八键正丨 ..補无i m 1 llll M329024 八、新型說明 【新型所屬之技術領域】 本創作係有關一種包裝水容器，特別是關於一種可供 倒置在一飲水機上取水的包裝水容器及其瓶蓋。 【先前技術lEight keys are correct.. Complement no im 1 llll M329024 VIII. New description [New technical field] This creation relates to a packaging water container, in particular to a packaging water container for inverting water on a water dispenser and Its cap. [Prior technology l
目前的飲用水包裝概分為兩類，一種容量在5.8公升 以下，其構造與一般的飲料包裝相同，而且也是陳列在通 路商（例如便利商店、量販店）的架上供消費者現場購買； 另一種有3加侖及5加侖兩種容量，不在市面上展示銷售 ，而是由消費者向廠商訂購，再由業者直接運送到府。這 兩種產品使用的容器有許多不同之處，列述如下： (1) 容量：第一種容器因為容量較少，所以重量輕， 可輕易提攜；第二種容器的容量大，裝滿水時非常笨重， 不易搬動。 (2) 取水方式：第一種容器係藉傾倒瓶身取出飲水； 第二種容器係倒立安裝在飲水機上取水。 (3) 封裝蓋：第一種容器使用之瓶蓋係旋啟式封裝蓋 ，飲水用完前可再鎖回瓶蓋保存；第二種容器之瓶蓋係使 用迫啟式封裝蓋，未用完飲水前不可從飲水機上取下容器 (4)材質：第一種容器使用較軟的材質，外觀為白色 ;第二種容器使用PE材質製成，較堅硬，有藍色及白色 兩種。 5 M329024 (5) 製造法：第-種容器使用吹氣式— 種容器使用射出成型再模壓接合。 + ’ $ — (6) 重覆性：第一種容器係拋棄式的，只 a 丟棄；第二種容器在飲水用罄後，由堂人便 水。 俊㈣者回收重新裝填飲 ,⑺^:第—種容器用完後即丢棄，不必再清洗； 第二種容裔在廠商收回後，必須經過清洗及主 新裝填飲水。The current drinking water packaging is divided into two categories, one with a capacity of less than 5.8 liters, the same construction as a general beverage package, and also displayed on a shelf of a distributor (such as a convenience store or a mass merchandiser) for on-site purchase by consumers; The other has a capacity of 3 gallons and 5 gallons, which is not displayed on the market, but is ordered by the consumer to the manufacturer and then shipped directly to the government. There are many differences between the containers used in these two products, as follows: (1) Capacity: The first container is light in weight and easy to carry because of its small capacity; the second container has a large capacity and is filled with water. It is very heavy and difficult to move. (2) Water intake method: The first type of container is used to pour the bottle body to take out the drinking water; the second type of container is installed upside down on the water dispenser to take water. (3) Package cover: The bottle cap used in the first type of container is a swing-open type package cover. The bottle cap can be locked back before the drinking water is used up; the bottle cap of the second type container is a forced-open type package cover, which is not used. Do not remove the container from the water dispenser before drinking water. (4) Material: The first container is made of softer material and the appearance is white; the second container is made of PE material, which is harder and has blue and white. . 5 M329024 (5) Manufacturing method: The first type of container is blown type - the container is injection molded and remolded. + ’ $ — (6) Repetitiveness: The first type of container is disposable, only a is discarded; the second type of container is used by the church after drinking water. Jun (4) recycles and refills the drink, (7)^: The first type of container is discarded after use and does not need to be cleaned; the second type of organism must be cleaned and newly filled with drinking water after the manufacturer recovers.
