CN219538049U - Beverage cup - Google Patents

Abstract

The utility model relates to a drink cup, which comprises a cup body forming a cup cavity and a method pressing device capable of descending along the side wall of the cup cavity to perform method pressing, wherein the bottom of the method pressing device is provided with a mounting part for detachably mounting a bearing filter piece, after the bearing filter piece is mounted on the mounting part, a method pressing space is formed for leaching a solid raw material into leaching liquid, the bottom wall of the method pressing space is the bearing filter piece, the top wall of the method pressing space is the method pressing filter piece, the method pressing device descends along the side wall of the cup cavity to force the leaching liquid to ascend from the method pressing filter piece to the position above the method pressing filter piece, and residues remained after the solid raw material is leached can not pass through the method pressing filter piece and can not pass through the bearing filter piece to remain in the method pressing space. After brewing, the device is moved upwards to take out the device, the bearing filter element arranged at the bottom of the device can be taken out together with the device, the coffee grounds reserved in the space can be discarded after the bearing filter element is detached, and the drinking cup can be flushed by water directly, so that the device is convenient and sanitary.

Description

Beverage cup

Technical Field

The utility model relates to the field of articles for daily use, in particular to a beverage cup.

Background

The existing method pressing device mainly comprises a cup body and a method pressing device, the method pressing device comprises a method pressing filter piece and a method pressing operation rod, when coffee is brewed, a cup cavity forms a method space below the method pressing filter piece to supply water to soak coffee powder to prepare coffee liquid, after the leaching is finished, the method pressing operation rod is pressed down to drive the method pressing filter piece to move downwards along the side wall of the cup cavity, the coffee liquid is forced to pass through the method pressing filter piece from the method space to rise above the method pressing space, residual coffee grounds after the leaching are trapped in the method pressing space by the method pressing filter piece, the coffee grounds are compacted and accumulated at the bottom of the cup cavity, part of the coffee grounds are tightly attached to the bottom wall of the cup cavity, when the coffee grounds attached to the bottom wall of the cup cavity are not easy to be washed by water, and the cup body has a certain height, hands are inconvenient to extend to the bottom of the cup cavity to scrub the coffee grounds attached to the bottom wall of the cup cavity, and the coffee grounds are often scraped by means of a tool, so that the cleaning is very troublesome.

The coffee powder ground by the bean grinder has the condition of uneven particle size, and the coffee powder is easy to form powder clusters after being injected with hot water, is not easy to scatter and cannot achieve the effect of fully dissolving and extracting; to solve this problem, some people choose to purchase the stirring rod, and the stirring rod is not convenient to carry, which increases the use cost.

Disclosure of Invention

The utility model aims to provide a drink cup which is convenient for cleaning a cup body.

In order to solve the problems, the utility model provides a drink cup, which comprises a cup body forming a cup cavity and a method pressing device capable of descending along the side wall of the cup cavity to perform method pressing, wherein the bottom of the method pressing device is provided with a mounting part for detachably mounting a bearing filter piece, after the bearing filter piece is mounted on the mounting part, a method pressing space is formed for leaching a solid raw material into leaching liquid, the bottom wall of the method space is the bearing filter piece, the top wall of the method space is the method pressing filter piece, the method pressing device descends along the side wall of the cup cavity to force the leaching liquid to ascend to the position above the method pressing filter piece from the method pressing space through the method pressing filter piece, and residues remained after the solid raw material is leached can not pass through the method pressing filter piece and can not pass through the bearing filter piece to remain in the method pressing space.

Further, the method filter press comprises the method filter press, and the method filter press is a part of a method filter press device.

Further, the filter comprises the bearing filter, and the bearing filter is a part of the normal pressure device.

Further, the mounting portion and the load-bearing filter element are in particular screwed to achieve said mounting.

Further, the method pressing device is also used as a drip filtration device, the drip filtration device can be fixed on the cup body, the method pressing space is also used as a drip filtration space, the space is used for adding solvent for leaching to prepare leaching liquid in the state that the drip filtration device is fixed on the cup body, the leaching liquid drops into the cup cavity through the bearing filter element, and residues remained after leaching solid raw materials cannot pass through the bearing filter element and remain in the drip filtration space.

