TW201335042A - Pulling type mixing bottle structure - Google Patents

Abstract

The present invention provides a pulling type mixing bottle structure, which comprises an accommodation body configured with an accommodation space, a first bottle lip and a second bottle lip, in which the accommodation space is communicated with the second bottle lip through a through hole; an accommodation cap with a joining portion and a deforming portion, in which the accommodation cap uses the joining portion to join with and seal the first bottle lip of the accommodation body, and the deforming portion is a concave arc and flexible, and is configured on top of the accommodation cap, and is provided with a puller at the center of the surface facing outside, and a movable plunger at the center of the surface facing inside to be received in the accommodation space of the accommodation body, wherein one end of the movable plunger away from the deforming portion is disposed with a sealing end, and the sealing end is cooperated with the through hole of the accommodation body for sealing the through hole, thereby enabling the present invention to have lower manufacturing cost, convenient and fast operation for one-time mixing or repeated mixing, and achieve the sanitary and mass production in fully automated manufacture.

Description

Pull type mixing bottle structure

The invention relates to a container for accommodating powder food/medicine material or liquid food material/medicine material. When operating, it can be mixed with other food materials/medicine materials, especially the operation system is completed by pulling, and can be divided into many Mix the times.

According to the current, the beverage bottles and pharmaceutical bottles on the market are mainly made of plastic bottles made of easy, light weight, low cost and high pressure resistance. Most of the currently available beverages and pharmaceuticals are sold in advance, so there are often problems with the shelf life and the use of chemical additives, such as clouding agents, emulsifiers and antioxidants. In the case of deterioration, taste, oil, etc., excessive chemical additives are used for a long time in the human body, and there are unclear health problems.

In order to improve the pre-modulation problem and avoid the use of chemical additives such as clouding agents and emulsifiers, it is necessary to design a mixture of liquids and liquids before drinking to maintain the freshness of the beverage.

At present, the mixed tanks before drinking, such as the Republic of China Patent No. M339497, No. M339496, No. M269809, No. M334100, No. M353914, etc., each of the aforementioned patents has multiple components or molds. The problems of high cost, high cost of mold injection, high cost of finished products, complicated assembly, etc., all have common shortcomings, and they are unable to carry out comprehensive automated quantitative production. Most of the bottle filling before mixing is completed manually or semi-automatically. The production capacity cannot be effectively increased, and the processing cost is high, which is not in line with economic benefits, so that the current price of the bottle and bottle mixed before drinking is high. Moreover, the design of all the bottles mixed before drinking is used to rotate the cover. The way of opening the mixing, such an operation mode is not only inconvenient, but also time consuming and laborious, and the use convenience is not good.

Therefore, designing a bottle having the current pre-drinking bottle can not have its disadvantages, so that it can be fully mass-produced and operated conveniently and quickly, which is the focus of research and development of the present invention.

The inventors have the following disadvantages in view of the fact that the bottle bottles which are mixed before drinking have the following disadvantages: 1. many components; 2. high mold manufacturing cost; 3. high injection cost; 4. high finished product cost; 5. complicated assembly; 6. The filling is still done manually or semi-automatically, and the productivity cannot be effectively improved. 7. The operation is inconvenient, so the inventor finally introduced the present invention after many corrections and improvements.

The present invention provides a pull-type mixing bottle structure, comprising: a receiving body and a receiving cover, the receiving body comprises a receiving space for providing liquid or powder food, a first bottle mouth and a second bottle mouth, The accommodating space is connected to the second bottle mouth through a through hole, and the accommodating cover comprises a joint portion and a deformation portion, and the accommodating cover is sealed and sealed with the first bottle mouth of the accommodating body, the deformation portion The utility model has a concave arc shape and has elasticity, and is disposed at an upper end of the accommodating cover, the deformation portion has an outward facing first surface and a second surface opposite to the first surface, and a pulling handle is disposed at a middle of the first surface. In addition, the movable plug is integrally formed or coupled with a movable plug rod in the accommodating space of the accommodating body, and the movable plug rod is provided with a closed end away from one end of the deformation portion, the closed end and the accommodating body The through hole is fitted to close the through hole.

The main purpose of the pull-type mixing bottle structure of the present invention is that the overall structure is simple, the composition is small, the manufacturing cost is low, and the movable plug rod can be pulled by the deformation of the deformation portion with the pulling handle, so that the closed end of the movable plug rod is separated from the capacity. The through hole of the body is convenient and quick to operate and can be mixed at one time or mixed in multiple times.

