WO2009024004A1

WO2009024004A1 - Detachable dynamic fitting composite container

Info

Publication number: WO2009024004A1
Application number: PCT/CN2008/000212
Authority: WO
Inventors: Degu Huang; Rende Dai
Original assignee: Degu Huang; Rende Dai
Priority date: 2007-08-21
Filing date: 2008-01-29
Publication date: 2009-02-26

Abstract

A detachable dynamic fitting composite container includes two or more container units joined by different interconnecting means, such as screw threads, annular rib and annular groove, tenon and mortise, snap fit etc. The container units are joined together one-upon-the-other or side-by-side. Therefore two or more kinds of substance can be contained in one composite container. In addition, the container can be designed in variety of shapes and styles.

Description

Container capable of quick separation and dynamic composite structure

The present invention relates to a product of a commodity container product, and more particularly to a container which can be quickly separated and has a dynamic composite structure.

Background technique

Bottles (cans) such as beverage bottles, wine bottles, vinegar seasoning bottles, and medicine bottles, which are usually presented on the market, are usually used to package the same item. The selected container structure belongs to one bottle (can) and the same item. The single container structure, between the bottle (can) and the bottle (can), lacks structural connection with each other, let alone can be combined into one. Therefore, even if it is discussed from a broad perspective, two or more bottles (cans) with structural associations are considered as "the same container", and in the current market, such a loadable two has not yet been presented. The same container of two or more different items.

With the diversification of consumer demand and business ideas, the need to install two or more different items in the same container is becoming more and more realistic. With the relevant patents, we can see that many patents have scanned the target in recent years. Reality needs; all authorized patents show flash points from different angles. Although they are repelled by various technical and commercial barriers, related patents are still outside the market, but the pattern of container (can) container structure is broken. , has been increasingly concerned about the design concept.

In order to make the idea of installing two or more different items in the same container as soon as possible, the designer of the present invention has designed a "two-in-one container structure" capable of loading two kinds of beverages, and has obtained the Chinese utility model. Patent, Patent No.: 200620098875. 0 . The patent divides a beverage bottle (can) into two "half-bottles (cans)" along a longitudinal section, and then combines the two by means of bonding, hooping or fitting; such a design Under the conditions of using existing bottle making equipment and technology, the cost increase is small, easier to implement and accepted by the business community.

However, during the implementation of the patent, we found that the above techniques can be improved, especially the combination of bonding and hooping has a large limitation: two "half-bottles" are fixedly combined, although in the container The technical solution for setting the partition is easier to implement, however, it still does not have the effect of 'disposing the static structure of the existing product'; if only the "static" combination between the bottle and the bottle is considered, regardless of its ability to quickly separate, The combination of fast-moving features, such products still lacks commercial appeal, although it can be accepted by the market, but it will encounter resistance and fierce competition. Summary of the invention

The object of the present invention is to re-innovate on the basis of the prior art, and to provide a bottle (can) container which can be quickly combined and has a dynamic composite structure to meet the market demand for new, strange and special products.

In order to achieve the above object, the technical solution adopted by the present invention is: a container capable of quick separation, having a dynamic composite structure, containing two and/or more than two container units, and using different connection structures and connection forms to form the container unit Combined into one, it constitutes a container that can accommodate two or more objects, can be quickly separated, and has a dynamic composite structure.

One of the different connection structures and connection forms is an "upper and lower co-capped end-to-side dynamic composite structure", which comprises a mouth end docking upper container, a mouth end docking lower container, a bidirectional cover and a cylindrical outer edge; The two-way cover structure, such as two container covers, is reversely fitted, and the cover is provided with a thread, a snap ring and a gasket. The mouth end is docked to the upper end of the container, and the mouth end is docked. The upper container and the mouth end are connected to each other, and the two container units are integrally connected; the outer outer edge of the cylindrical body is wrapped around the outer edge of the two-way cover, and maintains a corresponding shape with the outer shape of the container.

