TW202410841A - Multi-functional series typed pour-over set characterized in that an assembly body can be used in a dripping or pour-over of an edible material, provide a drinking use, achieve an integrated storage and be easy to carry around - Google Patents

Abstract

The present invention is related to a multi-functional series typed pour-over set that provides a series typed assembly for components thereof. By space replacements between the components of the assembly body, the pour-over set can be used in a dripping or pour-over of an edible material, provide a drinking use, achieve an integrated storage and be easy to carry around. The assembly body includes: a cover, a pour-over shallow cup capable of being changed up and down, a cup body having a receiving space, and a probe connecting member connected to the pour-over shallow cup in series. Wherein, the pour-over shallow cup can be placed upside down in the cup body to achieve an integrated storage. The dripping or pour-over edible material can be obtained by selecting whether the probe connecting member is inserted relative to the pour-over shallow cup. The cup body is a packing body used to integrally receive and store components and has a drinking function.

Description

Multi-function series filter bubble group

The multifunctional string filter set of the present invention provides a string-type combination of components. The components of the set can be used for food filtering or filtering by replacing the space between them. It can also be used for drinking and can be integrated for storage, making it easy to carry.

Nowadays, due to the improvement of the taste of life, coffee and tea are widely loved. In order to taste coffee, there are many kinds of equipment for private brewing. Among them, the hand-drip method is the most common. This method must use a filter cup and a container. For the tasting of tea, there must be equipment for soaking. The equipment includes early teapots and new filter pots. In view of the diverse tastes of people nowadays, they often like coffee and tea at the same time. Different brewing equipment must be configured, and different equipment will occupy storage space when stored because of independent units. In addition, various existing equipment is often inconvenient to carry out, and has inherent structural problems. The present invention provides a filter brewing set, which can provide brewing of powdered ingredients such as coffee powder or pelletized ingredients such as tea leaves through spatial transformation of its components, providing diversified applications including drinking, and the components can be integrated and stored, and convenient to carry.

The multi-function serial filter set of the present invention provides a serial combination of components. The components of the set can be used for filtering dripping or filtering foaming of food through space replacement, and can be used for drinking and can be stored in an integrated manner for easy carrying. The set includes a cover, a filter stack cup that can be switched up and down, a cup body with a storage space, and a probe that can be connected to the filter stack cup in series. The filter stack cup can be inverted inside the cup body to achieve integrated storage. The probe can be selected to be implanted relative to the filter stack cup or not, so as to filter dripping or filtering foaming food. The cup body is a fully packaged packaging material, and its main purpose is to be used for drinking.

Another purpose of the present invention is to provide the probe connector with a rod-shaped handle body that can be lifted, and the virtual radial area on both sides of the handle body along the center line is vacant as a conductive space, and the handle body is vertically fixed or movably combined with a probe rod.

The third purpose of the present invention is that the bottom of the filter bubble stack cup is radially expanded to have a spanning radius, and the upper and lower surfaces of the inner circle of the spanning radius are respectively protruded with a limiting ring with a diameter smaller than the inner diameter of the cup mouth of the cup body, and the inner diameter of the lid mouth of the lid body is equal to the cup mouth.

The fourth purpose of the present invention is to place the cover body in reverse, so that the upward cover opening can be placed on the spanning radius of the filter foam stack cup to receive the remaining dripping liquid after the filter foam stack cup is working.

The fifth purpose of the present invention is to connect the assembly system in series according to a center line relationship, and each assembly is a circular body formed by coaxial rotation around the center line.

The sixth purpose of the present invention is that each component of the assembly can be made of mineral materials, metals, or plastic materials.

The seventh purpose of the present invention is to axially sleeve a filter screen with a filter disc on the probe rod provided in the probe connector, so that powdery and granular food materials can be filtered by the filter disc.

The eighth purpose of the present invention is the application of filtering, and it also includes a filter rod, which can be used for hand-brewed coffee, dripping, or infusion, or timed tea brewing, etc. The main body is a rod-shaped body that can be stored inside the filter brewing cup.

