CN219538052U - Dual-purpose drinking cup is pressed to drip filtration method - Google Patents

Abstract

The utility model relates to a drip-filtration method-pressed dual-purpose 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 method-pressing device is provided with a method-pressing filter piece, a method-pressing space is reserved between the method-pressing filter piece and the bottom wall of the cup cavity for leaching a solid raw material by solvent to prepare leaching liquid, 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 upper part of the method-pressing filter piece through the method-pressing filter piece, and residual residues after leaching the solid raw material are reserved in the method-pressing space because the solid raw material cannot pass through the method-pressing filter piece, and the method-pressing device is also used as a drip-filtration device, and is concretely realized as follows: the device can be fixed on the cup, and the device is equipped with the drip filtration space that is used for holding solid raw materials and is equipped with drip filtration spare, and under the state that the device was fixed on the cup, drip filtration space confession solvent is added and is leached into the lixivium, and the lixivium passes drip filtration spare and drip to the cup chamber, and the residue that remains after the solid raw materials is leached is because of can not passing drip filtration spare and stay in drip filtration space.

Description

Dual-purpose drinking cup is pressed to drip filtration method

Technical Field

The utility model relates to the field of articles for daily use, in particular to a drip filtration method pressing dual-purpose drink cup.

Background

At present, when people brew coffee, two manual brewing modes of normal pressure type or drip filtration type are mostly adopted for brewing the coffee. No matter the method is adopted, or the drip filtration type manual brewing mode is adopted, the brewing can be realized by using a corresponding brewing device. The brewing device corresponding to the brewing method pressing type coffee is a method pressing pot, and the brewing device corresponding to the brewing drip-filtering type coffee is a drip-filtering set composed of a drip-filtering piece, a coffee cup and the like. If people want to drink the coffee brewed by the two manual brewing modes, the brewing devices corresponding to the two manual brewing modes are needed to be purchased, so that the use cost of people can be increased. Moreover, when people go out and carry, the two sets of brewing devices are inconvenient to carry.

Disclosure of Invention

The utility model aims to provide a drip-filter pressing dual-purpose drink cup which can be used as a pressing brewing device and a drip-filter brewing device.

In order to solve the problems, the utility model provides a drip-filtration and pressure dual-purpose drink cup, which comprises a cup body forming a cup cavity and a pressure device capable of descending along the side wall of the cup cavity to perform pressure, wherein the pressure device is provided with a pressure filter, a pressure space is reserved between the pressure filter and the bottom wall of the cup cavity for leaching a solid raw material to prepare leaching liquid, the pressure device descends along the side wall of the cup cavity to force the leaching liquid to ascend from the pressure space to the pressure filter through the pressure filter, and residues remained after leaching the solid raw material are reserved in the pressure space because the solid raw material cannot pass through the pressure filter, and the pressure device is also used as the drip-filtration device, and the drip-filtration method is specifically realized as follows: the device can be fixed on the cup, and the device is equipped with the drip filtration space that is used for holding solid raw materials and is equipped with drip filtration spare, and under the state that the device was fixed on the cup, drip filtration space confession solvent is added and is leached into the lixivium, and the lixivium passes drip filtration spare and drip to the cup chamber, and the residue that remains after the solid raw materials is leached is because of can not passing drip filtration spare and stay in drip filtration space.

Further, the drip filter is positioned below the filter pressing part, and a containing cavity is arranged between the drip filter and the filter pressing part and is used as a filter pressing space and a drip filtering space.

Further, the device comprises an upper part and a lower part, the normal filter pressing part is arranged on the upper part, the drip filter part is arranged on the lower part, the upper part and the lower part can be mutually detached, solid raw materials can be put in after detachment, the upper part and the lower part are spliced up and down, the accommodating cavity is positioned between the drip filter part and the normal filter pressing part, the upper part is an operation part, and the operation part is operated to descend along the side wall of the cup cavity so that the normal pressing device descends along the side wall of the cup cavity as described above to perform normal pressing.

Further, a water storage cavity is arranged above the filter pressing member, and the water storage cavity is communicated with the accommodating cavity through the filter pressing member so as to supply water to the drip filtration space.

