TWI816548B - Multifunctional string follicle group - Google Patents

Abstract

The multifunctional string filter group of the present invention provides components that can be combined in series. Through space replacement between the components of the group, it can be used to filter drops or filter bubbles for food, and can be used for drinking. A filter unit that achieves integrated storage and is convenient for portability. The unit includes a cover, a filter stack cup that can be exchanged up and down, a cup with accommodating space, and a filter that can be connected in series. The probe piece of the bubble stack cup. The filter bubble stack cup can be placed upside down inside the cup body to achieve integrated storage. By choosing whether the probe piece is implanted relative to the bubble stack cup, filter drops or filter ingredients can be obtained. The cup body It is a complete packaging material and has functions for drinking and use.

Description

Multifunctional string follicle group

The multifunctional string filter group of the present invention provides components that can be combined in series. Through space replacement between the components of the group, it can be used to filter drops or filter bubbles for food, and can be used for drinking. The follicle set achieves integrated storage and is convenient for portability.

Nowadays, due to the improvement of taste in life, coffee and tea are both widely loved. In order to taste coffee, there are a variety of equipment for private brewing. Among them, the hand dripping method is the most common. This method requires the use of a filter cup and a container. Containers, for tea tasting, there must be equipment that can be soaked. This equipment includes early teapots and newly introduced filter pots. In view of the diverse tastes of people nowadays, who often have the same preferences for coffee and tea, it must be equipped Different brewing equipment, and different equipment will occupy the storage space when stored independently, and various current equipment are often inconvenient to carry out and have inherent structural problems. The present invention provides a follicle group, with the associated components transformed through space. It can provide brewing of powdered ingredients such as coffee powder or pellet ingredients such as tea leaves, providing diversified applications including drinking, and the components can be integrated and stored for easy portability.

The multifunctional string filter group of the present invention provides components that can be combined in series. Through space replacement between the components of the group, it can be used to filter drops or filter bubbles for food, and can be used for drinking. A filter unit that achieves integrated storage and is convenient for portability. The unit includes a cover, a filter stack cup that can be exchanged up and down, a cup with accommodating space, and a filter that can be connected in series. Bubble The detection connector of the stack cup, in which the filter bubble stack cup can be placed upside down inside the cup body to achieve integrated storage. By choosing whether the detection connector is implanted relative to the follicle stack cup, filter drops or filter material can be obtained. The cup body is A complete package of packaging materials, with its main purpose of drinking and using.

Another object of the present invention is to provide the probe joint with a rod-shaped handle body that can be lifted, and the circular spoke areas virtualized by the center line on both sides of the handle body are vacated to form a conductive space, and the handle body is vertically fixed or Activities combined with a probe.

The third object of the present invention is that the bottom of the follicle stack cup is radially expanded with straddling radial circles, and the upper and lower surfaces of the inner circles of the straddling radial circles are respectively protruded with limiting rings with a diameter smaller than the inner diameter of the cup mouth of the cup body. The body, and the inner diameter of the cover mouth of the cover body, are equal to the mouth of the cup.

The fourth object of the present invention is that the cover body is placed in reverse, and the cover mouth facing upward can be placed across the radial circle set by the filter bubble stack cup to receive the brewing dripping liquid remaining after the operation of the filter bubble stack cup.

The fifth object of the present invention is that the assembly system is connected in series according to a center line relationship, and each component is a circular body formed by conjugate rotation and winding according to the center line.

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

The seventh object of the present invention is to set a probe rod on the probe connector, and a filter grid with a filter disc is axially mounted thereon. The filter disc can filter powdered food and pellet food.

The eighth object of the present invention is the application of filtration, which further includes a filter rod. This structure can be used for hand-brewed coffee, dripping or steeping, or time-controlled tea brewing. The main body is a rod-shaped body that can be stored. Inside the follicle stack cup.