One of the different connection structures and connection forms is "upper and lower split end-end docking dynamic composite structure", which comprises a container with a lid, a container with a lid, and a butt sleeve for the cover; the lower end of the container with the lid And a lid with a lid on the upper end of the container with the lid and a lid with a lid under the lid, and a convex ring and/or a spiral, a convex ring and/or a spiral and a mouth at the end of the upper and lower container The corresponding connecting structure on the end butt sleeve is fitted to complete the mouth end docking of the container.

One of the different connection structures and connection forms is "upper and lower inline serial type dynamic composite structure", which includes an inner upper container, an inner lower container, an upper container cover and a lower container cover; The bottom end of the connecting container is first concave, the first concave body has a fitting concave ring and an inner spiral, which can be used for internal connection, and the top end of the inner lower container is provided with a fitting convex ring and a external screw The wire is engageable with the first recess of the bottom end of the inner upper container, and the upper and lower containers or the upper and lower containers are connected in series by means of upper and lower inner connecting.

One of the different connection structures and connection forms is "upper and lower externally connected serial dynamic composite structure", which includes an external upper container, an external lower container, a buckle groove, a buckle and a cover; The bottom end of the upper container is provided with a second concave portion, and the second concave portion can accommodate the top end of the outer lower container with the cover body; the outer shape of the upper end of the external upper container and the outer lower container is provided with a spherical buckle, which is externally connected Container And a buckle groove is arranged on the outer edge of the bottom end of the external lower container. When the buckle groove of the external upper container is fitted with the buckle of the external lower container, two or more external containers can be connected in series by the upper and lower external connection. Connected into one.

When only two containers are circumscribed, the external container has only a buckle groove and a second recess, and the external container has only a buckle.

One of the different connection structures and connection forms is a "left and right embracing docking dynamic composite structure", including a left container, a right container, a convex buckle, a concave buckle, a shaft recess, a shaft protrusion, and a left container. Cover and right container cover; at the upper end of the left and right container centripetal surfaces are provided with a concave-convex connection structure - a convex buckle, a concave buckle, and a rotating shaft concave-convex connection structure in the middle of the left and right container centripetal surfaces - the rotating shaft The dimples and the shaft protrusions are integrally connected to the right and left sides of the left container and the right container by the convex and concave buckles, the shaft recess and the shaft protrusion.

The centripetal surfaces of the left container and the right container are flat and beveled, the upper half is flat, and the lower half is beveled. When the left and right containers are flattened, the lower end is forked, and the two containers are necked. Parallel or V-shaped forks may be used. When a mouth is used and a V-shaped fork is used, the upper and lower sides of the container are X-shaped; the lower end of the left and right containers are kneaded, the buckle is separated from the concave buckle, and the container mouth is horizontal. Easy to drink by hand.

One of the different connection structures and connection forms is a "left and right core-butted dynamic composite structure", which includes a left half container, a right half container, a core pit, a center container, a hoop clasp, and a hug. Concave buckle and cover; a center-shaped dimple is provided in the middle of the centripetal plane of the left half container and the right half container, and the core pit is sized to accommodate three containers - the center container; And the upper and lower sides of the centripetal surface of the right half of the container are provided with an annular buckle and a concave concave buckle, and the surrounding waist is provided with a groove (for hand-held separation); the central container is hidden in the core pit; the left half container The right half container has a separate, semi-circular container opening, and the two semi-circular container ports share a cover.