Further, the water storage cavity is arranged in the operation part, and the top of the operation part is provided with a liquid inlet leading to the water storage cavity.

Further, the lower part is a placing part for placing solid raw materials, the drip filter piece is used as the bottom wall of the placing part, the upper end of the placing part is opened, after the upper part and the lower part are mutually detached, the solid raw materials can be placed into the placing part through the opening, and the placing part and the upper part are spliced to form the accommodating cavity together.

Further, the bottom of the upper part is a placing part for placing solid raw materials, the filter pressing piece is used as the top wall of the placing part, the lower end of the placing part is opened, and the solid raw materials can be placed into the placing part through the opening after the upper part and the lower part are mutually detached; the upper part and the lower part are spliced, and the placing part and the lower part together enclose the accommodating cavity.

Further, elastic means are provided, which are clamped between the outer side wall of the device 2 and the side wall of the cup cavity, whereby the device is fixed to the cup 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 method pressing filter piece is arranged at the bottom of the device and also serves as the drip filter piece, the method pressing space is arranged below the filter piece, and the drip filter space is arranged above the filter piece.

Further, the device comprises a lower part and an upper part, which are detachable from each other, the filter element being arranged in the lower part, the upper part being an operating part, in particular: the operating part is operated to descend along the side wall of the cup cavity so that the normal pressure device descends along the side wall of the cup cavity to perform normal pressure as described above; the device can be fixed to the cup as described above, in particular the lower part can be fixed to the cup.

Further, the lower part is provided with a hanging lug which can be opened outwards, and when the hanging lug is opened, the lower part can be supported on the rim of the cup opening through the hanging lug so as to be fixed on the cup body as described above.

Further, the lower end of the hanging lug is a movable end which is rotated around the upper end to be opened, the normal pressure device is provided with a blocking piece, the blocking piece is blocked outside the hanging lug to prevent the hanging lug from being opened, and the blocking piece can be moved away from the hanging lug.

Further, the blocking piece is specifically a sealing sleeve detachably sleeved on the pressing device, and the sealing sleeve is clamped between the outer side wall of the pressing device and the side wall of the cup cavity.

Further, the top of the operating part is higher than the cup opening for operation.

Further, the top of the operating part is provided with an outward flange for operation, and the operating part is operated to descend along the side wall of the cup cavity until the outward flange is supported at the edge of the cup rim.

Further, the middle part of the drip filter element is arched downwards and is connected with the edge of the drip filter element through hard materials.

The beneficial effects are that: the dual-purpose drinking cup of the utility model can be used as a pressing brewing device and a drip-filtering brewing device, and is exemplified by the following steps of: when the device is used as a drip-filter brewing device, a pressing device and a drip-filter device which are positioned in a cup cavity are fixed to proper heights, coffee powder is added into a drip-filter space of the drip-filter device, water is added into the drip-filter space, the coffee powder is leached to obtain coffee liquid, the coffee liquid is dripped into the cup cavity below through a drip-filter piece, and leached coffee residues cannot pass through the drip-filter piece and remain in the drip-filter device; when the coffee brewing device is used, water is added into the cup cavity, coffee powder is added into the normal pressure space, the normal pressure device is moved to enable the normal pressure device to descend until the water surface is full of the coffee powder to achieve leaching, then the downward pressure device is slowly moved to enable coffee liquid obtained by leaching to ascend from the normal pressure space to the position above the normal pressure filter through the normal pressure filter, and the leached coffee grounds remain in the normal pressure space because the coffee grounds cannot pass through the normal pressure filter.

