A separation bottle

Abstract

The utility model relates to bottle technical field especially, more particularly to a separation bottle, including bottle body and bottle lid module, bottle body top is formed with the bottle mouth, and the bottle lid module includes the bottle lid seat that seals the knob in the bottle mouth, and the bottle lid seat is formed with the storage space, and the bottle lid module still includes the top open structure, and the top open structure includes the top bottle lid that seals the setting in the storage space top, and the top bottle lid is installed with the top open piece that extends to the storage space bottom, and the top open piece can longitudinally remove and break the storage space, and a part of the area of storage space is extruded and will produce the deformation compression, need when mixing the liquid / solid in the storage space with the liquid in the bottle body, press the top bottle lid, the part of the area of storage space is extruded and will produce the deformation compression at this moment, and the top open piece that is connected with the top bottle lid is pressed down, and the top open piece can longitudinally remove and break the storage space, and the liquid / solid in the storage space can fall into to the bottle body, and mixes with the liquid in the bottle body.

Description

Technical Field

[0001] This utility model relates to the field of bottle technology, and in particular to a separating bottle. Background Technology

[0002] There are generally two types of solid-liquid separation bottle caps. One type requires removing the storage container after the material falls into the bottle before the liquid can be poured out. This type of cap is cumbersome, especially when storing viscous substances like honey, as the sticky substance can leave residue on your hands when removing the container. The other type of cap allows beverages to be poured out without a storage container. For example, patent document CN221661418U discloses a spinning flip-type bottle cap. Its technical solution includes a main cap, a storage cap, and a screw cap. The storage cap is threaded into the main cap, and the screw cap contains a linkage block. The storage cap contains a linkage protrusion. The screw cap rotates the storage cap through the interaction of the linkage block and the linkage protrusion. The interaction of the external and internal threads opens the sealing flip-type cap, allowing the liquid to be poured out without removing the storage container.

[0003] However, it requires threads between the main cap and the storage cap, a linkage block inside the screw cap, and a linkage protrusion inside the storage cap, which makes the cap structure more complex, the mold cost higher, and the production efficiency lower. Utility Model Content

[0004] The purpose of this invention is to provide a separation bottle that addresses the shortcomings of existing technologies.

[0005] To achieve the above objectives, the technical solution of this utility model is as follows:

[0006] A separation bottle includes a bottle body and a cap module. The bottle body has a bottle mouth formed at the top. The cap module includes a cap seat that is sealed and turned on at the bottle mouth. The cap seat has a storage space formed. The cap module also includes a top opening structure. The top opening structure includes a top cap that is sealed and fitted on the top of the storage space. The top cap is equipped with a top opening member that extends to the bottom of the storage space. The top opening member can move longitudinally to break through the storage space. A portion of the storage space will deform and compress when squeezed.

[0007] Furthermore, a removable top safety ring is provided between the top cap and the cap holder.

[0008] Furthermore: the storage space includes a bottom storage cavity recessed into the cap holder and a guide opening formed on the top of the cap holder.

[0009] Furthermore: the bottom of the guide opening is formed with a compression part that connects to the cap seat, and the compression part is radially aligned with the top safety ring.

[0010] Furthermore: an external stop ring is formed on the bottom outer wall of the guide port, and an internal stop block is formed on the inner wall of the top safety ring to stop and cooperate with the external stop ring.

[0011] Furthermore: the top safety ring is integrally formed with the top cap, the cap seat supports the top safety ring, and the top safety ring can be torn off from the bottom of the top cap.

[0012] Furthermore: the top opening member is a top opening column capable of penetrating the bottom storage cavity, the bottom of the top opening column is formed with a pointed part, and the bottom storage cavity is formed with a penetrating part that can be penetrated by the pointed part of the top opening column.

[0013] Furthermore: the bottle cap seat is formed with a bottom internal thread structure, and the outer ring wall of the bottle mouth is formed with a bottom external thread structure that is threaded to engage with the bottom internal thread structure, so that the bottle cap seat can be detached from the bottle mouth by a knob.