10: Cover

11: cover

12: Stack spans inner level

100: Follicular group

S: center line

20: Follicle stack cup

21: Dissolving space

22:Trough bottom

23: raised ribs

24:Exile hole

25: straddling spokes

26:Open your mouth

27: Limiting ring body

28:Inner Ring Stage

30: cup body

31: Cup mouth

32: Accommodation space

33:Thermal resistance sleeve

40: Exploration piece

41:Hold the body

42:Straddle end

43:joint part

44:Probe rod

45:Conduction space

50: Dispensing container

51: Powder food

52:Pelleted ingredients

60:Filter unit

70:Grid

71:Filter disc

72:hub body

73: Tip hole

80: filter rod

81:Axis column

82:Paddle

83:Filter disc

84:Filter structure

85: Detection terminal

86: diversion column

87:Plug

88: Elastic sealing ring

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

Figure 2 is a schematic three-dimensional view of the follicle stack cup structure of the present invention.

Figure 3 is a schematic diagram of the assembly of the present invention for brewing filter coffee.

Figure 4 is a schematic diagram of the cover body of the present invention providing the follicle stack cup in a reverse direction.

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

Figure 6 is a schematic diagram showing the relationship between the probe connecting piece and the follicle stack cup in series according to the present invention.

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

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

Figure 9 is a schematic diagram of lifting the probe joint to release tea soup according to the present invention.

Figure 10 is a schematic diagram of the relationship between the volume storage and combination of the present invention.

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

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

Figure 13 is a schematic diagram of the assembly relationship between the filter grid and the bubble stack cup according to the present invention.

Figure 14 is a diagram showing the use of the bubble stack cup of the present invention to provide pellet ingredients for brewing.

Figure 15 is one of the schematic diagrams of the relationship between the volume storage and combination of the present invention.

Figure 16 is a schematic diagram of the combined filter rod of the follicle set according to the present invention.

Figure 17 is a schematic diagram of the application of the filter rod to provide coffee dripping according to the present invention.

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

Figure 19 is a schematic diagram of brewing liquid discharge according to the present invention.

A multifunctional string-type filter bubble set, which provides a string-type space replacement combination between components and is used for food filtering and filter bubbles and a filter bubble set that can be integrated and stored. It is provided with a circular cover body with a center line , a cylindrical follicle stack cup with a center line, a discharge hole axially connected to the bottom of the tank in the dissolution space, a straddling radial circle radially arranged at the bottom of the outer circle, and a cylindrical cup with a center line , and a "T"-shaped probe joint with a center line, and a probe rod vertically combined in the center, with a movable tip that can enter the above-mentioned drainage hole to determine the opening and closing of the drainage hole.

The two ends of the handle body of the probe joint can be placed across the inner circle of the opening, and the upper and lower surfaces of the inner circle of the radial circle set by the filter bubble stack cup are respectively protruding and provided with cup mouths with diameters smaller than the cup body. The inner diameter of the limiting ring body and the inner diameter of the lid body are equal to the cup opening.

The upper surface of the bottom of the groove set in the follicle stack cup is open to the discharge hole area, and there are a plurality of raised ribs in the radial direction. The inner circle of the cover opening of the cover body is provided with an inner step across the stack.

A centerline filter is further provided, coaxially assembled at the lower end of the probe rod. The filter disk can be attached to the circumferential surface of the bottom spoke of the groove. The filter can be used to select coffee powder or tea filter, and The filter grid is composed of a hub body that can be flexibly placed on the probe rod. The hub body is radially expanded with filter discs, and at least the edge of the filter disc has elastic deformation function.

Further, the center of the handle body of the probe connection piece is set, and the probe rod is coaxially and vertically connected through a joint portion. The joint portion movable supports the probe rod, provides the probe rod with axial displacement, and determines the opening and closing state of the discharge hole.

There is further provided a filter rod with a center line, which can be axially moved through the discharge hole set in the filter bubble stack cup. The filter rod is composed of an axis column, and a filter disc is radially combined with the lower end. The bottom surface of the filter disc can be connected with the filter disc. The bottom of the bubble stack cup is provided with a radial radial floating surface, and the bottom surface is provided with a passage for radial diversion The filter structure, a probing end, is coaxially coupled to the lower end of the filter disc. The upper section is a guide column with an outer diameter that can move in the discharge hole set in the filter bubble stack cup. The guide column is connected to the filter structure, and the lower section is coaxial. Combined with a plug, the diameter of the plug can axially move in conjunction with the drain hole, and can block the drain hole. An inner ring is provided radially in the inner circle of the drain hole, which can elastically shrink and act on the elastic seal on the surface of the probe end. ring, and the filter structure is formed by a micro-shaped dense concave and convex structure radially opened on the bottom surface of the filter disc, and the outer circle of the shaft column of the filter rod is angularly connected with the filter disc, and multiple paddles are provided in the axial direction leaves.

