CN1145054A - Package with a lightweighted closure system - Google Patents

Abstract

Translated fromChinese

本发明涉及一种剂量盖帽(20)，它为一个量杯，适宜于用做液体密封件。所述剂量盖帽通过设置两种不同厚度的壁以减轻重量。把壁较薄的部分(26)插入到容器的颈部中以实现必要的封闭。所述剂量盖帽(28)壁的其余较厚的部分保持在外面，并被用做一个抓握装置，以便打开相应的容器(10)。

The invention relates to a dosage cap (20) which is a measuring cup suitable for use as a liquid seal. The dose cap reduces weight by providing walls of two different thicknesses. The thinner walled part (26) is inserted into the neck of the container to achieve the necessary closure. The remaining thicker part of the wall of the dose cap (28) remains outside and is used as a gripping means for opening the corresponding container (10).

Description

Translated fromChinese

具有轻质封闭系统的包装装置Packaging unit with lightweight closure system

本发明的领域Field of the invention

本发明涉及一种包装装置，它包括一个容器和一个适合用做封闭件的量杯。本发明的改进实现了制作材料的明显节省，同时保持了类似包装装置的所有共同特点，比如，对液体的紧密密封和自抽吸性能。The invention relates to a packaging device comprising a container and a measuring cup suitable as a closure. The improvement of the present invention achieves a significant saving in materials of manufacture, while maintaining all the common features of similar packaging devices, such as a tight seal against liquids and self-priming properties.

本发明的背景Background of the invention

包括一个容器和一个剂量盖帽的包装装置在先有技术中已经众所周知。该容器可以容纳液体物质或颗粒物质。剂量盖帽为一个量杯，它也适于用做封闭系统。藉助所述剂量盖帽可对所容纳的某种物质的剂量进行测定，并以可拆卸的方式把该容器加以封闭。由于重量轻和降低了制作材料以及处理的成本，所以轻型的包装装置是符合需要的。本发明的一个目的是提供一种包装装置，它实现了在制作所述包装装置时材料的明显节省。Packaging devices comprising a container and a dose cap are known in the prior art. The container can hold liquid material or granular material. The dose cap is a measuring cup, which is also suitable for use as a closed system. With the aid of the dosing cap, the dose of a contained substance can be measured and the container can be detachably closed. Lightweight packaging devices are desirable due to light weight and reduced costs of materials of manufacture and handling. It is an object of the present invention to provide a packaging device which achieves a considerable saving of material in the manufacture of said packaging device.

与这些包装装置有关的一个问题是，当用后把所述剂量盖帽重新装到容器上时物质会由盖帽洒落容器上，这可能造成所容纳的物质把封闭系统(比如螺纹)弄脏，并且沿着容器的滴落使得封闭件和容器肮脏，非常滑，而难以使用。A problem associated with these packaging devices is that when the dosage cap is reinstalled on the container after use, substance can spill from the cap onto the container, which can cause the contained substance to foul the closure system (such as the threads), and Drips along the container make the closure and container dirty, very slippery and difficult to use.

为了解决这一问题，已经提出了多种解决方法。EP-B-0 369 560描述了一种组件，其中以螺纹拧在所述容器颈部外面的量杯有一个裙部伸展到倾倒口本体中，它保护了所述量杯的螺纹。EP-A-0 417 954实现了进一步的改进，其中往回排放的流槽为容器的本体的一部分。所述流槽必须在吹塑过程之后通过把该容器的颈部的一部分翻转来形成。To solve this problem, various solutions have been proposed. EP-B-0 369 560 describes an assembly in which the measuring cup threaded outside the neck of the container has a skirt extending into the body of the pouring spout which protects the thread of the measuring cup. A further improvement is achieved in EP-A-0 417 954, wherein the back discharge launder is part of the body of the container. The launder must be formed after the blow molding process by inverting part of the neck of the container.

