CN2708780Y - Structural Improvement of Tea Maker - Google Patents

Abstract

The utility model discloses tea making device's institutional advancement, it is including: a body, an outer cup, an inner cup, a water flow adjusting device and a cup cover; the inner cup and the tea can be lifted up together by the buoyancy generated by the air chamber, the tea soup flows down from the flow guide pipe, and the flow rate of the tea soup flowing into the bottom of the outer cup can be adjusted by the water flow adjusting device, so that the tea soaking time is controlled, and the tea soup with different concentrations can be obtained.

Description

Structural Improvement of Tea Maker

technical field

The structural improvement of the tea maker of the utility model aims to provide an adjustable tea soaking time to brew good tea with different concentrations, good color, aroma and taste, and after the tea leaves are soaked for a proper time, the tea can be adjusted by adjusting the water flow device. The flow of tea soup flowing into the bottom of the outer cup, and then control the soaking time of tea leaves, so as to obtain tea soup with different concentrations, and can be separated from the tea soup that has been brewed and brewed, so that it will not be bitter and unpalatable due to too long soaking time; or the tea soaking time is too short , failed to brew the appropriate concentration of tea.

Background technique

According to, the commonly used tea maker is shown in Figure 1, which is mainly provided with a filter A1 in the tea maker A, and the filter A1 is placed on the cup of the tea maker A by the flange A11 on the upper end. Positioning, when in use, place an appropriate amount of tea T in the filter A1 of the tea maker A. When brewing with hot water, the water flows through the tea leaves T and then flows into the bottom of the tea maker A to obtain the desired tea soup; however , when brewing, the hot water immediately flows down through the tea leaves T to the bottom of the tea infuser A. After the tea leaves T have soaked for an appropriate time, the filter A1 needs to be taken out first, so as not to make the tea bitter. When taking it out, the user needs to take out the flange A11 of the filter screen A1 by hand and take it out from the tea maker A, which is not only unhygienic but also has the risk of burning hands, and is also very troublesome.

As shown in Figure 2, it is the structure of another conventional tea maker B, which is mainly provided with a pull rod B2 and a filter B3 in the cup body B1 of the tea maker B, and a top cover B4 is to cover the cup body B1 The top of the pull rod B2 protrudes from the central hole of the top cover B4 and is provided with a pull rod head B21. When in use, put an appropriate amount of tea T on the filter B3 of the tea maker B. When brewing with hot water, After the water flows through the tea leaves T, it flows into the bottom of the tea maker B to obtain the required tea soup, and the lever head B21 can be pulled to control the lever B2 to press the soaked tea leaves to the bottom of the filter screen B3; however, the tea maker B cannot make the tea leaves T is separated from the tea soup. After soaking for too long, the tea will produce theophylline, which will cause harm to the body.

Utility model content

The structural improvement of the tea maker of the present utility model mainly includes: a body, an outer cup, an inner cup and a cup cover; according to this, the inner cup and the tea leaves can be lifted together by the buoyancy generated by the air chamber, and the tea soup is released from the guide tube Flow down until the inner cup floats on the top of the tea soup and all the tea soup flows into the outer cup. At this time, the tea leaves and tea soup can be completely isolated.

Another purpose of the structural improvement of the tea maker of the utility model is that the lower part of the inner cup is provided with a water flow adjustment device, which mainly consists of a hollow guide tube that runs through the air chamber from the bottom of the accommodating chamber and protrudes from the bottom of the air chamber , and a notch is formed on the protruding section, and an adjustment button that conforms to its shape and can be rotated left and right is set on the protruding section. The adjustment button is provided with a water outlet. The gaps are aligned with each other to control the flow of water and the flow of tea soup into the bottom of the outer cup.