Further, the method pressing device is provided with a water storage cavity above the method pressing filter, and the water storage cavity supplies water to the drip filtration space through the method pressing filter.

Further, the top of the normal pressure device is provided with a liquid inlet leading to the water storage cavity.

Further, an elastic member is provided, which is clamped between the outer side wall of the drip filter device and the side wall of the cup cavity, whereby the drip filter device is fixed to the cup body as described above.

Further, the elastic piece is a sealing sleeve, and a gap between the device and the inner side wall of the cup cavity is sealed.

Further, the device comprises a placing part for placing the solid raw materials, the bottom wall of the placing part is provided with the bearing filter piece, the upper end of the placing part is provided with an opening, the solid raw materials can be placed into the placing part through the opening, the bottom of the device for pressing is provided with the device for pressing, the placing part is detachably arranged at the mounting part of the bottom of the device for pressing, and the placing part and the bottom of the device for pressing enclose the space for pressing together after being mounted.

Further, the bottom of the normal pressure device is provided with a placing part for placing solid raw materials, the top wall of the placing part is provided with the normal pressure filter, the lower end of the placing part is provided with an opening, the solid raw materials can be placed into the placing part through the opening, the bearing filter is detachably arranged at the mounting part of the bottom of the normal pressure device, and the mounting part and the placing part enclose the normal pressure space.

Further, the coffee capsule comprises a coffee capsule which is arranged on the installation part, the bottom of the coffee capsule is provided with the bearing filter piece, the top wall of the coffee capsule is provided with the method filter piece, and the inner cavity of the coffee capsule is used as the method filter space and the drip filter space.

The beneficial effects are that: the bottom of the pressing device can be additionally provided with a bearing filter piece for bearing solid raw materials such as coffee powder or tea, and the method is exemplified as follows: when the coffee is brewed and pressed, coffee powder can be always kept in a pressing space and cannot be attached to the bottom wall of the cup cavity, so that the cup body is convenient to clean, after brewing is finished, the pressing device is moved upwards, then the bearing filter piece arranged at the bottom of the pressing device can be taken out together with the pressing device, and as the bearing filter piece is detachably arranged at the bottom of the pressing device, coffee grounds kept in the pressing space can be discarded after the bearing filter piece is detached, the coffee grounds cannot be attached to the bottom wall of the cup cavity, the bottom wall of the cup cavity is cleaned by hands or by means of tools, and the cup cavity can be directly cleaned by water, so that the coffee brewing cup is convenient and sanitary.

Drawings

FIG. 1 is a schematic diagram of a drink cup;

FIG. 2 is an exploded perspective view of a drinking cup according to an embodiment;

FIG. 3 is a diagram showing the state of use of the coffee brewing method according to the first embodiment (with the cup cover removed);

FIG. 4 is an enlarged schematic view of FIG. 3 at A;

FIG. 5 is a view showing the state of use of the drinking cup for brewing drip type coffee according to the embodiment (with the cup cover removed);

FIG. 6 is an exploded perspective view of a drinking cup according to the second embodiment;

FIG. 7 is a diagram showing the state of use of the coffee brewing method according to the second embodiment (with the cup cover removed);

fig. 8 is a view showing a state of use (with the cup cover removed) of the drip coffee brewed by the drinking cup according to the second embodiment.

Detailed Description

The utility model is further described in detail below in connection with the detailed description.