[0014] Furthermore: the bottom of the bottle cap holder is connected to a bottom safety ring, and the outer ring wall of the bottle mouth has a bottom ring block that radially supports the bottom safety ring.

[0015] The beneficial effects of this utility model are as follows: 1. The structure is greatly simplified, eliminating complex mating parts such as threaded connections, linkage blocks, and linkage protrusions. The function is achieved through a simple combination of bottle cap seat, top bottle cap and top opening part, reducing the number of parts and the requirements for mating accuracy.

[0016] 2. Reduce costs and improve efficiency: The simplified structure reduces mold complexity and lowers mold development and manufacturing costs; at the same time, it reduces assembly steps and improves production efficiency.

[0017] 3. High sealing reliability: It adopts a dual sealing design of knob seal and sleeve seal to ensure no leakage during independent storage.

[0018] 4. Highly convenient to operate; blending can be triggered with a single press, eliminating the need for rotation or multiple steps, thus enhancing the user experience. Attached Figure Description

[0019] Figure 1 This is a schematic diagram of the separation bottle.

[0020] Figure 2 This is a cross-sectional view of the bottle cap module.

[0021] Figure 3 This is a schematic diagram of the structure when the bottle cap holder is separated from the bottle body.

[0022] The reference numerals in the figures include:

[0023] 1-Bottle body,

[0024] 11-Bottle neck, 12-Bottle cap holder, 13-Bottom internal thread structure, 14-Bottom external thread structure,

[0025] 15-Bottom safety ring, 16-Bottom ring block,

[0026] 2-Storage space

[0027] 21-Bottom storage cavity, 22-Guide port, 23-Compression section, 24-Perforation section,

[0028] 3-Top cap,

[0029] 31-Top safety ring, 32-Inner stop block, 33-Outer stop ring, 34-Top opening column, 35-Point. Detailed Implementation

[0030] The present invention will now be described in detail with reference to the accompanying drawings.

[0031] like Figure 1-3 As shown, a separation bottle includes a bottle body 1 and a cap module. The bottle body 1 has a bottle mouth 11 formed on its top. The cap module includes a cap seat 12 with a sealing knob on the bottle mouth 11. The cap seat 12 has a storage space 2. The cap module also includes a top opening structure. The top opening structure includes a top cap 3 that is sealed on the top of the storage space 2. The top cap 3 is equipped with a top opening member that extends to the bottom of the storage space 2. The top opening member can move longitudinally to break through the storage space 2. A portion of the storage space 2 will deform and compress when squeezed.

[0032] The mixture in storage space 2 can be a liquid or a powder solid, that is, liquid or solid can be stored in storage space 2.

[0033] The cap seat 12 is sealed at the bottle opening 11 to prevent the liquid in the bottle body 1 from leaking out. The top cap 3 is sealed on the top of the storage space 2 to prevent the liquid / solid in the storage space 2 from leaking out. When it is necessary to mix the liquid / solid in the storage space 2 with the liquid in the bottle body 1, press the top cap 3. At this time, a part of the storage space 2 will deform and compress when squeezed. The top opening member connected to the top cap 3 is pressed down. The top opening member can move longitudinally to break through the storage space 2, and the liquid / solid in the storage space 2 can fall into the bottle body 1 and mix with the liquid in the bottle body 1.

[0034] 1. The structure is greatly simplified, eliminating complex mating parts such as threaded connections, linkage blocks, and linkage protrusions. The function is achieved through a simple combination of bottle cap seat 12, top bottle cap 3, and top opening part, reducing the number of parts and the requirements for mating precision.

[0035] 2. Reduce costs and improve efficiency: The simplified structure reduces mold complexity and lowers mold development and manufacturing costs; at the same time, it reduces assembly steps and improves production efficiency.

[0036] 3. High sealing reliability: It adopts a dual sealing design of knob seal and sleeve seal to ensure no leakage during independent storage.

[0037] 4. Highly convenient to operate; blending can be triggered with a single press, eliminating the need for rotation or multiple steps, thus enhancing the user experience.