The technical scheme of the utility model is:

A structural improvement of a tea maker, the tea maker includes:

a cup of lid;

An outer cup, with a seat on its inner edge ring for the positioning of the following inner cup;

An inner cup, the inner cup is provided with an accommodating chamber for placing tea leaves, an air chamber is provided on the lower side of the accommodating chamber, and a diversion tube is provided on the bottom side of the accommodating chamber, and an outer upper end is provided with a The ring is placed on the seat of the outer cup to position the convex wall.

A water flow adjustment device that can adjust the flow of tea soup into the bottom of the outer cup. The water flow adjustment device is mainly composed of a closed air chamber, which is provided with a hollow guide tube that runs through the air chamber from the bottom of the accommodating chamber and protrudes out of the air chamber. The bottom of the chamber, and a notch is formed on the protruding section, and an adjustment button that conforms to its shape and can be rotated left and right is sleeved on the protruding section. The water outlets are matched with each other to control the flow of water and the flow of tea soup into the bottom of the outer cup.

Description of drawings

Fig. 1 is the use state figure of tea maker in the prior art;

Fig. 2 is a three-dimensional structure diagram of a tea maker in another prior art;

Fig. 3 is the three-dimensional structural diagram of the tea maker in the utility model;

Figure 4 is an exploded view of the three-dimensional structure of the tea maker in the utility model;

Fig. 5 is a schematic diagram of the use state of the tea maker in the utility model;

Fig. 6 is a schematic diagram of another use state of the tea maker in the present invention;

Fig. 7 is the schematic enlarged view of the structure of the ventilation pipe in the utility model;

Fig. 8 is an exploded view of another three-dimensional structure of the tea maker in the present invention;

Fig. 9 is a schematic diagram of the use state of Fig. 8;

10A and B are schematic diagrams of the use state of the adjustment water flow device in the utility model;

Fig. 11 is a schematic view of another water flow adjusting device in use according to the present invention.

【Description of figure number】

A, B tea maker 22 seat 35 metal sheet

A1, B3 filter screen 23 scale 40 adjustment water flow device

A11 flange 24 handle 41 guide tube

B1 cup body 30 inner cup 411 protruding section

B2 Tie Rod 31 Storage Room 412 Gap

B21 Tie Rod Head 311 Filter Mesh 42 Adjustment Knob

B4 top cover 32 convex wall 421 water outlet

T Tea 321 Recess 50 Cup Lids

1 tea maker 33 air chamber 51 magnetic element

10 body 34 stop ring 61 positioning hole

11 handles 341 cover net 62 snorkel

20 outer cups 342 fit sides 70 handles

21 tea spout 343 bosses

Detailed ways

In order to make your examiner understand the structure and composition of the utility model, as well as the overall operation mode, it is described as follows with the drawings:

The structural improvement of the tea maker of the present invention, the basic structure of the overall tea maker 1 is shown in the embodiment shown in Figure 3 and Figure 4, which includes:

An outer cup 20 is provided with a seat 22 on its inner edge ring for placing and positioning the inner cup 30, while the edge of the outer cup 20 is provided with a tea spout 21, and the cup body of the outer cup 20 can be marked with a scale 23 , and a handle 24 is provided at an appropriate position of the cup body.

An inner cup 30, the inner cup 30 is provided with an accommodating chamber 31 for placing tea leaves, an air chamber 33 is provided on the lower side, a filter screen 311 is provided at the lower end of the accommodating chamber 31, and a ring is provided at the upper end of the outer cup The convex wall 32 can be placed on the seat 22 of the outer cup 20 for positioning. As shown in FIG. , and the stop ring 34 is also provided with a cover net 341 to prevent the tea leaves from falling out, and a fitting edge 342 is formed on the lower edge to fit the convex wall 32 of the inner cup 30, and a convex edge 342 is formed on the fitting edge 342 The column 343 can fit and fix with the concave seat 321 on the convex wall 32 .

A cup cover 50 , several magnetic elements 51 are arranged on the underside of the cup cover 50 .