Drawings

FIG. 1 is a schematic diagram of a drip filtration dual-purpose extraction drinking cup;

FIG. 2 is an exploded perspective view of a dual purpose extraction drinking cup employing a drop filtration method;

FIG. 3 is a diagram showing the state of use of the dual-purpose extraction drinking cup brewing method-pressed coffee according to the embodiment (with the cup cover removed);

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

FIG. 5 is a diagram showing the state of use of the drip-filter type coffee brewing device of the dual-purpose extraction drinking cup according to the embodiment (with the cup cover removed);

FIG. 6 is an exploded perspective view of a dual purpose extraction drinking cup employing two drip filtration;

FIG. 7 is a diagram showing the state of use of the dual-purpose extraction cup brewing method for pressing coffee (with the cup cover removed) according to the two-drip filtration method;

FIG. 8 is a diagram showing the state of use of the two-use drip-filter method for pressing the drip-filter coffee with the dual-use extraction cup (with the cup cover removed);

FIG. 9 is an exploded perspective view of a dual purpose extraction drinking cup employing three drip filtration;

FIG. 10 is a diagram showing the state of use of the three-drip filter-press dual-purpose extraction cup brewing press coffee (with the cup cover removed);

fig. 11 is a view showing a state of use of the three-drip-filter-press dual-purpose extraction cup for brewing drip-filter coffee (with the cup cover and the upper part of the pressing device removed).

Detailed Description

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

Example 1

The drink cup structure of this embodiment is shown in fig. 1 and 2, and includes 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 includes an upper portion 21 and a lower portion 22 which are detachably connected by threads. The lower part 22 of the pressing device 2 is a placing part for placing solid raw materials, the top of the placing part is opened, and the bottom wall is a drip filter 221. The upper part 21 of the normal pressure device 2 is an operation part, the operation part is a cylindrical structure, a cylinder cavity is used as a water storage cavity 212, a normal pressure filter 222 is arranged at the bottom of the cylinder, a cylinder opening 213 is arranged at the top of the cylinder, and an outward flange 211 for operation is formed at the edge of the cylinder opening 213. The beverage cup is provided with a detachable elastic sealing sleeve 4 and a sealing rubber ring 3 for the normal pressure device 2, from the state of fig. 2, coffee powder is put into the placing part through an opening of the placing part, then the lower part 22 containing the coffee powder is spliced to the bottom of the upper part 21, the sealing rubber ring 3 is clamped between the upper end face of the lower part 22 and the normal pressure filter 222, the placing part and the upper part 21 together enclose a containing cavity 223 (see fig. 3 and 4) for retaining the coffee powder, the containing cavity 223 is positioned between the drip filter 221 and the normal pressure filter 222, the sealing rubber ring 3 seals the joint of the upper part 21 and the lower part 22 (see fig. 4) to prevent the coffee powder from leaking out of the containing cavity 223, and the water storage cavity 212 is communicated with the containing cavity 223 through the normal pressure filter 222. After splicing, 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 the cup cavity 223 as a normal pressure space when the beverage cup is used, then the normal pressure device 2 filled with coffee powder is placed into the cup cavity, the upper part 21 is operated to drive the lower part 22 to descend along the side wall of the cup cavity until the water surface does not pass through the accommodating cavity, the operation is suspended, the 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 the cup body 1, the coffee powder in the water soaking accommodating cavity 223 is soaked for a few minutes, the coffee liquid is prepared after soaking, then the upper part 21 is operated to drive the lower part 22 to descend, the coffee liquid is enabled to ascend from the accommodating cavity 223 to the water storage cavity 212 above the normal pressure filter 222, and the residual coffee grounds after soaking cannot pass through the normal pressure filter 222 and the drip filter 221 are remained in the accommodating cavity 223, the normal pressure device 2 descends until the lower part 22 reaches the bottom wall of the cup cavity to finish the normal pressure, and the upper part 21 is higher than the cup rim (as shown in the cup mouth 211 in the figure 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 directly poured out through the cylinder opening 213 of the upper part 21 for drinking, or the method pressing device 2 can be taken out by the hand-held flanging 211, at the moment, the coffee liquid in the water storage cavity 212 can downwards pass through the accommodating cavity 223 to flow back into the cup cavity, and a drinker drinks the coffee liquid in the cup cavity.