[0038] Furthermore, a detachable top locking ring 31 is provided between the top cap 3 and the cap seat 12. The top locking ring 31 temporarily fixes the top cap 3 and the cap seat 12 through a physical connection, forming a mechanical locking structure. When the top locking ring 31 is not removed, the top cap 3 cannot be pressed, fundamentally avoiding accidental pressure on the top cap 3 due to accidental collisions or squeezing during transportation, handling, and storage. This effectively prevents the storage space 2 from being prematurely punctured by the opening component, ensuring that the liquid / solid in the storage space 2 remains sealed and isolated when not in use, preventing premature mixing with the liquid in the bottle 1, and ensuring the product's preset separate storage function.

[0039] The storage space 2 includes a bottom storage cavity 21 recessed within the cap seat 12 and a guide opening 22 formed on the top of the cap seat 12. The bottom storage cavity 21 of the storage space 2 is recessed within the cap seat 12, providing a stable space for the substances to be mixed; the guide opening 22 at the top provides a precise path for the longitudinal movement of the opening member, preventing the opening member from deviating and causing penetration failure. The compression part 23 formed at the bottom of the guide opening 22, as a deformable area, is the core mechanical transmission structure for realizing the pressing and penetration actions; when the top cap 3 is pressed, the compression part 23 undergoes directional deformation compression under longitudinal pressure, and its deformation direction and force can be concentrated on the opening member, ensuring that the opening member moves stably downward along the guide opening 22 and accurately penetrates the bottom of the storage space 2. This structure greatly improves the efficiency and success rate of the opening action.

[0040] The bottom of the guide port 22 is formed with a compression section 23 that connects to the cap holder 12. The compression section 23 is radially aligned with the top safety ring 31. This radial alignment is a key optimization, ensuring that the physical locking range of the top safety ring 31 completely overlaps with the deformation-sensitive area of ​​the compression section 23. When the top safety ring 31 is not removed, it limits the initial deformation of the compression section 23 through radial support. This ensures that the mechanical locking function of the top safety ring 31 accurately acts on the core deformation area, further reducing the risk of accidental activation.

[0041] Preferably, the compression section 23 is formed from a deformable soft plastic material, and its cross-section is an inverted frustum shape, meaning the inner diameter of the guide port 22 is larger than the inner diameter of the storage space 2. When the top cap 3 is pressed, the guide port 22 flattens the compression section 23, causing the top opening to be pressed down, thereby penetrating the bottom storage cavity 21 and achieving liquid mixing. The concave design of the bottom storage cavity 21 is integrally formed with the cap seat 12, reducing the number of seams. Combined with the sealing knob structure of the cap seat 12 and the bottle mouth 11, it can reduce the risk of leakage at the bottom of the storage space 2. The longitudinal extension structure of the guide port 22 provides full-stroke sealing protection for the top opening. The top opening is always inside the guide port 22 before it is punctured, preventing the material in the storage space 2 from leaking out from the gap between the top opening and the storage space 2.

[0042] Furthermore, an outer stop ring 33 is formed on the bottom outer wall of the guide opening 22, and an inner stop block 32 is formed on the inner wall of the top safety ring 31 to stop and cooperate with the outer stop ring 33. The radial stop of the outer stop ring 33 and the inner stop block 32 forms a mechanical snap-fit ​​structure. In the assembled state, the outer stop ring 33 and the inner stop block 32 abut against each other, restricting the axial displacement tendency of the top safety ring 31, preventing the top safety ring 31 from falling off the top cap 3 or the guide opening 22 due to slight external force, and ensuring that the top safety ring 31 is always in the preset locked position before being removed.

[0043] Furthermore, the top safety ring 31 is integrally formed with the top cap 3, using a serrated structure. The cap seat 12 supports the top safety ring 31, and the top safety ring 31 can be torn open and removed from the bottom of the top cap 3. The top safety ring 31 has a tear-away structure from the bottom of the top cap 3, with a pre-set weak break point at the tear point, i.e., a serrated design, requiring the user to actively apply a certain pulling force to break, thus avoiding accidental tearing due to slight friction during transportation; at the same time, the break point is clearly located, allowing the user to quickly remove it with one hand without increasing the complexity of use.