When in use, put an appropriate amount of tea T into the accommodating chamber 31, insert the stop ring 34, pour hot water, and cover the cup lid 50; at this time, the inner cup 30 bears the weight of the water and presses the outer upper end of the inner cup 30. 32 fits closely with the seat 21 inside the outer cup 20 to form a water-stop state, and the tea soup only flows down from the central guide tube 41 to the bottom space of the outer cup 20 in a small amount. When the convex wall 32 is located, the air chamber 33 produces buoyancy; at the same time, the air in the air chamber 33 expands in contact with hot water to increase the buoyancy, and the inner cup 30 and the tea T are gradually raised together, while the tea soup continues to flow down from the guide tube 41. Until the inner cup 30 floats on the top of the tea soup and all the tea soup flows into the outer cup 20, at this time the tea leaves T are completely isolated from the tea soup, and the user can drink the tea soup from the outer cup 20, and the metal plate 35 at the upper end of the inner cup 30 will be covered by the lower end of the cup cover 50 The magnetic element 51 of the magnetic element 51 sucks tightly so that it will not fall when pouring out the tea soup. The inner cup 30 can also be taken out together with the cup cover 50. As shown in Figure 6, the inner cup 30 can be taken out and put into the outer cup 20 to be used again. brew.

Wherein, one or more communicating positioning holes 61 are formed at appropriate positions on the mating surfaces of the convex wall 32, the stop ring 34 and the metal sheet 35, and a ventilation pipe 62 is fixed in the positioning holes 61, please Referring to FIG. 4 and FIG. 7 at the same time, the excess air between the outer cup 20 and the inner cup 30 is led out through the ventilation tube 62 .

In addition, another embodiment of the present utility model, as shown in Figure 8 and Figure 9, is provided with a water flow adjustment device 40 at the lower part of the inner cup 30, which mainly consists of a hollow guide tube 41 that penetrates the air chamber 33 and protrudes a convex The protruding section 411 is at the bottom of the air chamber 33, and a notch 412 is formed on the protruding section 411, and an adjusting button 42 that conforms to its shape and can rotate left and right is set on the protruding section 411. There is a water outlet 421, and the water outlet 421 and the notch 412 are matched with each other by rotating the adjustment knob 42 left and right, so as to control the flow of water outlet and the flow of tea soup into the bottom of the outer cup 20.

Wherein, the adjustment knob 42 at the lower end of the water flow device 40 can be adjusted by rotating the tea soaking time so that the water outlet 421 and the gap 412 are aligned with each other, and the larger the aperture is, as shown in FIG. , the shorter the time for the tea soup in the space at the bottom of the outer cup 20 is filled, the shorter the rising time for the inner cup 30 is, that is, the tea leaves soaking time is shorter. The smaller the aperture, as shown in Figure 10B, the smaller the flow of tea soup flowing down from the draft tube 41 to the bottom space of the outer cup 20, the longer the time for the tea soup at the bottom space of the outer cup 20 to be filled, and the longer the time for the inner cup 30 to rise, that is The tea soaking time is longer, and the tea soaking time can be adjusted between one minute and five minutes; in this way, by adjusting the water flow device 40, the flow of tea soup flowing into the bottom of the outer cup 20 can be adjusted, thereby controlling the tea soaking time, and then obtaining different results. The concentration of tea soup can be eliminated, and the user needs to take the filter with his hands and take it out of the tea maker. Finally, the tea will produce theophylline, which will cause harm to the body and other defects.

Also, the water flow device 40 can also be adjusted as shown in Figure 11, the middle position of the protruding section 411 is pierced with an adjustment knob 42 which can be rotated left and right, and the adjustment knob 42 is provided with a water outlet 421, through the adjustment knob 42 Rotate left and right to make the water outlet 421 and the hollow part of the guide tube 41 match each other, which can also control the flow of water outlet and the flow of tea soup flowing into the bottom of the outer cup; in addition, the outer cup 20 can be formed as shown in Figure 8 and placed in In the body 10 , the body 10 is integrally formed with a handle 11 .