The multifunctional string-type filter bubble set of the present invention provides a string-type space-replaceable combination between components, which is used for food filtering and filter bubbles and a filter bubble set that can be used for drinking and can be integrated and stored.

For the detailed structure and operation functions of the present invention, please refer to the illustrations as follows:

First, please refer to FIG. 1 . Each component of the follicle set 100 of the present invention is a circular body formed by conjugate rotation around the center line S, including a cover 10 , a follicle stack cup 20 and a cup body 30 , and according to the probe rod 44, the probe connector 40 can be placed in series inside the filter bubble stack cup 20, wherein the cover body 10 is provided with a cover opening 11, and the bottom of the filter bubble stack cup 20 is provided with a straddling radial circle 25 extending radially from the outer circle. The upper end of the cup body 30 is a cup opening 31, and a heat-resistant sleeve 33 can be added to the periphery. When the cup body 30 is stored, the lid body 10 and the cup body 30 are encased in each other to form a circular storage.

The function of the provided cup body 30 is to serve as an outer container when storing, to filter and contain brewed ingredients, and to drink by mouth when drinking.

Please refer to Figure 2 again. The inside of the bubble stack cup 20 is a melting space 21, and the bottom is a groove bottom 22. The center of the groove bottom 22 is provided with an axial through-hole and a first-flow discharge hole 24. The outer circular bottom of the surface is radial. The extension is provided with a straddling radial circle 25. The radial surface of the straddling radial circle 25 shrinks inward to a smaller circular width annular position. The upper and lower protrusions are provided with limit ring bodies 27 of the same radius, and there is an opening on the surface of the groove bottom 22. A plurality of protruding ribs 23 are provided on the periphery of the radial surface of the upper end of the discharge hole 24 in the radial direction.

Please refer to FIG. 3 again. The assembly of the present invention can optionally provide a filter for powdery food 51 such as coffee powder. The melting space 21 of the filter stack cup 20 can be configured in a certain manner according to the particle size of the powdery food 51. To implement, a filter unit 60 such as filter paper can be placed inside the melting space 21 first, and then the powdery ingredients 51 can be accommodated inside the filter unit 60. The drain hole 24 provided at the inner bottom of the bubble stack cup 20 is straddling the cup mouth 31 of the cup body 30 and serves as a receiving space 32 for the conductive cup body 30. A heat-resistant sleeve 33 can be placed on the outer surface of the cup body 30. Block the temperature inside and outside.

The peripheral diameter of the limit ring body 27 set across the spoke circle 25 is smaller than the inner diameter of the cup mouth 31 of the cup body 30, so it can be cut across the inner circle of the cup mouth 31, and the filter can be regulated by the limit ring body 27. The center line S of the bubble stack cup 20 is aligned with the center line S of the cup body 30, and prevents plane displacement of the bubble stack cup 20.

When brewing, the dispensing container 50 is used to dispense water and liquid for brewing. The dispensing container 50 is based on the dripping operation of hand-brewed coffee, and the filtered coffee soup falls into the accommodation space 32 of the cup 30 through the drain hole 24, where By utilizing the protruding ribs 23 provided in the radial direction at the bottom of the dissolving space 21, a space can be lifted up, so that the bottom surface of the filter unit 60 is suspended, which facilitates the water flow to the discharge hole 24.

Please refer to FIG. 4 again. After the above-mentioned coffee brewing is completed, the brewed water liquid residues will remain inside the filter unit 60 of the filter stack cup 20, and the cover 10 can be turned upside down and used. The cover 11 provides a straddling radial circle 25 for the follicle stack cup 20 to straddle. The straddling radial circle 25 can also be coaxially positioned on the cover body 10 to directly receive the residual drops after the operation of the follicle stack cup 20.

