1354640 ix 、九、發明說明： 【發明所屬之技術領域】 本發明實施揭露一具有設計簡化之儲存槽瓶蓋，特別 •關於一種瓶蓋之設計，將減少瓶蓋儲存槽製造成本，且使 .消費者較現今技術之瓶蓋易於使用。 【圖式簡單說明】 圖一 A為本發明之第一實施例爆炸剖面圖，揭露並描 繪瓶蓋之兩構件。 . 圖一 B為本發明之第一實施例外部側視爆炸圖，描繪 此航蓋之兩構件。 ㈢ 圖一 C為本發明之第一實施例外部側視，描繪兩瓶蓋 構：結合於一，於啟動穿刺機構以釋放飲料添加物至溶液 中刚之圖示。 D為本發明之第一實施例接合剖 、个 η 17 蓋構件接合為一’且其中填充飲料添加物 間接：Γ為ίΓΓ第一實施例剖面圖，描綠兩瓶蓋構 動穿刺機構以釋：：充飲料添加物’置於瓶子頂端，於啟 冓釋放飲料添加物至溶液中前之圖示。 #圖F為本發明之第一實施例剖Φ目，描洽f , 盍構間接合為一，其中填充飲料添加物圖會兩瓶 啟動穿刺機構打破密封以釋放飲料添加物至二:頂端’ -圖二“本發明之第二實施例剖 ：中。 盍之兩構件。 <7恭炸圖’描繪瓶 B為本發明之第二實施例側視之爆炸圖，描繪瓶 5 UM6401354640 ix, IX, invention description: [Technical field of the invention] The present invention discloses a storage tank cap with a simplified design, and in particular, the design of a bottle cap will reduce the manufacturing cost of the cap storage tank and make it. Consumers are easier to use than today's technology. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1A is an exploded cross-sectional view of a first embodiment of the present invention, exposing and depicting two members of a bottle cap. Figure 1B is an external side exploded view of the first embodiment of the present invention depicting two components of the aircraft cover. (C) Figure 1 is an external side view of the first embodiment of the present invention, depicting a two-cap design: in combination with a mechanism for actuating the piercing mechanism to release the beverage additive into the solution. D is a first embodiment of the present invention, a joint section, a η 17 cover member joined as a 'and in which a beverage additive is filled indirectly: Γ is a cross-sectional view of the first embodiment, and the green two caps are configured to dissipate the puncture mechanism :: Filled beverage add-on' is placed on top of the bottle, before the release of the beverage supplement to the solution. #图F is a first embodiment of the present invention, which is a cross-sectional view of the first embodiment of the present invention. The filling of the beverage additive map will cause the two bottles to start the piercing mechanism to break the seal to release the beverage additive to the second: the top end - Figure 2 "Second embodiment of the present invention. Section: Medium. Two members of the cymbal. <7 Comprehension Figure" depicts the bottle B as a side view of the second embodiment of the present invention, depicting the bottle 5 UM640
'蓋之兩構件。 動穿刺_釋放：= 圖 D為本發明之第二實施例側視之 瓶蓋構間接合為一，於啟 回拖，，曰兩 溶液中前之圖 、文動牙刺機構以釋放飲料添加物至 不'The two components of the cover. Dynamic puncture_release:= Figure D is a second embodiment of the present invention, the side view of the bottle cap is joined to one another, in the start-up drag, the first solution in the two solutions, the spur action mechanism to release the beverage added Object to no
圖 Μ夕μ A為本發明之第三實施例剖面之爆炸圖，描繪瓶 盖之兩構件。 圖 B為本發明之第三實施例側視之爆炸圖，描繪瓶 盍之兩構件。 一圖三C為本發明之第三實施例外部之側視圖，描繪兩 ，盍構件接合為―’於啟動穿刺機構以釋放飲料添加物至 >谷液中前之圖示。 圖三D為本發明之第三實施例外部之側視圖，描緣兩 •構件於作動機構以釋放飲料添加物至溶液中之後狀態。 圖三E為本發明之第三實施例側視之剖面圖，描繪兩 構件於作動機構以釋放飲料添加物至溶液中之後狀態。 “圖—F為本發明之第三實施例侧視之剖面目，描繪兩 蓋構件接σ為’於啟動穿刺機構以釋放飲料添加物至 溶液中前之圖示。 #圖四Α為本發明之第四實施例剖面之爆炸圖，描繪觀 盡之兩構件。 圖四B為本發明之第四實施例外部側視之爆炸圖，描 6Figure Μ μ A is an exploded view of a section of the third embodiment of the present invention, depicting two components of the bottle cap. Figure B is a side elevational exploded view of a third embodiment of the present invention depicting two components of a bottle. Figure 3C is a side elevational view of the exterior of the third embodiment of the present invention depicting the engagement of the two jaw members in a front view of the "starting of the piercing mechanism to release the beverage additive into the > valley fluid. Figure 3D is a side elevational view of the exterior of the third embodiment of the present invention, depicting the condition after the member is actuated to release the beverage additive into the solution. Figure 3E is a side elevational cross-sectional view of a third embodiment of the present invention depicting the state of the two members after actuation of the actuation mechanism to release the beverage additive into solution. Figure F is a cross-sectional view of a third embodiment of the present invention, depicting the connection of the two cover members σ as ' before the puncturing mechanism is activated to release the beverage additive into the solution. #图四Α is the present invention The exploded view of the cross section of the fourth embodiment depicts two components. Figure 4B is an exploded view of the external side view of the fourth embodiment of the present invention.
