M352512 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種分隔元件，尤指一種組配在一柱形 或筒狀容器內部，用以將容器内部空間沿著軸向而區分出 二個或二個以上相鄰但不相連通之空間的容器分隔元件。 【先前技術】 一般稱容器，是指其内部具有一空間可供容納固體、 液體或膠體等物質。傳統容器內部都是容納·種物質，其 既可避免不同物質混合時所產生的反應，還容易控制或管 制不同物質的存量以及使用後的存留量。 然而目前有許多產品的使用方式必須以二種或多種不 同物質混合使用才能產生預期效果。例如A B膠，或是化 粧品、染髮劑等等。這些產品通常將同一物質裝塡在同一 容器內，使用時由使用者粗略地取出適當量自行混合，如 此不但混合量不精準，且操作方式非常不便。 在現有容器內部直接製作分隔構件將内部空間分成數 個小空間可達到容納不同物質於同、容器的目的。然而每 一種產品的混合比例不同，例如AB膠的混合比例與化妝 品的混合比例便會不同，又同性質的產生品，例如同爲化 妝品但不同性質的產品，其成分間混合比例也會不同，因 此直接將分隔構造成型於容器內’必然會因爲產品不同而 提高製作的不便且成本高。 【新型內容】 由於先前技術所揭露的容器內直接成型分隔構造的方 M352512 式不利於製造，所以本創作提供一種創新的分隔元件，其 可獨立被製作然後再組裝到容器內，所以不需更改容器的 製造模具’且本創作所揭露的分隔元件的結構精簡、製作 簡便、成本低，故非常符合實際製造所需。 本創作的目的係在提‘種容器內部分隔元件，其係由 二或二片以上的撓性片構成，更具體而言，係各撓性片的 對摺後，以嵌置的形式使各撓性片的側邊相對並予以黏接 結合’如此展開由各撓性片所構成的組合件，即形成二個 或二個以上相鄰但不相連通的空間。將該分隔元件組裝入 一容器內，則各空間內可供容納不同物質。 此外藉由改變二或三片撓性片的大小即可改變不同空 間的容積，故可對應各種不同產品的使用需求。 以下即依本創作的目的、功效及結構組態，舉出較隹 實施例，並配合圖式詳細說明。 【實施方式】 請參閱第1圖’本創作的一實施例係由一第一擦性片* (10)及一第二撓性片（20)所構成。第·撓性片（iQ)的相對 二側各具有一第一接合部（12);第二撓性片（20)的相對二 側各具有一第二接接合部（22)。 請參閱第2圖，將第…撓性片（10)對摺使二個第…接 合部（12)相對，又將第二撓性片（20)對摺使二個第二接合 部（22)相對；此時，將第二撓性片（20)以嵌置的形式置於 第一撓性片（10)內，則二個第·接合部（12)與二個第二接 合部（22)彼此相對。 M352512 請參閱第3圖，利用適當機具，例如超音波黏合機或 熱熔黏合機，將彼此相對的二個第一接合部（12)與二個第 二接合部（22)黏接結合在一起，則該第一撓性片（1〇)與第 二撓性片（20)即組合成同一元件。 請參閱第4圖，在已互相黏合的第一撓性片（10)及第 二撓性片（20)的底部藉熔接結合方式形成一黏合部（30)， 使得第一撓性片（10)與第二撓性片（20)的底部結合在一起 形成封閉狀；當第…、撓性片（10)與第二撓性片（20)展開， • 即可產一第一空間（40)及一第二空間（50)。該第一空間（40) 與第二空間（50)係相鄰但不相連通。此外，該黏合部（30) 使得第一空間（40)與第二空間（50)形成封閉狀。 請參閱第5圖，一束帶（60)係用以綁結在該第一空間 (40)與第二空間（50)的封閉端，如此一來，該封閉端形成 收束狀構造。 請參閱請6圖，將第一撓性片（10)與第二撓性片（20) ^ 經由前述說明所形成之組合件置於一容器（70)內，則第一 空間（40)與第二空間（50)可將容器（70)內的空間分隔出二 ' 個不同容積的子空間。 ' 是以，使用者可在不同的子空間內塡入不同的物質， 而且各物質不會混在一起。値得注意的是，藉由不同大小 的第一撓性片（10)與第二撓性片（20)可分隔出不同比例的 第一空間（40)與第二空間（50)，是以改變空間比例的方式 簡便容易；此外，第'撓性片（10)的第一接合部（12)與第 二撓性片（20)的第二接合部（22)係同時接合在一起’而且 M352512 黏合部（30)也同時將第一撓性片（10)與第二撓性片（20)接 合在·起，所以黏合結搆精簡且加工簡便。 請參閱第7圖，本創作的另一實施例，係取一第一撓 性片（10) ' —第二撓性片（20)及一第三撓性片（80)，並依 前述實施例所示的方式，使第接合部（12)、第二接合部 (22)及第三接合部（82)相對且共同結合在一起，如此第一 . 撓性片（10)、第二撓性片（20)及第三撓性片（80)結合成同 一元件，且該第.撓性片（【〇)、第二撓性片（20)與第三撓 * 性片（8 0)所組成的分隔元件可具有三個相鄰但不相連通的 分隔空間，例如第一空間、第二空間及第三空間。 同理，可以取更多的撓性片依前述方式結合在·起以 構成更多個相鄰但不相連通的分隔空間，且各空間的大小 比例可藉由不同大小的撓性片而輕易達成。 上述實施例僅爲例示性說明本創作之技術及其功效， 而非用於限制本創作。任何熟於此項技術人士均可在不違 • 背本創作之技術原理及精神的情況下，對上述實施例進行 修改及變化，因此本創作之權利保護範圍應如後所述之申 請專利範圍所列。 【圖式簡單說明】 第1圖係本創作之·實施例之分解圖。 第2圖係本創作之一實施例結合示意圖一。 第3圖係本創作之一實施例之結合示意圖二。 第4圖係本創作之·實施例底端封口狀態之示意圖。 第5圖係本創作之一實施例底端具束帶之結構示意圖。 M352512 第6圖係本創作使用於一空器之狀態示意圖 第7圖係本創作另·實施例之分解示意圖。 【主要元件符號說明】 (10)第一撓性片 （12)第一接合部 (20)第二撓性片 （22)第二接合部 (40)第一空間 (60)束帶 (80)第三撓性片 (3 0)黏合部 (50)第二空間 (70)容器 (82)第三接合部M352512 VIII. New description: [New technical field] This creation is about a partitioning element, especially one that is assembled inside a cylindrical or cylindrical container to distinguish the internal space of the container along the axial direction. Container divider elements of one or more adjacent but not interconnected spaces. [Prior Art] A container is generally referred to as having a space inside for holding a solid, a liquid or a colloid. The inside of the conventional container is a kind of material which can avoid the reaction of different substances when mixing, and it is easy to control or control the stock of different substances and the amount of retention after use. However, many products are currently used in a mixture of two or more different substances to produce the desired results. For example, A B glue, or cosmetics, hair dyes, and so on. These products usually are packed in the same container in the same container. When used, the user roughly takes out the appropriate amount and mixes them by themselves. Therefore, the mixing amount is not accurate and the operation method is very inconvenient. The partition member is directly fabricated