The left half container and the right half container are provided with independent circular container ports, which are respectively provided with a cover body. One of the different connection structures and connection forms is a "small body plug-in, side-connected dynamic composite structure", which includes a plug-in female container, a plug-in sub-container, a side-fitting female container, a side-join sub-container, and a lateral End butt sleeve, can lid, can seal paper, plug recess, plug collar, sealing paper (or cover); plug container through plug recess and plug collar from above (or below) The plug-in plug-in female container is integrated with the plug-in female container; the side-connecting sub-tank is connected to the side-side female container from the side by the plug-in female buckle and the plug-in convex ring, and is combined with the side-fitting female container The container mouth of the plug-in container or the joint container is sealed with a sealing paper (or cover); the female container and the side-mounted female container are docked by the horizontal end The sleeves are connected, and the container mouth of the mating mother container and the side joint mother container is sealed with a can lid or a can sealing paper.

The positive effects of the container of the present invention which can be quickly separated and have a dynamic composite structure are:

It has greatly broken through the limitations of traditional containers in design, and can produce containers of different appearances and shapes according to different business ideas, and can accommodate more than two kinds of objects to meet the needs of the ever-changing market; Bu, taking full account of the application of the mature technology, production and filling process, the invention can be implemented quickly without new equipment investment, the product can enter the market quickly, conform to the new consumption trend of the society, and meet the new consumption. At the same time, it brings new business opportunities to many industries such as beverage industry, wine industry and container manufacturing.

DRAWINGS

1 is a schematic structural view of a top and bottom closed-end docking type dynamic composite container according to the present invention; FIG. 2 is a schematic structural view of a top and bottom split end docking type dynamic composite type container according to the present invention; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 4 is a schematic structural view of a top and bottom series connected dynamic composite type container according to the present invention; FIG. 4 is a schematic view showing the structure of the upper and lower external series connected dynamic composite type container according to the present invention; FIG. 6 is a schematic structural view of a left-right and right-centered docking type dynamic composite container according to the present invention; FIG. 7 is a structure of a body-sized plug-in and side-connected dynamic composite type container according to the present invention; Figure 8 is a schematic view showing the structure of the plug sub-tank and the plug-in female container;

Figure 9 is a schematic view showing the structure of the side joint container and the side joint mother container.

The markings in the figures are:

1. The mouth is docked with the container, 2. The two-way cover, 3. The outer edge of the cylinder, 4. The container is docked under the mouth, 5. The container with the lid, 6. The butt sleeve is covered, 7. The container with the lid, 8 , spiral, 9, convex ring, '10, container lid with lid, 11, container lid with lid, 12, inner container, 13, first concave, 14, fitting concave ring, 15, Inner spiral, 16, inner lower container, 17, fitting convex ring, 18. outer spiral, 19, inner upper container cover, 20, inner lower container cover, 21, external upper container, 22, external lower container, 23, buckle groove, 24, buckle, 25, second concave, 26, cover, 27, left container, 28, convex buckle, 29, shaft recess, 30, right container, 31, concave buckle, 32, shaft projection, 33, left container cover, 34, right container cover, 35, left half container, 36, surrounded by convex buckle, 37, cored pit, 38, center container, 39, Right half container, 40, hoops, 41, groove, 42, plug-in female container, 43. Plug-in container, 44, side-fitting female container, 45, side-joint sub-container, 46, transverse port end butt sleeve, 47, can lid, 48, can sealing paper, 49, insert, side recessed buckle, 50, insert, side joint convex ring, 51, sealing paper (or cover).

Detailed ways

A specific embodiment of the container of the present invention which can be quickly separated and has a dynamic composite type of crusting is given below with reference to the accompanying drawings.

The container of the invention can be quickly divided and has a dynamic composite structure, and comprises two and/or more than two container units, and the container unit is integrated into one body by different connection structures and connection forms, and one type can be accommodated. The above objects, the containers which can be quickly separated and have a dynamic composite structure; the different connection structures and connection forms can be: upper and lower common end-end docking dynamic composite structure; upper and lower cover end Docking type dynamic composite structure; upper and lower inline series dynamic composite structure; upper and lower outer series connected dynamic composite structure; left and right embracing butt dynamic composite structure; left and right core docking Dynamic composite structure; large and small body plug-in, side-connected dynamic composite structure.