10: Cover

11: Covering

12: Spanning the inner stairs

100: Filter set

S: Centerline

20: Filtered bubble cup

21: Melting Space

22: Groove bottom

23: Raised ribs

24: Exile hole

25:Spanning the Radius

26: Open mouth

27: Limiting ring

28: Inner Ring Level

30: Cup body

31: Cup rim

32: Storage space

33: Heat-resistant sleeve

40: Detector connector

41: Body

42: Cross-end

43: Junction

44: Probe

45: Conductive space

50: Dispensing container

51: Powdered food ingredients

52: Pellet ingredients

60: Filter unit

70: Filter

71: Filter disc

72: body

73: Tip hole

80: Filter rod

81: Axle

82: Oar blade

83:Filter disc

84: Filter structure

85: probe terminal

86: Diversion column

87: Plug

88: Elastic sealing ring

Figure 1 is a front view of the assembly of the present invention.

Figure 2 is a three-dimensional schematic diagram of the structure of the filter foam stack cup of the present invention.

Figure 3 is a schematic diagram of the coffee brewing process performed by the assembly of the present invention.

Figure 4 is a schematic diagram of the cover of the present invention providing a reverse placement of the filter foam stack cup.

Figure 5 is a three-dimensional schematic diagram of the probe connector of the present invention.

Figure 6 is a schematic diagram of the relationship between the probe and the filter foam cup assembly of the present invention.

Figure 7 is a schematic diagram of the present invention's assembly for brewing pelletized food.

Figure 8 is one of the schematic diagrams of the present invention's assembly for brewing pelletized food.

Figure 9 is a schematic diagram of the present invention for raising the probe to release tea soup.

Figure 10 is a schematic diagram of the storage combination relationship of the assembly of the present invention.

Figure 11 is a schematic diagram of the component relationships of another embodiment of the present invention.

Figure 12 is a schematic diagram showing the relationship between the filter bubble stack cup and the filter screen in series of the present invention.

Figure 13 is a schematic diagram showing the filter of the present invention being located in the filter bubble cup assembly.

Figure 14 is a diagram showing the use of the filter brewing cup of the present invention for brewing pellet food.

Figure 15 is one of the schematic diagrams of the storage combination relationship of the assembly of the present invention.

Figure 16 is a schematic diagram of the filter bubble assembly combined with the filter rod of the present invention.

Figure 17 is a schematic diagram of the coffee rate drip application provided by the filter rod of the present invention.

Figure 18 is a schematic diagram of the tea brewing application provided by the filter assembly of the present invention.

Figure 19 is a schematic diagram of the flow of brewing liquid of the present invention.

A multi-function series filter assembly provides a series of space replacement combinations between components, and is used for food filtering and filtering and can be integrated and stored. It is provided with a spherical cover with a center line, a spherical filter stack cup with a center line, a dissolving space groove bottom axially connected to a discharge hole, a cross-circle radially provided at the outer bottom, and a spherical cup with a center line, and a "T"-shaped probe with a center line, and a probe rod is vertically connected in the center, which can be movably inserted into the above-mentioned discharge hole to determine whether the discharge hole is opened or closed.

The two ends of the handle of the probe can be placed across the inner circle of the opening, and the upper and lower surfaces of the inner circle of the spanning radius of the filter cup are respectively protruding with a limiting ring with a diameter smaller than the inner diameter of the cup mouth of the cup body, and the inner diameter of the lid mouth of the lid is equal to the cup mouth.

The upper surface of the bottom of the filter cup is provided with a discharge hole area, and a plurality of raised ribs are radially provided, and the inner circle of the cover mouth of the cover body is provided with an inner step of the span.

There is further provided a filter with a center line, which is coaxially assembled at the lower end of the probe, and the filter disc provided can be attached to the radial circumferential surface of the groove bottom. The filter can be used to filter coffee powder or tea leaves, and the filter is composed of a body that can be movably placed on the probe, and the body radially expands with filter discs, and at least the edge of the filter disc has an elastic deformation function.

The center of the handle body of the probe connector is further arranged to be coaxially and vertically coupled to the probe rod through a coupling part. The coupling part movably supports the probe rod, providing the probe rod with axial displacement, and determining the opening and closing state of the discharge hole.