b4U 〇 '，繪瓶蓋之兩構件 圖四C為本發 舨蓋構件接合為一 j容液中前之圖示。 明之第四實施例外部之侧視圖，描繪兩 於啟動穿刺機構以釋放飲料添加物至 .圖四D為本發明之第四實施例側視之剖面圖，描纟合 瓶蓋構件接会免 ^ a 按口馮一’於啟動穿刺機構以釋放飲料添加物至 溶液中前之圖示。 ,—圖四E為本發明之第四實施例側視之剖面圖，描繪兩 構門接5為一，其中填充飲料添加物，置於瓶子頂端， 於啟動穿刺機構以釋放飲料添加物至溶液中前之圖示。 ^圖F為本發明之第四實施例剖面圖，描繪描繪兩瓶 蓋構間接合為―’其中填充飲料添加物，置於瓶子頂端， 啟動穿刺機構打破密封轉放飲料添加物至溶液中。 【先前技術】 本發明為飲料相關領域，尤係指一簡單設計空腔瓶蓋 其可儲存並注人其瓶蓋中之内容物，進人—含有流質之瓶 中本發明所述之瓶蓋，其與先前技藝：、 US7249_以及美國公開案謂5/25211597等有明顯之不 同。 瓶裝飲料包含水、蘇打與果汁，於全球構成數十億元 之工業。其主要之儲存與販賣之容器為塑膠瓶，塑膠瓶之 廣泛應用歸因於數個因素’包含低價、質輕、亦於使用且 耐用。塑膠瓶通常於上端使用瓶蓋，作為一種安全密封。 瓶盍可以旋轉或翻開之方式，以接觸瓶中之飲料。有時瓶 1354640 蓋可l 3 $動之活門’例如運動瓶之瓶蓋，允許人們密 封瓶子並利用活門於以類似使用吸管飲用。 水合廣泛用於商業界，有時以藥月或粉末 式加水混合，此允許消費者可簡單混合製造飲料。消費 者估量指不或所想要之混合量，加人水以成為一飲料。一 般塑膠瓶之窄瓶口，使得此-混合粉末方式，於-般塑膠 ^難乂實&杈末也許於家中可較亦實施(使用小漏 斗)’然而於旅行中或戶外活動例如登山，則相當困難。更 進-步，例如即刻施行不同飲料於不同瓶子之混合。此時 亦容易造成混合量估量不準，使得飲料過濃或過稀。 眾所週知於飲料中添加維生素、營養品或其他補給品 術’當其懸净於液體或水中易於變質，此飲料之添 ❹減少其效力，因此飲料製造商必須對此一飲 2 士曰強效帛，於額外增加添加維生素、營養品或其他 補充物’於飲用或使用期限内以保證最小效力。此效應辦 加薇商於飲料製造之原料使用，顯著縮短於貨架上時間，曰 並且導致消費者於此飲料之效力與營養量之不確定。 於瓶子或容器包含-儲存槽，作為飲料添加為孰知之 此為-般之觀念。於此技術’有許多裝置已被描述， ::母個裝置各有其一或多個方面不欲之困擾，所有即溶 物品即是針對克服這些問題而產生。 這些習知瓶蓋技術之第-個缺點，時常包含儲存 狀，其中之阻礙或空腔，阻擋添加物進入瓶子，= 欲使用所有飲料中成分，此將造成浪f與花費額外力氣 8 丄354640 、、其更可能造成某些添加物或流質於注入後，依然留在瓶 蓋，造成飲料成分過淡，或造成於藥物或營養添加之劑量、 成效不正4。 •習知瓶蓋技術之第二個缺點，一般包含分離式儲存槽 .構件，此將增加產品成本與材料使用。 習知瓶蓋技術之第二個缺點’一般其包含銳利或尖銳 的裝置，並具有複雜構造與操作方式，此將增加瓶蓋製造 成本，於某些案例中，銳利或尖銳的裝置十分銳利。 習知瓶蓋技術之第四個缺點，一般其設計不足以或不 具有阻止飲料變淡設計，至使飲料中之添加物或流質暴露 變淡。 習知瓶蓋技術之第五個缺點，過大之阻止飲料變淡設 計結構，製造時需要更多之材料，此造成材料浪費並增加 製造成本。 習知瓶蓋技術之第六個缺點，為其機構設計於防止過 春早釋放於儲存槽之内容物進入飲料之不足，造成過早釋放 内容物於流體中之危險。 習知瓶蓋技術之第七個缺點，為其機構設計於防止過 早釋放於儲存槽之内容物進入飲料設計過大，至使增加瓶 蓋體積與製造成本。 習知瓶蓋技術之第八個缺點，包括錯誤或不適當之系 統設計，至使無法保護瓶子於搖晃中，水從瓶蓋出渗漏， 例如於運送中之搖晃或進—步混合。 習知瓶蓋技術之第九個缺點，一般其瓶蓋包括超過兩 9 ，其明顯增加複雜度與成 '個構件，於製造、組裝以及使用 〇 習知瓶蓋技術之第十個缺點，含有一分離儲存槽必須 .刺破，此造成瓶蓋料更為複雜（製造組裝較為昂貴） .習知瓶蓋技術之第十一個缺點，因為難以長時間保 子：運送’ -般於裝瓶時瓶蓋不會裝上，需要分開購買、 運送，因此無法長時間放置於瓶口。 習知瓶蓋技術之第十二個缺點，有時會有部分瓶蓋構 件设計成落人液體中’此將造成於飲用時窒息或安全上之 危害。 習知觀蓋技術之第十三個缺點，有時需要顯著之物理 力罝（亦即以力量或機械裝置如開 習知瓶蓋技術之第十四個缺點，其織於瓶子與瓶瓶 盍間，-般不包含-密封，其將造成飲料變淡或捧入。 習知瓶蓋技術之第十五個缺點，其一般包含擊穿/刺穿 鲁機構打開封口，其需要使用者施以顯著力量，以釋放瓶蓋 之内合物進入谷益内之溶液，但這不適用於較弱之個體， 如小孩或是年長者。 本發明實施所述之設計，希望能克服許多 習知技術之 ’以及包含以下額外特徵，其迄今尚未揭露於習知技 術。 β本發明實施揭露—具有設計簡化之儲存槽瓶蓋，以兩 早體組成-瓶蓋’具有儲存、穿刺機構'安全密封之瓶蓋。 b簡化°又°十，於製造時大大減少材料使用，且較易組裝， 1354640 ‘此二因素將減少瓶蓋儲存槽製造成纟，進一步纟發明之所 述之。又汁，可使消費者較現今技術之瓶蓋易於使用。 ^此瓶蓋實施說明利用一結合儲存槽與穿刺結構，降低 •最後組裝瓶蓋之構件數量。b4U 〇 ', two parts of the bottle cap Figure 4 C is the front view of the joint of the hair cover member. 4 is a side view of the exterior of the fourth embodiment, depicting the activation of the piercing mechanism to release the beverage additive. FIG. 4D is a side elevational view of the fourth embodiment of the present invention, depicting the closure of the cap member. a Press the mouth to see the illustration before the puncture mechanism is activated to release the beverage additive into the solution. Figure 4 is a side elevational cross-sectional view of a fourth embodiment of the present invention, depicting a two-part door 5 in which a beverage additive is filled and placed at the top of the bottle to activate the piercing mechanism to release the beverage additive to the solution. The icon of the middle. Figure F is a cross-sectional view of a fourth embodiment of the present invention depicting the engagement of