Seven specific embodiments of the present invention having different connection structures and connection forms, which can be quickly separated, are provided below; however, the present invention is not limited to the following embodiments.

Example 1

See Figure 1. One of the different connection structures and connection forms of the present invention is a "upper and lower co-cap end-to-side dynamic composite structure", which comprises a mouth end docking upper container 1, a mouth end docking lower container 4, a bidirectional cover 2 and a cylindrical outer edge. 3; the mouth end docking container 1 and the mouth end docking container 4 can be made into a shape of the upper and lower parts, wherein the same shape of the cylindrical outer edge 3 is connected; the cylindrical outer edge 3 is provided The two-way cover 2, the structure of the two-way cover 2 is like a reverse fit of two container covers, the inside of the cover is provided with a thread, a 'snap ring and a gasket, the mouth end is docked with the container 1, and the mouth end is docked to the lower container 4 in the opposite direction of the bottle mouth. The spiral is integrally connected by a bidirectional cover 2 and a cylindrical outer edge 3.

Example 2

See Figure 2. Two different connection structures and connection forms of the present invention, "upper and lower split-end end docking type dynamic composite structure", including a lid-on container 5, a lid-down container 7, and a cover-and-butt sleeve 6; 5 and the container 7 with the lid can be made into two upper and lower parts of a certain shape, wherein the same shape of the cover butt sleeve 6 is connected; the lower end of the container 5 with the lid and the upper end of the container 7 with the lid The container mouth is respectively provided with a lid on the lid 10 and a lid lid 11 with a lid, and a convex ring 9 and/or a spiral 8 are arranged at the upper end of the upper and lower containers, and the collar 9 and/or the spiral 8 are docked with the cover. The corresponding connecting structure on the sleeve 6 is fitted to complete the mouth end docking of the two-part lid container.

The difference between the embodiment 1 and the embodiment 2 is that the connection portion of the bidirectional cover 2 of the embodiment 1 is the container mouth, and the connection portion of the cover butt sleeve 6 of the embodiment 2 is the upper end of the container, which can be selected according to different bottle design requirements. Use one of the two forms of connection.

Example 3

See Figure 3. Three different upper and lower inner series connected dynamic composite structures of different connection structures and connection forms of the present invention, including an inner upper container 12, an inner lower container 16, an inner upper container cover 19 and inner The bottom cover of the inner container 12 is a first recess 13 , and the first recess 13 has a fitting concave ring 14 and an inner spiral 15 for internal connection, internal connection The top end of the lower container 16 is provided with a fitting convex ring 17 and an outer spiral 18, which can be engaged with the first concave portion 13 at the bottom end of the inner upper container 12, and the upper and lower containers are connected in series by the upper and lower inner series. As one, if necessary, you can also connect multiple containers up and down in one body.

Example 4

See Figure 4. The four "upper and lower outer series-connected dynamic composite structures" of different connection structures and connection forms of the present invention comprise an external upper container 21, an external lower container 22, a buckle groove 23, a buckle 24 and a cover body 26. The bottom end of the external upper container 21 is provided with a second recess 25, and the second recess 25 can accommodate the top end of the outer lower container 22 with the cover body 26; at the upper end of the external upper container 21 and the external lower container 22 The outer edge is provided with a spherical buckle 24 (spherical or other geometric shape), and a buckle groove 23 is provided on the outer edge of the outer upper container 21 and the outer bottom container 22, and the buckle groove 23 of the external upper container 21 is externally connected. When the buckle 24 of the container 22 is fitted, the two external bottles can be integrally connected by the upper and lower outer series.

When only two containers are externally connected, the external upper container 21 is only provided with the buckle groove 23 and the second recess 25, and the external lower container 22 is only provided with the buckle 24.

The structure and shape of the inner or outer upper and lower containers may be completely identical, and the uppermost upper container may have only the same lower connecting structure, so that the lowermost outer type lower container has only the upper connecting structure.

