CN203294546U - Press type food mixing group structure - Google Patents

Abstract

The utility model relates to a push type food is thoughtlessly filled group's structure contains: the accommodating body is provided with an accommodating space, a first bottle opening and a second bottle opening, and the accommodating space is communicated with the second bottle opening through the through hole; the accommodating cover is provided with a combination part and an integrally formed and protruded pressing part, and the accommodating cover is combined and sealed with the first bottleneck of the accommodating body by the combination part; and the pressing stopper rod is provided with a pressing end, a closed end and an elastic pushing component, the pressing stopper rod is arranged in the accommodating space of the accommodating body, the pressing end is matched and positioned with the pressing part of the accommodating cover, and the closed end is matched with the through hole of the accommodating body and used for sealing the through hole. The utility model discloses have reusability and can once only mix, or divide and mix many times to and can reach full automated production's volume production and health purpose.

Description

Press type food mixing group structure

technical field

The utility model relates to a container containing powder food material/medicine material or liquid food material/medicine material, which can be mixed with other food material/medicine materials when pressed, especially a reusable container that is completed by pressing . the

Background technique

At present, beverage bottles and medicine bottles on the market are mainly made of plastic plastic bottles that are easy to manufacture, light in weight, low in cost and strong in compression. Moreover, most of the currently commercially available beverages and medicaments are pre-prepared and sold. Therefore, there are often problems with shelf life and the use of chemically added mixtures, such as clouding agents, emulsifiers, and antioxidants, to solve deterioration, In the case of off-flavor, oil production, etc., too many chemical additives are used on the human body for a long time, and there are unclear health problems. the

In order to improve the problem of pre-preparation and avoid the use of chemical additives such as clouding agents and emulsifiers, there are many bottle and can designs that mix materials and liquids before drinking, so as to maintain the freshness of beverages. the

At present, bottles and cans mixed before drinking, such as China Taiwan Patent No. M339497, No. M339496, No. M269809, No. M334100, No. M353914, etc., the aforementioned patents respectively or simultaneously have many components and high mold manufacturing costs , high cost of mold injection, high cost of finished products, complex assembly, etc., and they all have common shortcomings, which cannot be fully automated and quantitatively produced. Effectively increase production capacity, and cause high processing costs, which is not in line with economic benefits, making the current price of bottles and cans mixed before drinking high. Furthermore, looking at the design of all the bottles and cans that are mixed before drinking, after use, consumers It can no longer be used for secondary filling and is not environmentally friendly. the

Therefore, designing a kind of bottle can that has all the advantages of mixing before drinking at present does not have its disadvantages, so that it can be automatically mass-produced and reused, which is the focus of the development and improvement of the utility model. the

Utility model content

In view of the respective or common shortcomings of the existing bottles and cans that are mixed before drinking, the inventor finally released the utility model after several revisions and improvements. the

The utility model provides a push-type food mixing group structure, which comprises: an accommodation body, an accommodation cover and a pressing stopper, the accommodation body includes an accommodation space for accommodating liquid or powder, a first bottle The accommodating space is directly connected to the first bottle mouth, and the accommodating space is connected to the second bottle mouth through a through hole; the accommodating cover includes a joint part and a protruding pressing part, and the pressing part The part is pressed in a deformed way, and the accommodating cover is combined and sealed with the first bottle mouth of the accommodating body by the joint part; the pressing stopper rod includes a pressing end, a closed end and an elastic pushing part, and the pressing stopper rod is arranged on the In the accommodating space of the accommodating body, the pressing end is positioned in cooperation with the pressing part of the accommodating cover. When the pressing part is pressed, the pressing end is simultaneously pressed. Cooperate, the elastic pushing member generates a thrust toward the pressing end in the normal state of the pressing stopper, so that when the pressing end of the pressing stopper is not pressed, it can be used to close the through hole, and the closed end limits the accommodation space and The communication of the second bottle mouth. the

Preferably, a blocking portion is provided in the passing hole, and the blocking portion is stepped or conical in shape with a large bottom and a small top. the

Preferably, the first bottle mouth is provided with external threads, the second bottle mouth is provided with internal threads, and the joint portion of the accommodating cover is provided with an internal thread that cooperates and locks with the external threads of the first bottle mouth. Teeth, the through hole is not higher than the edge of the second bottle mouth; and also includes a bottle body, the bottle body has a bottle body mouth, the accommodating body uses the second bottle mouth and the bottle body of the bottle body The body mouth is combined and sealed, the bottle body mouth is provided with external threads, and the internal thread teeth of the second bottle mouth cooperate with the external thread threads of the bottle body mouth; The part is integrally formed; the outer peripheral edge of the pressing part is provided with a safety retaining edge higher than the pressing part. the