在US-4 696 416和US-4 981 239中公开了另外的解决方法。剂量盖帽有一个在其外表面形成的紧固装置，该装置适合于紧密地密封到固定于容器口的一个环圈的内表面上。这意味着在这种情况下不再需要另外的裙部来保护所述剂量盖帽的螺纹，尽管仍然需要一个中间件把容器与剂量盖帽连接起来。Further solutions are disclosed in US-4 696 416 and US-4 981 239. The dose cap has a fastening means formed on its outer surface adapted to seal tightly to the inner surface of a collar secured to the mouth of the container. This means that in this case an additional skirt is no longer required to protect the threads of the dose cap, although an intermediate piece is still required to connect the container to the dose cap.

在上述的所有解决方法中，都没有对所需要的包装材料的数量提出限制。相反，通过专门的往回排放装置来解决洒落的问题增添了更多的包装材料。如下文所描述，本发明通过把剂量盖帽直接插入到容器的颈部里面的办法减少了必需的包装材料。In all of the solutions described above, no limitation is imposed on the amount of packaging material required. Instead, addressing the spill with a dedicated back-drain adds more packaging material. As described below, the present invention reduces the necessary packaging material by inserting the dose cap directly into the neck of the container.

为了节省用来制造一个包装装置的材料(该包装装置需要剂量测定比如液体和/或颗粒的洗涤剂，软化剂，漂白剂，或类似物质)更好地是所述包装装置只包括两部分：一个容器和一个剂量盖帽，而没有输送回流的过渡件。特别是，由于同样的理由，避免在容器的颈部形成一个往回排放的流槽是更好的。In order to save material for the manufacture of a packaging unit that requires dosing such as liquid and/or granular detergents, softeners, bleach, or the like) it is better if said packaging unit consists of only two parts: A container and a dose cap without a transition piece to deliver backflow. In particular, it is better to avoid forming a back discharge launder in the neck of the container for the same reasons.

现在我们知道这些目的可通过把剂量盖帽部分地插入到容器的颈部中来实现。该被插入部分被容器的颈部所保护，与未被插入到所述颈部中的其余部分相比不需要有相同的强度。尽管如此，为了确定有效的材料节省，必须考虑最小的限定条件。We now know that these objects can be achieved by partially inserting the dose cap into the neck of the container. This inserted part is protected by the neck of the container and need not be of the same strength as the remaining part which is not inserted into said neck. Nevertheless, in order to determine effective material savings, minimum constraints must be considered.

包装材料的数量或剂量盖帽的重量主要由制作材料的质量密度和所述剂量盖帽的壁厚决定。壁厚决定了所述盖帽的最后的强度和稳定性。强度和稳定性是可重复使用的剂量盖帽的重要的特性，因为打开容器必须多次抓握该盖帽，特别是考虑到大多数商用容器是可再次填充的。The amount of packaging material or the weight of the dose cap is mainly determined by the mass density of the material of manufacture and the wall thickness of said dose cap. Wall thickness determines the ultimate strength and stability of the cap. Strength and stability are important properties of reusable dosage caps, since the cap must be gripped multiple times to open the container, especially considering that most commercial containers are refillable.

附图的简要描述Brief description of the drawings

图1为本发明的优选实施例的局部侧视图。Figure 1 is a partial side view of a preferred embodiment of the present invention.

图2为图1的实施例的局部剖面侧视图。FIG. 2 is a partial cross-sectional side view of the embodiment of FIG. 1 .

图3到9为本发明的其它实施例的局部剖面图。3 to 9 are partial sectional views of other embodiments of the present invention.

发明概述Summary of the invention

本发明为包括一个容器和一个剂量盖帽的一种包装装置，所述盖帽包括一个顶部和一个圆周侧壁。所述盖帽的侧壁有两种不同的厚度，所述盖帽的壁较薄的部分被装配到所述容器的颈部中，从而实现对液体的紧密的密封。The present invention is a packaging device comprising a container and a dose cap comprising a top and a peripheral side wall. The side walls of the cap are of two different thicknesses, the thinner walled portion of the cap being fitted into the neck of the container to achieve a liquid tight seal.