If it is necessary to connect a plurality of containers by an external connection, the intermediate container can be made to have a buckle groove 23 And the second recess 25, there is also a buckle 24, so that it can be placed in the middle of the container, so that a plurality of external bottles can be connected in series by the upper and lower external connection.

The sphere should be preferred when making the fitting geometry. The effect is best. When the fitting geometry is tightly combined with the buckle groove 23 due to the external stress deformation, the two container units or the plurality of container units can be easily connected in series by external means.

Example 5

See Figure 5. The five-fold "left and right embracing butt-type dynamic composite structure" of different connection structures and connection forms of the present invention comprises a left container 27, a right container 30, a convex buckle 28, a female buckle 31, a shaft recess 29, and a shaft protrusion 32. a left container cover 33 and a right container cover 34; at the upper end of the left container 27 and the right container 30, a concave-convex connection structure is provided, a convex buckle 28, a female buckle 31, and the left container 27 and the right container 30 are eccentric The middle of the shaft is provided with a concave-convex concave-convex connection structure - a shaft recess 29, a shaft protrusion 32, and the left-hand container 27 and the right container 30 are circumferentially butt-joined by the convex buckle 28 and the concave buckle 31. One.

The centripetal surfaces of the left container 27 and the right container 30 are plane and beveled, the upper half is flat, and the lower half is beveled. When the left and right containers are flattened, the lower end is forked, and the two containers are The neck may be parallel or V-shaped. When the mouth ends are each covered with a V-shaped fork, the upper and lower sides of the container have an X-shaped feature; the lower end of the left and right containers are pinched, and the buckle 28 is separated from the female buckle 31. It tends to be horizontal and easy to drink.

Example 6

See Figure 6. The six-sided "left and right core-butt-type dynamic composite structure" of different connection structures and connection forms of the present invention comprises a left half container 35, a right half container 39, a core-shaped recess 37, a center container 38, and a surrounding convex buckle 36. Embracing the recessed buckle 40 and the cover body; a center-shaped recess 37 is provided in the middle of the centripetal plane of the left and right half containers 35 and 39, and the cored recess 37 is sized to accommodate three containers a central container 38; at the upper and lower ends of the left semi-container 35 and the right semi-container 39 are provided with a looping clasp 36 and a hooping recess 40, and a groove 41 is provided at the waist of the periphery for facilitating the hand-held container. The left half container 35 and the right half container 39 are quickly divided; the center container 38 is hidden in the core pocket 37; the left half container 35 and the right half container 39 are provided with independent, semi-circular container openings, two The semicircular container mouth shares a cover; if desired, the left and right halves 35, 39 can also be provided with separate circular container ports that have a cover. Example 7

See Figure 7-9. The seven-size "size plug-in, side-connected dynamic composite structure" of the different connection structures and connection forms of the present invention comprises a plug-in female container 42, a plug-in sub-container 43, a side-fitting female container 44, and a side-join sub-container 45. The horizontal mouth end butt sleeve 46, the can seal cover 47, the can seal paper 48, the insert, the side recessed buckle 49, the insert, the side joint cam 50, the sealing paper (or cover) 51 can be inserted into the female container 42 and inserted The connector container 43. (or the side female container 44, the side connector container 45, or the use of the plug female container 42, the plug sub-container 43, the side-fitting female container 44, and the side sub-tank 45) The shape, such as an elephant shape, is made into a female container, like a leg made into a sub-container; the front body of the elephant is made into a mating female container 42, and the rear half of the image is made as a side-fitting female container 44.

A section of the plug sub-container 43 or the side sub-tank 45 is designed as a plug-in, side-by-side cam ring 50, and the plug-in sub-tank 43 is passed through the insert and side recessed buckle 49 made on the female container, from above (or below) The plug-in female container 42 is integrated with the plug-in female container 42; the side-connecting sub-tank 45 can be connected to the side by the side by the plug, the side-fitting recess 49 and the plug-and-loop cam 50 The female container 44 is integrated with the side-fitting female container 44; the container opening of the sub-container can be sealed with a sealing paper 51 (which can also be covered with a lid).

