TWM575314U - Convenient hand-operated brewing and filtering set structure - Google Patents

Abstract

The utility model relates to a convenient hand-blown follicular group structure, which comprises a hand-punching frame, and the hand-punching frame concavely forms a water-filling tank to accommodate a beverage follicle (such as coffee, tea, etc.), and the outer edge of the water-filling tank is covered. There is a filter layer, the hand punch has a three-dimensional arc, which can be applied to the cup mouth of different cup diameters. The water tank can firstly mix the beverage follicles with water, and then transmit to the filter layer through at least one perforation at the bottom of the water tank. In order to filter out the uniform quality of the beverage, the above structure can effectively simplify the components required for the traditional hand-washing follicle beverage, thereby improving the freedom of carrying out and allowing the user to enjoy the hand-washing follicle beverage at any time.

Description

Convenient hand-blown follicular group structure

The present invention relates to a hand-blown follicular group structure, and more particularly to a portable hand-flicking follicle group structure which is easy to carry, and is particularly suitable for general hand-blown follicular coffee.

With the evolution of human culture, coffee has become a regular drink for modern people. Its main substance is starch combined with many subtle elements, scientifically analyzing more than 700 substances, plus baking methods and various differences. The combination of beans, so it also creates a subtle difference in the taste of different styles, forming today's coffee culture.

As far as the conventional brewing method is concerned, it can be roughly divided into three types: hand punching, siphoning and mechanical brewing. Among them, mechanical brewing is simple and convenient, but the machine needs regular maintenance and lacks fineness, and siphon brewing is the longest. The brewing method uses the combination of the upper pot and the lower pot to complete the brewing using the siphon theory, most of which appears in the store for business use; the hand punching method is the easiest way to start, first put the filter bowl on the glass pot, And the filter paper is folded along the edge line and placed in the filter bowl to put the ground coffee powder, and then the hot coffee is washed into the filter paper to filter the ground coffee powder to extract the coffee.

However, the aforementioned hand-crushing procedure requires a coffee maker, a filter cup, etc., and is not suitable for carrying out, so the carrier bag with the ear-mounted coffee is commercially available, please refer to FIG. 1 for the structure of the conventional ear-mounted follicle group. In the bubble cross-sectional view, the hanging ear filter group 1 holds the filter paper bag 2 on the cup with the support member of the mounting ear 111, and injects the solution 3 into the filter paper bag 2 to perform the bubble dipping of the beverage 4 (coffee, etc.). A variety of support members have been developed for this purpose, but there are still many problems in the stability, reliability and stability of water-injected follicles, for example, when the amount of solution 3 is too large, it cannot be mixed with coffee powder. When blending, it is likely that water will flow out from the upper edge directly through the filter paper bag 2 into the cup, and the dilution will affect the flavor of the extracted coffee; or when the amount of the solution 3 is too large to be fused with the coffee powder, it is likely that the solution 3 The upper edge directly passes through the filter paper bag 2 and flows out into the cup, and the dilution affects the flavor of the extracted coffee, or the solution 3 and the coffee powder cause the filter paper bag 2 to be filled with pores and cannot be filtered.

Moreover, when the impact force of the water injection is too large, the mounting ear 111 does not have a good force buffer, and the result of the near-direct linkage of the peripheral portion is also the main cause of the suspension of the suspension ear 111 slipping, and even the bag body. When the total amount of the injected solution is too large (due to the slow drop), the overall weight is directly pulled down to the peripheral portion through the arm piece, and often the inner part of the bag is turned into the cup wall, and the entire bag body falls into the cup. The problem, therefore, how to create an easy-to-carry and stable hand-punching structure is indeed an important technical issue worthy of discussion.

In view of the various problems of the conventional ear-mounted coffee structure, the present invention proposes a convenient hand-blown follicular group structure, which is convenient to carry and convenient to use, and the quality of the extracted coffee is uniform and stable, and the structure includes a hand-punched frame. The hand punching recesses form a water tank to accommodate beverage froth (such as coffee, tea, etc.), the outer edge of the water tank is covered with a filter layer, and the hand punch has a three-dimensional curved surface, which is applicable. For cups with different cup diameters, the water tank can uniformly mix the beverage follicles with water, and then pass through at least one perforation at the bottom of the water tank to the filter layer to filter out the uniform quality beverage. It simplifies the components required for traditional hand-washed follicle beverages, thereby increasing the freedom of carrying out and allowing users to enjoy hand-washed follicle beverages at any time.