When the drinking cup is used as a drip-filter brewing device, the method pressing device 2 is used as a drip-filter device, the accommodating cavity 223 is used as a drip-filter space, the method pressing device 2 with coffee powder is also used as a drip-filter device and placed into the cup cavity when in use, the upper part 21 is operated to drive the lower part 22 to descend to a proper height along the side wall of the cup cavity, then the operation is suspended, the elastic sealing sleeve 5 is clamped between the drip-filter device and the inner side wall of the cup cavity, the drip-filter device is fixed on a cup body (as shown in figure 5) by the method, then an operator adds water into the water storage cavity 212 through the cylinder opening 213 of the upper part 21, the water storage cavity 212 supplies water to the accommodating cavity 223 through the method press-filter piece 222, the water is used for soaking the coffee powder into coffee liquid in the accommodating cavity 223, and the coffee liquid drops into the cup cavity through the drip-filter piece 221 of the lower part 22.

Referring to fig. 2 and 3, the lower portion 22 of the pressing device 2 includes a support frame 224 and a drip filter 221 mounted on the support frame 224, the drip filter 221 is downwardly arched to form an inverted cone, and the support frame 224 is made of a hard material. When brewing drip-filter coffee, the downward arched shape of the drip-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 water in the cup cavity passes through the drip filter 221 from a plurality of directions to impact the coffee powder in the containing cavity 223 by the downward arched shape of the drip filter 221, 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 drip filter 221 can still maintain the downward arched shape under the hydraulic impact due to being arranged on the supporting frame 224. When the lower part 22 of 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 drip 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 side wall of the cup cavity to perform pressing, wherein the pressing device 2 includes an upper portion 21 and a lower portion 22 which are detachably connected through threads. The lower part 22 of the pressure device 2 comprises a support frame 224 made of hard material and a drip filter 221 mounted on the support frame 224 (see fig. 6 and 7). The upper part 21 of the method pressing device 2 is an operation part, the operation part is of a cylindrical structure, a cylinder cavity is used as a water storage cavity 212, a cylinder opening 213 is formed in the top of the cylinder, an outward flange 211 for operation is formed at the edge of the cylinder opening 213, a placing part for placing solid raw materials is arranged at the bottom of the cylinder, the method pressing device 2 is provided with a method pressing filter 222 serving as the top wall of the placing part, and the lower end of the placing part is opened. The drinking cup is provided with a detachable elastic sealing sleeve 4 for the normal pressure device 2, the upper part 21 is turned over from the state shown in fig. 6 to enable the bottom of the upper part to face upwards, coffee powder is put into the upper part through an opening of the upper part, the lower part 22 is spliced to the upper part 21 to cover the opening, the upper part and the lower part 22 form a containing cavity 223 (see fig. 7 and 8) together to contain the coffee powder, the containing cavity 223 is positioned between the drip filter 221 and the normal pressure filter 222, and the water storage cavity 212 is communicated with the containing cavity 223 through the normal pressure filter 222. And after splicing, sleeving the outer side wall of the pressing device 2 by using an elastic sealing sleeve 4 to obtain the pressing device 2 filled with coffee powder.

When the beverage cup is used as a making and brewing appliance, water is firstly added into the cup cavity when the accommodating cavity 223 is used as a making and brewing space, then the making and brewing device 2 filled with coffee powder is placed into the cup cavity in a state that the accommodating cavity faces downwards, the upper part 21 is operated to drive the lower part 22 to descend along the side wall of the cup cavity until the water surface does not pass through the accommodating cavity 223, then the operation is suspended, at the moment, the elastic sealing sleeve 5 is clamped between the making and brewing device 2 and the inner side wall of the cup cavity, the making and brewing device 2 is fixed on the cup body 1, the coffee powder in the water soaking accommodating cavity 223 is soaked, after soaking for a few minutes, the coffee liquid is prepared, the upper part 21 is continuously operated to drive the lower part 22 to descend, the coffee liquid passes through the making and brewing the accommodating cavity 222 to ascend into the water storage cavity 212 above the making and brewing device 222, and the residual coffee slag after the coffee powder is soaked and the coffee powder cannot pass through the making and brewing device 222 is left in the accommodating cavity 223, the making and brewing device 2 descends until the lower part 22 reaches the cup bottom wall, and the upper part 22 is completely soaked and the cup bottom wall is in a cup rim (like a cup rim 7). 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 directly poured out through the cylinder opening 213 of the upper part 21 for drinking, or the method pressing device 2 can be taken out by the hand-held flanging 211, at the moment, the coffee liquid in the water storage cavity 212 can downwards flow into the cup cavity through the containing cavity 223, and a drinker drinks the coffee liquid in the cup cavity again.

