CN213444059U - Instant beverage bottle cap convenient to unseal and fast to dissolve and prepare - Google Patents

Abstract

A convenient-to-unseal and quick-dissolving instant-matching beverage bottle cap comprises a cap body and a cap inserting body which are installed in a mutually-matched mode, wherein an inner cavity bin which is communicated up and down is arranged in the cap body, the cap inserting body comprises a cap brim part and an insertion pipe, the inner part of the cap brim part is communicated with the insertion pipe, the insertion pipe of the cap inserting body is inserted into the inner cavity bin, the cap brim part is sleeved on the top of the cap body, a movable blocking piece is arranged at the end opening of the bottom of the inner cavity bin, one end of the movable blocking piece is partially connected with the edge of the bottom of the inner cavity bin, a sealing film is arranged at the end; the inserting cap body can move downwards for a certain distance relative to the cap body under the action of external force, so that the inserting tube moves downwards in the inner cavity bin and contacts the movable blocking piece and pushes the movable blocking piece to puncture the sealing film. This bottle lid of unsealing structure that bottle lid ability fast dissolving was joined in marriage, this kind of structure scientific and reasonable, the convenient swift of operation unseals effectually, low in production cost.

Description

Instant beverage bottle cap convenient to unseal and fast to dissolve and prepare

Technical Field

The utility model belongs to the bottle lid field specifically is a formula beverage bottle lid is joined in marriage promptly that convenient kaifeng and dissolve fast and join in marriage.

Background

Along with the diversified development of the beverage market, the types of beverages are diversified, most of conventional bottled beverages are mixed beverages with relatively stable chemical properties, the beverage bottles are directly filled into the beverage bottles in a packaging mode, and the beverage bottle caps are common spiral bottle caps. For some drinks which are easily oxidized by themselves or generate precipitation after being mixed with a solvent for a long time, the packaging mode cannot meet the requirement. In order to prolong the shelf life of beverages, manufacturers need to add various artificial chemically synthesized substances such as preservatives, stabilizers and the like into the beverages, so that the taste of the beverages is affected, and chemical substances such as the preservatives and the like in the beverages can cause certain harm to human bodies, which is not advocated by the current healthy life concept. At present, beverage solvents used for blending liquid beverages are independently packaged, and are insanitary in blending and inconvenient to carry by users.

In order to meet the consumer demand for healthy beverages, instant beverage bottle caps of various structures are available in the market. The existing instant beverage bottle cap is prepared by puncturing a separation blocking sheet or a sealing film and the like, and has certain defects. One is as follows: the punctured separation blade or sealing film is easy to fall into the beverage, so that the beverage is polluted and the appetite is influenced; the second step is as follows: the sealing film is not easy to fall off in a puncture mode, a gap for puncturing the sealing film is small, the discharging is slow, and the rapid and large-dose dissolution and preparation are difficult to form, so that the use experience is poor; and thirdly: the operation mode is not convenient, a user can learn how to break the seal only by reading the operation instruction or the schematic diagram, and the learning cost is high; fourthly, the method comprises the following steps: most of the built-in ingredients are dry powder or particles, and cannot contain ingredients in solution, or the ingredients are contained in different types and different in structure, so that the same bottle cap structure cannot be uniformly used.

Utility model

For solving the not enough of above-mentioned prior art existence, the inventor has designed one kind can convenient operation and opening great, can fast dissolve the bottle lid of unsealing the structure of joining in marriage through research and development, this kind of structure scientific and reasonable, the convenient swift of operation unseals effectually, low in production cost. Specifically, the utility model discloses a realize like this:

a convenient-to-unseal and quick-dissolving instant-matching beverage bottle cap comprises a cap body and a cap inserting body which are installed in a mutually-matched mode, wherein an inner cavity bin which is communicated up and down is arranged in the cap body, the cap inserting body comprises a cap brim part and an insertion pipe, the inner part of the cap brim part is communicated with the insertion pipe, the insertion pipe of the cap inserting body is inserted into the inner cavity bin, the cap brim part is sleeved on the top of the cap body, a movable blocking piece is arranged at the end opening of the bottom of the inner cavity bin, one end of the movable blocking piece is partially connected with the edge of the bottom of the inner cavity bin, a sealing film is arranged at the end; the inserting cap body can move downwards for a certain distance relative to the cap body under the action of external force, so that the inserting tube moves downwards in the inner cavity bin and contacts the movable blocking piece and pushes the movable blocking piece to puncture the sealing film.

