓處向下傾斜 開啟’俾讓容料空間内的添加物往下漏出。 透過上述檔止部之水平弧緣設計，能在該切柱向下沖 切時’僅藉由沖切部及斜切部割裂該底封壁，並讓擋止部 抵堡在底封壁上，不但能擋止切柱移動的範圍，並會抵壓 底封壁使之向下傾斜開啟，讓添加物完全順暢地向下洩 漏’此外更能保留部分區域使得底封壁不致整個斷裂，以 具有較佳的使用功效。 M380 川 本新型瓶裝容器，包含：一瓶罐，及一安裝在該瓶罐 上且如前述之槪蓋裝置。該瓶罐界定出_個用於容裝一容 裝物的容液空間，並具有一位於頂部且供該瓶 的瓶嘴。 策 又’本新型瓶蓋裝置’包含：一個蓋座單元，及一個 安裝在該蓋座單元内之沖蓋單元。該蓋座單元包括一個圍 繞成環圈狀的内環壁，及一個連接且封閉該内環壁之底緣 的底封壁，該内環壁與底封壁共同界定出一個用於盛裝一 添加物的容料空間。該沖蓋單元包括一個封蓋該容料空間 =部的麼板’及一個由該麼板周緣往下延伸且進入該容料 :間内的切柱’該切柱為一個位在内環壁内圍且對應位在 5亥底封壁之周緣上方的環狀體’並具有一個位於最下緣之 域的沖” ’及兩個分別由該沖切部之兩側往 上且朝遠離該沖切部的方向傾斜延伸的斜切部，該沖切部 具有數個彼此間隔的切僮，及數個分別形成在每兩相鄰切 =齒槽母切齒皆呈由上向下逐漸縮窄之尖銳狀。 該沖蓋單元可被抵壓而相對於該蓋座單元由一個未沖 切位置往下移至一個沖切位置，在未沖切位置時，該切柱之 沖切。p接近該底封壁’在沖切位置時該切柱之沖切部會戳 破底封壁而所述斜切部會隨之割裂底封壁周緣使得容料M380310 V. New description: [New technical field] The present invention relates to a bottled container, in particular to a sealed container containing an additive, and forcibly introduces an additive in a capping device into a bottle during use. The cap of the tank can be shaken and bottled. [Prior Art] A general bottling container comprises a bottle having a bottle mouth and a capping device detachably mounted on the bottle mouth of the bottle. At present, the company has developed a variety of bottle bots, which can store the contents and additives separately in the bottle and cap device. When the product is used, the additive is added to the container to mix the two to ensure the quality. The capping device for containing the additive must be further designed. Referring to Figures 1 and 2, a conventional capping device j is for mounting on a canister 2 which can accommodate a container. The canister 2 has a mouth 21 formed at the top. The cap device is screwed onto the mouth 21 and includes a cover u that defines a receiving space 15 , a diaphragm 12 that is wrapped around the bottom of the cover 11 , and a cover that is mounted on the cover. The punch cover 13 which can be driven to cut the diaphragm 12 downward, and a seal 14 which can be detachably connected between the cover seat 11 and the punch cover 13. The punching cover 13 has a chamfered stem 131 at the bottom of the strip. » When used, the strip 14 is first pulled away from the cap 13 and the lid u, and then pressed as shown by the arrow 16 in FIG. The cover 13 moves the puncture membrane 12' downwards to drive the cutting column ηι downward so that an additive in the container space 15 can be dropped into the bottle can 2 by the tearing of the diaphragm 12 to be mixed with the contents. 3 Although the capping device 1 can store the additive separately, the membrane 12 is not torn until the use of the membrane 12, and the additive is allowed to enter the canister 2 to be mixed with the contents. However, since the membrane 12 is an aluminum pig film, it is additionally The processing is adhered to the bottom of the cover 11, so that the manufacturing process not only has to increase the process, the cost of sighing, but also increases the chance of pollution, and is prone to the problem of unsanitary cleaning, not to mention the sealing or heat of the diaphragm 12 Factors such as deformation, and a gap between the cover and the cover 11, resulting in leakage of the additive, loss of the additive and storage of the storage separately to avoid deterioration. In addition, as shown in FIG. 3 and FIG. 4, since the bottom of the cutting column 131 is a chamfered chamfered surface 132, when one of the sharp lower end portions 133 gradually cuts down the tight diaphragm 12, Most of the diaphragm 12 that has been severed is still connected to the cover seat 11, so that the internal stress that causes the diaphragm 12 to revert to the original shape remains, which causes the diaphragm 12 to slightly bend and erect, and allows one of the free portions 121 to be cut. Abutting along the chamfered surface 132 and relatively shielding the slit that is cut, it is difficult for the additive to fall downward, and the arched portion 122 of the diaphragm 12 also blocks the additive, making it difficult for the additive to completely leak out. It still exists when the diaphragm 12 has been cut for most of the time, but if it is