Beverage cupTechnical Field
The present invention relates to a beverage cup, and more particularly to a disposable beverage cup suitable for drinking a beverage containing solid food.
Background
In order to respond to environmental protection, consumers begin to change drinking habits and gradually reduce the use of disposable straws to reduce the harm of garbage generated by the disposable straws to the environment, and the common practice is to change the use of reusable straws or change the direct drinking of drinks; however, the reusable straw is inconvenient to use outside, and the straw is in a shape of a long and thin tube, so that consumers are not easy to clean, the receptivity of the consumers to the reusable straw is low, most consumers can directly drink the straw through mouth, and therefore the cup carried outside a beverage shop is gradually changed into a disposable beverage cup suitable for drinking through mouth.
In order to increase the taste of the beverage, solid foods such as rice flour balls, vermicelli, taro balls, sago puddings and the like are often added into the beverage, so that when a consumer uses a straw to drink the beverage, the solid foods can be sucked into the mouth together to increase the flavor of the beverage; however, most of the solid food added to the beverage sinks to the bottom of the cup, and if the beverage is drunk in the mouth without using a straw, the solid food is not easy to move to the mouth of the cup when the cup body is inclined, and a consumer can enter the mouth together with the beverage, so that when the beverage added with the solid food is drunk in the mouth, most of the solid food still remains on the bottom of the cup after the beverage is drunk, and tableware is needed to be used for assisting in digging and eating, so that the flavor and the taste of the solid food and the beverage which are eaten together are reduced, and the structure of the existing beverage cup is not suitable for drinking the beverage added with the solid food in the mouth and needs to be improved.
Disclosure of Invention
Accordingly, the present invention is directed to a disposable beverage cup, which is suitable for directly drinking a beverage containing solid food, and can make the solid food move to the cup mouth more easily during drinking.
In order to achieve the above object, the present invention provides a beverage cup comprising
The outer cup comprises a cup body, a cup opening formed at the top end of the cup body and an accommodating space formed in the cup body; and
the inner cup is arranged in the containing space of the outer cup and is buckled on the cup body of the outer cup in a clamping mode, a space is formed between the bottom of the inner cup and the cup bottom of the outer cup, the inner cup comprises a plurality of through holes communicated with the containing space of the outer cup, the inner cup comprises an inclined groove and a groove, the inclined groove and the groove are respectively positioned on the opposite sides of the inner cup, the inclined groove comprises an inclined surface and a stop surface, the inclined surface is positioned on one side far away from the groove and extends downwards in an inclined mode towards the groove, the stop surface is positioned on one side close to the groove and extends upwards from the bottom end of the inclined groove, the groove is connected with the inclined groove, the distance from the bottom end of the groove to the cup opening of the outer cup is larger than the distance from the bottom end of the inclined groove to the cup opening of the outer cup, and the distance is formed between the top end, connected with the inclined groove, of the groove and the cup opening of the outer cup; and
the cup cover is arranged on the cup opening of the outer cup, a drinking opening communicated with the accommodating space of the outer cup is formed at the top end of the cup cover, and the drinking opening is positioned on one side of the groove far away from the inner cup.
In one embodiment of the beverage cup, each of the perforations of the inner cup is elongated.
In one embodiment of the beverage cup, the perforations of the inner cup are arranged in a grid pattern.
In one embodiment of the beverage cup, each of the through holes of the inner cup is formed in a circular hole shape.
In an embodiment of the beverage cup, the inner cup includes a plurality of inclined grooves, the inclined grooves are sequentially connected in a direction of the groove, the inclined surface of each inclined groove is located at a side far away from the groove, the stop surface of each inclined groove is located at a side close to the groove, and a distance from the bottom end of each inclined groove to the cup opening of the outer cup is smaller than a distance from the bottom end of the groove to the cup opening of the outer cup.
In one embodiment of the beverage cup, the bottom of the groove and the inclined groove are inclined upward from the groove.
In an embodiment of the beverage cup, the top end of the groove connected with the inclined groove is gradually inclined upwards from the groove.
In one embodiment of the beverage cup, the bottom of the recess of the inner cup is concave.