Furthermore, a section of concave notch section is arranged on the edge of the port of the insertion pipe.

Furthermore, the inner cavity bin is an upper section pipe cavity and a lower section pipe cavity, the cross section of the upper section pipe cavity is T-shaped, the aperture of the upper section pipe cavity is larger than that of the lower section pipe cavity, the shape of the insertion pipe of the insertion cap body is matched with that of the inner cavity bin, and ingredients are contained in the insertion pipe of the insertion cap body.

Furthermore, a section of sliding area is arranged on the outer wall of the top of the cover body, the cap brim part of the inserting cap body is sleeved in the sliding area, and the height of the sliding area is matched with the downward moving stroke distance of the inserting cap body.

Further, the evagination is equipped with a set of stopper for lid axis symmetric distribution on the surface in the district that slides, set up two L shape spouts with stopper size thickness looks adaptation in relevant position on the lateral wall of brim of a hat portion, after brim of a hat portion and lid butt joint installation, every stopper all is located an L shape spout.

Furthermore, a rotating arrow is printed on the top surface of the brim part.

Furthermore, the position of the gap section is arranged above the connecting part of the movable blocking piece and the bottom edge of the inner cavity bin.

Furthermore, a downward-bent arc-shaped lug is arranged below the L-shaped sliding groove on the bottom edge of the brim part, a section of limiting table is arranged on the top edge of the sliding area in a surrounding manner, a section of concave area is arranged right below the limiting block on the limiting table, and the shape of the concave area is matched with that of the arc-shaped lug.

The utility model discloses a theory of operation introduces: arrange the batching in the inner chamber storehouse, also can arrange in the intubate all can, the batching can be solid-state batching such as powdered graininess, also can be liquid batching all can, when needing to dissolve, need not open the lid, only need press the intubate body, the intubate end that makes its below moves down and direct action on the movable baffle in the inside inner chamber storehouse of lid heavily, the movable baffle that makes to receive the effort uses edge connecting portion to overturn as the fulcrum and rotates, thereby prop broken membrane, port department forms half-open form opening under the inner chamber storehouse, in the quick entering bottle of the material of dissolving in it, realize quick dissolving and join in marriage. The utility model discloses peculiar design movable separation blade, it has only a segment joining region, and rotate as the fulcrum with this joining region in the atress process, thus prop open and seal the membrane, at this moment, because there is the clearance between movable separation blade and the bottom edge of inner chamber storehouse, make the interval between the bottom edge of movable separation blade and inner chamber storehouse after opening increase, lead to forming a great opening contained angle at the bottom of inner chamber storehouse, the fast outflow, the drop of the convenient batching; the edge of the end part of the insertion pipe is provided with a section of inwards concave notch section, and the notch section is just positioned above the connecting part of the movable blocking piece, so that when the insertion pipe is contacted with the movable blocking piece, the connecting part area can not be contacted with the insertion pipe due to the existence of the notch section, namely, the notch section can not be subjected to acting force, and only the movable end of the movable blocking piece is subjected to force, so that the notch section can quickly act on the movable blocking piece to enable the movable blocking piece to generate downward rotation and turnover, and a sealing film is broken, on the other hand, the notch section further enlarges the outlet area of the discharging area, and the ingredients can not be accumulated in the connecting part area; in this structure, insert the cap body and remove as the activity body in the inner chamber storehouse of lid, its brim of a hat portion is uppermost, an operation portion for controlling and pressing, the intubate downwardly extending inserts in the inner chamber storehouse and pastes the bulkhead of inner chamber storehouse lower part, the effect props the key part that a sealing film formed the breach, the district that slides is the area of detaining that provides the brim of a hat portion, also be the active area of brim of a hat portion, when pressing, need rotatory the cap body of inserting, make the stopper of the evagination on the surface of the district that slides rotate at L shape spout, make the stopper be located the L shape spout end department that can press down and move down, press again and insert the cap body, insert the cap body and just can move down, break a sealing film, and L shape spout is the function that plays the guard action of pressing, when the stopper is not rotated, L shape spout can restrict its displacement, only when the other end of L shape spout is rotated to the stopper, can be pressed the. And the top surface of the brim of a hat portion is printed with rotatory arrow point, and the warning consumer that can be fine notices needs to rotate and press again for unseal dissolve and join in marriage and become convenient and high-efficient.