designed to completely cut the configuration of the diaphragm 12, the diaphragm 12 is dropped behind the can. Therefore, the above capping device 1 is still not ideal in design. [New content] Therefore, the object of the present invention is to provide a cap device and a bottle container which surely allow the additive to fall out of the cap. Thus, the novel capping device 'includes: a cap unit, and a capping unit mounted in the cap unit. The cover unit includes an inner ring wall surrounding the loop shape, and a bottom seal wall connecting and closing the bottom edge of the inner ring wall. The inner ring wall and the bottom seal wall together define an additive material. Space, ·MiZhan: The bamboo saponin 3 is covered with a top shovel, and a slab extending from the periphery of the platen J«L ΐΛί r3n ΛΑ _L _L into the valley 'Working β 'knife' The cutting column is an annular body having an inner ring wall above the periphery of the bottom sealing wall, and has a punching portion located in the area of the slave: the two portions respectively from the sides of the punching portion a chamfer portion extending obliquely away from the punching portion, and a stopper portion laterally connecting the uppermost end of the chamfer portion, the stopper portion being a section: an arc length on the horizontal circumference and the The stop portion is away from the punching portion: the wall. - the punching unit can be pressed against the cover unit from one uncut position to a punching position, and in the uncut position, the punched portion of the cutting column is close to the bottom seal a wall, and the blocking portion is spaced above the bottom sealing wall. 'When the punching position is, the punching portion of the cutting column will puncture the bottom sealing wall, and the chamfering portion will cut the bottom sealing wall periphery Until the blocking portion is pressed against the bottom sealing wall, 'the bottom sealing wall is inclined downwardly from the pressing portion of the bottom sealing portion', so that the additive in the container space leaks downward. Through the horizontal arc edge design of the above-mentioned stop portion, when the cutting column is punched downward, the bottom sealing wall can be cut only by the punching portion and the chamfering portion, and the blocking portion is placed on the bottom sealing wall. Not only can it stop the range of movement of the cutting column, but also press the bottom sealing wall to tilt it downwards, allowing the additive to leak completely downwards. In addition, it can retain part of the area so that the bottom sealing wall does not break. Has a better use of efficacy. M380 This new bottled container contains: a bottle of can, and a capping device mounted on the can and as described above. The canister defines a container space for containing a container and has a bottle mouth at the top for the bottle. The present invention also includes a cover unit and a flush unit mounted in the cover unit. The cover unit includes an inner ring wall surrounding the loop shape, and a bottom seal wall connecting and closing the bottom edge of the inner ring wall, the inner ring wall and the bottom seal wall jointly defining a for holding an add-on The material space of the object. The punching unit includes a plate that covers the volume of the container=the portion and a section extending downward from the periphery of the plate and entering the container: the column is in the inner ring wall The inner circumference and corresponding to the annular body 'above the circumference of the 5th bottom sealing wall and having a punch at the lowermost edge" and the two are respectively upward and away from the sides of the punching portion a chamfered portion extending obliquely in a direction of the punching portion, the punching portion having a plurality of cut children spaced apart from each other, and a plurality of cut teeth respectively formed in each of the two adjacent cuts/grooves are gradually narrowed from top to bottom The punching unit can be pressed against the cover unit from an uncut position to a punching position, and in the uncut position, the cutting of the column is close. When the bottom sealing wall 'cuts the punching position, the punching portion of the cutting column will puncture the bottom sealing wall, and the chamfering portion will cut the periphery of the bottom sealing wall to make the material