Example 1

The drink cup structure is as shown in fig. 1 and 2, and comprises a cup cover 5, a cup body 1 forming a cup cavity and a pressing device 2 capable of descending along the side wall of the cup cavity to perform pressing, wherein the pressing device 2 comprises a pressing device body 21 and a placing part 22 for placing solid raw materials, the bottom of the pressing device body 21 and the top of the placing part 22 are provided with matched thread structures, and the placing part 22 is in threaded installation to the bottom of the pressing device body 21. The placement portion 22 is open at the upper end and the bottom wall is a filter member 221. The body 21 of the device is in a cylindrical structure, a cylindrical cavity is used as a water storage cavity 212, a cylindrical top opening is used as a liquid inlet 213, a turned-over edge 211 for operation is formed at the edge of the liquid inlet 213, and a pressure filter 222 is arranged at the bottom of the cylindrical cavity. The beverage cup is also provided with a detachable elastic sealing sleeve 4 and a sealing rubber ring 3. Starting from the state shown in fig. 2, coffee powder is put into the placement portion 22 through the opening of the placement portion 22, then the placement portion 22 containing the coffee powder is screwed onto the bottom of the pressing device body 21, the placement portion 22 and the bottom of the pressing device body 21 together enclose a pressing space 223, the sealing rubber ring 3 is clamped at the joint (see fig. 4) of the pressing device body 21 and the placement portion 22 to seal, so that the coffee powder is prevented from leaking out of the pressing space 223 from the joint, and the water storage cavity 212 is connected with the pressing space 223 through the pressing filter 222. After the installation, the outer side wall of the pressing device 2 is sleeved with an elastic sealing sleeve 4, and the pressing device 2 filled with coffee powder is obtained.

When the beverage cup is used as a normal pressure brewing device, water is firstly added into a cup cavity when the beverage cup is used, then the normal pressure device 2 filled with coffee powder is put into the cup cavity, the normal pressure device 2 is operated to descend along the side wall of the cup cavity until the water surface is beyond the normal pressure space 223, at the moment, the elastic sealing sleeve 5 is clamped between the normal pressure device 2 and the side wall of the cup cavity, the normal pressure device 2 is fixed on the cup body 1, the coffee powder in the normal pressure space 223 is soaked for a few minutes, the coffee liquid is prepared after soaking, then the normal pressure device 2 is continuously operated to descend, the coffee liquid is forced to ascend from the normal pressure space 223 to the water storage cavity 212 above the normal pressure filter 222 through the normal pressure filter 222, and residual caffeine after soaking can not pass through the normal pressure filter 222 and can not pass through the load-bearing filter 221 and remain in the normal pressure space 223. The pressing device 2 descends until the filter 221 reaches the bottom wall of the cup cavity, and in this state, the outward flange 211 of the pressing device body 21 is supported at the rim edge to be higher than the rim (as shown in fig. 3). After the method is finished, the method pressing device 2 does not need to be taken out from the cup cavity, the coffee liquid in the water storage cavity 212 can be poured out directly through the liquid inlet 213 of the method pressing device body 21 for drinking, or the method pressing device 2 can be taken out by the hand-held turnup edge 211, at the moment, the coffee liquid in the water storage cavity 212 can downwards pass through the method pressing space 223 to flow into the cup cavity, and a drinker drinks the coffee liquid in the cup cavity again. After the pressing device 2 is taken out of the cup cavity, coffee grounds are not required to be cleaned by penetrating into the bottom wall of the cup cavity like a cleaning pressing device, the coffee grounds on the placing part 22 and the bottom of the pressing device body 21 can be cleaned by detaching the placing part 22 from the pressing device body 21, and the beverage cup can be cleaned by simply flushing the placing part 22 and the pressing filter 222 of the cup body 1 and the pressing device 2 because the placing part 22 is shallow and the carrying filter 221 of the placing part 22 and the pressing filter 222 of the pressing device body 21 are permeable.

When the drinking cup is used as a drip-filter brewing device, the normal pressure space 223 is used as a drip-filter space, the normal pressure device 2 with coffee powder is also used as a drip-filter device and placed in a cup cavity when the drinking cup is used, the elastic sealing sleeve 5 is clamped between the drip-filter device 2 and the inner side wall of the cup cavity, the drip-filter device 2 is fixed on a cup body (as shown in figure 5) by the elastic sealing sleeve, then an operator adds water into the water storage cavity 212 through the liquid inlet 213 of the drip-filter device 2, the water storage cavity 212 supplies water to the drip-filter space 223 through the normal pressure filter 222, the water leaches the coffee powder in the drip-filter space 223 to prepare coffee liquid, and the coffee liquid drops into the cup cavity through the bearing filter 221 of the placing part 22.