(8) 成本：.第一種容器的成本低； w 較高，用戶須繳交押金給廠商，第-種各盗的成本 (9) 適應性：第一種容哭的翻 — 準’但是不必^應其他装置;第：固定：規格標 , θ 種4态必須配合飲水機 承台的規格’但是只要能夠被取水柱頂 無嚴格的尺寸規格。 〃诛工 由於第二種容器在裝滿飲水時，總重至少有η公斤 3比穩定置於飲水機承台上，飲水機承台及容器 ▲白八/、特別的結構以提供支撐力，但第一種容器沒 有k方面的限制’造成這兩種容器在瓶身、瓶頸及瓶蓋的 設計上都有一些差異。 使用第二種容器的包裝水，因為重量較重，為了方便 消費者將其倒置在飲水機的承台上，過去會額外製作一個 把手供握持。為了製造這個把手，因此容器的成本更高。 八有把手的各器還引起清潔的問題。因為把手内部不易清 洗乾淨，造成容器承裝的飲水受污染，往往導致生產的廠 6 M329024 商受主管機關處罰。為了避免這項污染的問題，新近的容 器不再設計把手，而把容器的瓶頸加長，以方便消費者用 手扶持。然而沒有把手的容器使用非常不便，因為容器的 體積大，裝了水後重量很重，很難抬高翻轉，也容易造成 意外。 第二種容器還有另一項污染的問題。因為這種容器的 成本高，為了降低成本，使用回收的PE材料製作。但是 這種回收I才料製造的容器有可能在使用中釋放有害物質 ，因此新近的容器皆改用新的PE材料製造，又提高成本 〇 使用第一種容器可以避免第二種容器的種種問題，不 過其不是設計來配合飲水機用的，因此瓶蓋上沒有迫啟口 可供飲水機的取水柱取水，而且其瓶頸短，倒置在飲水機 的承台上時，飲水機的取水柱也無法伸入容器内。因此， 即使使用第一種容器包裝的飲用水在市面上非常普及，使 用飲水機的消費者仍然必須向廠商直接訂購使用第二種 容器包裝的飲用水。然而，這種由消費者向廠商訂購，再 由業者運送到府的消費方式，因為從訂購到取貨有一段時 間差，消費者必須持續留意飲水的存量，在飲水消耗完畢 以前數天便向廠商訂購，且一次需訂購大量飲水，這些備 用飲水在消耗完之前又會佔用相當大的存放空間，對消費 者而言非常不便。 【新型内容】 7 M329024 本創作的目的之一，在於提出一種包裝水容器。 本創作的目的之一，在於提出一種容量小於3加命的 包裝水容器。 - 本創作的目的之一’在於提出一種可供倒置在一飲水 機上取水的包裝水容器。 • 本創作的目的之一，在於提出一種迫啟式與旋蓋式兩 用的包裝水容器。 φ 本創作的目的之一，在於提出一種可適應各種瓶子的 包裝水谷器的瓶盍’讓該包裝水容器可倒置在一飲水機上 取水。 本創作的目的之一，在於提出一種可適應一般槪蓋的 、 包裝水容器的瓶子，讓該包裝水容器可倒置在一飲水機上 、 取水。 根據本創作，一種包裝水容器包括一容量小於3加侖 - 的瓶子及一瓶蓋，該瓶子具有一瓶身經一肩部連接一瓶頸 鲁，該瓶頸上具有一瓶口，該瓶蓋可封裝在該瓶口上，且具 有一迫啟口。該瓶蓋與該瓶子結合後，在該容器倒置在二 飲水機的承台上時，該飲水機的取水柱可以頂開該迫啟口 ，因而使該取水柱上取水口穿過該迫啟口而進入該包裝水 • 容器内。 、 ' 根據本創作，一種可適應各種瓶子的包裝水容器的瓶 蓋，具有一迫啟口，當該包裝水容器倒置在一飲水機之一 承口上4•，该瓶蓋的南度足夠使該飲水機的取水柱頂開該 迫啟口，使該取水柱上取水口穿過該迫啟口而進入該包裝 8 M329024 水容器内。 根據本創作，一種容量小於3加侖的瓶子，具有一瓶 身經一肩部連接一瓶頸，該瓶頸上具有一瓶口，可被一瓶 蓋封裝而形成一包裝水容器，該瓶蓋上設有一迫啟口，該 瓶頸具有一長度，足夠在該包裝水容器倒置在一飲水機之 一承台上時，使該飲水機的取水柱頂開該迫啟口，因而使 該取水柱上取水口穿過該迫啟口而進入該包裝水容器内。 【實施方式】 圖1顯示一個短頸型的包裝水容器10，包括瓶身12 經肩部14連接瓶頸16，瓶頸16上具有瓶口 18，瓶蓋20 密合在瓶口 18上，其上具有迫啟口 22，彈片24封住迫啟 口 22。圖2顯示圖1的容器10倒置在飲水機承台50上的 狀態，瓶頸16伸入槽52内，但由於其長度較短，所以在 肩部14抵住承台50時，瓶口 18的高度還比取水口 56高 ，但是瓶蓋20的高度比一般的瓶蓋高，因此迫啟口 22的 高度可以低於取水口 56的高度，使取水柱54向上頂開彈 片24，讓取水口 56穿過迫啟口 22而進入容器10内取水 〇 在某些實施例中，容器10的容量在3加侖以下，例 如一般市面上販售的5 · 8公升或更小的包裝水的容器。 在某些實施例中，容器10是用吹氣式成型技術製造 的。 在某些實施例中，容器10是用射出成型再模壓接合 9 M329024 製造的。 在某些實施例中，容器10是用PET材料製造的，呈 現白色。 在某些實施例中，容器10是用PE材料製造的，呈現 白色。 在某些實施例中，容器10是用回收的PE材料製造的 ，呈現藍色。 圖3顯示一個長頸型的包裝水容器30，包括瓶身32 經肩部34連接瓶頸36，瓶頸36上具有瓶口 38，瓶蓋40 密合在瓶口 38上，其上具有迫啟口 42，彈片44封住迫啟 口 42。圖4顯示圖3的容器30倒置在飲水機承台50上的 狀態，瓶頸36伸入槽52内，在肩部34抵住承台50時， 瓶口 38的高度比取水口 56的高度還低，所以取水柱54 可以向上頂開彈片44,讓取水口 56穿過迫啟口 42而進入 容器30内取水。因為瓶頸36很長，所以瓶蓋40的高度 可以很小。 在某些實施例中，容器30的容量在3加侖以下，例 如一般市面上販售的5.8公升或更小的包裝水的容器。 在某些實施例中，容器30是用吹氣式成型技術製造 的。 在某些實施例中，容器30是用射出成型再模壓接合 製造的。 在某些實施例中，容器30是用PET材料製造的，呈 現白色。 10 M329024 在某些實施例中，容器30是用PE材料製造的，呈現 白色。 在某些實施例中，容器30是用回收的PE材料製造的 , ，呈現藍色。 為了呈現本創作的特點，前面所述的兩個實施例是用 比較極端的方式來表現，圖中繪示的容器也使用比較誇張 的尺寸來表現局部的構造。在其他的實施例中，也可以將 瓶頸的長度與瓶蓋的高度適當地調整設計，讓其二者結合 後，足夠使迫啟口伸入到取水口的高度以下。 一般而言，容器的容量越大，其肩部越平缓，反之， 較小容量的容器具有較陡峭的肩部。在某些實施例中，也 ' 可以選擇將瓶子的肩部設計成較陡峭，讓它抵住飲水機承 、 台時，瓶頸可以較深入槽内，因此瓶頸的長度與瓶蓋的高 度其中任一個或二者同時減少。 在本創作中，所稱的瓶頸長度是指從瓶頸與肩部的交 φ 界處到瓶口的直線距離，瓶蓋的高度是指從瓶口到瓶蓋封 閉面的直線距離。 除了前面所述的兩個實施例使用的固定式瓶蓋構造 以外，在其他的實施例中，也可以使用如圖5所示的旋啟 - 式瓶蓋，這種瓶蓋構造是在瓶頸16和瓶蓋20上製作彼此 , 可以螺合的螺紋60和62。使用這種瓶蓋的容器，除了可 以倒置在飲水機的承台上取水以外，也可以藉著傾倒瓶身 取水，就像一般市面上販售的飲料一樣。因此，使用飲水 機的消費者不必再向廠商直接訂購包裝水，他們可以直接 11 M329024 到-般的商店購買這種小於3加俞容量的包裝水，以傾倒 式取水’就像|人用-般的飲料—樣，或者將其倒置在飲水 機的承台上取水。 圖5的瓶蓋也顯示了另一種迫啟口構造，它不是使用 彈片密封，而是使用固定式密封構造。當取水柱頂抵錐面 =時，錐面26破裂，讓取水口進入容器内。使用這種瓶 蓋的容器會強迫消費者在用完後丟棄容器。 圖6是本創作的另一個實施例，瓶子7〇是目前市面 上的f品使用的瓶子，瓶蓋8〇與目前市面上的產品使用 的瓶蓋不同’其具有較大尺寸的高度。消f者可以在買回 目前市面上的包裝水後，將該包裝水容器的瓶蓋取下，換 上本創作的瓶蓋80,如此即可將現有的包裝水容器倒置在 飲水機的承台上取水。錢種情況下，消,費者只要單獨購 買本創作的瓶蓋80,就可以適應目前市面上所有的產品。 本創作的包裝水容器，因為成本較低，可以在使用完 即拋棄，/又有回收清潔的問題。由於容量在3加侖以下， 因此可以在一般商店販售，讓消費者自己購買提走，不必 透過廠商運送。 雖然以上係以飲用水包裝為例解說本創作，但是熟習 本技藝之人士當瞭解，本創作也可以應用在其他液體包裝 上，例如啤酒、果汁、茶飲、或其他化學溶液。 12 M329024 【圖式簡單說明】 圖1係短頸型的包裝水容器的示意圖； 圖2係圖1的容器倒置在飲水機承台上的示意圖； 圖3係長頸型的包裝水容器的示意圖； 圖4係圖3的容器倒置在飲水機承台上的示意圖； 圖5係瓶頸及瓶蓋螺合的示意圖；以及 圖6係本創作的另一個實施例的示意圖。 