Please refer to Figure 5 again. The probe connector 40 is a T-shaped rod structural design. A handle 41 is disposed transversely at the upper end. A straight-axis probe rod 44 is vertically coupled to the center through a connecting portion 43. The front and rear sides of the handle 41 are The rear two ends are respectively straddle ends 42, and the distance between the straddle ends 42 is defined as a radius to virtually create a circular area. This area is opposite to both sides of the handle body 41 to form a conductive space 45 for the brewing water to pass through. , and the two sides of the handle body 41 can be used by the user's fingers to lift the probe connector 40 .

Please refer to Figure 6 again. The probe connector 40 is connected in series to the filter bubble stack cup 20. The end of the probe rod 44 is configured to be inserted into the blocked drain hole 24. The probe connector 40 is provided with a handle 41 at the front and rear ends. The straddling ends 42 respectively straddle the inner ring steps 28 provided on the inner circle of the upper end of the filter bubble stack cup 20. Therefore, the center line of the probe connector 40 overlaps the filter bubble stack cup 20 and the cup body 30. The filter bubble stack cup 20 is The limiting ring body 27 set across the spoke circle 25 serves as a center line limiter so as to be coaxially connected in series with the cup body 30. The cover body 10 is lifted first before the above operation.

Please refer to Figure 7 again. When the filter bubble group 100 is assembled to brew pellet ingredients 52 such as tea leaves, hot water is dispensed from the dispensing container 50 and flows into the filter bubble through the conductive space 45 of the probe 40. In the melting space 21 of the stack cup 20, the lower end of the probe rod 44 of the probe connector 40 blocks the drain hole 24 and provides the pellet food material 52 for soaking.

Please refer to Figure 8 again. The inner circle of the cover opening 11 of the cover body 10 is provided with an inner step 12 of the stack span. The inner step 12 of the stack span is used to span the opening 26 of the filter bubble stack cup 20 so that the filter bubble stack cup 20 can be covered. , and the end of the straddling end 42 of the probe connector 40 is straddling the inner ring step 28 provided on the inner circle, so there will be no interference between the inner step 12 of the stack span and the straddling end 42. By covering The body 10 is closed to prevent the heat inside the dissolving space 21 from quickly dissipating and to provide the tea leaves with the high-temperature steeping requirements.

The cover 10 is closed to imitate the habit of brewing pellet ingredients 52 such as tea leaves in a teapot, so that the internal temperature is not easily dissipated to cause a sultry effect, and the probe rod 44 of the probe member 40 is to seal the drain hole 24. At this time, the inside The liquid will be brewed in the dissolving space 21 of the filter stack cup 20, and after a required period of time, the tea liquid will be discharged.

Please refer to Figure 9 again. The above-mentioned release of the drain hole 24 allows the tea juice to drain into the accommodation space 32 of the cup body 30. In order to facilitate the lifting of the probe connector 40 through the handle body 41, the probe rod 44 is separated from the drain hole. 24, the tea juice previously located in the dissolving space 21 is released from the drain hole 24 to the accommodation space 32. During the process, the pellet material 52 such as tea leaves will expand and be radiated by the inner bottom of the filter stack cup 20. raised ribs 23 Prop it up so that the soaked and expanded pellet ingredients 52 cannot easily fall into the discharge hole 24. Even if they fall into the discharge hole 24, the probe joint 40 can be used to operate the lower end of the probe rod 44 to open the blockage and discharge it. For tea leaves with hole 24, the above-mentioned brewing method can decide whether to open the drain hole 24 according to the brewing time of the ingredients. For example, common tea leaves have divided steps for brewing. For example, the first brewing time is shorter, and the time is accumulated after the second brewing. , the change of this time course can be obtained by changing the combination relationship between the probe rod 44 and the drain hole 24 .

Please refer to Figure 10 again. When the above-mentioned assembly is stored, in order to change the orientation and space of the follicle stack cup 20 in the assembly, the opening 26 of the follicle stack cup 20 is inverted to face the cup body 30. The accommodating space 32 (represented by the angular position as shown in the figure) is placed across the cup opening 31 of the cup body 30 by using the provided straddling spoke circle 25. The upper end is covered by the cover body 10, and the cover mouth 11 of the cover body 10 The cover is also closed around the circumference of the straddling spoke circle 25, and the limiting ring 27 of the straddled spoke circle 25 is used to specify the specifications, so that a coaxial series connection combination is achieved between the components, in which the cup body 30 and the cover body 10 is used as a storage envelope. After the storage is combined, it has a circular appearance, forming an integrated storage with minimal space.