A filter rod with a center line is further provided, which can be axially movable and inserted into the discharge hole of the filter bubble stack cup. The filter rod is composed of a shaft column, and a filter disc is radially combined at the lower end. The bottom surface of the filter disc can float on the radial surface of the bottom of the groove of the filter bubble stack cup, and the bottom surface is provided with a filter structure that can radially guide the flow. A probe end is coaxially combined with the lower end of the filter disc, and the upper part is a guide column with an outer diameter that can be movable in the discharge hole of the filter bubble stack cup. The guide column The column is connected to the filter structure, and the lower section is coaxially connected to a plug column. The diameter of the plug column can be axially matched with the discharge hole and can block the discharge hole. The inner diameter of the discharge hole is provided with an inner ring that can elastically shrink and act on the elastic sealing ring on the outer surface of the probe end. The filter structure is formed by a micro-shaped dense concave-convex structure radially opened on the bottom surface of the filter disc, and the outer circle of the shaft column provided by the filter rod is connected to the filter disc, and multiple blades are axially provided.

The multifunctional serial filter set of the present invention provides a serial space replacement combination between components, which can be used for filtering food drips and filtering drinks and can be integrated and stored.

For the detailed structure and operation functions of the present invention, please refer to the following diagrams:

First, please refer to FIG. 1. The components of the filter assembly 100 of the present invention are circular bodies formed by coaxial rotation around the center line S, including a cover 10, a filter stack cup 20 and a cup body 30, and a probe 40 that can be connected to the inside of the filter stack cup 20 according to the probe rod 44. The cover 10 is provided with a cover opening 11, and the bottom outer circle of the filter stack cup 20 is radially expanded to have a cross-over radius 25. The upper end of the cup body 30 is a cup opening 31, and a heat-resistant sleeve 33 can be added to the outer periphery. When stored, the cover 10 and the cup body 30 are mutually enclosed to form a circular storage.

The cup body 30 has the functions of being an outer package when storing, filtering and containing brewed food materials, and being used for drinking.

Please refer to Figure 2 again. The filter foam stack cup 20 has a dissolving space 21 inside and a groove bottom 22 at the bottom. An axially penetrating discharge hole 24 is provided in the center of the groove bottom 22. A spanning radius 25 is provided radially extending from the outer bottom of the surface body. The spanning radius 25 is shrunk inward to a smaller circular position. The upper and lower protrusions are provided with a limiting ring 27 of the same radius. A plurality of raised ribs 23 are provided radially around the upper end of the groove bottom 22 surface where the discharge hole 24 is open.

Please refer to FIG. 3 again. The assembly of the present invention can optionally provide filtering of powdered food 51 such as coffee powder. The dissolving space 21 of the filter stack cup 20 can be provided with a filter unit 60 such as filter paper on the inner surface of the dissolving space 21 according to the particle size of the powdered food 51. In a certain implementation, the powdered food 51 can be contained inside the filter unit 60. The spanning radius 25 provided on the outer circle of the bottom of the filter stack cup 20 can be spanned on the cup mouth 31 of the cup body 30. The discharge hole 24 provided on the inner bottom of the filter stack cup 20 is the accommodating space 32 that conducts the cup body 30. The outer surface of the cup body 30 can be covered with a heat-resistant sleeve 33 to block the internal and external temperatures.

The outer diameter of the limiting ring 27 provided across the radial circle 25 is smaller than the inner diameter of the cup mouth 31 of the cup body 30, so it can cut across the inner circle of the cup mouth 31. The limiting ring 27 can regulate the alignment of the center line S of the filter bubble stack cup 20 and the center line S of the cup body 30, and prevent the plane displacement of the filter bubble stack cup 20.

When brewing, the dispensing container 50 is used to dispense water for brewing. The dispensing container 50 is based on the filtering and dripping operation of hand-brewed coffee. The filtered coffee juice falls into the containing space 32 of the cup body 30 through the discharge hole 24. The raised ribs 23 radially arranged at the bottom of the dissolving space 21 can be used to hold a space, so that the bottom surface of the filtering unit 60 is suspended, which is conducive to the water to flow to the discharge hole 24.

Please refer to FIG. 4 again. After the aforementioned coffee brewing is completed, the filter unit 60 inside the filter stack 20 will be attached with residual water drops. Then the cover 10 can be inverted, and the cover opening 11 can be used to provide the spanning radius 25 of the filter stack 20 to span. The spanning radius 25 can also be coaxially positioned on the cover 10 to directly receive the residual drops after the filter stack 20 works.