The utility model discloses beneficial effect for prior art has:

(1) the instant beverage bottle cap of the utility model only comprises a cap body and a cap inserting body, the whole structure is simple and clear, and the sealing film is broken from the edge part, can not fall off and fall off, and can not influence the water quality and drinking safety;

(2) the utility model discloses a structure realizes unsealing the storing storehouse fast through pressing and realizes that high efficiency dissolves the join in marriage, uses adjustable fender to assist down soon, realizes quick burst sealing membrane effect, has great opening again, reaches the ejection of compact rapidly, fast dissolve the effect of joining in marriage.

(3) The L-shaped sliding groove can limit the displacement of the L-shaped sliding groove, and the L-shaped sliding groove can be pressed to displace only when the limiting block rotates to the other end of the L-shaped sliding groove, so that the phenomenon that the sealing and the dissolving are opened in advance due to accidents such as mistaken pressing in the transportation process is avoided.

Drawings

FIG. 1 is a front view of the structure of the cover;

FIG. 2 is a perspective view of the cover;

FIG. 3 is a front view of the structure of the cap body;

FIG. 4 is a schematic perspective view of the insertion cap body;

FIG. 5 is a schematic view of the cap body and the cap insertion body being inserted and mounted;

FIG. 6 is a front view of a readily unsealable and quick-dissolve ready-to-drink cap;

FIG. 7 is a schematic perspective view of a ready-to-use beverage bottle cap that is easily unsealed and quickly dissolved;

FIG. 8 is a schematic view of a convenient-to-unseal and quick-dissolve ready-to-dispense beverage bottle cap;

FIG. 9 is a schematic view of a convenient-to-unseal and quick-dissolve instant beverage bottle cap in use;

wherein: the cap comprises a cover body 1, a cap inserting body 2, an inner cavity bin 3, a cap brim part 4, an insertion tube 5, a movable blocking piece 6, a sealing film 7, a gap section 8, a sliding area 9, a limiting block 10, an L-shaped sliding groove 11, a rotating arrow 12, an arc-shaped lug 13, a limiting table 14 and a concave area 15.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in detail with reference to the accompanying drawings. It should be understood that the description is intended to be illustrative only and is not intended to limit the scope of the present invention. Moreover, in the following description, descriptions of well-known structures and techniques are omitted so as to not unnecessarily obscure the concepts of the present invention.

A convenient-to-unseal and quick-dissolving instant-matching beverage bottle cap comprises a cap body 1 and a cap inserting body 2 which are installed in a mutually-matched mode, wherein an inner cavity bin 3 which is communicated up and down is arranged inside the cap body 1, the cap inserting body 2 comprises a cap brim part 4 and an insertion pipe 5, the interior of the cap brim part 4 is communicated with the insertion pipe 5, the insertion pipe 5 of the cap inserting body 2 is inserted into the inner cavity bin 3, the cap brim part 4 is sleeved and buckled at the top of the cap body 1, a movable blocking piece 6 is arranged at a bottom port of the inner cavity bin 3, one end of the movable blocking piece 6 is locally connected with the bottom edge of the inner cavity bin 3, a sealing film 7 is arranged at the bottom port of the inner cavity; the inserting cap body 2 can move downwards for a certain distance relative to the cap body 1 under the action of external force, so that the inserting tube 5 moves downwards in the inner cavity bin 3 and contacts the movable blocking piece 6 and pushes the movable blocking piece to puncture the sealing film 7. When the anti-dropping device is used, the inserting cap body 2 is only required to be pressed and pushed down, so that the inserting cap body 2 moves downwards along the inner cavity bin 3 to slide, the inserting tube 5 touches and continues to push the movable blocking piece 6, the movable edge of the movable blocking piece 6 acts on the sealing film 7 to break the sealing film, and then the sealing film continues to stretch downwards to form a broken opening, and the movable blocking edge also forms a slope surface, so that ingredients can rapidly slide down and dissolve in water; before unsealing, the ingredients are placed in the brim part 4 and the insertion tube 5 of the plug-in cap body 2, and the plug-in film 7 is matched, so that the plug-in tube 5 has sufficient volume to contain enough ingredients, and the insertion tube 5 needs to be tightly attached to the bin wall of the inner cavity bin 3 and can contact with the movable baffle 6 in the downward moving process.