When the drinking cup is used as a drip-filter brewing device, the method pressing device 2 is used as a drip-filter device, the accommodating cavity 223 is used as a drip-filter space, the method pressing device 2 with coffee powder and the drip-filter device are placed into the cup cavity in a state that the accommodating cavity faces downwards, the upper part 21 is operated to drive the lower part 22 to descend to a proper height along the side wall of the cup cavity, then the operation is suspended, the elastic sealing sleeve 5 is clamped between the drip-filter device and the inner side wall of the cup cavity, the drip-filter device is fixed on the cup body (as shown in figure 8) by the method, then an operator adds water into the water storage cavity 212 through the cylinder opening 213 of the upper part 21, the water storage cavity 212 supplies water to the accommodating cavity 223 through the method press-filter piece 222, the water leaches the coffee powder in the accommodating cavity 223 to prepare coffee liquid, and the coffee liquid drops into the cup cavity through the drip-filter piece 221 of the lower part 22.

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 portion, so that a larger placement space is formed, and the surface area is also larger than that of a filter screen of a conventional method press pot, so that when the method press filter is used for brewing the method press coffee, more coffee liquid can rise to the upper side of the method press filter 222 through the method press filter 222 in unit time, and the speed of filtering coffee grounds is faster.

Example III

The structure of the drink cup in this embodiment is shown in fig. 9, and includes 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 includes an upper portion 24 and a lower portion 25 which are detachably connected by threads. The lower part 25 of the pressing device 2 is a placing part for placing solid raw materials, the top of the placing part is opened, the bottom wall of the placing part is a drip filter 253, the side wall of the lower part 25 is provided with a hanging lug 251 and a containing groove 252 for containing the hanging lug, the upper end of the hanging lug 251 is hinged with the groove wall of the containing groove 252, the lower end of the hanging lug 251 is a movable end which can be rotated and opened around the upper end, and the lower end of the hanging lug 251 is sunk into the containing groove 252 in a normal state. The upper part 24 of the pressure device 2 is an operation part, the operation part is in a cylindrical structure, a cylinder cavity is used as a water storage cavity 243, a cylinder opening 242 is arranged on the cylinder top, and an external flanging 241 for operation is formed at the edge of the cylinder opening 242.

In this embodiment, when the drinking cup is used as a drinking cup, the lower portion 25 is connected to the bottom of the upper portion 24 from the state shown in fig. 9, the elastic sealing sleeve 26 is sleeved outside the accommodating groove 252 of the lower portion 25, then coffee powder is put into the cup cavity and added with a proper amount of water, stirring and mixing are carried out by using a stirring rod, the drinking cup is further placed into the cup cavity, at this time, the drip filter 253 is used as a method filter, a method pressure space is formed between the filter 253 and the bottom wall of the cup cavity, in the method pressure space, water leaches the coffee powder for a few minutes, coffee liquid is made, then the upper portion 24 is operated to drive the lower portion 25 to descend, so that the coffee liquid passes through the method filter 253 from the method pressure space to the water storage cavity 243 above the method pressure filter 253, and the coffee powder is left in the method pressure space due to the fact that the residual coffee powder cannot pass through the method filter 253 after leaching, the elastic sealing sleeve 26 is clamped between the method pressure device 2 and the inner side wall of the cup cavity, and the coffee powder can be prevented from flowing from the method pressure space to the outside the cup cavity 251. The normal pressure is completed when the lower portion 25 descends to the bottom wall of the cup cavity, and in this state, the outward flange 241 of the upper portion 24 is supported at the rim of the cup opening to be higher than the cup opening (see fig. 10). 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 243 can be directly poured out through the cylinder opening 242 of the upper part 24 for drinking, or the method pressing device 2 can be taken out by the hand-held flanging 241, at the moment, the coffee liquid in the water storage cavity 243 can downwards pass through the method pressing space to flow into the cup cavity, and a drinker drinks the coffee liquid in the cup cavity.