Referring to fig. 2 and 3, the placement portion 22 includes a support frame 224 and a carrying filter 221 mounted on the support frame, the carrying filter 221 is downwardly arched to form an inverted cone shape, and the support frame 224 is made of a hard material. When brewing drip-filter coffee, the downward arched shape of the carrying filter 221 approximates that of the existing drip-filter brewing device, and the drip-filter coffee with pure taste can be brewed. When brewing the method-pressed coffee, the operation method pressing device 2 descends, the bearing filter piece 221 downwards arches to enable the water in the cup cavity to pass through the bearing filter piece 221 from a plurality of directions to impact the coffee powder in the method-pressed space 223, the function of stirring the coffee powder is achieved, the coffee powder can be fully leached without stirring by using a stirring rod additionally, and the bearing filter piece 221 can still keep the downwards arching shape under the hydraulic impact due to being arranged on the supporting frame 224. When the pressing device 2 descends to the bottom of the cup cavity, the supporting frame 224 is supported on the bottom wall of the cup cavity to prevent the bearing filter 221 from being deformed by extrusion.

Example two

The structure of the drink cup in this embodiment is shown in fig. 6, and includes a cup cover 5, a cup body 1 forming a cup cavity, and a pressing device 2 capable of descending along the sidewall of the cup cavity to perform pressing, where the pressing device 2 includes a pressing device body 21 and a carrying filter 23, which are detachable from each other, and the bottom of the pressing device body 21 and the top of the carrying filter 23 are provided with matched screw structures, and the carrying filter 23 is screwed to the bottom of the pressing device body 21. The device body 21 is of a cylindrical structure, a cylindrical cavity is used as a water storage cavity 212, a cylindrical top opening is used as a liquid inlet 213, an outward flange 211 for operation is formed at the edge of the liquid inlet 213, a placing part for placing solid raw materials is arranged at the bottom of the cylinder, a filter 222 is arranged in the cylinder and used as the top wall of the placing part, the filter 222 is arranged above the threaded structure, and the lower end of the placing part is opened. The beverage cup is also provided with a detachable elastic sealing sleeve 4. From the state shown in fig. 6, the body 21 of the normal pressure device is turned over with the opening of the placement portion 22 facing upward, coffee powder is placed in the placement portion through the opening of the placement portion, then the load filter 23 is screwed to the mounting portion to cover the opening, the load filter 23 and the placement portion together enclose a normal pressure space 223, and the water storage chamber 212 communicates with the normal pressure space 223 through the normal pressure filter 222. After the installation, the outer side wall of the pressing device 2 is sleeved with an elastic sealing sleeve 4, and the pressing device 2 filled with coffee powder is obtained.