inside the existing container to divide the internal space into a plurality of small spaces to accommodate different materials in the same container. However, the mixing ratio of each product is different. For example, the mixing ratio of AB glue and the mixing ratio of cosmetics will be different, and the products of the same nature, such as products of the same nature but different in nature, will have different mixing ratios between components. Therefore, directly forming the partition structure into the container is inevitably inconvenient and costly due to different products. [New content] Since the square M352512 type of the direct molding partition structure in the container disclosed in the prior art is disadvantageous for manufacturing, the present invention provides an innovative partitioning element which can be independently fabricated and then assembled into a container, so no need to change The manufacturing mold of the container' and the separation element disclosed in the present invention are simple in structure, simple in manufacture, and low in cost, so that it is very suitable for actual manufacturing. The purpose of the present invention is to provide a container internal partitioning element which is composed of two or more flexible sheets, and more specifically, after the respective flexible sheets are folded in half, each of the flexible sheets is used for the purpose of embedding The sides of the sheet are oppositely bonded and bonded to each other 'the assembly of the respective flexible sheets is formed such that two or more adjacent but non-connecting spaces are formed. By incorporating the separator element into a container, each space can accommodate different materials. In addition, by changing the size of two or three flexible sheets, the volume of different spaces can be changed, so that it can be used for various products. The following is based on the purpose, function and structural configuration of this creation, and the more detailed examples are given in conjunction with the drawings. [Embodiment] Please refer to Fig. 1 'An embodiment of the present invention is composed of a first squeegee * (10) and a second flexible sheet (20). The opposite sides of the first flexible sheet (iQ) each have a first joint portion (12); the opposite sides of the second flexible sheet (20) each have a second joint portion (22). Referring to Fig. 2, the first flexible piece (10) is folded in half so that the two engaging portions (12) are opposed to each other, and the second flexible piece (20) is folded in two opposite directions so that the two second engaging portions (22) are opposed to each other. At this time, the second flexible piece (20) is placed in the first flexible piece (10) in a nested manner, and the two first joint portions (12) and the two second joint portions (22) Opposite each other. M352512 Referring to Figure 3, two first joints (12) and two second joints (22) are bonded together by a suitable implement such as an ultrasonic bonder or a hot-melt adhesive. Then, the first flexible piece (1 〇) and the second flexible piece (20) are combined into the same element. Referring to FIG. 4, an adhesive portion (30) is formed by fusion bonding at the bottoms of the first flexible sheet (10) and the second flexible sheet (20) which have been bonded to each other, so that the first flexible sheet (10) ) is combined with the bottom of the second flexible sheet (20) to form a closed shape; when the ..., the flexible sheet (10) and the second flexible sheet (20) are unfolded, a first space can be produced (40) And a second space (50). The first space (40) is adjacent to but not in communication with the second space (50). Further, the