Please refer to Figure 5 again. The probe 40 is a T-shaped rod structure design. A handle 41 is horizontally provided at the upper end. A straight-axis probe 44 is vertically connected to the center through a joint 43. The front and rear ends of the handle 41 are respectively the cross-ends 42, and a circular area is virtualized with the distance of the cross-end 42 as a half diameter. The area is opposite to the two sides of the handle 41 to form a conductive space 45 for the brewing liquid to pass through, and the two sides of the handle 41 can be provided for the user to hold the finger to lift the probe 40.

Please refer to Figure 6 again. The probe 40 is connected in series to the filter stack cup 20. The end of the probe rod 44 can be inserted into the discharge hole 24. The front and rear spanning ends 42 of the handle 41 of the probe 40 are respectively spanned on the inner ring step 28 provided on the inner circle of the upper end of the filter stack cup 20. Therefore, the center line of the probe 40 overlaps with the filter stack cup 20 and the cup body 30. The filter stack cup 20 uses the limiting ring 27 provided on the spanning radius 25 as the center line limit to make it coaxially connected with the cup body 30. The cover 10 is first opened before the above operation process.

Please refer to FIG. 7 again. The filter assembly 100 is used to brew pellet food 52 such as tea. Hot water is dispensed from the dispensing container 50 and flows into the dissolving space 21 of the filter brewing cup 20 through the conducting space 45 of the probe 40. The lower end of the probe rod 44 of the probe 40 blocks the discharge hole 24 to provide the pellet food 52 for soaking.

Please refer to FIG. 8 again. The inner circle of the cover opening 11 of the cover body 10 is provided with a spanning inner step 12. The spanning inner step 12 is used to span the opening 26 of the filter stack cup 20 so as to cover the filter stack cup 20. The end of the spanning end 42 provided by the probe 40 is spanned on the inner ring step 28 provided on the inner circle. Therefore, there is no interference between the spanning inner step 12 and the spanning end 42. The cover body 10 is closed to prevent the heat in the dissolving space 21 from dissipating quickly, providing the high-temperature soaking of tea leaves.

The cover 10 is closed to simulate the habit of brewing spherical food materials 52 such as tea leaves in a teapot, so that the internal temperature is not easy to dissipate to achieve a stuffy effect, and the probe rod 44 of the probe connector 40 is to seal the discharge hole 24. At this time, the internal liquid will be maintained in the dissolving space 21 of the filter and brewing cup 20 for brewing, and after a required period of time, the tea liquid will be discharged.

Please refer to FIG. 9 again. The above release of the discharge hole 24 allows the tea juice to flow into the accommodation space 32 of the cup body 30. The probe 40 is conveniently lifted by the handle 41 to separate the probe rod 44 from the discharge hole 24. Then, the tea juice previously located in the dissolving space 21 is discharged from the discharge hole 24 to the accommodation space 32. During the process, the spherical food material 52 such as tea leaves will expand and be supported by the raised ribs 23 radially arranged on the bottom of the filter and brewing cup 20, so that the expanded spherical food material is 52 pieces are not easy to fall into the discharge hole 24. Even if they fall into the discharge hole 24, the lower end of the probe rod 44 can be operated by the probe connector 40 to pick up the tea leaves blocking the discharge hole 24. The above brewing method can decide whether to open the discharge hole 24 according to the required brewing time of the ingredients. For example, the common tea brewing has a step-by-step process, such as the first brewing time is shorter, and the time after the second brewing is accumulated. The change of the time can be obtained by changing the combination of the probe rod 44 and the discharge hole 24.

Please refer to Figure 10 again. When the above assembly is stored, the orientation and space of the filter stack cup 20 in the assembly are changed. The opening 26 of the filter stack cup 20 is reversed to face the accommodation space 32 of the cup body 30 (indicated by the angle shown in the figure) and the provided spanning radius 25 is spanned on the cup mouth 31 of the cup body 30. The upper end is covered by the cover body 10. The cover mouth 11 of the cover body 10 is also covered on the periphery of the spanning radius 25. The limiting ring 27 of the spanning radius 25 is used to specify the specification, so that each component can achieve a coaxial series combination. The cup body 30 and the cover body 10 are used as a storage enclosure. After the storage combination, it has a spherical appearance, forming a compact storage with the smallest space.