Another purpose of the new convenient hand-blown follicle set structure is to use it once and increase the smoothness of the filter. The filter tank can be provided with a filter layer, and the filter layer can accommodate the beverage froth (for example: Coffee, tea, etc., when the beverage follicles are evenly mixed with the solution, the uniform quality beverage is filtered through the filter layer, and then leaked through at least one perforation at the bottom of the water tank, and the hand-blown follicle structure is directly discarded after completion. The filter layer can form a reverse fold and a fold line according to the shape of the water tank to prevent the beverage foam and the solution from filling the pores of the filter layer, thereby increasing the smoothness of the filter.

1‧‧‧Over the ear follicle group

2‧‧‧ filter paper bag

3‧‧‧solution

4‧‧‧ Drinks

10‧‧‧ cup body

20‧‧‧Hand punch

21‧‧‧Sink

22‧‧‧Filter layer

30‧‧‧Beverage follicles

40‧‧‧Upper cover

41‧‧‧Under the cover

50‧‧‧ fold card

111‧‧‧hanging ears

201‧‧‧ curved surface

211‧‧‧Perforation

212‧‧‧Interfacing

221‧‧‧Lamination line

222‧‧‧Reflexion

223‧‧‧ fold line

224‧‧‧ fixed department

Fig. 1 is a cross-sectional view showing the structure of a conventional ear-mounted follicle group.

Figure 2 is a three-dimensional diagram of the structure of the new hand-held bubble filter.

Fig. 3 is a cross-sectional view showing the structure of the novel hand-held bubble follicle group.

Fig. 4A is a cross-sectional view (1) of the structure of the novel hand-blown follicle group.

Figure 4B is a cross-sectional view (2) of the structure of the hand-washed follicle group of the present invention.

Fig. 5A is a sectional view (1) of the combination of the novel hand-operated follicle group structure.

Figure 5B is a combined cross-sectional view (2) of the novel hand-operated follicle group structure.

Figure 5C is a combined cross-sectional view (3) of the novel hand-operated follicle group structure.

Fig. 6 is a three-dimensional (1) diagram of the structure of the novel hand-operated follicle group.

Fig. 7 is a three-dimensional (2) diagram of the structure of the novel hand-operated follicle group.

Fig. 8 is a structural decomposition (1) diagram of the novel hand-operated follicle group.

Figure 9 is a three-dimensional two-dimensional diagram of the structure of the new hand-cranked follicle group.

Figure 10 is a cross-sectional view (3) of the structure of the new hand-operated hand-froured follicle group.

Figure 11 is a schematic diagram of the filter layer of the new hand-cranked follicle group structure (1) Figure.

Fig. 12 is a structural decomposition (2) diagram of the novel hand-operated follicle group.

Figure 13 is a schematic (2) diagram of the filter layer of the convenient hand-blown follicle group of the present invention.

Fig. 14 is a cross-sectional view (4) of the structure of the novel hand-blown follicle group.

According to the structure of the convenient hand-blown follicle group of the present invention, please refer to FIG. 2 first, which is a stereoscopic view of the structure of the hand-held foaming follicle group of the present invention.

The structure of the hand-washing follicle group of the present invention comprises a hand punch 20, and the hand punch 20 is recessed to form a water tank 21 for accommodating beverage follicles (eg, coffee, etc.). The outer edge of the water tank 21 is covered with a filter layer 22, and the hand punch 20 has a design that is easy to buckle the mouth of the cup (shown as a three-dimensional curved surface 201), which can be applied to cups of different cup diameters, and the water tank 21 The beverage follicle can be uniformly mixed with water, and then transmitted to the filter layer 22 through the perforation 211 at the bottom of the water tank to filter out the uniform quality beverage. The filter layer 22 is a bag body which can be designed according to the requirements of the water surface tension. A variety of different types to meet the requirements of the bubble flow rate, and the cross-sectional features of the cross-sectional view, please refer to Figure 3, which is a cross-sectional view of the structure of the new convenient hand-blown follicle group.