【主要元件符號說明】 10 容器 12瓶身 14肩部 16瓶頸 18瓶口 20瓶蓋 22 迫啟口 24彈片 26錐面 30 容器 32瓶身 34肩部 36瓶頸 38瓶口 40瓶盖 13 M329024 42 迫啟口 44彈片 50飲水機承台 52槽 54 取水柱、 56 取水口 60螺紋 62 螺紋 70目前市面上的產品使用的瓶子 80本創作的瓶蓋 14(8) Cost: The cost of the first type of container is low; w is higher, the user has to pay the deposit to the manufacturer, the cost of the first type of stolen (9) Adaptability: the first type of crying - quasi- It is not necessary to use other devices; the first: fixed: specification mark, θ type 4 state must match the specifications of the water dispenser caps', but as long as it can be taken from the top of the water column, there is no strict size specification. When the second container is filled with drinking water, the total weight is at least η kg 3 than stable on the water dispenser platform, the water dispenser cap and the container ▲ white eight /, special structure to provide support, However, the first type of container does not have a limitation on k. This causes some differences in the design of the bottle, bottle neck and cap. The packaged water of the second container is used because it is heavy, and in order to facilitate the consumer to invert it on the platform of the water dispenser, an additional handle is used for holding. In order to manufacture this handle, the cost of the container is higher. Eight devices with handles also cause cleaning problems. Because the inside of the handle is not easy to clean and the drinking water contained in the container is contaminated, the manufacturer of the factory is often punished by the competent authority. In order to avoid this pollution problem, the new container no longer designs the handle, but lengthens the bottle neck to facilitate consumer support. However, the use of a container without a handle is very inconvenient because the container is bulky and heavy after being filled with water, and it is difficult to raise it up and down, which is also prone to accidents. The second container has another problem with contamination. Because of the high cost of such containers, in order to reduce costs, recycled PE materials are used. However, the container manufactured by this kind of recycling I may release harmful substances during use, so the recent containers are all made of new PE materials, and the cost is increased. The first container can avoid the problems of the second container. However, it is not designed to be used with the water dispenser. Therefore, there is no forced opening on the cap for the water intake column of the water dispenser, and the bottle neck is short. When it is placed on the platform of the water dispenser, the water intake column of the water dispenser is also Cannot reach into the container. Therefore, even if the drinking water packaged in the first type of container is very popular in the market, consumers who use the water dispenser must still order the drinking water packaged in the second container directly from the manufacturer. However, this kind of consumption method that is ordered by the consumer to the manufacturer and then shipped to the government by the manufacturer, because there is a time difference from ordering to picking up, the consumer must keep an eye on the stock of drinking water, and the manufacturer will pay a few days before the drinking water is consumed. Ordering, and ordering a large amount of drinking water at a time, these spare drinking waters will occupy a considerable storage space before being consumed, which is very inconvenient for consumers. [New content] 7 M329024 One of the purposes of this creation is to propose a packaging water