the two caps into a container in which the beverage additive is filled, placed at the top of the bottle, and the puncture mechanism is activated to break the sealed beverage additive into the solution. [Prior Art] The present invention relates to the field of beverages, in particular to a simple design of a cavity cap that can store and inject the contents of the cap, into the cap of the present invention in a bottle containing a fluid. It is significantly different from the prior art: US7249_ and US publication 5/25211597. Bottled beverages contain water, soda and juice, making up billions of dollars in the world. The main storage and sale containers are plastic bottles. The wide application of plastic bottles is attributed to several factors 'including low price, light weight, also used and durable. Plastic bottles usually use a cap on the upper end as a safety seal. The bottle can be rotated or flipped open to contact the beverage in the bottle. Sometimes the bottle 1354640 can be used to seal the bottle and allow the person to seal the bottle and use the valve to drink it like a straw. Hydration is widely used in the business world, sometimes in the form of a drug or a powdered water mixture, which allows the consumer to simply mix and make the beverage. The consumer estimate refers to the amount of mixture that is not desired or added, adding water to become a drink. The narrow bottle mouth of the general plastic bottle makes this-mixed powder method, which is more difficult to be used in the plastics. It may be implemented at home (using a small funnel). However, during travel or outdoor activities such as mountain climbing, It is quite difficult. Further steps, such as instant mixing of different beverages in different bottles. At this time, it is also easy to cause the amount of the mixture to be inaccurate, making the beverage too rich or too thin. It is well known to add vitamins, nutrients or other supplements to beverages. 'When it is suspended in liquid or water, it is easy to deteriorate. The addition of this beverage reduces its effectiveness. Therefore, beverage manufacturers must drink 2 capsules. Add extra vitamins, nutrients or other supplements for a minimum period of time during drinking or use. This effect is used by Jiawei in the use of raw materials for beverage manufacturing, which is significantly shorter than the time on the shelf, and leads to uncertainty about the efficacy and nutritional content of the beverage. In the case of a bottle or container containing a storage tank, it is a general idea to add it as a beverage. There are a number of devices in the art that have been described, and that the parent device has one or more aspects that are undesired, and all of the instant items are created to overcome these problems. The first drawback of these conventional cap techniques, which often include storage, in which obstructions or cavities, block additives from entering the bottle, = use all ingredients in the beverage, which will cause waves and extra effort 8 丄 354640 It is more likely that some additives or fluids will remain in the bottle cap after injection, causing the beverage