Please continue to refer to Figure 4A, which is a cross-sectional view (1) of the convenient hand-blown follicle group structure of the present invention; when the user wants to use the new convenient hand-blown follicle group, only the hand punching frame 20 is required. The top of the cup is placed in the opening of the cup, and the package of the beverage follicle 30 is torn into the water tank 21, and then the solution 3 is flushed into the water tank 21, at which time the solution 3 passes through the beverage froth. 30, and fully mixed with the beverage follicle 30 (such as: coffee, etc.), and then dripped through the perforation 201 into the filter layer 22, the filter layer 22 will filter out the beverage follicle 30 to extract the beverage After dripping into the container, the action of the hand-washing follicle is completed. It can be understood from the figure that the solution 3 is incapable of leaking in the water-filling tank 21. The filter layer 22 must pass through the beverage follicle 30 before it can be dripped through the perforation 201 to the filter layer 22 to ensure the flavor and quality of the extracted beverage, and the perforation 201 has no specific limit, and can be filtered according to the filter. The requirements for the bubble are set to a single perforation or a plurality of perforations. For the above-mentioned actions, please refer to FIG. 4B, which is a cross-sectional view (2) of the convenient hand-blown follicle group structure of the present invention.

Next, please continue to refer to Figure 5A, which is a combination cross-sectional view (1) of the new convenient hand-blown follicle group structure; it can be seen that when the user wants to use the new convenient hand-blown follicle group, The hand punch 20 can be placed on the cup mouth of the cup body 10. At this time, the hand punch 20 is fixed to the opening of the cup body 10, and the bottom of the hand punching frame 20 is provided with a water tank 21 for the user. The beverage follicle is inverted in the water injection tank 21, and the solution hand is flushed into the water injection tank 21. At this time, the solution is stored in the water injection tank 21, first mixed with the beverage foam material, and then dropped into the filter through the perforation 211. In the layer 22, the beverage is finally extracted through the filter layer 22 and dropped into the cup 10 to complete the action of the hand-frozen foam.

Please continue to refer to Figure 5B, which is a sectional view (2) of the convenient hand-blown follicle structure of the present invention; due to the characteristics of the structure of the hand-punched frame 20 and the special size design, when the size of the cup 10 is slightly smaller than the hand When the frame 20 is punched, the outer edge of the hand punch 20 can still be caught on the opening of the cup 10 to perform hand-frozen foaming; however, if the size of the cup 10 is slightly larger than that of the hand-punching frame 20, The side edge of the hand punch 20 is caught in the cup body 10 to complete the hand-frozen foam. For the above structure, please refer to the 5C figure, which is a sectional view (3) of the structure of the hand-washing follicle group of the present invention.

Next, please continue to refer to FIG. 6 , which is a three-dimensional (1) diagram of the convenient hand-blown follicular group structure of the present invention; of course, in the foregoing structure, the upper cover 40 may be combined with the lower cover 41 to receive the blister pack. The structure, as shown in the figure, the lower cover 41 can accommodate the hand punch 20 and the water injection tank 21, and the space in the middle of the water injection tank 21 can be used for placing beverage follicles (not shown) to prevent the beverage follicles from coming off. leak Sprinkling, the filter layer 22 is a soft bag body, so that it can be folded and stored without occupying space, and then the upper cover 40 and the lower cover 41 are combined to form a closed space, covering the entire blister pack structure; A set of lower cover 41 is engaged, so that the entire package design is also used to fix the space of each of the blister packs by means of clamping up and down of each group to save space. For the foregoing structural features, please refer to FIG. 7 , which is a convenient hand of the present invention. Stereoscopic (2) diagram of the blister pack structure.

Under the spirit of the same creation, the new convenient hand-blown follicle group structure can have the following changes. Please refer to Figure 8, which is a structural decomposition of the new hand-operated hand-froured follicle group (1).

The structure of the present invention includes a hand punch 20, and the hand punch 20 is recessed to form a water tank 21 for accommodating the filter layer 22. The filter layer 22 can be a filter paper. The bag body is provided with a more pressing line thereon, the filter layer 22 can accommodate a beverage follicle (such as coffee, etc.), and at least one perforation 211 is provided at the bottom of the water injection tank 21 to the filter layer 22 to filter the uniform quality. The filter layer 22 is a bag body which can be designed into various types according to the requirements of the water surface tension to meet the requirements of the bubble flow rate. The filter layer 22 is assembled in the water injection tank 21, and the upper end can be provided with a fixing portion 224. The combination with the water tank 21 is integrated, and the bottom portion can form the folded portion 222 and the fold line 223 due to the limitation of the volume of the water tank 21, and the folding portion 222 and the folding line 223 are not easily unfolded during filtration, so that the solution and the beverage can be foamed. The material does not fill the broken line 223 to expand the weak point of the pressure and cannot be filtered out, and the pores on the filter layer 22 can be prevented from being blocked due to contact with the beverage follicle, and the cross-sectional feature is also referred to FIG. Is a new convenient hand-washing follicle group The structure is two-dimensional.