Furthermore, a handle 70 may be provided above the filter screen 311, as shown in FIG. 4 , which can facilitate the lifting of the filter screen 311 to replace the tea leaves.

As mentioned above, the structural improvement of the tea maker of the present invention provides an adjustable tea soaking time to brew good tea with different concentrations, good color, aroma and taste. And after the tea leaves are soaked for an appropriate time, the tea maker structure can be isolated from the brewed and brewed tea soup. Therefore, an application for a utility model patent is submitted according to law; One of the preferred embodiments does not limit the utility model with this, therefore, all similar and identical structures, devices, features, etc. of the utility model should belong to the creation purpose of the utility model and the scope of protection of the patent application Inside.

Claims (10)

1. A structural improvement of a tea maker, including a cup cover, characterized in that the tea maker includes: An outer cup, with a seat on its inner edge ring for the positioning of the following inner cup; An inner cup, the inner cup is provided with an accommodating chamber for placing tea leaves, an air chamber is provided on the lower side of the accommodating chamber, and a diversion tube is provided on the bottom side of the accommodating chamber, and an outer upper end is provided with a The ring is placed on the seat of the outer cup to position the convex wall. 2. The structural improvement of the tea maker according to claim 1, characterized in that the tea maker includes a water flow adjustment device that can adjust the flow of tea soup into the bottom of the outer cup, and the water flow adjustment device is mainly composed of a closed air chamber It is composed of a hollow guide tube that runs through the air chamber from the bottom of the accommodating chamber and protrudes from the bottom of the air chamber, and a gap is formed on the protruding section, and the protruding section is sleeved with its shape The adjustment knob is consistent and can be rotated left and right, and the adjustment knob is provided with a water outlet through which the adjustment knob is rotated left and right to make it match with the notch to control the flow of water and the flow of tea soup into the bottom of the outer cup. 3. The structural improvement of the tea maker according to claim 1, characterized in that the tea maker includes a water flow adjustment device that can adjust the flow of tea soup into the bottom of the outer cup, and the water flow adjustment device is mainly composed of a closed air chamber It is composed of a hollow guide tube that runs through the air chamber from the bottom of the accommodating chamber and protrudes from the bottom of the air chamber, and the middle section of the protruding section is pierced with an adjustment button that can be rotated left and right. A water outlet is provided on the top to control the flow of water and the flow of tea soup into the bottom of the outer cup by rotating the adjustment knob left and right to make it fit with the hollow part of the draft tube. 4. The structural improvement of the tea maker according to claim 1, 2 or 3, characterized in that a stop ring is provided on the upper end of the mouth of the inner cup, and a ring of metal sheets is provided on the upper edge of the stop ring , and the stop ring is provided with a cover net to prevent the tea leaves from falling out, and a fitting edge is formed on the lower edge to fit the convex wall of the inner cup. A concave seat is arranged on the convex wall, and the concave seat is fit and fixed with the convex post. 5. The structural improvement of the tea maker according to claim 1, 2 or 3, characterized in that several magnetic components are arranged on the lower side of the cup cover. 6. The structural improvement of the tea maker according to claim 1, 2 or 3, characterized in that a filter is placed in the accommodating chamber of the inner cup. 7. The structural improvement of the tea maker according to claim 4, characterized in that a handle is provided above the cover net. 8. The structural improvement of the tea maker according to claim 1, 2 or 3, characterized in that a handle is provided at a proper position of the outer cup body. 9. The structural improvement of the tea maker according to claim 1, 2 or 3, wherein the outer cup is placed in a body, and the body is integrally formed with a handle. 10. The structural improvement of the tea maker according to claim 1, 2 or 3, characterized in that a stop ring is provided at the upper end of the mouth of the inner cup, and a ring of metal sheets is provided on the upper edge of the stop ring , and one or more communicating positioning holes are formed at appropriate positions on the mating surfaces of the convex wall, the stop ring and the metal sheet, and a ventilation pipe is fixed in the positioning holes.

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