The secondary purpose of the pull-type mixing bottle structure of the present invention is that the combination of the receiving cover and the receiving body can be completed by automated machinery, and the mass production and hygiene purposes of the fully automated production can be achieved.

In the following, the preferred embodiment of the present invention will be described in detail with reference to the drawings:

Please refer to the first, second and third figures. The pull-type mixing bottle structure of the present invention comprises: a receiving body 10 and a receiving cover 20, and the pull-mixing bottle structure can be combined with a bottle body. 30 use.

The accommodating body 10 includes a accommodating space 11 , a first bottle opening 12 and a second bottle opening 13 . The accommodating space 11 directly passes through the first bottle opening 12 , and the accommodating space 11 passes through The hole 14 is provided with the second bottle opening 13 , and the accommodating space 11 can provide liquid or powder food accommodation. The through hole 14 is a straight hole shape (as shown in the fourth figure) or an outer large small cone shape. (as shown in the fifth figure) or the second end of the outer ring having an inner ring flange (as shown in the sixth figure), and the through hole 14 is not higher than the end edge of the second bottle opening 13, first The bottle mouth 12 is provided with a snap ring groove, and the second bottle mouth 13 is provided with an internal thread.

The accommodating cover 20 includes a joint portion 21 and a deformation portion 22, and the accommodating cover 20 is sealed and sealed with the first bottle opening 12 of the accommodating body 10, and the accommodating cover 20 is in the joint portion 21. The flange is provided with a buckled flange and the buckle ring groove of the first bottle opening 12 is engaged and buckled to be combined and sealed, and the deformation portion 22 has a concave arc shape and has elasticity, and is disposed at the upper end of the receiving cover 20 The deformation portion 22 has an outwardly facing first surface 221 and a second surface 222 opposite to the first surface 221. The first surface 221 is provided with a handle 23 in the middle thereof, and the second surface 222 is integrated in the middle. A movable plug 24 that is formed into a hollow shape is received in the accommodating space 11 of the accommodating body 10, and when the deformed portion 22 is pulled and deformed by the pull handle 23, the movable plug rod 24 is simultaneously pulled, and the movable plug rod is pulled. A closed end 241 having a reduced diameter is disposed at one end of the deforming portion 22, and the closed end 241 is engaged with the through hole 14 of the receiving body 10, and the deforming portion 22 normally faces the movable plug 24 to the receiving body 10. When the thrust is generated in the direction of the hole 14 so that the handle 23 of the deformation portion 22 is not pulled, the closed end 241 of the movable plug 24 is sleeved in the through hole 14 The inner end is closed, and the closed end 241 restricts the passage of the accommodating space 11 and the second bottle opening 13 , and the closed end 241 is provided with a plurality of spaced-apart ring flanges for better sealing effect.

The bottle body 30 has a bottle body port 31, and the container body 10 is sealed with the bottle mouth 31 of the bottle body 30 by a second bottle mouth 13 provided with an external thread, the second bottle The mouth 13 is provided with an inner screw and an external thread of the bottle body opening 31 for locking engagement.

The handle 23 of the accommodating cover 20 is integrally formed by the middle of the first surface 221 of the deformation portion 22, or a coupling column is disposed at the middle of the first surface 221 of the deformation portion 22 of the accommodating cover 20 (as shown in the seventh figure). Shown), the pull handle 23 is combined and fixed on the binding post.

The deformation portion 22 of the receiving cover 20 is more elastic, and an S-shaped turning 223 (shown in the eighth figure) can be disposed at the proximal outer edge.

When the present invention is used for loading, as shown in the ninth and tenth views, the accommodating body 10 is combined with the accommodating cover 20 and inverted, and the filling tube B is inserted from the through hole 14 of the accommodating body 10 by a filling tube B. The rod 24 is pushed inwardly to deform the deformation portion 22 of the accommodating cover 20, and the closed end 241 of the movable plug rod 24 is separated from the through hole 14 of the accommodating body 10, so that the powder or liquid can be passed through the through hole 14. The filler A is filled into the accommodating space 11, and after completion, the filling tube B is pulled out, and the deformation portion 22 of the accommodating cover 20 is used to generate a thrust force to the movable plug rod 24 in the direction of the through hole 14 of the accommodating body 10, so that the activity is made. The closed end 241 of the plug stem 24 is automatically closed within the passage opening 14.