Please continue to refer to Figure 10, which is a cross-sectional view (1) of the convenient hand-blown follicle group structure; when the user wants to use the new convenient hand-blown follicle group, only the hand punch 20 is required. Topping the opening of the storage container (not shown), and then filtering the beverage follicles 30 into the water injection tank 21 In the layer 22, the solution 3 is hand-washed into the filter layer 22, at which time the solution 3 will first pass through the beverage follicle 30 and be thoroughly mixed with the beverage follicle 30 (eg, coffee, etc.), and then the filter layer 22, the beverage follicles 30 are filtered out, and the beverage is extracted and then passed through the perforation 201 of the water injection tank 21 to drop into the container to complete the action of the hand-froating foam. From the figure, it can be understood that the filter layer 22 is The bottom of the water injection tank 21 is formed with a folded-back portion 222 and a fold line. When the pores on the filter layer 22 are blocked by the beverage follicles 30, the beverage 4 can be filtered out by the folded-back portion 222 and the fold line, thereby increasing the smoothness of the filtration. Sex, while ensuring the flavor and quality of the extracted beverage, and the perforation 201 has no specific limit, and can be set as a single perforation or a plurality of perforations according to the requirements of the follicle. For the above structure, please continue to refer to Figure 11, A schematic diagram of the new convenient hand-blown follicular group filter layer (1).

Under the spirit of the same creation, the new convenient hand-blown follicle group structure can have the following implementation changes. Next, please continue to refer to Figure 12, which is the structural decomposition of the new disposable hand-blown follicle group (2 ) Figure.

The structure of the present invention includes a hand punch 20, and the hand punch 20 is recessed to form a water tank 21 for accommodating the filter layer 22. The filter layer 22 can be a filter paper. The bag body is provided with a more pressing line thereon, the filter layer 22 can accommodate a beverage follicle (such as coffee, etc.), and at least one perforation 211 is provided at the bottom of the water injection tank 21 to the filter layer 22 to filter the uniform quality. The filter layer 22 is a bag body which can be designed into various types according to the requirements of the water surface tension to meet the requirements of the bubble flow rate. The filter layer 22 is assembled in the water injection tank 21, and the upper end can be provided with a fixing portion 224. The combination of the water injection tank 21 and the water tank 21 is integrated, and a folding card 40 is disposed between the filter layer 22 and the water injection tank 21, so that the filter layer 22 can form a reverse folding portion 222 and a folding line 223 due to the restriction of the folding card 40. And the folding portion 222 and the folding line 223 are not easy to be unfolded during the filtering, so that the solution and the beverage follicle do not fill the broken line 223, and the pressure weak line is opened and cannot be filtered. And the pores on the filter layer 22 are not blocked by contact with the beverage follicles, and the filter layer is not filtered. The characteristics of the filter layer are also referred to in Fig. 13, which is a novel convenient hand-blown follicular group structure filtration. The layer shows the (2) diagram.

Finally, please continue to refer to FIG. 14 , which is a cross-sectional view ( 2 ) of the convenient hand-blown follicle group structure of the present invention; in this embodiment, at the bottom of the water injection tank 21, a contact surface 212 may be disposed to form a reverse fold. The portion 222 and the fold line, as shown in the figure, when the user wants to use the new convenient hand-blown follicle group, the hand punch 20 is simply placed on the opening of the storage container (not shown), and then the beverage is filtered. The bubble 30 is placed in the filter layer 22 in the water injection tank 21, and the solution 3 is hand-washed into the filter layer 22, at which time the solution 3 passes through the beverage follicle 30 first, and the beverage follicle 30 ( For example, after the coffee is mixed, the filter layer 22 filters out the beverage follicles 30, and the beverage is extracted and then dripped into the container through the perforations 201 of the water injection tank 21 to complete the hand-washing follicles. Action, it can be understood from the figure that the filter layer 22 is naturally formed with a folded-back portion 222 and a fold line at the bottom of the water-filling tank 21 because of the top sill of the contact surface 212, and the pores on the filter layer 22 may be due to the beverage follicle 30. In the case of clogging, the beverage 4 is filtered out by the folding portion 222 and the fold line, thereby increasing the speed and smoothness of the filtration while ensuring Take flavor and quality of the beverage.