bonding portion (30) causes the first space (40) and the second space (50) to form a closed shape. Referring to Figure 5, a strap (60) is attached to the closed end of the first space (40) and the second space (50) such that the closed end forms a bundled configuration. Referring to FIG. 6, the first flexible piece (10) and the second flexible piece (20) are placed in a container (70) through the assembly formed by the foregoing description, and the first space (40) is The second space (50) separates the space within the container (70) from two sub-spaces of different volumes. ' So, users can break into different substances in different subspaces, and the substances will not mix together. It should be noted that the first flexible piece (10) and the second flexible piece (20) of different sizes can be separated into different ratios of the first space (40) and the second space (50). The manner of changing the spatial ratio is simple and easy; in addition, the first joint portion (12) of the 'flexible sheet (10) and the second joint portion (22) of the second flexible sheet (20) are simultaneously joined together' The M352512 adhesive portion (30) also joins the first flexible sheet (10) and the second flexible sheet (20) at the same time, so that the adhesive structure is simple and easy to process. Referring to FIG. 7, another embodiment of the present invention is to take a first flexible piece (10)' - a second flexible piece (20) and a third flexible piece (80), and implement the same as described above. In the manner shown in the example, the first joint portion (12), the second joint portion (22) and the third joint portion (82) are oppositely and jointly joined together, such that the first flexible sheet (10), the second flexible The flexible sheet (20) and the third flexible sheet (80) are combined into the same component, and the first flexible sheet ([〇], the second flexible sheet (20) and the third flexible sheet (80) The partition element formed may have three adjacent but non-connecting partition spaces, such as a first space, a second space, and a third space. Similarly, more flexible sheets can be combined in the foregoing manner to form more adjacent but not connected partition spaces, and the size ratio of each space can be easily made by different sizes of flexible sheets. Achieved. The above embodiments are merely illustrative of the techniques of the present invention and their effects, and are not intended to limit the present invention. Anyone who is familiar with this technology can modify and change the above embodiments without violating the technical principles and spirit of this creation. Therefore, the scope of protection of this creation should be as described later. Listed. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded view of an embodiment of the present invention. Figure 2 is an embodiment of the present invention combined with Figure 1. Figure 3 is a schematic diagram of a combination of one embodiment of the present creation. Fig. 4 is a schematic view showing the state of the bottom end sealing of the embodiment of the present invention. Figure 5 is a schematic view showing the structure of the bottom end strap of one embodiment of the present invention. M352512 Fig. 6 is a schematic diagram showing the state of the present invention used in an empty device. Fig. 7 is an exploded view of another embodiment of the present invention. [Description of main component symbols] (10) First flexible piece (12) First joint portion (20) Second flexible sheet (22) Second joint portion (40) First space (60) Belt (80) Third flexible piece (30) adhesive portion (50) second space (70) container (82) third joint portion