Preferably, a limit ring is provided between the pressing end and the closed end, the elastic pushing member is a compression spring, one end of the compression spring leans against the limit ring, and the other end leans against the accommodating space. the

Preferably, the elastic pushing member is a shrapnel integrally formed with the pressing stopper rod, and the outer edge of the shrapnel leans against the accommodating space. the

Preferably, a limiting portion is provided in the pressing portion of the accommodating cover, and the pressing end is positioned in cooperation with the limiting portion of the pressing portion of the accommodating cover. the

Preferably, a limiting flange is provided between the limiting ring and the closed end, and the limiting flange is larger than the through hole. the

Preferably, the peripheral surface of the pressing stopper is provided with a plurality of conduction grooves. the

Preferably, the closed end of the pressing stopper rod is provided with a water stop ring or the closed end is integrally formed with a water stop ring piece. the

Preferably, an elastic hook is provided at a position close to the closed end of the pressing stopper rod, and the elastic hook passes through the passage hole of the accommodating body and is fastened to the passage hole. the

The beneficial effects of the push-type food mixing group structure of the present utility model are:

1. The filler in the storage space of the storage body can be added at any time. Press the stopper rod and the elastic push part and return it to its original position for reuse. It is reusable and can be mixed at one time, or mixed several times. . the

2. The push stopper of the push-type food mixed filling group structure of the utility model is combined with the container body, and can be filled after closing the hole through the closed end. To achieve mass production and sanitation purposes of fully automated production. the

Description of drawings

Fig. 1 is a combined sectional view of the utility model. the

Fig. 2 is an exploded sectional view of the utility model. the

Fig. 3 is a half-section three-dimensional exploded view of the utility model. the

Fig. 4 is a partially enlarged view of the through-hole seal of the utility model. the

Fig. 5 is another partially enlarged view of sealing through holes of the present invention. the

Fig. 6 is a structural diagram of a pressing stopper of the present invention. the

Fig. 7 is a structure diagram of another pressing stopper of the present invention. the

Fig. 8 is a schematic diagram of the filled food of the present invention. the

Fig. 9 is a schematic diagram of the filling food of the present invention. the

Fig. 10 is a schematic diagram of the pressing and mixing filling food of the present invention. the

Fig. 11 is a structural diagram of a pressing stopper rod and elastic pushing parts of the present invention. the

Fig. 12 is a structural diagram of another elastic pushing part of the present invention. the

Fig. 13 is a structural diagram of another elastic pushing part of the present invention. the

Fig. 14 is a structural diagram of the protective cover used in conjunction with the utility model. the

Fig. 15 is a combined view of the joint part and the pressing part of the accommodating cover of the present invention in secondary processing. the

Explanation of reference signs of main components

Accommodating body --------10

Accommodating space ------ 11

The first bottle mouth ------ 12

The second bottle mouth ------ 13

Through hole --------14

Block ---------- 141

Cover --------20

Joint -------- 21

Pressing part--------22

Safety retaining edge ------ 221

Limiting part -------- 222

Press stopper ------ 30

Press end -------- 31

Closed end -------- 32, 32A, 32B

Limiting ring -------- 33

Restricted flange------34

Conduction slot --------35

Elastic hook------36

Elastic pushing part--40

Bottle ----------50

Bottle mouth --------51

Protective cover --------60

Filling -------- A

Detailed ways

Next, preferred embodiment of the present utility model will be described in detail in conjunction with accompanying drawing:

First, as shown in Fig. 1, Fig. 2 and Fig. 3, the push-type food mixing group structure of the present invention includes: a housing body 10, a housing cover 20, a pressing stopper rod 30 and an elastic pushing member 40, This push-type food mixes and fills the group structure and can cooperate with a bottle body 50 to use, and this elastic pushing part 40 is a compression spring. the

The accommodating body 10 includes an accommodating space 11, a first bottle opening 12 and a second bottle opening 13, the accommodating space 11 directly communicates with the first bottle opening 12, and the accommodating space 11 passes through a through hole 14 communicates with the second bottle mouth 13, the accommodating space 11 can provide liquid or powder food storage, and a stopper 141 is arranged in the passing hole 14, and the stopper 141 is stepped (as shown in Figure 4) or lower Large and small conical (as shown in Figure 5), and the through hole 14 is not higher than the edge of the second bottleneck 13, the first bottleneck 12 is provided with external thread, and the second bottleneck 13 is provided with an inner thread. screw teeth. the