The foregoing description can be used to understand the structure of the convenient hand-blown follicle group of the present invention, which can achieve an easy-to-implement performance by the combination of the hand punch and the cup body, and the procedure of mixing the beverage follicle with the water through the water-filling tank can be used. Ensuring that the water can completely pass through the beverage follicles, unlike the conventional soft lug structure, which causes the water to overflow from the side edges. Although the present invention is disclosed above in the preferred embodiment, it is not In order to limit the present invention, and the types of the various components of the present invention are not limited to the embodiment, such as the type of hand punch, or the number of perforations of the water tank, or the filter layer. The material, type and size are also freely changed. For example, in order to generate the fold-back portion and the fold line, the size of the filter layer may be slightly higher than that of the water-filling tank, and for example, the fixing portion may be fixed to the upper edge of the water-filling tank by bonding, hot-melting, high-frequency and fixed structures, and The specific type is limited, or the reflexed part on the filter layer can also be made by bonding, hot-melting, high-frequency and fixed structure, and then joined with the water-filling tank, and the hand-punching frame can be combined with an extended surface, the extended surface The opening of the storage container may not be too large (less than the opening of the storage container), and the shape of the water injection tank is not limited to the circular shape as shown in the figure, as long as it does not deviate from the spirit of the present invention. In the scope of the application, the scope of protection of this new type shall be subject to the definition of the scope of the patent application.

Claims (14)

A convenient hand-blown follicular group structure, the structure comprising: a hand punching frame for topping an opening of a cup body; a water filling tank, the water tank connecting the hand punching frame to extend downward to become a The accommodating space is further provided with at least one perforation for accommodating a beverage follicle and uniformly mixing the beverage follicle with water; and a filter layer, the filter layer is a bag body And connected to the water tank, the filter layer is used to filter the beverage follicles. The hand-held foam follicle group structure according to claim 1, wherein the hand punch is further provided with at least one curved surface. According to the convenient hand-blown follicle group structure of claim 1, wherein the filter layer forms a filtering space under the water tank. According to the convenient hand-blown follicular group structure of the first application of the patent scope, the hand-flicking follicle group can be accommodated in the lower cover. According to the convenient hand-blown follicular group structure of claim 4, the lower cover is further combined with an upper cover to coat the hand-blown follicle group therein. The hand-held foam follicle group structure according to the first aspect of the patent application, wherein the filter layer is further coated on the outer edge of the water injection tank. A convenient hand-blown follicular group structure, the structure comprising: a hand-punching frame for topping an opening of a storage container; and a water-filling tank connecting the hand-clamping frame to extend downward to become An accommodating space, the bottom of the water tank is further provided with at least one perforation; and a filter layer, the filter layer is a bag body and is disposed in the accommodating space of the water tank and forms at least one fold line, wherein the filter layer is used for accommodating The beverage follicle is filtered and the beverage follicle is uniformly mixed with water and the beverage follicle is filtered. The hand-held hand-foaming filter group structure according to the seventh aspect of the patent application, wherein the filter layer produces at least one reflexed portion when disposed in the water-filling tank. According to the convenient hand-blown follicle group structure of claim 8, wherein the reflexing portion can be produced by a bonding, a hot melt, a high frequency and a fixed structure. According to the convenient hand-filled follicle group structure of claim 8, wherein the filter layer and the water-filling tank are further provided with a folding card for clamping the filter layer to form the folding portion. . The hand-held foam follicle group structure according to claim 8 , wherein the bottom edge of the water tank is further provided with at least one joint surface for guiding the filter layer to form the fold-back portion. According to the convenient hand-blown follicle group structure of claim 7, wherein the height of the filter layer is greater than the height of the water-filling tank, so as to facilitate the placement of the fold line when the water tank is placed. According to the seventh aspect of the invention, the portable hand-frozen foam structure is further provided with a fixing portion, and the fixing portion is fixed to the fixing portion by a bonding, a hot melt, a high frequency and a fixed structure. The top edge of the sink. According to the convenient hand-blown follicular group structure of claim 7, wherein the hand-punching frame can be combined with an extension surface, and the extension surface can be topped with the water-filling tank being smaller than the opening of the storage container. Hanging on the opening of the storage container.