In an embodiment of a beverage cup, wherein the cup body of the outer cup is provided with an outer cup buckling part, the inner cup is provided with an inner cup buckling part, the outer cup buckling part is formed on the inner periphery of the cup body of the outer cup, the inner cup buckling part is formed on the outer periphery of the inner cup, and the outer cup buckling part and the inner cup buckling part are in concave-convex fit.
The solid food can be added into the inner cup and poured into the beverage by utilizing the technical characteristics, when the beverage is drunk, the groove is turned to one side far away from a drinker to incline the cup body to drink, when the cup body inclines, the solid food can fall down to the inclined plane of the inclined groove and can be more easily driven by the water flow of the beverage to move to the cup mouth, the beverage and the solid food can be poured out together, when the cup body is turned, most of the solid food close to the cup mouth can fall into the inclined groove of the inner cup, and in the process of repeatedly inclining and turning the cup body, the solid food can be more easily moved to the cup mouth and can be eaten by the user together with the beverage.
Drawings
FIG. 1 is a side sectional view of a preferred embodiment of the beverage cup of the present invention.
FIG. 2 is a partial perspective view of a first preferred embodiment of the beverage cup of the present invention.
FIG. 3 is a partial perspective view of a second preferred embodiment of the beverage cup of the present invention.
FIG. 4 is a partial perspective view of a third preferred embodiment of the beverage cup of the present invention.
FIG. 5 is a schematic diagram illustrating the operation of the preferred embodiment of the beverage cup of the present invention.
Detailed Description
So that the manner in which the above recited features of the present invention can be understood in detail, a more particular description of the invention, briefly summarized above, may be had by reference to embodiments, some of which are illustrated in the appended drawings, wherein:
referring to fig. 1 and 2, a preferred embodiment of the beverage cup of the present invention mainly includes anouter cup 10 and aninner cup 20, the beverage cup can be a disposable beverage cup, the material of theouter cup 10 and theinner cup 20 can be paper, polypropylene (PP), biomass Plastics (Biomass Plastics), etc., theouter cup 10 includes acup body 11, acup mouth 13 formed at the top end of the cup body, and areceiving space 12 formed in thecup body 11; theinner cup 20 is disposed in theaccommodating space 12 of theouter cup 10 and is fastened to thebody 11 of theouter cup 10, wherein thebody 11 of theouter cup 10 is provided with an outer cup fasteningpart 15, theinner cup 20 is provided with an inner cup fasteningpart 25, the outer cup fasteningpart 15 is in concave-convex fit with the inner cup fasteningpart 25, the outer cup fasteningpart 15 can be formed on the inner periphery of thebody 11 of theouter cup 10, the inner cup fasteningpart 25 is formed on the outer periphery of theinner cup 20, the outer cup fasteningpart 15 can be a ring concave part, a plurality of point concave parts, a ring convex part, or a plurality of point convex parts, and the inner cup fasteningpart 25 can be a corresponding ring convex part, a plurality of point convex parts, a ring concave part, or a plurality of point convex parts, etc.
The bottom of theinner cup 20 is spaced from the bottom of theouter cup 10, the distance from the bottom of theinner cup 20 to the bottom of theouter cup 10 is greater than 0.5 times the length of thebody 11 of theouter cup 10, so that theinner cup 20 is located at the upper half of theouter cup 10, and preferably, the bottom of theinner cup 20 is located at a height position of approximately 2/3 of thebody 11 of theouter cup 10.
Theinner cup 20 comprises a plurality of throughholes 22 communicated with the containingspace 12 of theouter cup 10, the throughholes 22 are formed at the bottom of theinner cup 20, the size of the throughholes 22 can be set according to the size of the solid food contained in theinner cup 20, so that the solid food is not easy to pass through the throughholes 22 and can fall from theinner cup 20 to the size of theouter cup 10, for example, common solid food sold in the market is taken as an example, wherein the diameter of a large particle powered circle is larger than about 1 cm, the diameter of a small particle powered circle is about 0.5 cm, the diameter of the sago is about 0.3 cm, the size of thethrough holes 22 can be set corresponding to the diameter of the solid food, and the solid food is prevented from falling out of theinner cup 20; referring to fig. 2, in the first embodiment of theinner cup 20, the throughholes 22 may be configured as long strips, and the throughholes 22 have different lengths, are arranged in parallel, and are disposed in a staggered manner; referring to fig. 3, in a second embodiment of theinner cup 20A, the throughholes 22A are arranged in a grid; referring to fig. 4, in a third embodiment of theinner cup 20B, the throughholes 22B are all circular holes and are arranged at intervals.