The probe connector 40 can be directly inserted into the follicle stack cup 20 so that the body 41 is connected to the opening 26, or it can be assembled in a reverse manner as shown in the figure. The probe rod 44 is straight-axis-shaped and can be fully reversed. Insert it into the discharge hole 24, so as to prevent the probe rod 44 from falling. The premise is that the probe rod 44 has a straight axial direction and can be slid into the discharge hole 24.

Please refer to Figure 11 again. This design is another implementation of the present invention. It also includes a circular cover 10 with a center line S, a follicle stack cup 20 and a cup body 30. The outer circle of the follicle stack cup 20 is The bottom is also provided with a straddling radial circle 25 that can straddle the cup mouth 31 of the cup body 30. The straddling radial circle 25 can also be covered by the cover opening 11 of the cover 10, and the center of the set probe connector 40 is vertically connected. There is a probe rod 44. At least one end of the probe rod 44 is in the shape of a straight axis, which can provide an axial series socket for the filter grate 70. The handle 41 is vertically coupled to the probe rod 44 through a coupling portion 43, wherein the coupling portion 43 It can provide axial movement and positioning of the probe rod 44 relative to the upper end. of support.

Please refer to Figure 12 again. The inner bottom of the dissolving space 21 of the filter bubble stack cup 20 is a tank bottom 22. A drain hole 24 is provided in the center of the tank bottom 22, and the drain hole 24 provides a probe 40. The end of the probe rod 44 can be axially moved to achieve blocking, and at least the end of the probe rod 44 is straight-axis-shaped to provide a hub 72 for the filter grate 70 to move through and position.

The filter grid 70 is provided with a hub body 72, and a filter disk 71 is radially expanded from the bottom periphery of the hub body 72. Furthermore, the edge of the filter disk 71 can be elastically deformed. Between the hub body 72 and the probe rod 44 is By inserting the tip hole 73 into the outer surface of the probe rod 44, the hub body 72 can move axially on the probe rod 44, and the hub body 72 can be positioned and combined by elasticity. The elastic positioning can be achieved by common elasticity. The components are, please don’t go into details here.

Please refer to Figure 13 again. In this design, the filter disk 71 of the filter grid 70 can be used as a filter element to provide brewing of coffee powder or tea leaves. The crossover end 42 of the probe connector 40 is connected across The inner ring step 28 of the inner circle of the opening 26 of the filter stack cup 20 can be connected in series with the coaxial axis. The lower end of the probe rod 44 provides the axial sleeve of the filter grid 70. The filter circle of the filter grid 70 is At least its radial edge of the plate 71 is the radial surface pressed against the groove bottom 22. (The combination shown in this figure is an implementation mode for providing hand-made coffee powder filter dripping.) Through the filtering function of the filter disc 71, and the detection The rod 44 is movable and supported by the joint 43, so that the lower end of the probe rod 44 can retreat away from the drain hole 24, so that the drain hole 24 and the melting space 21 are in a conductive relationship. In this combination, coffee powder can be placed into the filter stack. The dissolving space 21 of the cup 20 can then be filled with external water liquid from the conductive space 45. The filter disk 71 of the filter grid 70 forms a grid filter, so that the soup dripping by hand can directly fall through the drain hole 24. Enter the cup body 30.

The above-mentioned combination is used for hand-brewed coffee filter dripping. In the same series connection form, the probe rod 44 of the probe connector 40 can be movable supported by the joint part 43, and the probe rod 44 can be lowered so that its lower end can be inserted. The drain hole 24 is blocked by the counter drain hole 24. Food ingredients such as dried flowers and fruits (not shown in the figure) are placed in the dissolving space 21 of the filter bubble stack cup 20. After hot water is poured in through the conductive space 45, the drain hole 24 is blocked. The system is sealed so that the brewing space 21 can be used for brewing ingredients. The system can adjust the axial height of the probe 44 to use hand-brewed coffee filters or brew ingredients.