When the present invention is used for mixing, as shown in the eleventh and twelfth drawings, the pull handle 23 of the accommodating cover 20 is biased outwardly, so that the deformation portion 22 of the accommodating cover 20 is pulled and deformed, and the movable plug is driven. The rods 24 are displaced together, so that the closed end 241 of the movable plug rod 24 is changed from the closed passage hole 14 to the through hole 14 , so that the filler A in the accommodating space 11 flows out through the through hole 14 when the accommodating cover is released. When the biasing force of the handle 23 is 20, the deformed portion 22 of the accommodating cover 20 is restored by its own elasticity, or is pushed back by the pulling handle 23, and the handle 23 and the movable plug 24 are brought back to the original. The position is again closed by the closed end 241 of the movable stopper rod 24 through the hole 14; thereby mixing can be carried out at one time or in multiple times.

In addition, as shown in the thirteenth embodiment, the accommodating body 10 includes a first accommodating space 11A, a first bottle opening 12 and a second bottle opening 13. The first accommodating space 11A is directly connected. The first bottle opening 12, the first accommodating space 11 is connected to the second bottle opening 13 through a through hole 14. The accommodating cover 20 includes a joint portion 21, a deformation portion 22 and a second accommodating space. 25, the accommodating cover 20 is combined with the first bottle opening 12 of the accommodating body 10 by the joint portion 21, so that the second accommodating space 25 communicates with the first accommodating space 11A for filling powder or liquid. Filler A. Alternatively, the receiving body 10 is not provided with an accommodating space, and the accommodating space is disposed in the accommodating cover 20.

Moreover, as shown in the fourteenth and fifteenth drawings, a handle 23 is disposed at a middle portion of the first surface 221 of the deformation portion 22 of the accommodating cover 20, and a second portion 222 of the deformation portion 22 is disposed at a middle portion thereof. The fixing portion 24A is fixedly coupled to the accommodating space 11 of the accommodating body 10 through the fixing portion 24A. When the deforming portion 22 is pulled by the handle 23, the movable plug rod 24B is simultaneously Pull.

And the movable plug rods 24, 24B can be arranged as a cross-shaped rod body as shown in the fourteenth and fifteenth figures, and the movable plug rods 24, 24B are provided with a hollow circular tube at one end away from the deformation portion 22. The closed end 241 is engaged with the through hole 14 of the receiving body 10, and an enlarged retaining edge 242 for stopping the positioning is disposed on the upper side of the closed end 241.

Further, as shown in the sixteenth embodiment, the pull-type mixing bottle structure of the present invention can be covered with the second bottle opening 13 of the receiving body 10 by a protective cover 40 when it is not used in combination with the bottle body 30. A dirty sanitary effect and a protective cover 40 can be placed over the closed end 241 of the movable plunger 24 to assist in positioning the movable plunger 24.

And, as shown in FIG. 17, an outer cover film 50 may be disposed on the accommodating cover 20 of the pull-type mixing bottle structure of the present invention for protecting the safety of the commodity and preventing the consumer from purchasing the handle 23 of the front accommodating cover 20. It is pulled out and mixed.

According to the above, the pull-type mixing bottle structure of the present invention has a simple overall structure, a small composition, a simple assembly, and a low manufacturing cost, and the movable stopper rods 24 and 24B can be pulled by the deformation of the deformation portion 22 by the pulling handle 23 to make the activity. The closed end 241 of the plug rod 24, 24B is separated from the through hole 14 of the receiving body 10, so that the filler A in the accommodating space 11 flows out through the through hole 14, which is convenient and quick to operate and can be mixed at one time, or divided. The mixing is performed a plurality of times; and the filling of the accommodating cover 20 and the accommodating body 10 of the present invention and the filling of the filling A can all be completed by an automated machine, and the mass production and hygiene purposes of the fully automated production can be achieved.

10. . . Housing

11. . . Housing space

11A. . . First accommodation space

12. . . First bottle mouth

13. . . Second bottle mouth

14. . . Through hole

20. . . Storing cover

twenty one. . . combination

twenty two. . . Deformation department

221. . . First side

222. . . Second side

223. . . S-shaped transition

twenty three. . . Pull handle

twenty four. . . Movable plug

24A. . . Fixed part

24B. . . Movable plug

241. . . Closed end

242. . . Retaining edge

25. . . Second accommodation space

30. . . Bottle body

31. . . Bottle body

40. . . protection cap

50. . . Outer film

A. . . Filler

B. . . Filling tube

First Figure: A cross-sectional view of the combination of the present invention.

Second Figure: An exploded cross-sectional view of the present invention.

Third Figure: A half-sectional exploded view of the present invention.

Fourth Figure: A partial enlarged view of the present invention through pore sealing.

Fig. 5 is a partial enlarged view of another through hole sealing of the present invention.