本发明的详细描述Detailed description of the invention

图1示出了本发明优选实施例中的被封闭起来的包装装置的顶端，该装置适用于装液体物质或颗粒物质，及类似物。最好，该容器(10)设有一个把手(未画出)，该把手与容器整体模塑而成，提供一个抓取装置，以便抓握和携带该容器(10)以及倾倒它的内容物。容器(10)有一可拆卸连接的封闭件(20)，用来防止不小心的洒落或容器(10)的内容物变得不新鲜。封闭件(20)也可以被用做一个量杯，以确保倾倒出所要求数量的液体。把封闭件(20)以对液体紧密密封的方式直接装到容器(10)的颈部(12)之中。Figure 1 shows the top end of a closed packaging device in a preferred embodiment of the invention, suitable for containing liquid or granular materials, and the like. Preferably, the container (10) is provided with a handle (not shown) integrally molded with the container to provide a gripping means for grasping and carrying the container (10) and for pouring its contents . The container (10) has a releasably attached closure (20) to prevent accidental spills or the contents of the container (10) becoming stale. The closure (20) can also be used as a measuring cup to ensure that the required amount of liquid is poured out. The closure (20) is fitted directly into the neck (12) of the container (10) in a liquid-tight manner.

图2为图1的剖面侧视图，示出了所述剂量盖帽(20)的圆周壁的不同厚度。所述壁的厚度被定义为在壁的内表面与外表面之间的最小距离。壁较薄的部分(26)正好从外部凸缘(22)的下面开始。所述较薄的部分(26)在其封闭位置装配到容器(10)的颈部(12)中。因为容器(10)的颈部(12)把盖帽(20)的所述较薄的部分(26)整个保护起来，所以所述部分(26)与剂量盖帽(20)的其它部分相比可有较小的强度和稳定性。如前面所解释的那样，因为只需要有较小的强度和稳定性，所以部分(26)的壁可以比其余部分薄。Figure 2 is a cross-sectional side view of Figure 1 showing different thicknesses of the circumferential wall of the dose cap (20). The thickness of the wall is defined as the minimum distance between the inner surface and the outer surface of the wall. The thinner walled portion (26) begins just below the outer flange (22). Said thinner portion (26) fits into the neck (12) of the container (10) in its closed position. Because the neck (12) of the container (10) completely protects said thinner portion (26) of the cap (20), said portion (26) can be compared with other portions of the dose cap (20) Less strength and stability. As explained before, the walls of the part (26) can be thinner than the rest, since less strength and stability is required.

壁较厚的部分(28)从外部凸缘(22)开始向上伸展。所述剂量盖帽(20)的这一部分(28)保持在颈部(12)的外面。该部分(28)需要保持一定的稳定性和强度，因为为了把所述剂量盖帽(20)由容器(10)的颈部(12)上取下，所述部分(28)必须被牢固地抓握。这一操作必须能进行多次。A thicker walled portion (28) extends upwards from the outer flange (22). This part (28) of the dose cap (20) remains outside the neck (12). This part (28) needs to maintain a certain stability and strength, because in order to remove said dose cap (20) from the neck (12) of the container (10), said part (28) must be firmly grasped grip. This operation must be able to be performed multiple times.

本发明的包装装置的另一优点是不会洒落，这是把剂量盖帽(20)部分地插入到容器(10)的颈部(12)中的直接结果。很明显，被剂量的物质的剩余部分会自动地流回或落回到容器中。这就不需要有任何往回排放的流槽或其它部件来把任何被剂量的物质的剩余部分输送回容器中。如前所述，不需要任何特别的往回排放的装置也减少了该包装装置所需的包装材料的数量。与先有技术的包装装置相比，这明显地节省了材料。Another advantage of the packaging device of the invention is that it does not spill, which is a direct result of the partial insertion of the dose cap (20) into the neck (12) of the container (10). Obviously, the remainder of the dosed substance will automatically flow or fall back into the container. This eliminates the need for any back drain spout or other means to convey the remainder of any dosed substance back into the container. As previously stated, the absence of any special back-discharging means also reduces the amount of packaging material required for the packaging device. This results in a significant saving of material compared to prior art packaging devices.