[0044] Furthermore, the top opening component is a top opening post 34 capable of penetrating the bottom storage cavity 21. The bottom of the top opening post 34 is formed with a pointed portion 35, and the bottom storage cavity 21 is formed with a piercing portion 24 that can be pierced by the pointed portion 35 of the top opening post 34. The piercing portion 24 can be formed by processing a diaphragm material. After being pierced by the pointed portion 35 of the top opening post 34, a tear is easily formed, allowing the mixture in the bottom storage cavity 21 to enter the bottle body 1 for mixing.

[0045] One embodiment, such as Figure 3As shown, when the liquid in bottle 1 needs to be consumed, the bottle cap seat 12 has a bottom internal thread structure 13, and the outer ring wall of the bottle mouth 11 has a bottom external thread structure 14 that is threadedly engaged with the bottom internal thread structure 13. The bottle cap seat 12 can be detached from the bottle mouth 11 by turning the knob. By turning the knob on the bottle cap seat 12, the bottle cap seat 12 with the top bottle cap 3 installed is separated from the bottle mouth 11, exposing the bottle mouth 11, which can be consumed directly.

[0046] Preferably, the bottom of the cap holder 12 is connected to a bottom safety ring 15, and the outer ring wall of the bottle mouth 11 has a bottom ring block 16 that radially supports the bottom safety ring 15. The bottom of the cap holder 12 is connected to the bottom safety ring 15, and the outer ring wall of the bottle mouth 11 is radially supported by the bottom ring block 16. This design, together with the top safety ring 31, forms a "double safety" structure, which enhances the reliability of the bottle separation by locking it from the bottom.

[0047] In summary, this utility model possesses the aforementioned excellent characteristics, enabling it to achieve unprecedented efficiency in use and thus become a highly practical product.

[0048] The above description is only a preferred embodiment of this utility model. For those skilled in the art, there will be changes in the specific implementation method and application scope based on the idea of ​​this utility model. The content of this specification should not be construed as a limitation of this utility model.

Claims

1. A separating bottle, comprising a bottle body and a cap module, wherein the top of the bottle body is formed with a bottle mouth, and the cap module includes a cap seat with a sealing knob at the bottle mouth, the cap seat having a storage space formed therein, characterized in that: The bottle cap module also includes a top opening structure, which includes a top bottle cap that is sealed on the top of the storage space. The top bottle cap is equipped with a top opening member that extends to the bottom of the storage space. The top opening member can move longitudinally to break through the storage space. When a part of the storage space is squeezed, it will deform and compress. A removable top safety ring is provided between the top cap and the cap seat; the storage space includes a bottom storage cavity recessed into the cap seat and a guide opening formed on the top of the cap seat; a compression part connected to the cap seat is formed at the bottom of the guide opening, and the compression part is radially aligned with the top safety ring; an outer stop ring is formed on the outer wall of the bottom of the guide opening, and an inner stop block that cooperates with the outer stop ring is formed on the inner wall of the top safety ring.

2. A separating bottle according to claim 1, characterized in that: The top of the safety ring is integrally formed with the top bottle cap, the bottle cap seat supports the top safety ring, and the top safety ring can be torn off from the bottom of the top bottle cap.

3. A separating bottle according to claim 2, characterized in that: The opening member is an opening column capable of penetrating the bottom storage cavity. The bottom of the opening column is formed with a pointed part, and the bottom storage cavity is formed with a penetrating part that can be penetrated by the pointed part of the opening column.

4. A separating bottle according to claim 1, characterized in that: The bottle cap holder is formed with a bottom internal thread structure, and the outer ring wall of the bottle mouth is formed with a bottom external thread structure that is threadedly engaged with the bottom internal thread structure. The bottle cap holder can be detached from the bottle mouth by a knob.

5. A separating bottle according to claim 4, characterized in that: The bottom of the bottle cap holder is connected to a bottom safety ring, and the outer ring wall of the bottle mouth has a bottom ring block that supports the bottom safety ring radially.

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