When the beverage cup is used as a normal pressure brewing device, water is firstly added into a cup cavity when the beverage cup is used, then the normal pressure device 2 filled with coffee powder is placed into the cup cavity in a state that a normal pressure space 223 faces downwards, the normal pressure device 2 is operated to descend along the side wall of the cup cavity until the water surface passes through the normal pressure space 223, the operation is suspended, at the moment, an elastic sealing sleeve 5 is clamped between the normal pressure device 2 and the inner side wall of the cup cavity, the normal pressure device 2 is fixed on a cup body 1, the coffee powder in the normal pressure space 223 is soaked for realizing leaching, the coffee liquid is prepared after leaching for a few minutes, then the normal pressure device 2 is continuously operated to descend, the coffee liquid is forced to ascend from the normal pressure space 223 to a water storage cavity 212 above the normal pressure filter 222, and the residual coffee grounds after leaching cannot pass through the normal pressure filter 222 and cannot pass through the normal pressure space 223, the normal pressure device 2 descends until the normal pressure filter 23 reaches the bottom wall of the cup cavity, and the normal pressure device is finished, and the normal pressure device 21 is turned over a flange (as shown in a cup rim 7) under the state. After the method is finished, the method pressing device 2 does not need to be taken out from the cup cavity, the coffee liquid in the water storage cavity 212 can be poured out directly through the liquid inlet 213 of the method pressing device body 21 for drinking, or the method pressing device 2 can be taken out by the hand-held turnup edge 211, at the moment, the coffee liquid in the water storage cavity can downwards pass through the method pressing space 223 to flow into the cup cavity, and a drinker drinks the coffee liquid in the cup cavity. After the pressing device 2 is taken out of the cup cavity, coffee grounds are not required to be cleaned by penetrating into the bottom wall of the cup cavity like a cleaning pressing device, the coffee grounds on the placing part and the carrying filter piece 23 can be cleaned by detaching the carrying filter piece 23 from the pressing device body 21, and the beverage cup can be cleaned by simply flushing the placing part of the cup body 1 and the pressing device 2 and the carrying filter piece 23 because the placing part 22 is shallow and the carrying filter piece 221 and the pressing filter piece 222 of the pressing device body 21 are permeable.

When the drinking cup is used as a drip-filter brewing device, the normal pressure space 223 is used as a drip-filter space, the normal pressure device 2 with coffee powder and the drip-filter device are placed into a cup cavity in a state that the drip-filter space faces downwards, the elastic sealing sleeve 5 is clamped between the drip-filter device 2 and the inner side wall of the cup cavity, the drip-filter device 2 is fixed on a cup body (as shown in figure 8) by the way, then an operator adds water into the water storage cavity 212 through the liquid inlet 213 of the drip-filter device 2, the water storage cavity 212 supplies water to the drip-filter space 223 through the normal pressure filter 222, the water leaches the coffee powder in the drip-filter space 223 to prepare coffee liquid, and the coffee liquid drops into the cup cavity through the bearing filter 23.

Referring to fig. 6 to 8, the method press filter 222 is upwardly arched to form a cone shape, and serves as a top wall of the placement part, so that a larger placement space is formed, and a larger surface area is formed compared with a filter screen of a conventional method press pot, so that when the method press filter is used for brewing method press coffee, more coffee liquid can pass through the method press filter 222 to rise above the method press filter 222 in a unit time, and the speed of filtering coffee grounds is faster.

Example III

The present embodiment is modified based on the first embodiment, specifically, the bottom of the body of the pressing device is not provided with the pressing filter 222 (the pressing filter may be reserved, but not used), the beverage cup does not include the placement portion 22, but the bottom of the body of the pressing device is reserved with the screw thread structure, the user needs to purchase the coffee capsule filled with coffee powder externally, the top of the coffee capsule is provided with the screw thread structure, the coffee capsule is detachably mounted to the bottom of the pressing device through the screw thread, the top wall of the coffee capsule is the pressing filter, the bottom wall of the coffee capsule is the carrying filter, and the inner cavity of the coffee capsule is used as the pressing space and the drip filtering space.

After the beverage cup is pressed by the method, the pressing device is taken out from the cup cavity, coffee grounds do not need to be cleaned by penetrating into the bottom wall of the cup cavity like a cleaning method pressing device, and the beverage cup can be cleaned by simply cleaning the pressing device and the cup body after the coffee capsules are removed and discarded.

When the drinking cup is used as a drip-filtering brewing device, the normal-pressure device and the drip-filtering device with the coffee capsule are placed into the cup cavity during use, the drip-filtering device is operated to drop to a proper height along the side wall of the cup cavity, then the operation is suspended, the elastic sealing sleeve is clamped between the drip-filtering device and the inner side wall of the cup cavity, the drip-filtering device is fixed on the cup body, then water is added into the water storage cavity through the liquid inlet of the drip-filtering device, the water storage cavity is supplied to the drip-filtering space through the normal-pressure filter, the water is used for leaching coffee powder in the drip-filtering space to prepare coffee liquid, and the coffee liquid drops into the cup cavity through the bearing filter of the coffee capsule.