The probe connector 40 can be directly inserted into the filter cup 20 so that the handle 41 is combined with the opening 26, or assembled in a reverse manner as shown in the figure, and the probe rod 44 is a straight axis and can be fully inserted into the discharge hole 24 in reverse, so as to prevent the probe rod 44 from falling. The premise is that the entire rod body of the probe rod 44 is a straight axis and can be fully slid into the discharge hole 24.

Please refer to FIG. 11 again. This design is another embodiment of the present invention. It also includes a spherical cover 10 with a center line S, a filter stack cup 20 and a cup body 30. The outer bottom of the filter stack cup 20 is also provided with a spanning radius 25 that can span the cup mouth 31 of the cup body 30. The spanning radius 25 can also be covered by the cover mouth 11 of the cover body 10. A probe rod 44 is vertically combined with the center of the probe connecting member 40. At least the end of the probe rod 44 is a straight axis, which can provide an axial serial sleeve connection for a filter screen 70. The handle 41 is vertically combined with the probe rod 44 through the joint part 43, wherein the joint part 43 can provide support for the axial movement and positioning of the probe rod 44 relative to the upper end.

Please refer to Figure 12 again. The bottom of the dissolving space 21 of the filter foam stack cup 20 is a groove bottom 22. The center of the groove bottom 22 is axially connected with a discharge hole 24. The discharge hole 24 provides an axially movable tip end of the probe rod 44 of the probe connector 40 to achieve blocking, and at least the end of the probe rod 44 is in the shape of a straight axis, providing a body 72 of the filter 70 to be movably inserted and positioned.

The filter 70 is provided with a body 72, and a filter disc 71 is radially extended at the bottom periphery of the body 72. Furthermore, the edge of the filter disc 71 can be implemented to be elastically deformable. The body 72 and the probe 44 are inserted into the outer circumference of the probe 44 through the provided pin hole 73. The body 72 can move axially on the probe 44 and use the elastic effect to position and combine the body 72. The elastic positioning can be achieved by a common elastic element, which will not be described in detail here.

Please refer to FIG. 13 again. The filter disc 71 of the filter 70 can be used as a filtering element in this design to provide coffee powder or tea brewing. The spanning end 42 of the probe 40 is spanned on the inner ring step 28 of the inner circle of the opening 26 of the filter brewing cup 20, so that the components can be connected in series with the same axis. The lower end of the probe rod 44 provides an axial sleeve for the filter 70. The filter disc 71 of the filter 70 is at least pressed against the radial surface of the groove bottom 22. (The combination shown in this figure is to provide a coffee powder hand (Implementation of dripping by flushing) Through the filtering function of the filter disc 71 and the active support of the probe rod 44 by the joint 43, the lower end of the probe rod 44 can be withdrawn from the discharge hole 24, so that the discharge hole 24 and the dissolving space 21 are in a conductive relationship. In this combination, coffee powder can be placed in the dissolving space 21 of the filter brewing cup 20, and then the external water can be flushed in from the conductive space 45. The filter disc 71 of the filter 70 forms a grid filtering effect, so that the hand-flushing dripping soup can directly fall from the discharge hole 24 into the cup body 30.

The above combination is to provide the use of hand-poured coffee dripping. The same serial combination form can be supported by the joint 43 by the probe rod 44 of the probe connector 40. The probe rod 44 can be lowered to make its lower end probe into the discharge hole 24 to block the discharge hole 24. The dissolving space 21 of the filter cup 20 is filled with food such as dried flowers and fruits (not shown in the figure). After hot water is poured into the conductive space 45, the discharge hole 24 is blocked, so that the dissolving space 21 can be used to brew food on schedule. The system can obtain hand-poured coffee dripping or food brewing through the axial height change of the probe rod 44.