剂量盖帽(20)可以有两个倾斜的部件：外部的凸缘(22)和凹槽(24)。在剂量盖帽(20)的部分(26)的外表面上的凹槽(24)恰好装配到同样倾斜的内部凸缘(14)上。这一内部凸缘(14)被制作在容器(10)的颈部(12)的内表面上，并且它有与凹槽24相同的形状，为的是得到对液体的紧密密封。The dose cap (20) may have two inclined parts: an outer flange (22) and a groove (24). The groove (24) on the outer surface of the portion (26) of the dose cap (20) fits snugly onto the likewise inclined inner flange (14). This inner flange (14) is made on the inner surface of the neck (12) of the container (10) and it has the same shape as thegroove 24 in order to obtain a tight seal against the liquid.

如图3所示，剂量盖帽(30)也可以有两个外部凸缘(22)和(32)。现在凸缘(32)被装配到颈部(12)的内表面上的凹槽(34)中。本技术领域的任何熟练人员都可以改变凹槽(24)或凸缘(32)以及相应的外部凸缘(14)和凹槽(34)的数目和形状。As shown in Figure 3, the dose cap (30) may also have two outer flanges (22) and (32). The flange (32) is now fitted into the groove (34) on the inner surface of the neck (12). The number and shape of the grooves (24) or flanges (32) and the corresponding outer flanges (14) and grooves (34) can be varied by anyone skilled in the art.

容器(10)的颈部(12)不仅用于封闭系统，而且也可以用做本发明的容器的倾倒口。The neck (12) of the container (10) is not only used for the closure system, but can also be used as the pouring spout of the container of the invention.

再次参考图2，只有当颈部(12)的唇部(29)与盖帽(20)的外部凸缘(22)有相同的倾斜时，才能把盖帽(20)装配到颈部(12)中。这一倾斜由角度α确定。这一角度α为容器(10)处于垂直向上位置时其支承基座所确定的平面与颈部(12)的唇部或外部凸缘(22)的平行线之间的角度。因此，该角度α对于外部凸缘(22)和颈部(12)的唇部(29)都必须始终是相等的，为的是得到对液体的紧密密封。Referring again to Figure 2, the cap (20) can only be fitted into the neck (12) if the lip (29) of the neck (12) has the same slope as the outer flange (22) of the cap (20) . This inclination is determined by the angle α. This angle α is the angle between the plane defined by the support base of the container (10) in its vertical upward position and the parallel line of the lip or outer flange (22) of the neck (12). Therefore, this angle α must always be equal both for the outer flange (22) and the lip (29) of the neck (12) in order to obtain a tight seal against liquid.

图4示意性地示出了一些特征，这些特征进一步改进了可以用于所有实施例的液体密封性。与图2相比新的特征为容器(10)的颈部(12)与环圈部(9)之间的凸缘(8)。所述凸缘(8)环绕颈部(12)内部形成一个区域(7)。所述区域(7)在图4中是倾斜的，但它也可以是平的。相应地，剂量盖帽(90)的唇部(27)与区域(7)有相同的倾斜。剂量盖帽(90)的唇部(27)与区域(7)直接接触，确保了剂量盖帽(90)的液体密封性得到改善。Figure 4 schematically shows some features that further improve the liquid tightness that can be used in all embodiments. A new feature compared to Figure 2 is the flange (8) between the neck (12) and collar (9) of the container (10). Said flange (8) forms a region (7) around the inside of the neck (12). Said area (7) is sloped in Figure 4, but it could also be flat. Correspondingly, the lip (27) of the dose cap (90) has the same inclination as the area (7). The lip (27) of the dose cap (90) is in direct contact with the area (7), ensuring improved liquid tightness of the dose cap (90).