container. One of the purposes of this creation is to propose a packaged water container having a capacity of less than three lifespans. - One of the purposes of this creation is to propose a packaged water container for inverting water on a water dispenser. • One of the purposes of this creation is to propose a packaged water container that is both open and capped. φ One of the purposes of this creation is to propose a bottle bot that can accommodate a variety of bottles. The packaged water container can be inverted on a water dispenser to take water. One of the purposes of the present invention is to propose a bottle for packaging a water container that can be adapted to a general lid, so that the packaged water container can be inverted on a water dispenser to take water. According to the present invention, a packaged water container includes a bottle having a capacity of less than 3 gallons - and a bottle having a bottle connected to a bottle neck via a shoulder, the bottle neck having a bottle mouth, the bottle cap being packaged On the bottle mouth, and has a forced opening. After the bottle cap is combined with the bottle, when the container is inverted on the platform of the water dispenser, the water intake column of the water dispenser can open the forced opening, so that the water intake port of the water intake column passes through the forced opening Enter the packaged water • container. According to the present invention, a bottle cap for a packaged water container that can be adapted to various bottles has a forced opening, and when the packaging water container is inverted on a socket of a water dispenser, the south degree of the bottle cap is sufficient for the The water intake column of the water dispenser opens the forced opening, so that the water intake port of the water intake column passes through the forced opening and enters the packaging 8 M329024 water container. According to the present invention, a bottle having a capacity of less than 3 gallons has a bottle connected to a bottle neck via a shoulder, the bottle neck having a bottle mouth which can be packaged by a cap to form a package water container, the bottle cap is provided Having a forced opening, the bottle neck has a length sufficient to cause the water receiving column of the water dispenser to open the urging opening when the packaging water container is inverted on a platform of a water dispenser, thereby allowing water to be taken from the water collecting column The mouth passes through the forced opening and enters the packaging water container. [Embodiment] FIG. 1 shows a short neck type packaging water container 10 including a bottle body 12 connected to a bottle neck 16 via a shoulder portion 14, a bottle neck 16 having a bottle mouth 18, and a bottle cap 20 attached to the bottle mouth 18, on which With the forced opening 22, the elastic piece 24 seals the forced opening 22. 