空間内的添加物由t抽· I 田上述齒槽，以及該切柱之底緣與被切開之 底封壁間往下漏出。 透過上述沖切部之數個切齒設計，能在該切柱沖切 時藉由所述切齒分別戮破底封壁周緣’以利於快速開啟 M380310 更能透過其…讓添加物⑽，因此 上且=瓶袭容器，包含一瓶罐，及-安裝在該㈣ 之瓶蓋裝置。該瓶罐界定出—個用於容裝—容 裝物的容液空間，¾且古 、 的瓶嘴。 心、有-位於頂部且供該瓶蓋裝置安裝 此外本新型瓶蓋裝置，包含：一個蓋座單元，及一 =1:二蓋座單元内之沖蓋單元。該蓋座單元包括-個 堯成衣圈狀的内環壁，及一個連接且封閉該内環辟之底 緣的底封壁’該内環壁與底封壁共同界定出—個用於盛裝 =添加物的容料空間，該底封壁具有—個位居中央的厚本 Z ’及-個由該厚本部徑向往外延伸且同體連接於該内環 土之底緣的薄邊部，該薄邊部是由該内環壁之底緣徑向往 ==朝厚本部傾斜延伸至連接厚本部，且該薄邊部之 2較相該厚本部。該沖蓋單4括—個㈣ 壓板，及-個由該壓板周緣往下延伸且進入該容 料工間内的切柱，令如私蛊 . ^切柱為一個位在内環壁内圍且對應位 該底封壁之薄邊部上方的環狀體，並具有一個位於最下 緣之-段局部區域的沖切部’及兩個分別由該沖切部之兩 且朝ΐ離該沖切部的方向傾斜延伸的斜切部。 、該沖盍皁元可被抵麼而相對於該蓋座單元由一個未 :切位置，下移至—個沖切位置，在未沖切位置時，該切 之冲切部接近該底封壁’在沖切位置時該切柱之沖切 部會戮破底封壁之薄邊部，而所述斜切部會隨之割裂底封 7 。緣使得谷料空間内的添加物由該切柱之底緣與被切 開之底封壁間往下漏出。 透過上述底封壁周緣之傾斜薄邊部設計，能讓該切柱 在冲切時，令該沖切部往下順沿著該薄邊部的傾斜角度移 動割裂該薄邊部，不但能導引切割位置，更能相對使得該 中切αΡ及斜切部易於切割，故能具有較佳的使用功效。 本新型舰裝谷器，包含：一航罐，及一安裝在該瓶罐 上且如前述之瓶蓋裝置。該版罐界定出-個用於容裝-容 裝物的容液空間，並具有一位於頂部且供該瓶蓋裝置安裝 的瓶嘴。 【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 乂下配口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。 參閱圖5、圖6與圖7,本新型瓶裝容器之較佳實施 例：包含· 一瓶罐3，及-安裝在該瓶罐3上之瓶蓋裝置 9。該瓶罐3界定出-個用於容裝-容裝物的容液空間31， 並具有-位於頂部的瓶嘴32’該容裝物可以為食用飲料、 藥用液體、清潔液體或水。 而該瓶蓋裝置9是安裝在該瓶罐3上，並包含：一可 被拆離地安裝在瓶嘴32上的蓋座單元4、—能被驅動而往 下移動地安裝在蓋座單元4内的沖蓋單元5，及一可被拆 離地女裝在盖座單元4上且位於沖蓋單元5頂部的護套單 元6。 M380310 該蓋座單元4是由塑夥材料-體製成，並包括一個螺 接於瓶嘴32外圍的外環壁4卜一個士此 個由外環壁41之頂緣徑 向往内延伸且位在瓶嘴32上方的頂環壁^、—個自頂環 壁42之内緣向下延伸且圈繞在瓶嘴^内圍的内環壁❿ 一個連接封閉内環壁43之底緣的底 四|刃泜封壁44，及一個由内 環壁43之頂緣同體往上延伸的銜接冑仏該内環壁❹ 底封壁44共同界定出一個用於盛裝一添加物的容料空間The additive in the space is leaked from the above-mentioned cogging of the t-sucking I field, and the bottom edge of the cutting column and the cut-off bottom sealing wall. Through the cutting design of the punching portion, the cutting edge can be smashed by the cutting teeth when the cutting column is punched, so that the M380310 can be quickly opened, and the additive (10) can be made through the ... = bottle container, containing a bottle, and - a cap device installed in (4). The bottle defines a container space for the contents of the container, the 3⁄4 and ancient bottle mouth. Heart, yes - at the top and for the cap device installation. The cap device of the present invention comprises: a cover unit, and a =1: cover unit in the two cover unit. The cover unit comprises a ring-shaped inner ring wall and a bottom sealing wall connecting and closing the bottom edge of the inner ring. The inner ring wall and the bottom sealing wall are jointly defined - one for loading = a material space of the additive, the bottom sealing wall having a centrally located thick portion Z' and a thin edge portion extending radially outward from the thick portion and connected to the bottom edge of the inner ring soil. The thin side portion is inclined from the bottom edge of the inner ring wall to the thick portion of the inner portion to the thick portion, and the thin portion 2 is opposite to the thick portion. The punching cover 4 includes a (four) pressure plate, and a cutting column extending downward from the periphery of the pressure plate and entering the loading chamber, so as to be private. The cutting column is a position inside the inner ring wall. And corresponding to the annular body above the thin side of the bottom sealing wall, and having a punching portion 'in the partial region of the lowermost edge - and two of the punching portions respectively A chamfered portion that extends obliquely in the direction of the punching portion. The punching soap element can be abutted against the cover unit from an uncut position to a punching position, and in the uncut position, the cut portion is adjacent to the bottom seal When the wall is in the punching position, the punching portion of the cutting column will break the thin side portion of the bottom sealing wall, and the chamfer portion