至此所描述的倾斜方式是本发明的优选实施例，因为颈部(12)的唇部(29)的所述倾斜有助于把盖帽(20)与容器(10)分开。依此，可以相对于颈部(12)旋转盖帽(20)；最多1/4圈就足以迫使凸缘与凹槽脱开。还有，颈部(12)的唇部(29)的倾斜有利于颈部(12)的倾倒口把所容纳的物质由容器倒出到剂量盖帽(20)中。The sloping manner described so far is a preferred embodiment of the invention, since said slanting of the lip (29) of the neck (12) helps to separate the cap (20) from the container (10). In this way, the cap (20) can be rotated relative to the neck (12); a maximum of 1/4 turn is sufficient to force the flange out of the groove. Also, the inclination of the lip (29) of the neck (12) facilitates the pouring of the contained substance from the container into the dose cap (20) by the pouring mouth of the neck (12).

然而，在剂量盖帽(20；30)与上述颈部(12)之间还可使用其他形式的具有相同性能的部件以形成封闭系统，但在它们彼此之间有不同的角度。一种可能性是外部凸缘(22)和颈部的唇部(29)以角度α倾斜，而凹槽(24)和相应的内部凸缘(14)以另一个完全不同的角度β倾斜，如图5中所示。角度β为容器(10)处于垂直向上位置时其支承基座所确定的平面与凹槽(24)或内部凸缘(14)的平行线之间的角度。这包括角度的下列可能性：However, other forms of parts having the same properties can also be used between the dose cap (20; 30) and the above-mentioned neck (12) to form a closed system, but at different angles between them. One possibility is that the outer flange (22) and the lip (29) of the neck are inclined at an angle α, while the groove (24) and the corresponding inner flange (14) are inclined at another completely different angle β, As shown in Figure 5. Angle β is the angle between the plane defined by the support base of the container (10) in its vertical upward position and the parallel line of the groove (24) or inner flange (14). This includes the following possibilities for angles:

                    a)α＝0，β＝0；a) α=0, β=0;

                    b)α＝0，β＝0；B) α=0, β=0;

                    c)α＝β＝0。c) α=β=0.

由a)项所示意性地描述的可能性被示于图6。在剂量盖帽(50)上的外部凸缘(22)和颈部(12)的唇部(29)没有倾斜，而凹槽(24)和内部凸缘(14)的情况则相反。后者的倾斜由β所确定。可能性b)被示于图7，与情况a)正好相反：凹槽(24)和内部凸缘(14)没有倾斜，外部凸缘(22)和颈部(12)的唇部(29)有一α角的倾斜。c)所表示的可能性为本发明的完全没有倾斜的形式，它被示于图8。The possibility schematically described by item a) is shown in FIG. 6 . The outer flange (22) on the dose cap (50) and the lip (29) of the neck (12) are not sloped, while the opposite is true for the groove (24) and inner flange (14). The latter inclination is determined by β. Possibility b) is shown in Figure 7, just the opposite of case a): the groove (24) and the inner flange (14) are not inclined, the outer flange (22) and the lip (29) of the neck (12) There is an alpha angle of inclination. The possibility represented by c) is a completely tilt-free version of the invention, which is shown in FIG. 8 .

本发明的另一实施例被示于图9，它与图2类似，差别只在于剂量盖帽(110)的唇部(27)也以一个角度γ倾斜。这一角度γ为容器(10)处于垂直向上位置时其支承基座所确定的平面与剂量盖帽(110)的唇部的平行线之间的角度。唇部(27)的倾斜有助于把剂量的物质倒出。在所有上述的图中，示意性地示出了剂量盖帽的圆周壁的厚度的不同。Another embodiment of the present invention is shown in Figure 9 which is similar to Figure 2 except that the lip (27) of the dose cap (110) is also inclined at an angle γ. This angle γ is the angle between the plane defined by the support base of the container (10) in the vertical upward position and the parallel line of the lip of the dose cap (110). The slope of the lip (27) helps to pour out the dosed substance. In all the above-mentioned figures, the difference in the thickness of the peripheral wall of the dose cap is shown schematically.