The accommodating cover 20 includes a joint portion 21 and an integrally formed and protruding pressing portion 22. The pressing portion 22 is pressed in a deformed manner. The bottle mouth 12 is combined and sealed. The joint portion 21 of the accommodating cap 20 is provided with an internal thread that cooperates with the outer thread of the first bottle mouth 12 to achieve a combined airtight. The outer peripheral edge of the pressing portion 22 is provided with a The safety blocking edge 221 of the pressing portion 22 is provided with a limiting portion 222 inside the pressing portion 22 of the accommodating cover 20 . the

The pressing stopper 30 includes a pressing end 31 and a closed end 32, the pressing stopper 30 is arranged in the accommodation space 11 of the accommodation body 10, the pressing end 31 and the pressing portion 22 of the accommodation cover 20 When the pressing part 22 is pressed and the pressing end 31 is pressed simultaneously, the closed end 32 cooperates with the passage hole 14 of the accommodating body 10, and the elastic pushing member 40 Pressing the stopper rod 30 normally generates a thrust toward the pressing end 31, so that when the pressing end 31 of the pressing stopper rod 30 is not pressed, the closed end 32 is used to close the passage hole 14, and the closed end 32 limits the accommodating space 11 and the The communication of the second bottle mouth 13, and this pressing end 31 and this closed end 32 are provided with a limiting ring 33, between this limiting ring 33 and this closed end 32, be provided with limiting flange 34, and this limiting flange 34 is larger than Except for the closed end 32 of the through hole 14 , the peripheral surface of the pressing stopper 30 is provided with a plurality of conduction grooves 35 . the

This bottle body 50 has a bottle body mouth 51, and this accommodating body 10 is sealed with the second bottle mouth 13 and the bottle body mouth 51 of this bottle body 50, and this bottle body mouth 51 is provided with external thread, and this second bottle Mouth 13 is provided with the inner screw tooth that cooperates with the outer screw tooth of bottle body mouth 51 to lock, to achieve combined airtight. the

In order to achieve a better sealing effect on the closed end 32 of the pressing stopper rod 30, a ring groove can be used to set a water stop ring to form a closed end 32A (as shown in Figure 6), or a plurality of water stop rings can be integrally formed on the closed end. The ring piece thus forms a closed end 32B (as shown in FIG. 7 ). the

When the utility model is used for filling, as shown in Figure 8, the installation of the pressing stopper 30 and the elastic push part 40 in the accommodating body 10 is completed. The filling material A such as solid or liquid is filled into the accommodation space 11, and the accommodation cap 20 is combined with the first bottle opening 12 to seal it after completion. the

When the utility model is mixed, as shown in Figure 9 and Figure 10, the pressing part 22 of the accommodating cover 20 is pressed down and deformed, so that the pressing stopper rod 30 is pressed down in conjunction, so that the elastic pushing part 40 is compressed, And the closed end 32 is changed from closing the passing hole 14 to opening the passing hole 14, so that the filler A in the accommodating space 11 flows out from the passing hole 14, and pressing the conduction groove 35 on the peripheral surface of the stopper rod 30 can accelerate the filling. For the circulation of A, when the force applied by the pressing part 22 is released, the elastic pushing part 40, which is a compression spring, will bounce back the pressing part 22 and the pressing stopper 30 to their original positions, and then close the passage hole 14 with the closed end 32 again. ; This allows mixing at one time, or in multiple batches. the

Wherein, the elastic pushing member 40 is a compression spring as shown in Fig. 1 to Fig. 5, one end of the compression spring abuts against the limiting ring 33, and the other end abuts against the accommodating space 11, thereby pressing down the stopper rod 30, the compression spring can be compressed; the elastic pushing member 40 can also be a shrapnel as shown in Figures 10 and 11, the shrapnel is integrally formed with the pressing stopper rod 30, and the outer edge of the shrapnel leans against the accommodating space 11, In this way, when the stopper rod 30 is pressed down, the shrapnel can be elastically bent. the

Wherein, the elastic pushing part 40 is the compression spring shown in Fig. 1 to Fig. 5, or the shrapnel shown in Fig. 11 and Fig. 12; The pressing part 22 is combined with the limiting part 222 to be fixed against the component 40 . the

In addition, as shown in FIG. 10 and FIG. 11 , an elastic hook 36 can be provided on the pressing stopper rod 30 close to the closed end 32 , and the elastic hook 36 can pass through the passage hole 14 of the accommodating body 10 and snap into place. It is fixed on the passing hole 14 , and the elastic hook 36 must be between the limiting flange 34 and the closed end 32 . the