Preferably, the edge of the port of the cannula 5 is provided with a concave notch section 8. The position of the gap section 8 is arranged above the connecting part of the movable baffle 6 and the bottom edge of the inner cavity bin 3. Notch section 8 just in time is located the connecting portion top of activity separation blade 6, consequently when intubate 5 contacts with activity separation blade 6, because the existence of notch section 8, make connecting portion region can not produce the contact with intubate 5, can not receive the effort promptly, and only the expansion end atress of activity separation blade 6, thereby can realize quick action and make it produce down the upset of revolving, prop brokenly and seal membrane 7, on the other hand, notch section 8 has also further enlarged the regional exit area of ejection of compact, can not make the batching pile up and lead to the fact to hinder the batching whereabouts in the connecting portion region of activity separation blade 6.

Preferably, the inner cavity bin 3 is an upper section pipe cavity and a lower section pipe cavity with a T-shaped section, the diameter of the upper section pipe cavity is larger than that of the lower section pipe cavity, the shape of the insertion pipe 5 of the insertion cap body 2 is matched with that of the inner cavity bin 3, and ingredients are contained in the insertion pipe 5 of the insertion cap body 2. Such a structure can make full use of the inner space of the cover body 1 to form a container capable of containing a sufficient amount of ingredients.

Preferably, a section of sliding area 9 is arranged on the outer wall of the top of the cover body 1, the brim part 4 of the plug-in cap body 2 is sleeved and buckled in the sliding area 9, and the height of the sliding area 9 is matched with the downward moving stroke distance of the plug-in cap body 2. The evagination is equipped with a set of stopper 10 for 1 axis symmetric distribution of lid on the surface in the district 9 that slides, set up two L shape spouts 11 with stopper 10 size thickness looks adaptation in relevant position on the lateral wall of brim of a hat portion 4, behind brim of a hat portion 4 and the 1 butt joint installation of lid, every stopper 10 all is located an L shape spout 11. The top surface of the visor portion 4 has a rotation arrow 12 printed thereon. The district 9 that slides is the overlap area that provides brim of a hat portion 4, also be the active area of brim of a hat portion 4, when pressing, need rotatory the inserting cap body 2, make the stopper 10 of the evagination on the surface of district 9 that slides at L shape spout 11 internal rotations, make stopper 10 be located the 11 end departments of L shape spout that can press down the move down, press again and insert cap body 2, insert cap body 2 and just can move down, the broken membrane 7 that seals of top, L shape spout 11 is the function that plays the pressure guard action, when stopper 10 is not rotated, L shape spout 11 can restrict its displacement, only when stopper 10 rotates the other end to L shape spout 11, just can be pressed the displacement. And the top surface of the brim of a hat portion 4 is printed with rotatory arrow 12, and the warning consumer that can be fine notices needs to rotate and press again for it becomes convenient and high-efficient to unseal to dissolve and join in marriage.