Please refer to FIG. 14 again. The filter cup 20 is assembled with a probe 40 and a filter screen 70. The filter disc 71 of the filter screen 70 is at least attached to the bottom of the dissolving space 21 at its radial edge. The end of the probe rod 44 seals the discharge hole 24. The conductive space 45 of the probe 40 is used to provide the dispensing container 50 with water to brew the pellet food material 52 such as tea leaves inside. After a required period of time, the probe is lifted. 40 makes the end of the probe 44 leave the discharge hole 24, and the tea juice will be discharged into the containing space 32 of the cup body 30. During the steaming and brewing process, the cover body 10 can also cover the opening 26 of the filter brewing stack cup 20 through the stack inner step 12 to prevent the heat in the dissolving space 21 from dissipating quickly, so as to maintain the brewing temperature. The sealing state of the probe 44 and the discharge hole 24 determines the brewing time of the food.

Referring to FIG. 15 , the assembly method of the integrated storage is to first invert the filter stack cup 20 so that its opening 26 faces the accommodating space 32 of the cup body 30 and then place it therein. The cross-over radius 25 of the filter stack cup 20 is inverted on the cup mouth 31 of the cup body 30 so that the filter stack cup 20 is hung upside down inside the cup body 30. The limit ring 27 of the cross-over radius 25 is used to limit the filter stack cup 20 to the inner wall of the cup body 30. The center line S of the filter stack cup 20 and the cup body 30 is coaxial, wherein the probe 40 can be maintained inside the filter stack cup 20, or the probe rod 44 (as shown by the dotted line portion) can be inserted in the opposite direction from the other end of the discharge hole 24, and then the handle 41 of the probe 40 is located above the angle shown in the figure, wherein the filter screen 70 can be located in the dissolving space 21 if the axial length is limited.

The cup body 30 provides the function of storage and is the main folding enclosure. The filter stack cup 20 and the probe 40 are placed inside, which can greatly reduce the outer material volume of the package. Another enclosure is based on the use of the cover 10. The cover 10 is provided with a cover mouth 11 with the same diameter as the cup mouth 31 of the cup body 30, and the spanning radius 25 of the filter stack cup 20 is provided with a limiting ring 27 on the opposite radius. The limiting ring 27 is used to determine the center of the assembly. After being covered with the cover 10, the appearance of the assembly is a simple spherical shape.

For further implementation of the present invention, please refer to the following diagrams:

First, please refer to FIG. 16 again. The filter assembly 100 is implemented with a rod-shaped filter rod 80. The main body of the filter rod 80 is a shaft 81. A filter disc 83 is combined at the lower end. A filter structure 84 is provided on the bottom surface of the filter disc 83. Multiple blades 82 are radially provided in the corner joint space between the shaft 81 and the filter disc 83.

A probe end 85 is coaxially coupled to the bottom end of the filter disc 83. The upper end of the probe end 85 is a guide column 86 whose axial length is greater than the length of the discharge hole 24. The guide column 86 and the filter structure 84 have a flow-conducting function with a path. The lower end of the guide column 86 is a plug column 87 that can be flexibly matched and can block the discharge hole 24. The surface of the probe end 85 is provided with an axial guide groove connected to the filter structure 84 to form a flow path. The filter structure 84 can be a radial groove or any dense concave-convex structure, or a structure in which the grid grooves can be connected front and back.

The probe end 85 can be axially movable and inserted into the inner circle of the discharge hole 24. The discharge hole 24 can stop the outer circle of the probe end 85, so that the probe end 85 can be temporarily positioned at any height when it penetrates the discharge hole 24. The discharge hole 24 conducts the accommodating space 32 set by the cup body 30.

The discharge hole 24 can be designed to implement elastic shearing and pressure-reducing on the probe end 85, and the setting method can adopt any elastic element. Specifically, an elastic sealing ring 88 with elasticity is provided in the inner diameter of the discharge hole 24. The inner circle of the elastic sealing ring 88 can provide the probe end 85 with movable penetration. The elastic force generated can act on the outer circle of the probe end 85 to temporarily stop the axial height position of the filter rod 80 during operation.