Also, as shown in Figure 14, when the push-type food mixing group structure of the present invention is not used in conjunction with the bottle body 50, a protective cover 60 can be used to cover the second bottle mouth 13 of the containing body 10, which has Anti-dirty hygienic effect, and the protective cover 60 can push against the closed end 32 of the pressing stopper rod 30, so that the pressing food mixed filling group has a safety retaining edge 221 to prevent the pressing end 31 from being pressed by mistake, and the closed end 32 is more There is a second layer of protection to prevent accidental touch and press. the

Furthermore, as shown in FIG. 14 , wherein, the joint portion 21 and the pressing portion 22 of the housing cover 20 are integrally formed; or as shown in FIG. 15 , the joint portion 21 and the pressing portion 22 of the housing cover 20 are secondary processing Molded combination, can have different material fit. the

According to the above, the push-type food mixed filling group structure of the present utility model can be filled after pressing the stopper rod 30 in conjunction with the container body 10 and closing the passage hole 14 with the closed end 32, and pressing the stopper rod 30 in combination with the container body 10 and Filling can be completed by automated machinery, which can achieve the mass production and sanitary purposes of fully automated production; the filler A in the accommodation space 11 of the accommodation body 10 of the present utility model can be added at any time, and the stopper rod 30 and elastic The pushing part 40 can be returned to its original position for reuse, has reusability and can be mixed once or divided into multiple times. the

Claims (10)

1. A push-type food mixing group structure, characterized in that it comprises: A containing body, including a containing space for containing liquid or powder food, a first bottle opening and a second bottle opening, the containing space directly communicates with the first bottle opening, and the containing space passes through a communicate with the second bottle mouth through the hole; A container cover, including a joint portion and a protruding pressing portion, the pressing portion can be pressed in a deformed manner, and the container cover is sealed by combining the joint portion with the first bottle mouth of the container body; and A pressing stopper rod, including a pressing end, a closed end and an elastic pushing part, the pressing stopper rod is arranged in the accommodation space of the accommodation body, the pressing end is positioned in cooperation with the pressing part of the accommodation cover, When the pressing part is pressed and the pressing end is pressed simultaneously, the closed end is matched with the passing hole of the accommodating body, and the elastic pushing member pushes the pressing stopper in the direction of the pressing end in a normal state, so that the When the pressing end of the pressing stopper rod is not pressed, the closed end is used to close the through hole, and the closed end limits the communication between the accommodating space and the second bottle mouth. the 2. The push-type food mixing group structure according to claim 1, characterized in that there is a stop part in the through hole, and the stop part is stepped or conical in shape with a large bottom and a small top. the 3. The push-type food mixing group structure according to claim 1, characterized in that, the first bottle mouth is provided with external threads, the second bottle mouth is provided with internal threads, and the joint part of the accommodating cap is provided with There is an internal screw thread cooperating with the external thread of the first bottle mouth, and the through hole is not higher than the end edge of the second bottle mouth; and Also includes a bottle body, the bottle body has a bottle body mouth, the accommodating body is sealed by the combination of the second bottle mouth and the bottle body mouth of the bottle body, the bottle body mouth is provided with external threads, the second The inner thread of the bottle mouth is locked with the outer thread of the bottle mouth; The joint part of the accommodating cover is integrally formed with the pressing part; The outer peripheral edge of the pressing part is provided with a safety retaining edge higher than the pressing part. the 4. The push-type food mixing set structure according to claim 1, characterized in that, a limit ring is provided between the pressing end and the closed end, the elastic pushing part is a compression spring, and one end of the compression spring leans against The other end of the limiting ring leans against the accommodating space. the 5 . The push-type food mixing set structure according to claim 1 , wherein the elastic pushing member is a shrapnel integrally formed with the pressing stopper, and the outer edge of the shrapnel leans against the accommodating space. 6 . the 6. The push-type food mixing group structure according to claim 1, characterized in that, the pressing part of the housing cover is provided with a limiting part, and the pressing end cooperates with the limiting part of the pressing part of the housing cover position. the 7 . The push-type food mixing set structure according to claim 4 , wherein a limiting flange is provided between the limiting ring and the closed end, and the limiting flange is larger than the through hole. 8 . the 8. The push type food mixing set structure according to claim 1, characterized in that a plurality of conduction grooves are provided on the peripheral surface of the push stopper. the 9. The push-type food mixing set structure according to claim 1, characterized in that, the closed end of the push stopper is provided with a water-stop ring or the closed end is integrally formed with a water-stop ring piece. the 10. The push-type food mixing group structure according to claim 1, characterized in that an elastic hook is provided at a position close to the closed end of the push stopper rod, and the elastic hook passes through the passage hole of the containing body and snaps into place. fixed to the through hole. the

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