When the drinking cup is used as a drip-filter brewing device, the method pressing device 2 is used as a drip-filter device, an operator removes the lower part 25 of the device, namely a placing part, a cavity formed in the placing part 25 and used for placing solid raw materials is used as a drip-filter space, the operator adds coffee powder into the drip-filter space, then opens the hanging lugs 251 which are sunk into the containing grooves 252, the lower part 25 is supported at the rim of the cup opening through the hanging lugs 251 to realize fixation (as shown in figure 11), then water is added into the drip-filter space through the opening of the lower part 25, the water leaches coffee powder in the drip-filter space to prepare leaching liquid, the leaching liquid passes through the drip-filter 253 of the lower part 25 and drops into the cup cavity, and residual coffee grounds after leaching cannot pass through the drip-filter 253 and remain in the drip-filter space.

Referring to fig. 9 to 11, the lower portion 25 includes a support 254 and a drip filter 253 mounted on the support 254, the drip filter 253 being downwardly arched to form an inverted cone, the support being made of a hard material. When brewing drip-filter coffee, the shape of the downward arched drip-filter 253 is more similar to 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 drip filter 253 is also used as a filter pressing piece, the surface area of the filter is larger than that of a filter screen of the prior method pressing kettle, more coffee liquid can pass through the method filter pressing piece to rise above the method filter pressing piece in unit time, the speed of filtering coffee grounds is higher, and the method pressing device 2 is operated until the lower part 22 of the method pressing device reaches the bottom of the cup cavity, and the support frame 254 supports the drip filter 253 to prevent the drip filter 253 from being pressed and deformed. The drip filter 2253, because it is mounted on the support frame 254, remains in a downwardly bowed shape due to hydraulic shock. When the lower part 25 of the pressing device 2 descends to the bottom of the cup cavity, the supporting frame 254 is supported on the bottom wall of the cup cavity to prevent the drip filter 253 from being extruded and deformed.

Example IV

The structure of this embodiment is basically the same as that of the third embodiment, except that the lower part of this embodiment is not provided with a hanging lug and a receiving groove for receiving the hanging lug, and the elastic sealing sleeve of this embodiment is also used as a fixing piece, and the fixing piece is clamped between the outer side wall of the drip filter device and the side wall of the cup cavity, so that the drip filter device can be fixed on the cup body.

In other embodiments, the upper part and the lower part of the normal pressure device can be connected in a non-detachable way, the normal pressure device does not comprise the upper part and the lower part, the normal pressure device is in an integrally formed cylindrical structure, the cylindrical cavity is used as a water storage cavity and a drip filtration space, the top of the cylinder is opened, and the bottom of the cylinder is provided with the drip filtration piece and the normal pressure filtration piece.

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 (16)

1. The utility model provides a drip filtration method presses dual-purpose drink cup, including the cup that forms the cup and can follow the cup lateral wall decline in order to carry out the method and press the device, the method is pressed the device and is equipped with the method and presses the filter spare, leave the method between filter spare and the cup diapire and press the space and supply the solvent to leach the solid raw materials to make the lixivium, the method is pressed the device to descend along the cup lateral wall and is forced the lixivium to rise to the method from the space through the method filter spare to press the filter spare top, the residue that the solid raw materials after leaching is remained in the space is pressed to the method because of can not passing the method and press the filter spare, its characterized in that, the method is pressed the device and is used as the drip filtration device concurrently, concretely realizes as follows: the device can be fixed on the cup, and the device is equipped with the drip filtration space that is used for holding solid raw materials and is equipped with drip filtration spare, and under the state that the device was fixed on the cup, drip filtration space confession solvent is added and is leached into the lixivium, and the lixivium passes drip filtration spare and drip to the cup chamber, and the residue that remains after the solid raw materials is leached is because of can not passing drip filtration spare and stay in drip filtration space.

2. The drip filtration and pressure dual-purpose drinking cup according to claim 1, wherein the drip filtration piece is positioned below the pressure filtration piece, and the pressure filtration device is provided with a containing cavity between the drip filtration piece and the pressure filtration piece, and the containing cavity is used as a pressure filtration space and a drip filtration space.