本发明的剂量盖帽的壁的厚度可以厚达1.2毫米，最好是0.6毫米，对于所述盖帽的薄壁部分最可取的厚度为0.1毫米到0.3毫米。所有角度α，β，γ的值可以由对本技术领域熟悉的任何人根据任何必要的特定要求选定。最好，所述的角度值为0弧度到5/12弧度，更可取的是π/12弧度到π/3弧度。The thickness of the wall of the dose cap of the present invention may be up to 1.2 mm thick, preferably 0.6 mm thick, the most preferred thickness being 0.1 mm to 0.3 mm for the thin walled part of the cap. The values of all angles α, β, γ can be selected by anyone skilled in the art according to any necessary specific requirements. Preferably, said angular value is 0 radian to 5/12 radian, more preferably π/12 radian to π/3 radian.

所述的所有实施例最好由塑料制成，而容器最好经由吹塑制成，剂量盖帽经由注塑制成。然而，如上所述，封闭系统本身并不限制其它商业上可用的制造材料的使用。适用于这类用途的塑料通常为热塑性材料，比如聚乙稀(PE)，聚对苯二甲酸乙二醇酯(PET)，聚丙烯(PP)，聚氯乙烯(PVC)，以及任何其它不太常用的高聚物，像聚苯乙烯，聚碳酸酯和聚甲炔。这些类型的塑料是完全可以回收使用的。与现在的自抽吸盖帽相比，可以节省高至80％的材料。All the embodiments described are preferably made of plastic, while the container is preferably made via blow moulding, and the dose cap is made via injection moulding. However, as noted above, the closure system itself does not limit the use of other commercially available materials of manufacture. Plastics suitable for such applications are usually thermoplastic materials such as polyethylene (PE), polyethylene terephthalate (PET), polypropylene (PP), polyvinyl chloride (PVC), and any other Too commonly used polymers like polystyrene, polycarbonate and polymethine. These types of plastics are completely recyclable. Compared with today's self-priming caps, material savings of up to 80% can be achieved.

所有示于图1到9的剂量盖帽在所述盖帽的壁的外和/或内表面上有剂量线(80)。所述线(80)可用于对倒出容器(10)容纳的物质进行精确计量。根据所容纳的物质的特定用途可以很容易地改变线(80)的数量。All dosage caps shown in Figures 1 to 9 have dosage lines (80) on the outer and/or inner surface of the wall of the cap. Said line (80) can be used to precisely meter the contents of the pouring container (10). The number of threads (80) can easily be varied according to the particular use of the contained substance.

所有实施例的容器的倾倒口和所述剂量盖帽的唇部制造成防滴落的，为的是避免不必要的产品洒落。还有，可以增加防偷窃环、胶带、收缩套或类似物以免在运输和分配过程中盖帽变松。The pour spout of the container of all examples and the lip of the dose cap are made drip-proof in order to avoid unnecessary spilling of the product. Also, anti-theft loops, tape, shrink sleeves or the like can be added to keep the cap from loosening during shipping and distribution.

可能的容纳物质都是那些为了一种特定用途而需剂量的物质。例如，在洗涤和家庭中经常遇到的用品，比如液体或颗粒洗涤剂，液体软化剂，家用清洗剂和漂白剂。Possible containment substances are those which are dosed for a specific use. For example, items frequently encountered in laundry and household use, such as liquid or granular detergents, liquid softeners, household cleaners and bleaches.

Claims (12)