Please refer to Figure 14 again. The bubble stack cup 20 is composed of a probe 40 and a filter grid 70. At least its radial edge of the filter disk 71 of the filter grid 70 is adhered to the bottom of the dissolving space 21. The end of the probe rod 44 is sealed. The drain hole 24 is combined, and the conductive space 45 of the probe connector 40 is used to provide the dispensing container 50 to dispense water to brew the internal pellet food 52 such as tea leaves for a required period of time. After the probe connector 40 is lifted, the probe rod is The end of 44 is open to the drain hole 24, and the tea juice is drained into the accommodating space 32 of the cup 30. During the steaming and brewing process, the cover 10 can also be covered with the filter bubble by the inner step 12 of the stack. The opening 26 of the stack cup 20 prevents the heat inside the melting space 21 from quickly dissipating, thereby maintaining the brewing temperature. The blocking state of the probe 44 and the drain hole 24 determines the brewing time of the ingredients.

Please refer to FIG. 15 again to implement the assembly method of integrated storage. First, turn the filter bubble stack cup 20 upside down with its opening 26 facing the receiving space 32 of the cup body 30 and insert it. The radial circle 25 is arranged to be inverted at the cup opening 31 of the cup body 30, so that the follicle stack cup 20 is hung upside down inside the cup body 30, and the limit ring 27 provided by the radial circle 25 to make the follicle stack The center line S of the cup 20 and the cup body 30 is coaxial, and the probe connector 40 can be maintained inside the follicle stack cup 20, or can be reversely inserted into the probe rod 44 from the other end of the drain hole 24 (as shown by the dotted line) , then the handle 41 of the probe 40 is located above the angle as shown in the figure, and if the grating 70 is limited in axial length, it can be positioned in the melting space 21 .

The cup body 30 provides the function of storage and is the main folding encapsulation body. The interior of the cup body 30 is provided with the filter bubble stack cup 20 and the probe connector 40, which can greatly reduce the outer volume of the package. Another encapsulation basis is to use the cover body. 10. The cover body 10 is provided with a cover mouth 11 with the same diameter as the cup mouth 31 of the cup body 30, and a filter bubble stack cup. The spanning radial circle 25 of 20 is also provided with a limiting ring body 27 relative to the radial surface, so the limiting ring body 27 defines the center of the assembly. After being covered by the cover body 10, the appearance of the assembly is a simple circular body.

For further implementation of the present invention, please refer to the illustrations as follows:

First, please refer to Figure 16 again. The filter rod 80 of the filter rod 100 is implemented with a rod-shaped body. The main body of the filter rod 80 is a shaft 81, and the lower end is combined with a filter disc 83. The bottom surface of the filter disc 83 is provided with a filter. In the structure 84, a plurality of blades 82 are arranged radially in the corner space between the axis column 81 and the filter disc 83.

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

The probe end 85 as a whole is axially movable and penetrates the inner circle of the discharge hole 24. The discharge hole 24 can act as a stopper on the outer circle of the probe end 85, so that the probe end 85 can penetrate into the discharge hole 24 at any height. All can obtain temporary positioning, and the drain hole 24 leads to the accommodation space 32 set by the cup body 30 .

The designation of the above-mentioned drain hole 24 to the probing end 85 can be elastically cut and pressed, and the arrangement method can be any elastic element. Specifically, an elastic elastic sealing ring 88 is provided in the radial direction of the inner circle of the drain hole 24 , the inner circle of the elastic sealing ring 88 can provide the movable penetration of the probe end 85, and the generated elastic force can act on the outer surface of the probe end 85 to temporarily fix the axial height of the filter rod 80 during operation. Location.

Please refer to Figure 17 again. The filter disc 83 installed on the filter rod 80 is pressed down and floated on the The upper surface of the tank bottom 22 can provide the operation of hand brewing filter coffee in this combination form. Powdered ingredients 51 such as coffee powder are placed inside the melting space 21. The opening 26 space can provide hot water pouring. The dissolved juice that sinks after the coffee powder is blended flows along 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 path conduction relationship of the guide post 86 of the probe end 85, so that the The filter droplets flow into the accommodation space 32 of the cup body 30, and a micro gap is formed between the filter structure 84 set at the bottom of the filter disc 83 and the upper surface of the bubble stack cup 20 and the tank bottom 22, so as to achieve the purpose of filtering the powdery ingredients. 51 particles are filtered, and the path between 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 accommodation space 32 .