Fig. 6 is a partial enlarged view of the present invention through a hole seal.

Figure 7 is a cross-sectional view of another receiving cover of the present invention.

Figure 8 is a cross-sectional view of another receiving cover of the present invention.

Figure IX: Schematic diagram of the filling of the present invention.

Figure 11 is a schematic view of the filling operation of the present invention.

Eleventh drawing: Schematic diagram of the filling completion of the present invention.

Twelfth Figure: Schematic diagram of the action of the present invention for mixing.

Figure 13 is a cross-sectional view showing another embodiment of the present invention.

Figure 14: Another structural view of the movable plug stem of the present invention.

Fifteenth Figure: Schematic diagram of another action of the movable plug rod of the present invention.

Figure 16: The structure of the protective cover is used in conjunction with the present invention.

Figure 17: The present invention is combined with the use of an envelope film structure.

10. . . Housing

11. . . Housing space

12. . . First bottle mouth

13. . . Second bottle mouth

14. . . Through hole

20. . . Storing cover

twenty one. . . combination

twenty two. . . Deformation department

221. . . First side

222. . . Second side

twenty three. . . Pull handle

twenty four. . . Movable plug

241. . . Closed end

30. . . Bottle body

31. . . Bottle body

Claims (10)

The utility model relates to a pull-type mixing bottle structure, comprising: a receiving body, comprising a receiving space, a first bottle mouth and a second bottle mouth, the receiving space directly connecting the first bottle mouth, the receiving space The accommodating space can provide liquid or powder filling through a through hole, and the accommodating cover includes a joint portion and a deformation portion, and the accommodating cover is combined with the The first bottle mouth of the receiving body is combined with the sealing portion, and the deformation portion is disposed at the upper end of the receiving cover, and has an outward facing first surface and a second surface opposite to the first surface, the first surface of the deforming portion a pull handle is disposed, and the pull handle is coupled to the deformation of the deformation portion, and a movable plug rod is disposed in the accommodating space of the accommodating body in the middle of the second surface of the deformation portion, the movable plug rod Providing a closed end at one end of the deformation portion, the closed end is engaged with the through hole of the receiving body, and the deformation portion generates a thrust force to the movable plug rod in the direction of the through hole of the receiving body, so that the deformation portion is pulled When the handle is not pulled, the closed end closes the through hole, and the closed end is restricted Space is provided through the second bottle. The pull-type mixing bottle structure according to claim 1, wherein the deformation portion of the receiving cover has a concave arc shape, and the deformation portion has elasticity. The pull-type mixing bottle structure according to claim 1, wherein the through hole has a straight hole shape, a conical shape or a second step shape having an inner ring flange. The pull-type mixing bottle structure according to claim 1, wherein the first bottle mouth is provided with a snap ring groove, the second bottle mouth is provided with an internal thread, and the inner cover of the receiving cover joint portion The buckle flange is fixedly engaged with the buckle ring groove of the first bottle mouth, the passage hole is not higher than the end edge of the second bottle mouth; and further comprises a bottle body, the bottle body has a bottle a body mouth, the container body is sealed with a second bottle mouth and a bottle body mouth of the bottle body, the bottle body mouth is provided with an external thread, and the inner thread of the second bottle mouth and the external thread of the bottle body mouth Match the lock. The pull-type mixing bottle structure according to claim 1, wherein the deformation portion of the receiving cover is provided with an S-shaped turn at the proximal edge. The pull-type mixing bottle structure of claim 1, wherein the receiving body comprises a first accommodating space, a first bottle opening and a second bottle opening, and the first accommodating space is directly connected The first bottle opening is provided, the first accommodating space is connected to the second bottle opening through a through hole; the accommodating cover comprises a joint portion, a deformation portion and a second accommodating space, the accommodating cover The joint portion is sealed with the first bottle opening of the container, and the second receiving space is communicated with the first receiving space for filling a filler such as a powder or a liquid. The pull-type mixing bottle structure according to claim 1, wherein the accommodating space of the accommodating body is also disposed in the accommodating cover. The pull-type mixing bottle structure according to claim 1, wherein a fixing portion is disposed at a middle portion of the second surface of the deformation portion of the receiving cover, and a movable plug rod is fixedly coupled to the fixing portion through the fixing portion. Inside the housing space. The pull-type mixing bottle structure according to claim 1, wherein the upper end of the closed end of the movable plug rod is provided with a retaining edge for stopping the positioning. The pull-type mixing bottle structure according to claim 1, wherein the movable plug has a ring flange at a periphery of the closed end.