2 shows the state in which the container 10 of FIG. 1 is inverted on the water dispenser platform 50. The bottle neck 16 extends into the groove 52, but because of its short length, when the shoulder 14 is against the platform 50, the mouth 18 is The height is also higher than the water intake 56, but the height of the bottle cap 20 is higher than that of the general bottle cap, so the height of the urging opening 22 can be lower than the height of the water intake port 56, so that the water taking column 54 can be raised upward to open the elastic piece 24, so that the water intake port 56 enters the container 10 through the forced opening 22 to take water. In some embodiments, the container 10 has a capacity of less than 3 gallons, such as a container of packaged water of 5-8 liters or less that is generally commercially available. In certain embodiments, the container 10 is fabricated using a blow molding technique. In certain embodiments, the container 10 is manufactured by injection molding and remolded 9 M329024. In certain embodiments, the container 10 is made of PET material and is white. In some embodiments, the container 10 is made of a PE material and appears white. In certain embodiments, the container 10 is made of recycled PE material and exhibits a blue color. Figure 3 shows a long necked packaged water container 30 comprising a body 32 connected to a neck 36 via a shoulder 34, a neck 38 having a mouth 38, and a cap 40 attached to the mouth 38 with a forced opening 42, the shrapnel 44 seals the forced opening 42. 4 shows the state in which the container 30 of FIG. 3 is inverted on the water dispenser platform 50. The neck 36 extends into the slot 52. When the shoulder 34 is against the platform 50, the height of the mouth 38 is greater than the height of the water intake 56. Low, so the water column 54 can open the elastic piece 44 upward, and let the water intake 56 pass through the urging opening 42 to enter the container 30 to take water. Because the bottle neck 36 is very long, the height of the cap 40 can be small. In certain embodiments, the container 30 has a capacity of less than 3 gallons, such as a container of packaged water of 5.8 liters or less that is generally commercially available. In certain embodiments, the container 30 is fabricated using a blow molding technique. In certain embodiments, the container 30 is manufactured by injection molding and re-molded. In some embodiments, the container 30 is made of PET material and is white. 10 M329024 In certain embodiments, the container 30 is made of a PE material and is white. In certain embodiments, the container 30 is made of recycled PE material and exhibits a blue color. In order to present the features of the present work, the two embodiments described above are represented in a more extreme manner, and the containers depicted in the figures also use a relatively exaggerated size to represent the local construction. In other embodiments, the length of the neck and the height of the cap may be appropriately adjusted so that the combination of the two is sufficient to allow the opening to extend below the height of the water intake. In general, the larger the capacity of the container, the smoother the shoulder, and conversely, the smaller capacity container has a steeper shoulder. In some embodiments, it is also possible to choose to design the shoulder of the bottle to be steeper so that it can be placed deeper into the tank when it is placed against the water dispenser, so that the length of the bottle neck and the height of the bottle cap are One or both are reduced at the same time. In this creation, the so-called bottleneck length refers to the linear distance from the intersection of the neck and the shoulder to the mouth of the bottle. The height of the bottle cap is the linear distance from the mouth of the bottle to the sealing surface of the