3. The drip-filter pressing dual-purpose drinking cup according to claim 2, wherein the device comprises an upper portion and a lower portion, the pressure-filter pressing member is arranged on the upper portion, the drip-filter pressing member is arranged on the lower portion, the upper portion and the lower portion can be mutually detached, solid raw materials can be put in after detachment, the upper portion and the lower portion are spliced up and down, the accommodating cavity is arranged between the drip-filter pressing member and the pressure-filter pressing member, the upper portion is an operation portion, and the operation portion is operated to descend along the side wall of the cup cavity so that the pressure-filter pressing device descends along the side wall of the cup cavity to perform pressure-filter pressing.

4. The drip filtration dual-purpose drinking cup according to claim 3, wherein the device is provided with a water storage cavity above the drip filtration part, and the water storage cavity is communicated with the accommodating cavity through the drip filtration part to supply water to the drip filtration space.

5. The drip filtration dual-purpose drinking cup according to claim 4, wherein the water storage cavity is arranged in the operation part, and a liquid inlet leading to the water storage cavity is arranged at the top of the operation part.

6. The drip-filter pressing dual-purpose drinking cup as claimed in claim 3, wherein the lower part is a placement part for placing solid raw materials, the drip-filter is used as a bottom wall of the placement part, the upper end of the placement part is opened, the solid raw materials can be placed into the placement part through the opening after the upper part and the lower part are mutually detached, and the placement part and the upper part are spliced together to form the accommodating cavity.

7. The drip-filtration dual-purpose drinking cup according to claim 3, wherein the bottom of the upper part is a placing part for placing solid raw materials, the filter-filtration piece is used as the top wall of the placing part, the lower end of the placing part is opened, and the solid raw materials can be placed into the placing part through the opening after the upper part and the lower part are mutually detached; the upper part and the lower part are spliced, and the placing part and the lower part together enclose the accommodating cavity.

8. A drip filter pressing dual use drinking cup as claimed in claim 3 wherein there is provided an elastic member which is clamped between the outer side wall of the device and the side wall of the cup cavity, whereby the device is secured to the cup as described above.

9. The drip filter pressing dual purpose drinking cup as claimed in claim 8, wherein said elastic member is a sealing sleeve which seals the gap between said device and the inner side wall of the cup cavity.

10. The drip filtration dual purpose drinking cup according to claim 1, wherein said drip filtration member is provided at the bottom of said device and also serves as said drip filtration member, said drip filtration space is located below said filter member, and said drip filtration space is located above said filter member.

11. Drip-filter-press dual-purpose drinking cup according to claim 10, characterized in that the device comprises a lower part and an upper part, which are detachable from each other, the filter element being arranged in the lower part, the upper part being an operating part, in particular: the operating part is operated to descend along the side wall of the cup cavity so that the normal pressure device descends along the side wall of the cup cavity to perform normal pressure as described above; the device can be fixed to the cup as described above, in particular the lower part can be fixed to the cup.

12. The drip filter pressing dual-purpose drinking cup as claimed in claim 11, wherein the lower part is provided with a hanging lug which can be opened outwards, and when the hanging lug is opened, the lower part can be supported on the rim of the cup opening through the hanging lug so as to be fixed on the cup body as described above.

13. The drip filter pressing dual purpose drinking cup as claimed in claim 12, wherein the lower end of the hanging lug is a movable end, the hanging lug is turned and opened around the upper end, the drip filter pressing device is provided with a blocking piece, the blocking piece is blocked outside the hanging lug to prevent the hanging lug from being opened, and the blocking piece can be moved away from the hanging lug.

14. The drip filter pressing dual purpose drinking cup as claimed in claim 13, wherein the stopper is specifically a sealing sleeve detachably sleeved on the pressing device, and the sealing sleeve is clamped between the outer side wall of the pressing device and the side wall of the cup cavity.

15. The dual-purpose drinking cup for drip filtration according to claim 3 or 11, wherein the top of the operating part is higher than the cup mouth for operation.

16. The drip filter pressing dual purpose drinking cup as claimed in claim 15, wherein the top of the operating portion is provided with a turned-out edge for operation, and the operating portion is operated to descend along the side wall of the cup cavity until the turned-out edge is supported at the rim of the cup opening.