will cut the bottom seal 7 accordingly. The edge causes the additive in the grain space to leak downward from the bottom edge of the cutting column and the cut bottom wall. Through the inclined thin edge portion of the periphery of the bottom sealing wall, the cutting column can be moved to cut the thin edge portion along the inclined angle of the thin edge portion when punching, not only guiding By guiding the cutting position, the middle cut αΡ and the chamfered portion can be relatively easily cut, so that the cutting effect can be better. The novel ship-loading device comprises: a tank, and a capping device mounted on the bottle and as described above. The canister defines a containment space for the containment-container and has a mouth on the top for the capping device to be installed. [Embodiment] The foregoing and other technical contents, features and effects of the present invention will be apparent from the detailed description of a preferred embodiment of the present invention. Referring to Figures 5, 6 and 7, a preferred embodiment of the novel bottling container comprises: a bottle 3, and a capping device 9 mounted to the bottle 3. The canister 3 defines a container space 31 for containing contents - and has a bottle mouth 32' at the top. The container may be a food drink, a medicinal liquid, a cleaning liquid or water. The capping device 9 is mounted on the bottle can 3 and includes: a cover unit 4 detachably mounted on the bottle mouth 32, which can be driven to be moved downward to be mounted on the cover unit The flushing unit 5 in 4, and a sheath unit 6 which can be detached on the cover unit 4 and located at the top of the flushing unit 5. M380310 The cover unit 4 is made of a plastic material body and includes an outer ring wall 4 screwed to the periphery of the bottle mouth 32. This one is radially inwardly extended from the top edge of the outer ring wall 41. The top ring wall above the mouth 32, an inner ring wall extending from the inner edge of the top ring wall 42 and wound around the inner periphery of the bottle mouth, a bottom portion connecting the bottom edge of the closed inner ring wall 43 a four-blade seal 44, and an engagement extending upwardly from the top edge of the inner ring wall 43. The inner ring wall 44 defines a containment space for holding an additive.
二’該添加物可為益生菌、微生物、微生物抱子食品、 藥品、清潔品或食用保養品，可為粉末態，亦可為液態、 固態顆粒等。The additive may be a probiotic, a microorganism, a microbial food, a medicine, a cleaning product or an edible care product, and may be in a powder state, or may be a liquid or solid particle.
該内環壁43圍繞成環圈狀，並具有—個位在下側的 下環部431 一個位在上側且内徑較大於下環部431之内 徑的上環部432’及一個連接該下環部431與該上環部4% 的環肩部433。該底㈣44具有一個位居中央的厚本部 441，及一個由該厚本部441徑向往外延伸且同體連接於 該内環壁43之底緣的薄邊部442。該薄邊部442位居周緣 且其厚度較薄於該厚本部441之厚度，乃呈外低内高傾斜 之裙片狀，是由該内環壁43之底緣徑向往上且逐漸朝厚 本部441傾斜延伸至連接厚本部441，本實施例之薄邊部 442剖面呈直線傾斜狀，當然在設計上亦可以呈彎弧傾斜 狀。該銜接壁45具有一個由一外周面徑向往外凸出之卡 環部451。 該沖蓋單元5是由塑膠材料一體製成，並包括—個水 平地安裝在蓋座單元4之銜接壁45内以封蓋該容料空間 9 46頂部的壓板51，及一個由該壓板51周緣往下延伸且進 入該谷料空間46内的切柱52，及數條彼此間隔且轴向延 伸地形成在該切柱52之一内周面上的凸肋53。所述凸肋 53是用於增加該切柱52之強度，所以在能達到足夠強度 的條件下，利用凸肋53的設計，能相對薄化該切柱52之 厚度’或是可採用較軟的材料製成該切柱52。 «亥切柱52為一個位在内環壁43内圍且對應位在該底 封壁44之周緣上方的環狀體，並具有一個位在上侧且連 接該壓板51周緣的上柱部52卜一個位在下側且外徑較小 ;柱邛521之外徑的下柱部522、一個連接該下柱部522 與該上柱部521的柱肩部523、一個位於下柱部522最下 緣之-段局部區域的沖切部524、兩個分別由該沖切部524 ，兩側往上且朝遠離該沖切部524的方向傾斜延伸的斜切 部525 ’及-個橫向連接所述斜切部⑶之最上端的擒止 部526。該沖切部524、所述斜切部525與撞止部526共 同圍繞成環狀，且同體連接在該下柱部切之底緣。 °亥冲切部524具有數個彼此間隔的切齒527，及數個 分別形成在每兩相鄰切齒527間之齒槽528。各切齒527 之底緣與該底封壁44間之距離皆相同，每-切齒527皆 向下逐漸縮♦之尖銳狀，而且每—切齒527之邊緣 皆是由鄰近該内環壁43之一外側面，往遠離該内環壁Μ ^一内側面逐漸向上傾斜。該擋止部似為-段位在同一 水平圓周上之弧長，其對應的圓心角以見圖峨 ，若對應的圓心角Θ |^。0士 角Θ小於4時，該擋止部526的弧長過 10 M380310 短而易斷裂’又若對應的圓心角θ大於18『 =的弧長過長’則分配給該沖切部524與斜切 =就會較短，相對能切斷該底封壁44周緣的範心 〇所以該底封壁44向下傾斜的角度較小 =料的成果較差，而上述擋止部526對應的圓= Θ的角度較佳為22。~42。，且最佳的角度為32 : =較該沖切部526遠離該底封壁-該柱肩部 間之距離，等於該擋止部似與該底封壁料 之溥邊部442間的距離。 忒濩套皁TC6是由塑膠材料一體製 地圍繞在該蓋座單…銜接壁45:圍的:： 6卜-個連接該封條61且能供人手拉持的拉把⑽、一個 水平地安裝在該沖蓋單元5之麼板51上方且位在該封條 61内圍的蓋片63,及多個彼此間隔地連接蓋片〇與封條 61的連接粒64。該封條61具有一個形成在一内周面上且 對應卡環部451之卡槽部611。藉由該護套單元6罩蓋在 =蓋單元5頂部’並利用卡環部451卡擎入卡槽部⑴内 疋位彳確保使用者於使用前不會誤壓到沖蓋單元5，進 而向下移動戳破底封壁44’故能用於遮蓋保護沖蓋單元 5，以防止沖蓋單元5被誤觸移位。 “使用時，手持該拉把62向外拉扯，帶動封條61連同 蓋片63被向外拉開，以將整個護套單元6拉離蓋座單元* 與沖蓋單元5之頂部，讓位於蓋片63下方之壓板51裸露， 此時’該沖蓋單元5是相對於該蓋座單元4位在一個未沖 11 M380310 切位置，該柱肩部523是間陪朽* ^ ^位在該環肩部433上方，哕 擋止部526間隔位在該底封壁料 上方該 切部似接近該底封壁44，乃處’且該切柱52之沖 狀態。 ）慝於可被驅動而向下移動的 使用時，如圖8中箭頭7ώί· - t .. 0〇 , 碩所不施力壓抵該壓板51，該 汁盍早兀5可被抵壓而相對於 _ ,,x °亥盍座早兀4，由圖7之未 冲刀位置往下移至如圖8、圖9 一 圖10所示之一個沖切位 ，於移動的過程中，該沖切部524之切齒527會先向下， 順沿著該薄邊部442的傾斜角度，將底封壁44周緣對應 於冲切部524之部位戳破，並繼續往下移動割裂該薄邊部 442’接著位於兩側之斜㈣525會隨之向下割裂該薄邊 # 442對應的部位，使得底封壁44周緣與沖切部似及 斜切部525間形成-破裂縫隙州，直到擋止部似向下 抵壓在底封壁44之—連接部位444上，此時該柱肩部⑵ 也會對應靠置在該環肩部433上，用以雙重限制該切柱52 往下移動的最低位置，使得底封壁44保留該連接部位444 而不會被整個切斷，同時該底封壁44亦會被擋止部526 抵壓，而以該連接部位44與内環壁43連接處為中心向下 傾斜開啟’俾讓容料空間46内的添加物，由破裂縫隙443 及齒槽528間往下落入瓶罐3之容液空間31中與容裝物 混合，以供後續使用。在本實施例中，容裝物為低營養性 飲料’且添加物為產抱乳酸桿菌或其他類益生菌粉，兩者 會混合成含乳酸菌之飲用品。 由以上說明可知，本新型係在瓶罐3之容液空間31 12 M380310 中容置容裝物，並於瓶蓋裝£ 9之容料空間46中盛裝添 加物，將容裝物與添加物各自分開獨立密封，以維持活性 與鮮度並延長保存期限，同時能避免兩者因交互作用而產 生沉澱或變質現象，在使用前才將添加物導人容裝物中混 s，可縮短混合狀態的時間，避免液體變質損壞，進而保 持瓶裝容器内液體的新鮮與乾淨衛生。 〃 本新型透過上述擋止部526之水平弧緣設計，能在該 切柱向下沖切時，僅藉由沖切部524及斜切部525割裂該 底封壁44,並讓擋止部526抵壓在底封壁料上，不但= 擋止切柱52移動的範圍，並會抵底封壁料使之向下傾2 開啟，因此底封壁44不會出現彎曲拱起的現象，所以已 切開的部位不會貼靠於沖切部524及斜切部525而 破裂縫隙443,確能讓容料空間46内的添加物完全順= 地往下落人瓶罐3中與容裝物混合，此外更能保留部分區 域即連接部位444,使得底封壁44不致整個斷裂，而往下 掉落瓶罐3中，以具有較佳的使用效果，故確實能達成本 新型之目的。 此外，本新型藉由上述沖切部524之數個切齒527設 計，能在該切柱52沖切時，透過所述切齒527分別戳破 底封壁44周緣，以利於快速開啟該底封壁44，同時更能 透過其間之齒槽528讓添加物洩漏。再者’透過上述底封 壁44周緣薄邊部442之傾斜設計，能讓該切柱52在沖切 時，令所述切齒527往下順沿著該薄邊部442的傾斜角度 移動割裂該薄邊部442,不但能導引切割位置，更能使得 13 M380310 該、沖切β 524及斜切部525相對集中施力以易於作用切 割，所述切齒527之尖端亦不致於彎捲變鈍，因此其使用 效率較佳，故確實能達成本新型之目的。 進ν來看本新型之底封壁44設計，由於該篕座單 元4是由塑膠材料一體製成，製造上並不需要另外增加黏 貼製程’所以不但可節省設備成本，也可以減少污染機 會’品質較為衛生乾淨，而且底封壁44與内環壁43材質 相同且同體連接，不會因熱脹冷縮而與内環壁43間產生 縫隙，所以添加物不會發生洩漏情泥，可維持添加物與容 裝物分開儲存以避免變質的功效。 惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修餘，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一種習知瓶蓋裝置的一立體分解圖； ^圖2疋習知瓶蓋裝置之一組裝剖視示意圖，說明一沖 蓋單元被一封條限位； 一圖3是類似於圖2之一視圖，說*明該封條被拆離該沖 蓋單7C，且沖蓋單元被抵壓驅動而向下沖切一隔膜； 、圖4是習知瓶蓋裝置之一剖視俯視示意圖，說明隔膜 被沖蓋單元切開之後的使用狀態； 圖5是本新型瓶裝容器的一較佳實施例的一立體分解 14 圖6是該較佳實施例之一瓶蓋裝置的一剖視分解示意 圖； 圖7是該較佳實施例之一部分剖視示意圖，說明一沖 嘗 罕 _、 疋被一護套單元限位，且該沖蓋單元相對於一蓋座單 元位在一未沖切位置； 圖8是類似於圖7之一視圖，說明該護套單元被拆離 該冲蓋單元，且沖蓋單元被抵壓驅動而向下移至一沖切位 置； 圖9是該較佳實施例之一部分側視示意圖，說明該護 套單元被拆離該沖蓋單元；及 圖10是沿圖9中之線10-10的一剖面圖，說明該沖蓋 單元位在該沖切位置。 15 M380310 【主要元件符號說明】 3....... •…瓶罐 51…… …壓板 31 .… …容液空間 52…… …切柱 32 … …·瓶嘴 521… …上柱部 4....... …蓋座單元 522 …. …下柱部 41 •…. …外環壁 523 ···· …柱肩部 42 .…, …頂環壁 524 ‘… …沖切部 43 ..... …内環壁 525 ·… …斜切部 431···· …下環部 526 ··· …擋止部 432···· …上環部 527 …· …切齒 433···· …環肩部 528 …, …齒槽 44 .…. …底封壁 53…… …凸肋 441**·· …厚本部 6 ....... …護套單元 442···· …薄邊部 61…… …封條 443·… …破裂縫隙 611 ··· …卡槽部 444···· …連接部位 62....... …拉把 45…· …銜接壁 63....... …盖片 451.·.， …卡環部 64....... ••連接粒 46 •… …容料空間 9 ........ •-瓶蓋裝置 5....... …沖蓋單元 Θ ....... ••圓心角 16The inner ring wall 43 is formed in a loop shape, and has a lower ring portion 431 positioned on the lower side, an upper ring portion 432' located on the upper side and having an inner diameter larger than the inner diameter of the lower ring portion 431, and a lower ring portion 432' The portion 431 and the annular portion 433 of the upper ring portion 4%. The bottom (four) 44 has a thick central portion 441 located at the center, and a thin side portion 442 extending radially outward from the thick portion 441 and connected to the bottom edge of the inner annular wall 43 in the same manner. The thin edge portion 442 is located on the periphery and has a thickness thinner than the thickness of the thick portion 441. It is in the shape of a skirt having an outer low inner and a high inclination. The bottom edge of the inner ring wall 43 is radially upward and gradually thicker. The portion 441 extends obliquely to the thick portion 441. The thin portion 442 of the present embodiment has a linearly inclined cross section. Of course, the design may also be curved and inclined. The engaging wall 45 has a snap ring portion 451 which projects radially outward from an outer peripheral surface. The punching unit 5 is integrally formed of a plastic material and includes a pressing plate 51 horizontally mounted in the connecting wall 45 of the cover unit 4 to cover the top of the receiving space 9 46, and a pressing plate 51 by the pressing plate 51 A