A downward bent arc ear 13 is arranged below the L-shaped sliding groove 11 on the bottom edge of the brim part 4, a section of limiting table 14 is arranged on the top edge of the sliding area 9 in a surrounding manner, a section of concave area 15 is arranged below the limiting block 10 on the limiting table 14, and the shape of the concave area 15 is matched with that of the arc ear 13. It has decurrent arrow mark to print on the arc ear 13, and after brim of a hat portion 4 was pressed down, arc ear 13 card was gone into in recessed district 15, forms the state that agrees with each other, and like this, in the use of bottle, when rotatory bottle lid was uncapped and is drunk, brim of a hat portion 4 and lid 1 are a whole atress relatively, and synchronous revolution avoids appearing the rotation of brim of a hat portion 4 and the not pivoted condition of lid 1.

It is to be understood that the above-described embodiments of the present invention are merely illustrative of or explaining the principles of the invention and are not to be construed as limiting the invention. Therefore, any modification, equivalent replacement, improvement and the like made without departing from the spirit and scope of the present invention should be included in the protection scope of the present invention. Further, it is intended that the appended claims cover all such variations and modifications as fall within the scope and boundaries of the appended claims or the equivalents of such scope and boundaries.

Claims (8)

1. The instant beverage bottle cap is characterized by comprising a cap body (1) and a cap inserting body (2) which are installed in a matched mode, wherein the cap body (1) and the cap inserting body (2) are arranged in the cap body (1) in a matched mode, an inner cavity bin (3) which is communicated up and down is arranged in the cap body (1), the cap inserting body (2) comprises a cap brim part (4) and an insertion tube (5), the cap brim part (4) is communicated with the insertion tube (5), the insertion tube (5) of the cap inserting body (2) is inserted into the inner cavity bin (3), the cap brim part (4) is sleeved and buckled at the top of the cap body (1), a movable blocking piece (6) is arranged at the bottom port of the inner cavity bin (3), one end part of the movable blocking piece (6) is connected with the bottom edge of the inner cavity bin (3), a sealing film (7) is arranged at the bottom port of the; the inserting cap body (2) can move downwards for a certain distance relative to the cap body (1) under the action of external force, so that the inserting tube (5) moves downwards in the inner cavity bin (3) and contacts the movable blocking piece (6) and pushes the movable blocking piece to puncture the sealing film (7).

2. The instant drink bottle cap according to claim 1, characterized by the fact that the cannula (5) has a notched section (8) on the edge of the port.

3. The instant beverage bottle cap according to claim 1, wherein the inner chamber (3) is an upper and a lower section of a tube cavity with a T-shaped cross section, the diameter of the upper section of the tube cavity is larger than that of the lower section of the tube cavity, the shape of the insertion tube (5) of the insertion cap body (2) is matched with the shape of the inner chamber (3), and ingredients are contained in the insertion tube (5) of the insertion cap body (2).

4. The instant beverage bottle cap according to claim 1, wherein a sliding area (9) is provided on the top outer wall of the cap body (1), the brim (4) of the cap body (2) is sleeved in the sliding area (9), and the height of the sliding area (9) is adapted to the downward moving distance of the cap body (2).

5. The instant beverage bottle cap according to claim 4, wherein a set of limiting blocks (10) symmetrically distributed relative to the axis of the cap body (1) is convexly arranged on the surface of the sliding region (9), two L-shaped sliding grooves (11) matched with the limiting blocks (10) in size and thickness are formed in the corresponding positions of the side wall of the brim part (4), and after the brim part (4) and the cap body (1) are installed in a butt joint mode, each limiting block (10) is located in one L-shaped sliding groove (11).

6. The instant drink closure of claim 5, wherein the top surface of the brim (4) has rotational arrows (12) printed thereon.

7. The instant drink bottle cap according to claim 2, characterized in that the notch section (8) is positioned above the connection of the movable flap (6) with the bottom edge of the inner chamber (3).

8. The instant beverage bottle cap according to claim 5, wherein a downwardly curved arc-shaped lug (13) is arranged below the L-shaped sliding groove (11) on the bottom edge of the brim part (4), a limiting platform (14) is arranged on the top edge of the sliding area (9) in a surrounding manner, a concave area (15) is arranged on the limiting platform (14) right below the limiting block (10), and the shape of the concave area (15) is matched with that of the arc-shaped lug (13).

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