The mating female container 42 and the side female container 44 may be connected by a transverse mouth end butt sleeve 46, and the can end cap 47 or the can sealing paper 48 may be used at the container mouth of the mating female container 42 and the side female container 44. seal. The plug-in and side-joining structures of this embodiment are basically extensions of the aforementioned tandem and docking structures, the main difference being that there is a relationship between the body and the part in the plug-in and the side-joining structures (ie, the large container and The relationship of small containers). The container of this embodiment can concentrate a variety of foods or beverages in a single shaped container.

Many different connection structures and connection forms are also derivable within the inventive scope of the present invention, and are not described in detail herein. Therefore, embodiments of the present invention are not limited to the embodiments provided above.

The container capable of quickly separating and having a dynamic composite structure can be used for containers of various articles such as medicines, seasonings, foods, etc. in addition to containers for beverages and wine bottles (cans); There is a lot of room for product applications (such as the combination of multiple containers), providing a variety of options for the refurbishment of container products.

Claims

1. A container capable of quick separation and having a dynamic composite structure, comprising two and/or more than two container units, wherein the container unit is integrated into one body by using different connection structures and connection forms. A container that can accommodate two or more objects, can be quickly separated, and has a dynamic composite structure.

2 . The container of claim 1 , wherein the one of the different connection structures and the connection form is “upper and lower co-cover end docking dynamics”. Composite structure", comprising a mouth end docking container (1), a mouth end docking container (4), a bidirectional cover (2) and a cylindrical outer edge (3); a bidirectional cover (2) structure such as two container lids To the fit, the cover is provided with a thread, a snap ring and a gasket, and the mouth end is butted to the upper container by the mouth end (1), and the mouth end is connected to the lower container (4). 1) The container is connected to the container at the mouth end (4). The two outer container units are connected together; the outer edge of the cylindrical shape (3) is wrapped around the outer edge of the two-way cover (2) to maintain the shape corresponding to the shape of the container.

3 . The container of claim 1 , wherein the one of the different connection structures and the connection form is “upper and lower split mouth end docking dynamics”. The composite structure comprises a container with a lid (5), a container with a lid (7), and a butt sleeve (6); the lower end of the container (5) with the lid and the mouth end of the lower container (7) are respectively provided There is a lid (10) with a lid and a lid (11) with a lid, and a convex ring (9) and/or a spiral (8), a convex ring (9) and a tip of the upper and lower containers are provided. / or the spiral wire (8) is fitted with the corresponding connecting structure on the cover butt sleeve (6) to complete the docking of the container.

4 . The container of claim 1 , wherein the one of the different connection structures and the connection forms is “upper and lower inline serial connection dynamic composite”. Type structure", comprising an inner upper container (12), an inner lower container (16), an inner upper container cover (19) and an inner lower container cover (20); an inner upper container (12) The bottom end is a first recess (13), and the first recess (13) has a fitting recessed ring (14) and an inner spiral (15) for internal connection, and an inner lower container (16) The top end is provided with a fitting convex ring (17) and an outer spiral wire (18), which can be engaged with the first inner concave (13) of the inner end of the container (12), and connected in series by upper and lower inner joints. Way will be up and down two Containers, or multiple containers above and below.

5 . The container of claim 1 , wherein the one of the different connection structures and the connection forms is “upper and lower external series connection dynamic compound”. Type structure", comprising an external upper container (21), an external lower container (22), a buckle groove (23), a buckle (24) and a cover body (26); the bottom end of the external upper container (21) There is a second recess (25), and the second recess (25) can accommodate the top end of the outer lower container (22) with the cover body (26); the outer upper container (21) and the outer lower container (22) a ball-shaped buckle (24) is disposed on the outer edge of the upper end, and a buckle groove (23) is disposed on the outer edge of the outer end of the outer container (21) and the outer container (22), when the external container (21) When the buckle groove (23) is fitted into the buckle (24) of the external lower container (22), two or more external bottles can be connected in series by the upper and lower external connection.