kerf 52 extending downwardly into the grain space 46 and a plurality of ribs 53 spaced apart from each other and axially extending on an inner circumferential surface of the kerf 52 are formed. The rib 53 is used to increase the strength of the column 52. Therefore, under the condition that sufficient strength can be achieved, the thickness of the column 52 can be relatively thinned by the design of the rib 53 or softer. The material is made into the cutting column 52. The hait column 52 is an annular body which is located inside the inner ring wall 43 and corresponding to the periphery of the bottom sealing wall 44, and has an upper column portion 52 which is located on the upper side and is connected to the periphery of the pressure plate 51. a lower post portion 522 having an outer diameter on the lower side; a lower post portion 522 having an outer diameter of the post 521, a post portion 523 connecting the lower post portion 522 and the upper post portion 521, and a lowermost portion of the lower post portion 522 The blank portion 524 of the partial portion of the edge portion, and the chamfered portion 525' and the transverse joint portion respectively extending from the punching portion 524 to the upper side and obliquely away from the punching portion 524 The uppermost end portion 526 of the chamfered portion (3) is described. The punched portion 524, the chamfered portion 525 and the striker portion 526 are collectively formed in a ring shape, and are connected to the bottom edge of the lower column portion. The °C punching portion 524 has a plurality of teeth 527 spaced apart from each other, and a plurality of slots 528 formed between each of the adjacent cutting teeth 527. The distance between the bottom edge of each cutting tooth 527 and the bottom sealing wall 44 is the same, each cutting tooth 527 is tapered downwardly and sharply, and the edge of each cutting tooth 527 is adjacent to one of the inner ring walls 43. The outer side surface is gradually inclined upwards away from the inner ring wall. The stop portion seems to be the arc length of the segment position on the same horizontal circumference, and the corresponding central angle is shown in Fig. 峨 if the corresponding central angle Θ |^. When the angle Θ is less than 4, the arc length of the stop portion 526 is shorter than 10 M380310 and is easy to break. If the corresponding central angle θ is greater than 18 ′, the arc length is too long, and the punching portion 524 is assigned to The beveling=will be shorter, and the angle of the periphery of the bottom sealing wall 44 can be cut off. Therefore, the angle at which the bottom sealing wall 44 is inclined downward is small. The result of the material is poor, and the circle corresponding to the stopping portion 526 is round. = The angle of Θ is preferably 22. ~42. And the optimum angle is 32: = the distance from the punching portion 526 away from the bottom sealing wall - the shoulder of the column is equal to the distance between the blocking portion and the edge portion 442 of the bottom sealing wall material . The sleeving soap TC6 is mechanically surrounded by a plastic material in the cover seat... the connecting wall 45: surrounding: 6 b - a pull handle (10) that connects the seal 61 and can be held by a person, a horizontal installation A cover sheet 63 located above the cover plate 51 of the flush unit 5 and positioned within the seal 61, and a plurality of connecting particles 64 connecting the cover sheet and the seal 61 to each other at intervals. The seal 61 has a card groove portion 611 formed on an inner peripheral surface and corresponding to the snap ring portion 451. The cover unit 6 is covered on the top of the cover unit 5 and is clamped into the slot portion (1) by the snap ring portion 451 to ensure that the user does not accidentally press the cover unit 5 before use. Moving the puncture breakout wall 44' downward can be used to cover the protective capping unit 5 to prevent the capping unit 5 from being misplaced. "In use, the handle 62 is pulled outwardly, and the