Referring to fig. 1 and 2, theinner cup 20 includes aninclined groove 21 and agroove 23, theinclined groove 21 and thegroove 23 are respectively located at opposite sides of theinner cup 20 in a radial direction, theinclined groove 21 includes aninclined surface 211 and astop surface 213, theinclined surface 211 is located at a side away from thegroove 23 and extends obliquely downward toward thegroove 23, thestop surface 213 extends upward from a bottom end of theinclined groove 21, thegroove 23 is connected to a top end of thestop surface 213 of theinclined groove 21, a distance from the bottom end of thegroove 23 to the cup opening 13 of theouter cup 10 is greater than a distance from the bottom end of theinclined groove 21 to the cup opening 13 of theouter cup 10, and a distance between the top end of thegroove 23 connected to theinclined groove 21 and the cup opening 13 of theouter cup 10 is formed, so that when theinner cup 20 is fastened to theouter cup 10, a communicating accommodation space is formed between the cup opening 13 of theouter cup 10 and the bottom of theinner cup 20.
Preferably, theinner cup 20 has a plurality ofinclined grooves 21, theinclined grooves 21 are sequentially connected in a direction of thegroove 23, theinclined surface 211 of eachinclined groove 21 is located on a side away from thegroove 23, thestop surface 213 of eachinclined groove 21 is located on a side close to thegroove 23, a distance from the bottom end of eachinclined groove 21 to the cup opening 13 of theouter cup 10 is smaller than a distance from the bottom end of thegroove 23 to the cup opening 13 of theouter cup 10, and a distance from the bottom end of theinclined groove 21 located away from thegroove 23 to the cup opening 13 is smaller than a distance from the bottom end of theinclined groove 21 located adjacent to thegroove 23 to the cup opening 13, so that the bottom ends of theinclined grooves 21 and thegroove 23 gradually incline upward from thegroove 23, and the top end of thegroove 23 connected to theinclined groove 21 also gradually inclines upward from thegroove 23, preferably, the bottom of thegroove 23 is a circular arc, and when thecup body 11 is inclined, solid food can more easily fall from thegroove 23.
The beverage cup of the invention can also further comprise acup cover 30, thecup cover 30 is covered on the cup opening 13 of theouter cup 10, and thecup cover 30 can be fastened on theouter cup 10; the top end of thecup cover 30 forms a drinking opening 32, thedrinking opening 32 is communicated with theaccommodating space 12 of theouter cup 10, and thedrinking opening 32 is located at one side far away from thegroove 23 of theinner cup 20 and close to theinclined plane 211 of theinclined groove 21.
Referring to fig. 1 and 5, when solid food is added to theinner cup 20 and beverage is poured into the inner cup, the solid food falls on the bottom of theinner cup 20, most of the solid food is located in thegroove 23, and the beverage can flow from theinner cup 20 into theouter cup 10 through the throughhole 22; when the cup is drunk, thegroove 23 is turned to the side far away from a drinker to incline thecup body 11 for drinking, when thecup body 11 inclines, the solid food in thegroove 23 falls downwards to theinclined surface 211 of theinclined groove 21 and is more easily driven by the water flow of the beverage to move to thecup mouth 13, so that the beverage and the solid food are poured out together, when thecup body 11 is turned, most of the solid food close to thecup mouth 13 can fall into theinclined groove 21 and is limited by thestop surface 213 of theinclined groove 21, when thecup body 11 is tilted again for drinking, the solid food in theinclined groove 21 can be more easily moved to thecup mouth 13, and in the process of repeatedly inclining and turning thecup body 11, the solid food can be more easily moved to thecup mouth 13 to be eaten by a user together with the beverage.
The above description is only a preferred embodiment of the present invention, and should not be taken as limiting the invention in any way, and it will be understood by those skilled in the art that the present invention is capable of being modified or changed in many ways without departing from the scope of the invention.