In order to increase the dissolution rate of the powdered food material 51 during the process, the upper end of the shaft 81 of the rod-shaped body can be twisted by the user's fingers to drive the paddle 82 to stir radially, so that the injected water liquid It fully interacts with the surface of each powdery ingredient 51, making the filtered juice taste thicker.

Please refer to Figure 18 again. The lower end of the probing end 85 provided at the lower end of the filter rod 80 is a plug 87. The plug 87 can block the drain hole 24 and is maintained by the elasticity of the elastic sealing ring 88. Let the height of the filter rod 80 be positioned at the highest position, and through the blocking of the plug 87, half of the open space will be formed inside the melting space 21, which can provide long brewing time, such as brewing dried fruit ingredients. The pellet food material 52, such as tea leaves, needs to be left standing to extend the brewing time. The pellet food material 52 is placed in the melting space 21, and then hot water is injected into the opening 26 space. In order to maintain the inside of the melting space 21 When the temperature is high, the opening 26 can be cut and buckled by the inner step 12 of the lid body 10 to cover the lid body 10, so that the heat in the melting space 21 is not easily dissipated and fully acts on the pellet ingredients 52. When the brewing demand is reached After the process, the shaft column 81 can be pressed down, and the connecting rod 87 is moved away from the drain hole 24, and the bottom of the melting space 21 is conducted through the diversion column 86, so that the brewing liquid can flow to the accommodation space 32 through the drain hole 24. .

Please refer to Figure 19 again. When the brewed pellet ingredients 52 are subsequently released, the user uses the protruding upper end of the shaft column 81 to press down, so that the filter structure 84 of the filter disc 83 contacts the tank bottom 22. The tea filtering function is formed, and the plug rod 87 retreats from the drain hole 24, and through the path conduction relationship between the filter structure 84 and the flow guide column 86 of the probe end 85, a path is formed for the brewing water inside the dissolving space 21. The space of the accommodating space 32 provided by the cup body 30 flows downward.

The pellet ingredients 52 can be brewed in a single step according to the type of ingredients, or tea can be brewed in multiple steps. This step is a multi-step brewing method. The user can use the upper end of the shaft 81 Pinch and lift the filter rod 80 to make the plug 87 seal the drain hole 24 again as shown in Figure 18, and inject hot water through the opening 26 again, so that the pellet food 52 can be brewed for the second time. After the brewing is completed, the filter rod 80 is pressed down as shown in Figure 19, so that the plug 87 is separated from the drain hole 24, so that the brewing liquid inside the dissolving space 21 can be discharged into the container through the path connecting the filter structure 84 and the guide column 86. Set space 32.

The invention provides an assembly that can be combined in series. Each of the components is in the shape of a coaxial circular body. Through space transformation, it can achieve integrated storage, or provide filtered food ingredients, or brewed food ingredients, and is convenient for indoor and outdoor use. It is an innovative design that can be used and carried in a variety of situations. We sincerely ask the examiner to take a clear view and grant a patent as soon as possible.

10: Cover

20: Follicle stack cup

22:Trough bottom

24:Exile hole

25: straddling spokes

26:Open your mouth

27: Limiting ring body

28:Inner Ring Stage

30: cup body

40: Exploration piece

41:Hold the body

42:Straddle end

44:Probe rod

Claims (10)