cover 61 is pulled outward together with the cover 63 to pull the entire sheath unit 6 away from the top of the cover unit* and the cover unit 5, giving way The pressing plate 51 under the cover sheet 63 is exposed, at this time, the punching unit 5 is in a non-punching 11 M380310 cutting position relative to the cover unit 4, and the column shoulder portion 523 is in the position of Above the ring shoulder 433, the dam stop 526 is spaced above the bottom seal wall material. The cut portion is similar to the bottom seal wall 44, and is at the 'and the ram of the spigot 52. When using the downward movement, as shown by the arrow 7ώί· - t .. 0〇 in Fig. 8, the master does not apply pressure to the pressure plate 51, and the juice can be pressed against the _, x ° The back of the chamber is moved from the uncut position of Fig. 7 to a punching position as shown in Fig. 8, Fig. 9 and Fig. 10, and the cutting portion 524 of the punching portion 524 is moved during the movement. First, the edge of the bottom sealing wall 44 is puncture corresponding to the portion of the punching portion 524 downwardly along the inclined angle of the thin edge portion 442, and continues to move downward to cut the thin edge portion 442'. The oblique (four) 525 on both sides will then cut the corresponding portion of the thin edge # 442 downward, so that the periphery of the bottom sealing wall 44 and the punched portion and the beveled portion 525 form a rupture gap state until the stop portion is oriented The lower portion is pressed against the connecting portion 444 of the bottom sealing wall 44. At this time, the column shoulder portion (2) also rests on the ring shoulder portion 433 to double limit the lowest position of the cutting column 52 to move downward. The bottom sealing wall 44 is retained by the connecting portion 444 without being completely cut, and the bottom sealing wall 44 is also pressed by the stopping portion 526, with the connecting portion 44 and the inner ring wall 43 being centered. The lower tilting opening '俾 allows the additive in the receiving space 46 to be mixed with the contents from the rupture slit 443 and the gullet 528 into the liquid containing space 31 of the bottle can 3 for subsequent use. In the example, the package is a low-nutrition beverage and the additive is Lactobacillus or other probiotic powder, and the two are mixed into a beverage containing lactic acid bacteria. As can be seen from the above description, the novel is in a bottle 3 The volume of the liquid container 31 12 M380310 accommodates the contents and is filled with a space of 46 for the cap. The additive is contained, and the contents and the additive are separately sealed separately to maintain the activity and freshness and prolong the shelf life, and at the same time, the precipitation or deterioration of the two due to the interaction can be avoided, and the additive is introduced before use. Mixing s in the human contents can shorten the time of mixing, avoid liquid deterioration and damage, and keep the liquid in the bottle container fresh and clean. 〃 The new horizontal arc edge design of the above-mentioned stopper 526 can be When the cutting column is punched downward, the bottom sealing wall 44 is only cut by the punching portion 524 and the chamfered portion 525, and the blocking portion 526 is pressed against the bottom sealing wall material, not only the movement of the cutting column 52 is stopped. The range of the bottom wall is closed so that the bottom wall 44 does not bend and arch, so the cut portion does not abut against the punching portion 524 and the chamfer portion. 