Please refer to FIG. 17 again. The filter disc 83 provided by the filter rod 80 is pressed down and floated on the surface of the tank bottom 22. In this combination, the operation of hand-washing filtered drip coffee can be provided. The powdered food material 51 such as coffee powder is placed in the dissolving space 21. The opening 26 space can provide hot water for pouring. The dissolved juice that sinks after the hot water blends with the coffee powder flows toward the bottom of the filter disc 83 relative to the filter structure 84 on the surface of the tank bottom 22, and then passes through the filter structure 84 of the filter disc 83. The path of the guide column 86 of the probe end 85 is connected, so that the filtered water drops flow into the containing space 32 of the cup body 30, and the filter structure 84 provided at the bottom of the filter disc 83 and the filter cup 20 and the upper surface of the tank bottom 22 form a micro gap to filter the particles of the powder and granular food 51, and the path of the filter structure 84 and the guide column 86 is connected, so that the juice at the bottom of the dissolving space 21 can be filtered through the filter structure 84 and placed in the containing space 32.

In order to increase the dissolution rate of the powder and granular ingredients 51 during the process, the upper end of the rod-shaped shaft 81 can be twisted by the user's fingers to drive the paddle 82 to stir radially, so that the injected water and the surface of each powder and granular ingredient 51 can be fully dissolved, making the filtered juice taste thicker.

Please refer to FIG. 18 again. The lower end of the probe end 85 provided at the lower end of the filter rod 80 is a plug 87. The plug 87 can block the discharge hole 24. The elasticity of the elastic sealing ring 88 is used to maintain the height of the filter rod 80 at the highest position. Through the blocking of the plug 87, a half-open space is formed inside the dissolving space 21, which can provide a longer brewing time. For example, when brewing dried fruit ingredients such as pellet ingredients 52, the pellet ingredients 52 such as tea need to be left still to extend the brewing time. The dissolving space 21 is filled with pellet ingredients. After hot water is injected into the opening 26, in order to maintain the heat inside the dissolving space 21, the opening 26 can accept the inner step 12 of the cover 10 to cover the cover 10, so that the heat in the dissolving space 21 is not easy to dissipate, and the full force acts on the spherical food material 52. When the brewing time is reached, the shaft 81 can be pressed down, the linkage plug 87 can be withdrawn from the discharge hole 24, and the bottom of the dissolving space 21 is connected through the guide column 86, so that the brewing liquid can flow to the accommodating space 32 through the discharge hole 24.

Please refer to FIG. 19 again. The brewed spherical food material 52 is subsequently discharged by the user using the protruding upper end of the shaft 81 to press down, so that the filter structure 84 of the filter disc 83 contacts the bottom 22 to form a tea filter function, and the plug 87 withdraws from the discharge hole 24. Through the path conduction relationship between the filter structure 84 and the guide column 86 of the probe end 85, the brewed water in the dissolving space 21 forms a passage to flow downward to the space 32 provided in the cup body 30.

The brewing of the pellet food 52 can be done in a single process or in multiple brewing processes such as tea leaves, depending on the type of food. In the multiple brewing process, the user can lift the filter rod 80 by pinching the upper end of the shaft 81, so that the plug 87 seals the discharge hole 24 again as shown in FIG18, and then inject hot water from the opening 26 again, so that the pellet food 52 can be brewed for the second time. After the second brewing is completed, the filter rod 80 is pressed down as shown in FIG19, so that the plug 87 is separated from the discharge hole 24, so that the brewing liquid in the dissolving space 21 can be discharged into the accommodating space 32 through the path connected between the filter structure 84 and the guide column 86.

This invention provides a serially connected assembly, each of which is in the shape of a coaxial sphere. Through the transformation of space, it can achieve integrated storage, or provide filtering and dripping food, or brewing food, and is convenient for use and carrying in various occasions indoors and outdoors. It is an innovative design. We sincerely ask the examiner to deliberate and grant a patent as soon as possible.

10: Cover

20: Filtered bubble cup

22: Groove bottom

24: Exile hole

25:Spanning the Radius

26: Open mouth

27: Limiting ring

28: Inner Ring Level

30: Cup body

40: Detector connector

41: Body

42: Cross-end

44: Probe

Claims (10)