The container according to claim 5, wherein the external upper container (21) has only a buckle groove (23) and a second concave portion (25). The external lower container (22) has only a buckle (24).

7. The container of claim 1, wherein the different connection structures and connection forms are "left and right embracing and docking dynamic composite structures". ", contains the left container (27), the right container (30), the male buckle (28), the female buckle (31), the shaft recess (29), the shaft projection (32), the left container cover (33) and the right container Cover (34); at the upper end of the left side of the left container (27) and the right container (30), there is a concave-convex connection structure - a buckle (28), a female buckle (31), a left (27) and a right container (30) There is a rotating shaft concave-convex connection structure in the middle of the centripetal surface - a shaft recess (29), a shaft protrusion (32), a convex buckle (28) and a female buckle (31), a shaft recess (29) and The shaft projection (32) abuts the left container (2t) and the right container (30) to each other.

8. The container of claim 7, wherein the left and right sides of the container (30) and the right container (30) are planar and beveled. The upper half is flat and the lower half is beveled. When the upper part of the left and right containers are flattened, the lower end is forked; the mouth ends of the two containers (including the neck) can be parallel or V-shaped, and the mouth ends are When a lid is used and a V-shaped fork is opened, the container has an X-shaped feature on the upper and lower sides; the lower end of the left and right containers are pinched, and the male buckle (28) is separated from the female buckle (31), and the container mouth is horizontally positioned for hand-held drinking. 9. The container of claim 1, wherein the one of the different connection structures and the connection form is a left-right and right-hearted docking type dynamic composite type. Structure", comprising a left half container (35), a right half container (39), a core pocket (37), a center container (38), a collar buckle (36), a collar recess (40) and a cover; In the middle of the centripetal plane of the left half container (35) and the right half container (39), there is a pocket-shaped recess (37), and the core pit (37) is sized to accommodate three containers ■ ~~ ^Center container (38); left half container (35) and right half container

(39) The upper and lower ends of the centripetal surface are provided with a looping clasp (36) and a hug (40), and the surrounding waist is provided with a groove (41); the center container (38) is hidden in the core pit (37); the left half container (35) and the right half container. (39) are provided with separate, semi-circular container ports, and the two semi-circular container ports share a cover. ,

10. The container according to claim 9, wherein the left semi-container (35) and the right semi-container (39) are provided with independent circular container mouths. They are each provided with a cover.

11. The container of claim 1, wherein the one of the different connection structures and the connection form is a "size body plug-in, side-connected dynamic compound". Type structure", comprising a plug female container (42), a plug sub-container (43), a side joint female container (44), a side joint sub-container (45), a transverse mouth end butt sleeve (46), a can seal cover ( 47), can sealing paper (48), insert, side recess (49), insert, side joint ring (50), sealing paper (or cover) (51); plug sub-container (43), by inserting , the side of the protruding ring (50) and the plug and the side of the female container (42)

(49) connected, inserted into the plug-in female container (42) from above or below, and integrated with the plug-in female container (42); the side-joint sub-tank (45) is inserted, the side-side convex ring (50) and The insertion and the side recessed buckles (49) are connected, and the access side joint mother container (44) is hooked from the side side, and integrated with the side joint mother container (44); the plug sub-tank (43) or the side joint The container mouth of the container (45) is sealed with a sealing paper or a cover (51); the female parent container (42) and the side female container (44) are connected by a transverse mouth end butt sleeve (46), and the female container is inserted. (42) Seal the container mouth with the side-fitting female container (44) with the can closure (47) or the can-sealing paper (48).