525 and rupture slit 443, it is indeed possible to allow the additive in the contents of the space 46 to be completely mixed with the contents into the canister 3, and further retain a part of the area, that is, the joint portion 444, so that the bottom seal wall 44 Do not break the whole, but drop the bottle 3 down In order to have better results, it can indeed achieve the purpose of the present novel. In addition, the present invention is designed by the plurality of cutting teeth 527 of the punching portion 524, and can punch the periphery of the bottom sealing wall 44 through the cutting teeth 527 when the cutting column 52 is punched, so as to facilitate quick opening of the bottom sealing wall. 44, at the same time, the additive can be leaked through the interdental 528 therebetween. Furthermore, the slanting design of the peripheral edge portion 442 of the bottom sealing wall 44 allows the cutting column 52 to move downwardly along the inclined angle of the thin side portion 442 during punching. The thin edge portion 442 can not only guide the cutting position, but also enables the 13 M380310, the punching β 524 and the chamfering portion 525 to be relatively concentrated to exert a force to cut, and the tip of the cutting tooth 527 is not blunt. Therefore, its use efficiency is better, so it can achieve the purpose of the present invention. In view of the design of the bottom seal 44 of the present invention, since the sill unit 4 is integrally made of plastic material, it is not necessary to additionally add an adhesive process to manufacture, so that not only equipment cost but also pollution opportunity can be reduced. The quality of the bottom sealing wall 44 is the same as that of the inner ring wall 43 and is connected in the same body. There is no gap between the bottom sealing wall 44 and the inner ring wall 43 due to thermal expansion and contraction, so that the additive does not leak. Maintain the additive and storage separately to avoid deterioration. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and the remnant of the new patent application scope and the new description content. , are still within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a conventional capping device; FIG. 2 is a schematic cross-sectional view showing one of the conventional capping devices, illustrating a capping unit being restrained by a strip; 3 is a view similar to FIG. 2, saying that the seal is detached from the punching sheet 7C, and the punching unit is driven by pressure to punch a diaphragm downward; FIG. 4 is a conventional capping device A cross-sectional plan view showing the state of use of the diaphragm after being cut by the punching unit; FIG. 5 is a perspective exploded view of a preferred embodiment of the bottled container of the present invention. FIG. 6 is a capping device of the preferred embodiment. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 7 is a partial cross-sectional view showing the preferred embodiment of the present invention, illustrating that a punch is not limited by a sheathing unit, and the punching unit is positioned relative to a cover unit. Figure 9 is a view similar to Figure 7, illustrating that the sheath unit is detached from the punch unit, and the punch unit is driven by pressure to move down to a punching position; A side view of a portion of the preferred embodiment illustrating the sheath unit being detached The flushing unit; and Fig. 10 is a cross-sectional view taken along line 10-10 of Fig. 9 illustrating the punching unit in the punching position. 15 M380310 [Explanation of main component symbols] 3....... •...Canister 51...... Platen 31 .... ...Liquid space 52...Cut column 32 ... Bottle mouth 521 ... Upper column 4....... Covering unit 522 .... ... lower column portion 41 •.... outer ring wall 523 ···· ...column shoulder 42 ...., ... top ring wall 524 '... Part 43 ..... ... inner ring wall 525 ... ... chamfered portion 431 · · · · ... lower ring portion 526 · · · ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ··· ...ring shoulder 528 ..., ... cogging 44 ..... ... bottom sealing wall 53 ... ... rib 441 ** · · thick part 6 ......... sheath unit 442 · ··...thin edge portion 61...seal 443·...breaking slit 611 ····card slot portion 444····...connecting portion 62.... pulling handle 45...·...connecting wall 63....... Cover sheet 451.., ... snap ring portion 64....... •• Connection grain 46 •...Liquid space 9 ........ •- Cap device 5........capping unit Θ....... ••center angle 16