Translated fromChinese

1.一种包装装置，它包括一个容器和一个剂量盖帽，其特征在于，所述剂量盖帽部分地直接装配到所述容器的颈部(12)中，从而没有过渡件就实现了紧密的液体密封。1. A packaging device comprising a container and a dose cap, characterized in that the dose cap fits partly directly into the neck (12) of the container, thereby achieving a liquid-tight seal without a transition piece seal.2.一种包装装置，它包括一个容器和一个剂量盖帽，其特征在于，所述壁有两种不同的厚度，所述盖帽的壁较薄的部分(26)装配到所述容器的颈部(12)中。2. A packaging device comprising a container and a dose cap, characterized in that said wall is of two different thicknesses, the thinner walled part (26) of said cap being fitted to the neck of said container (12).3.按照权利要求1的包装装置，其特征在于，所述盖帽包括一个外部的凸缘(22)，在封闭位置它与所述容器的颈部(12)的唇部(29)紧密接触，并且它位于所述盖帽的外表面上，把所述壁的两种不同的厚度分开。3. according to the packing device of claim 1, it is characterized in that, described cap comprises an outer flange (22), and it is in close contact with the lip (29) of the neck (12) of described container in closed position, And it is located on the outer surface of the cap, separating the two different thicknesses of the wall.4.按照上述权利要求的包装装置，其特征在于，所述盖帽(20；30)在所述盖帽(20；30)的壁较薄的部分(26)的外表面上包括凹槽(24)和/或凸缘(32)，与所述容器的颈部(12)的内表面上的形状相同的内部凸缘(1 4)和/或凹槽(34)紧密配合，可使所述盖帽(20；30)对所述容器中的液体紧密地封闭。4. Packaging device according to the previous claim, characterized in that said cap (20; 30) comprises grooves (24) on the outer surface of the thinner walled part (26) of said cap (20; 30) And/or flange (32), closely cooperate with the internal flange (14) and/or groove (34) of the identical shape on the inner surface of the neck (12) of described container, can make described cap (20; 30) tightly closed to the liquid in the container.5.按照权利要求3的包装装置，其特征在于，所述盖帽(20；30)的所述外部凸缘(22)以及所述容器的颈部(12)的唇部(29)以角度α倾斜。5. Packaging device according to claim 3, characterized in that said outer flange (22) of said cap (20; 30) and the lip (29) of the neck (12) of said container are at an angle α tilt.6.按照权利要求3和4的包装装置，其特征在于，所述盖帽(20；30)的壁较薄的部分(26)的外表面上的所述外部凹槽(24)或凸缘(32)以及所述容器的颈部(12)的内表面上的相应的内部的凸缘(14)或凹槽(34)以角度β倾斜。6. According to the packaging device of claim 3 and 4, it is characterized in that said external groove (24) or flange ( 32) and the corresponding inner flange (14) or groove (34) on the inner surface of the neck (12) of the container are inclined at an angle β.7.按照权利要求5的包装装置，其特征在于，角度β等于角度α。7. Packaging device according to claim 5, characterized in that the angle [beta] is equal to the angle [alpha].8.按照上述任何一个权利要求包装装置，其特征在于，剂量盖帽(100)的唇部(27)以角度γ倾斜。8. Packaging device according to any one of the preceding claims, characterized in that the lip (27) of the dose cap (100) is inclined at an angle γ.9.按照上述任何一个权利要求的包装装置，其特征在于，另一个凸缘(8)使液体密封性得到改善，所述凸缘形成一个区域(7)，所述区域与剂量盖帽(20)的唇部(27)直接接触。9. According to the packaging device according to any one of the preceding claims, it is characterized in that another flange (8) makes the liquid tightness improved, and said flange forms a region (7) which is in contact with the dose cap (20) The lips (27) are in direct contact.10.按照上述任何一个权利要求的包装装置，其特征在于，所述剂量盖帽的唇部和所述容器的颈部(12)的唇部都被用做倾倒口，并且它们都是防滴落的。10. Packaging device according to any one of the preceding claims, characterized in that both the lip of the dose cap and the lip of the neck (12) of the container are used as pouring spouts and they are both anti-drip of.11.按照上述任何一个权利要求的包装装置，其特征在于，所述盖帽的壁的外表面包括一种防护系统，比如为了避免所述包装装置在运输和分配过程中所述盖帽变松的防偷窃系统，胶带，收缩套或类似物。11. Packaging device according to any one of the preceding claims, characterized in that the outer surface of the wall of the cap comprises a protective system, such as an anti-corrosion system to prevent the cap from becoming loose during transport and distribution of the packaging device. Stealing systems, tape, shrink sleeves or similar.12.按照上述任何一个权利要求的包装装置，其特征在于，所述盖帽在所述盖帽的壁的外和/或内表面上包括进行剂量的线(80)12. Packaging device according to any one of the preceding claims, characterized in that said cap comprises a dosage line (80) on the outer and/or inner surface of the wall of said cap

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