A multi-functional string-type filter bubble group, including: a circular body-shaped cover body with a center line and a cover opening; a circular body-shaped filter bubble stack cup with a center line, with an upper end for the cover body to cover The opening leads to an internal melting space. The bottom of the melting space has a discharge hole in the axial direction. There is a straddling radial circle at the bottom of the outer circle. A circular cup with a center line and an upper end. The mouth of the cup is connected to the internal accommodation space; a "T"-shaped probe connector with a center line, and a rod-shaped handle body is horizontally provided at the upper end. The two ends of the handle body can be placed across the opening of the above-mentioned filter bubble stack cup and face each other. A conductive space is left, and a probe rod is vertically combined in the center. At least the end of the probe rod is in the shape of a straight axis, and the movable tip can be inserted into the above-mentioned drainage hole; wherein the upper and lower surfaces of the inner circle of the straddling spoke circle are respectively protruded with diameters less than The inner diameter of the cup opening of the cup body, the limiting ring body, and the inner diameter of the lid opening are equal to the cup opening. For example, in the multifunctional string-type filter bubble set described in item 1 of the patent application, the upper surface of the bottom of the groove of the filter bubble stack cup is free of the drainage holes, and a plurality of convex ribs are provided in the radial direction. A multi-functional string-type filter bubble group, including: a circular body-shaped cover body with a center line and a cover opening; a circular body-shaped filter bubble stack cup with a center line, with an upper end for the cover body to cover The opening leads to an internal melting space. The bottom of the melting space has a discharge hole in the axial direction. There is a straddling radial circle at the bottom of the outer circle. A circular cup with a center line and an upper end. The opening of the cup is connected to the internal accommodating space; a probe joint with a center line is provided with a probe rod, and at least its end of the probe rod is in the shape of a straight axis, which can The movable tip enters the above-mentioned discharge hole; a filter grid with a center line is coaxially assembled at the lower end of the probe rod, and is provided with a filter disk. The radial edge of the filter disk can conform to the circumferential surface of the bottom spoke of the groove; The upper and lower surfaces of the inner circle of the straddling radial circle are respectively protruded with limiting rings with diameters smaller than the inner diameter of the cup mouth of the cup body, and the inner diameter of the lid body is equal to the cup mouth. For example, in the multifunctional string-type filter bubble set described in item 3 of the patent application, the filter grid is composed of a hub body that can be flexibly placed on the probe rod, and the hub body is radially expanded with filter disks. , the circular spoke edge of the filter disk has elastic deformation function. For example, in the multifunctional string-type follicle set described in item 3 of the patent application, the center of the handle of the probe connector is coaxially coupled to the probe rod through a joint portion, and the joint portion movable supports the probe rod to provide The probe rod can be moved axially. For example, in the multi-function string filter set described in item 3 of the patent application, a handle body is transversely provided on the upper end of the probe connector, and the two ends of the handle body can be placed across the opening of the filter bubble stack cup, and the probe rod It is vertically assembled in the center of the handle body. A multi-functional string-type filter bubble group, including: a circular body-shaped cover body with a center line and a cover opening; a circular body-shaped filter bubble stack cup with a center line, with an upper end for the cover body to cover The opening leads to an internal melting space. The bottom of the melting space has a discharge hole in the axial direction. There is a straddling radial circle at the bottom of the outer circle. A circular cup with a center line and an upper end. The mouth of the cup is connected to the internal accommodation space; the upper and lower surfaces of the inner circle of the straddling radial circle are respectively protruded with limiting rings whose diameters are smaller than the inner diameter of the cup mouth of the cup body, and the inner diameter of the cover mouth of the cover body. , equal to the mouth of the cup; a filter rod with a center line can move axially through the follicle stack cup. The filter rod further includes: An axis column, the lower end of which is radially combined with a filter disc. The bottom surface of the filter disc can float on the radial surface of the groove bottom of the filter bubble stack cup, and the bottom surface is provided with a filter structure that can conduct radial flow; A probing end that can move axially in the drain hole set in the filter bubble stack cup is coaxially coupled to the lower end of the filter disc. The upper section is a guide column, and the guide column communicates with the flow path of the filter structure; The lower section is a plug that can block the drainage hole. For example, in the multifunctional string-type follicle set described in Item 7 of the patent application, an elastic sealing ring with an inner ring that can elastically shrink and act on the outer surface of the probing end is disposed radially on the inner circle of the discharge hole. For the multifunctional string-type filter bubble set described in item 7 of the patent application, the filter structure is a micro-shaped dense concave-convex structure radially opened on the bottom surface of the filter disc. For example, in the multi-function string filter unit described in item 7 of the patent application, the outer circle of the shaft column of the filter rod is in an angular space with the filter disc, and multiple blades are provided in the axial direction.

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