ingredients to be too light, or the dose or effect of the drug or nutrient addition is not correct. • The second drawback of conventional cap technology, which typically includes separate storage tanks, components, which increase product cost and material usage. The second drawback of the conventional cap technology is that it generally includes sharp or sharp devices and has a complicated construction and operation, which increases the cost of manufacturing the cap. In some cases, the sharp or sharp device is very sharp. The fourth drawback of conventional cap technology is that it is generally not designed or does not have a design that prevents the beverage from becoming lighter, such that the additive or fluid exposure in the beverage becomes lighter. The fifth drawback of the conventional cap technology is that it prevents the beverage from weakening the design structure and requires more material for manufacturing, which results in wasted material and increased manufacturing costs. The sixth drawback of the conventional cap technology is that the mechanism is designed to prevent the ingestion of the contents of the storage tank into the beverage during the early spring, causing the risk of premature release of the contents into the fluid. The seventh drawback of the conventional cap technology is that the mechanism is designed to prevent premature release of the contents of the reservoir into the beverage design, which increases the cap volume and manufacturing cost. The eighth drawback of the conventional capping technique, including incorrect or inadequate system design, is such that it is impossible to protect the bottle from shaking, water leaking from the cap, such as shaking or further mixing during transport. The ninth disadvantage of the conventional cap technology is that the cap includes more than two 9s, which significantly increases the complexity and complexity of the components, and is the tenth disadvantage of the manufacturing, assembly and use of the conventional cap technology. A separate storage tank must be pierced, which makes the bottle cap material more complicated (manufacturing and assembly is more expensive). The eleventh shortcoming of the conventional cap technology, because it is difficult to protect the child for a long time: transport '-like when bottling The cap will not be loaded and will need to be purchased and shipped separately, so it cannot be placed in the bottle for a long time. The twelfth drawback of the conventional cap technology is that sometimes some of the capping members are designed to fall into the liquid'. This will cause suffocation or safety hazards when drinking. The thirteenth shortcoming of the conventional cover technology sometimes requires significant physical strength (that is, the 14th shortcoming of the force or mechanical device, such as the open cap technology, which is woven in bottles and bottles) Between, and generally does not contain - seal, which will cause the beverage to fade or hold. The fifteenth disadvantage of the conventional cap technology, which generally involves a breakdown/piercing mechanism to open the seal, which requires the user to apply Significant force to release the inner cap of the cap into the solution in Guyi, but this does not apply to weaker individuals, such as children or seniors. The design of the implementation of the present invention is expected to overcome many conventional techniques. 