In the first, second and third embodiments, the bottom of the pressing device adopts the threaded structure as the mounting portion, and in other embodiments, the mounting portion may not adopt the threaded structure, but may instead adopt other structures, such as a clamping structure, and the placement portion 22 or the coffee capsule is provided with a matched clamping structure, so as to be detachably clamped and mounted to the bottom of the pressing device.

The above-described embodiments are provided for the present utility model only and are not intended to limit the scope of patent protection. Insubstantial changes and substitutions can be made by one skilled in the art in light of the teachings of the utility model, as yet fall within the scope of the claims.

Claims (12)

1. The beverage cup comprises a cup body forming a cup cavity and a method pressing device capable of descending along the side wall of the cup cavity to perform method pressing, and is characterized in that the bottom of the method pressing device is provided with a mounting part for detachably mounting a bearing filter piece, after the bearing filter piece is mounted on the mounting part, a method pressing space is formed for leaching a solid raw material into leaching liquid, the bottom wall of the method pressing space is the bearing filter piece, the top wall of the method pressing space is the method pressing filter piece, the method pressing device descends along the side wall of the cup cavity to force the leaching liquid to ascend from the method pressing filter piece to the position above the method pressing filter piece through the method pressing filter piece, and residues remained after the solid raw material is leached can not pass through the method pressing filter piece and can not pass through the bearing filter piece to remain in the method pressing space.

2. The drinking cup of claim 1 including said method filter, said method filter being part of a method press.

3. The drinking cup according to claim 2, comprising said load-bearing filter, said load-bearing filter being part of a normal pressure device.

4. A drinking cup according to claim 1 or 3, wherein the mounting portion and the carrying filter element are in particular screwed to achieve said mounting.

5. A drinking cup according to claim 1, 2 or 3, wherein the pressure means doubles as a drip filter means, the drip filter means being fixable to the cup body, the pressure means doubles as a drip filter space for the addition of solvent for leaching in a state in which the drip filter means is fixable to the cup body to produce a leaching solution, the leaching solution being dripped into the cup cavity through the carrying filter member, and residues remaining after leaching of the solid raw material being left in the drip filter space by failing to pass through the carrying filter member.

6. The drinking cup according to claim 5, wherein the pressure device is provided with a water storage cavity above the pressure filter, the water storage cavity supplying water to the drip filtration space through the pressure filter.

7. The drinking cup as set forth in claim 6, wherein the top of the normal pressure device is provided with a liquid inlet to the water storage chamber.

8. The drinking cup according to claim 7, characterized in that an elastic element is provided, which is clamped between the outer side wall of the drip filter device and the side wall of the cup cavity, whereby the drip filter device is fastened to the cup body as described above.

9. The drinking cup according to claim 8, wherein the resilient member is a sealing sleeve that seals the gap between the device and the inner sidewall of the cup cavity.

10. A drinking cup according to claim 3, comprising a placement part for placing solid raw materials, wherein the bottom wall of the placement part is the carrying filter element, the upper end of the placement part is provided with an opening, the solid raw materials can be placed into the placement part through the opening, the bottom of the normal pressure device is provided with the normal pressure filter element, the placement part is detachably arranged at the installation part of the bottom of the normal pressure device, and the installation part and the bottom of the normal pressure device together form the normal pressure space.

11. A drinking cup according to claim 3, wherein the bottom of the pressing device is provided with a placing part for placing solid raw materials, the top wall of the placing part is provided with the pressing filter, the lower end of the placing part is provided with an opening, the solid raw materials can be placed into the placing part through the opening, the carrying filter is detachably arranged at the mounting part at the bottom of the pressing device, and the placing part enclose the pressing space after the mounting.

12. The drinking cup according to claim 5, comprising a coffee capsule mounted to the mounting portion, the bottom of the coffee capsule being the load-bearing filter, the top wall of the coffee capsule being the process filter, the interior cavity of the coffee capsule being the process space and the drip filter space.