A multi-function series filter group, comprising: A spherical cover body with a center line and a cover opening; A spherical filter foam stack cup with a center line, the upper end of which is an opening that can be covered by the cover body, the opening leads to a dissolving space inside, the bottom of the dissolving space is axially connected to a discharge hole, and a spanning radius is radially provided at the bottom of the outer circle; A spherical cup body with a center line, and a cup mouth at the top leading to the internal storage space; A "T"-shaped probe connector with a center line, with a rod-shaped handle body disposed horizontally on the upper end, the two ends of the handle body can be placed across the opening of the above-mentioned filter cup and leave a conductive space for each other, and a probe rod is vertically connected in the center, and at least the end of the probe rod is in the shape of a straight axis, which can be movably inserted into the above-mentioned discharge hole; The upper and lower surfaces of the inner circle of the spanning radial circle are respectively provided with a limiting ring with a diameter smaller than the inner diameter of the cup mouth of the cup body, and the inner diameter of the lid mouth of the lid body is equal to the cup mouth. As described in the first item of the patent application, the multi-function serial filter set, wherein the upper surface of the bottom of the filter cup is provided with a discharge hole area, and a plurality of raised ribs are provided radially. A multi-function series filter group, comprising: A spherical cover body with a center line and a cover opening; A spherical filter foam stack cup with a center line, the upper end of which is an opening that can be covered by the cover body, the opening leads to a dissolving space inside, the bottom of the dissolving space is axially connected to a discharge hole, and a spanning radius is radially provided at the bottom of the outer circle; A spherical cup body with a center line, and a cup mouth at the top leading to the internal storage space; A probe with a center line is provided with a probe rod, at least the end of which is in the shape of a straight axis and can be movably inserted into the above-mentioned discharge hole; A filter with a center line is coaxially assembled at the lower end of the probe and is provided with a filter disc. At least the radial edge of the filter disc can fit the radial circumferential surface of the groove bottom; The upper and lower surfaces of the inner circle of the spanning radial circle are respectively provided with a limiting ring with a diameter smaller than the inner diameter of the cup mouth of the cup body, and the inner diameter of the lid mouth of the lid body is equal to the cup mouth. As described in item 3 of the patent application scope, the multi-function series filter bubble group, wherein the filter is composed of a body that can be movably placed on the probe, and the body is radially expanded with filter discs, and at least the radial edge of the filter disc has an elastic deformation function. As described in item 3 of the patent application, the center of the handle body of the probe connector is coaxially and vertically coupled to the probe rod through a coupling part, and the coupling part movably supports the probe rod, providing the probe rod with axial displacement. As described in item 3 of the patent application, the multi-function serial filter set has a handle disposed horizontally on the upper end of the probe, and the two ends of the handle can be placed across the opening of the filter cup, and the probe rod is vertically assembled in the center of the handle. A multi-function series filter group, comprising: A spherical cover body with a center line and a cover opening; A spherical filter foam stack cup with a center line, the upper end of which is an opening that can be covered by the cover body, the opening leads to a dissolving space inside, the bottom of the dissolving space is axially connected to a discharge hole, and a spanning radius is radially provided at the bottom of the outer circle; A spherical cup body with a center line, and a cup mouth at the top leading to the internal storage space; The upper and lower surfaces of the inner circle of the spanning radial circle are respectively provided with a limiting ring with a diameter smaller than the inner diameter of the cup mouth of the cup body, and the inner diameter of the lid mouth of the lid body is equal to the cup mouth; A filter rod with a center line can be axially movably inserted into the filter cup, and the filter rod further includes: A shaft, the lower end of which is radially connected to a filter disc, the bottom surface of which can float on the radial surface of the bottom of the filter cup, and the bottom surface is provided with a filter structure capable of radially guiding the flow; A probe end that can be axially movable at the discharge hole of the filter bubble stack cup is coaxially connected to the lower end of the filter disc, and the upper part is a guide column, which conducts the flow path with the filter structure; The lower section is a plug that can seal the discharge hole. As described in item 7 of the patent application, the multi-function series filter bubble group has an inner ring in the inner diameter of the discharge hole that can be elastically contracted to act on the elastic sealing ring on the outer surface of the probe end. As described in item 7 of the patent application scope, the multi-function series filter bubble group, wherein the filter structure is a micro-shaped dense concave-convex structure radially opened on the bottom surface of the filter disc. As described in item 7 of the patent application, the multi-function series filter bubble group, wherein the outer circle of the shaft provided on the filter rod is connected to the corner space of the filter disc, and multiple blades are provided axially.

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