'and the following additional features, which have not been disclosed to the prior art. β. The present invention discloses a storage tank cap with a simplified design, which is composed of two early bodies - the cap has a storage and piercing mechanism 'safe seal Bottle caps b. Simplified ° and ° ten, greatly reduce material use during manufacturing, and easier to assemble, 1354640 'These two factors will reduce the manufacture of the cap storage tank, further described in the invention. Make consumers Nowadays it is easy to use technique cap. ^ Cap this embodiment described with reference to a combined reservoir and piercing structure, • reducing the number of components of the final assembly of the cap.
.此瓶蓋進一步實施，以三個分離密封與/或鎖固機構， 達到保護飲料添加物與流質之變淡，並且防止過早釋放飲 二添加物進入飲料。首先結合拉牌“鎖/密封功能於瓶蓋外 料面，穿刺結構於適當處’因而保護穿刺機構/儲存槽之 ㈣或意外事件。第二個密封位於瓶蓋之底部，於瓶子之 =表面’以作為瓶蓋於使用前之保護。第三個密封位於 :二1部、，於瓶子之内部表面’此為保護儲存之飲料添 忍m並且保護其不受因接觸流質或其他環境因 2成飲料損壞。其他習知瓶蓋技術包含-或二道密封（包 二一道因意外破損或甚至於掩飾先前開封後之重新密 許易於重新調和或參雜飲料。文中所述瓶蓋之固 ^封實施，幾乎不可能在不移除固鎖密封下’觸動活門。 谋於習知瓶蓋技術’需要使用者使収多力量，促使機構 釋放儲存槽之内容物。 進-步所述瓶蓋實施為儲存槽與穿刺機構，不產生空 使於儲存物（或自混合/摇動之流f )於儲存中。此可 存梓Φ /易於使用（較少劇烈搖動或混合之需求），且於儲 曰中之儲存物劑量更為精確。 、 此一所述瓶蓋實施進一步揭 自沲筌：由、s L 饰路結構，作為保護流質 矣漏。此一結構不同於目前之設計，其-般需要附The cap is further implemented with three separate sealing and/or locking mechanisms to protect the beverage additive from fluids and prevent premature release of the beverage into the beverage. Firstly, in combination with the pull-up "lock/seal function on the outer surface of the cap, the puncture structure is in place" thus protecting the puncture mechanism/storage tank (4) or accident. The second seal is located at the bottom of the cap, on the surface of the bottle = surface 'Because the cap is protected before use. The third seal is located at: 2, on the inner surface of the bottle'. This protects the stored beverage and protects it from contact with fluids or other environmental factors. The beverage is damaged. Other conventional cap technology consists of - or two seals (one of the two is accidentally damaged or even concealed the re-emphasis after the previous opening is easy to re-adjust or mix the beverage. ^ Sealing implementation, it is almost impossible to 'touch the valve without removing the lock seal. The conventional bottle cap technology' requires the user to make more power and urge the mechanism to release the contents of the storage tank. The cover is implemented as a storage tank and a piercing mechanism, and no space is generated in the storage (or self-mixing/shaking flow f) in the storage. This can be stored in Φ / easy to use (less demand for vigorous shaking or mixing), And storage The reservoir was more precise dosage, this embodiment further expose the bottle cap from a stokes Quan: a, s L decorative passage structure, as the protective fluid carry a structure different from the current drain of this design, which - as need be attached.