bottle cap. In addition to the fixed cap construction used in the two embodiments previously described, in other embodiments, a swing-type cap as shown in Figure 5 can also be used, which is at the neck 16 Threads 60 and 62 which can be screwed to each other are formed on the cap 20. Containers using such caps, in addition to being able to be inverted on the platform of the dispenser, can also be taken by pouring the bottle, just like the beverages currently on the market. Therefore, consumers who use the water dispenser do not have to order packaging water directly from the manufacturer. They can directly purchase the packaged water of less than 3 plus capacity from 11 M329024 to the general store to dump the water. A kind of drink, or put it upside down on the platform of the water dispenser to take water. The cap of Figure 5 also shows another forced opening configuration which uses a hermetic seal instead of a fixed seal. When the top of the water column abuts the cone surface =, the cone surface 26 is broken, allowing the water intake port to enter the container. Containers that use such caps will force the consumer to discard the container when it is used up. Fig. 6 is another embodiment of the present invention, in which the bottle 7 is the bottle used in the current market, and the bottle cap 8 is different from the bottle cap used in the products currently on the market, which has a larger size. After the purchase of the packaged water on the market, the bottle cap of the packaged water container can be removed and replaced with the cap 80 of the present invention, so that the existing packaged water container can be inverted on the water dispenser. Take water from the stage. In the case of money, the consumer can purchase all the products on the market as long as they purchase the cap 80 of the creation separately. The packaging water container of the present invention, because of its low cost, can be discarded after use, and there is a problem of recycling and cleaning. Since the capacity is less than 3 gallons, it can be sold in general stores, allowing consumers to buy and pick them up without having to ship them through the manufacturer. Although the above description is based on drinking water packaging, it is understood by those skilled in the art that the creation can also be applied to other liquid packaging such as beer, juice, tea, or other chemical solutions. 12 M329024 BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view of a short neck type packaging water container; Fig. 2 is a schematic view showing the container of Fig. 1 inverted on a drinking fountain platform; Fig. 3 is a schematic view of a long neck type packaging water container; Figure 4 is a schematic view of the container of Figure 3 inverted on the platform of the water dispenser; Figure 5 is a schematic view of the bottle neck and cap screwing; and Figure 6 is a schematic view of another embodiment of the present invention. [Main component symbol description] 10 Container 12 bottle body 14 shoulder 16 bottle neck 18 bottle mouth 20 bottle cap 22 forced opening 24 spring piece 26 cone surface 30 container 32 bottle body 34 shoulder 36 bottle neck 38 bottle mouth 40 bottle cap 13 M329024 42 Forced opening 44 shrapnel 50 water dispenser cap 52 slot 54 water column, 56 water inlet 60 thread 62 thread 70 bottle currently used on the market 80 bottle cap 14 created