Tea making device
By designing an automated control and compartmentalized soaking and storage structure for the tea brewing device, the problem of cumbersome tea brewing operations has been solved, realizing automated tea brewing, improving the convenience of drinking tea and the taste of tea, and the structure is compact and easy to clean.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- GUANGDONG QIANYE ROBOT CO LTD
- Filing Date
- 2025-05-08
- Publication Date
- 2026-04-24
AI Technical Summary
Current tea-making techniques are cumbersome and require manual operation, making automation impossible and affecting the convenience of drinking tea.
A tea brewing device was designed, comprising a tea brewing cylinder, a tea storage cylinder, a liquid pump, and a tilting power mechanism. The device achieves the soaking, storage, and dispensing of tea through automated control, and combines a weighing module and a touch screen display to precisely control the tea brewing parameters.
It automates tea brewing, freeing up your hands, simplifying the operation process, preventing excessive steeping time, ensuring the taste of the tea, and features a compact structure for easy cleaning and high practicality.
Smart Images
Figure CN224155493U_ABST
Abstract
Description
Technical fields:
[0001] This utility model relates to the field of tea utensil technology, and in particular to a tea brewing device. Background technology:
[0002] As the living standards of the Chinese people continue to improve, modern people are paying more and more attention to tea culture, and various teapots, teacups and other related teaware have emerged.
[0003] Currently, tea brewing is still mostly done manually. This involves pouring a certain amount of water into a pot containing tea leaves, letting it steep for a certain time, and then pouring out the tea. This process is repeated, which is quite cumbersome. In order to free up our hands and make tea drinking more convenient, there is an urgent need for a tea brewing device that can replace manual methods to automatically brew tea. Utility Model Content:
[0004] The purpose of this invention is to provide a tea brewing device that addresses the shortcomings of existing technologies, enabling automatic tea brewing instead of manual methods, thus freeing up hands and making tea drinking more convenient.
[0005] To achieve the above objectives, the technical solution adopted by this utility model is as follows: a tea brewing device, comprising a tea brewing base, a tea brewing cylinder, a tea brewing lid that can be closed on the top of the tea brewing cylinder, a tea storage cylinder, a tea storage lid that can be closed on the top of the tea storage cylinder, a tea spout, a tea brewing liquid pump, a tea storage liquid pump, a tea dispensing liquid pump, and a tea brewing liquid supply module. The tea brewing cylinder and the tea storage cylinder are arranged side by side in a horizontal direction on the tea brewing base. The tea brewing lid is provided with a tea brewing water inlet, the bottom of the tea brewing cylinder is provided with a tea brewing water outlet, the tea storage lid is provided with a tea storage water inlet, the bottom of the tea storage cylinder is provided with a tea storage water outlet, the input end of the tea brewing liquid pump is connected to the tea brewing liquid supply module, the output end of the tea brewing liquid pump is connected to the tea brewing water inlet, the input end of the tea storage liquid pump is connected to the tea brewing water outlet, the output end of the tea storage liquid pump is connected to the tea storage water inlet, the input end of the tea dispensing liquid pump is connected to the tea storage water outlet, and the output end of the tea dispensing liquid pump is connected to the tea spout.
[0006] A further improvement to the above solution is that the rear end of the tea brewing lid is rotatably mounted on the tea brewing base, and the tea brewing base is provided with a tea brewing lid flipping power mechanism for driving the tea brewing lid to rotate. The output end of the tea brewing lid flipping power mechanism is connected to the tea brewing lid. The rear end of the tea storage lid is rotatably mounted on the tea brewing base, and the tea brewing base is provided with a tea storage lid flipping power mechanism for driving the tea storage lid to rotate. The output end of the tea storage lid flipping power mechanism is connected to the tea storage lid.
[0007] A further improvement to the above solution is that the tea brewing stand is also equipped with a touch screen display.
[0008] A further improvement to the above solution is that the tea brewing base is also equipped with a weighing module for weighing the tea brewing cylinder.
[0009] A further improvement to the above solution is that the bottom of the tea brewing tube and the bottom of the tea storage tube are both funnel-shaped structures.
[0010] A further improvement to the above solution is that the present invention also includes a tea brewing liquid discharge pump and a waste liquid discharge outlet, wherein the input end of the tea brewing liquid discharge pump is connected to the tea brewing water outlet, and the output end of the tea brewing liquid discharge pump is connected to the waste liquid discharge outlet.
[0011] A further improvement to the above solution is that the present invention also includes a tea storage and drainage pump and a waste liquid discharge point. The input end of the tea storage and drainage pump is connected to the tea storage outlet, and the output end of the tea storage and drainage pump is connected to the waste liquid discharge point.
[0012] The beneficial effects of this utility model are as follows: This utility model provides a tea brewing device, including a tea brewing base, a tea brewing cylinder, a tea brewing lid that can be closed on the top of the tea brewing cylinder, a tea storage cylinder, a tea storage lid that can be closed on the top of the tea storage cylinder, a tea spout, a tea brewing liquid pump, a tea storage liquid pump, a tea dispensing liquid pump, and a tea brewing liquid supply module. The tea brewing cylinder and the tea storage cylinder are arranged side by side in the horizontal direction on the tea brewing base. The tea brewing lid is provided with a tea brewing water inlet, the bottom of the tea brewing cylinder is provided with a tea brewing water outlet, the tea storage lid is provided with a tea storage water inlet, the bottom of the tea storage cylinder is provided with a tea storage water outlet, the input end of the tea brewing liquid pump is connected to the tea brewing liquid supply module, the output end of the tea brewing liquid pump is connected to the tea brewing water inlet, the input end of the tea storage liquid pump is connected to the tea brewing water outlet, the output end of the tea storage liquid pump is connected to the tea storage water inlet, the input end of the tea dispensing liquid pump is connected to the tea storage water outlet, and the output end of the tea dispensing liquid pump is connected to the tea spout.
[0013] First, a certain amount of tea leaves are placed into the tea brewing container. The hot water required for brewing is provided by the tea brewing liquid supply module. The hot water is pumped to the tea brewing inlet and then into the tea brewing container by the tea brewing liquid pump. After the required steeping time, the steeped tea water in the tea brewing container is pumped to the tea storage inlet and then into the tea storage container by the tea storage liquid pump. When it is time to dispense the tea, the tea water in the tea storage container is pumped to the tea dispensing spout by the tea dispensing pump. This utility model can replace manual tea brewing to achieve automatic tea brewing, freeing up hands and making tea drinking more convenient. By separating the tea brewing container and the tea storage container, the tea is first steeped for the required time in the tea brewing container, and then the steeped tea water is stored in the tea storage container. This can prevent the steeping time from being too long, thereby better ensuring the taste. Attached image description:
[0014] Figure 1 This is a schematic diagram of the structure of this utility model.
[0015] Figure 2This is a structural schematic diagram from another perspective of the present invention.
[0016] Figure 3 This is a schematic diagram of the liquid circuit structure of this utility model.
[0017] Explanation of reference numerals in the attached drawings: Tea spout 81, tea brewing base 82, tea brewing cylinder 83, tea brewing lid 84, tea storage cylinder 85, tea storage lid 86, tea brewing liquid pump 87, tea storage liquid pump 88, tea dispensing liquid pump 89, tea brewing liquid supply module 90, tea brewing water inlet 91, tea brewing water outlet 92, tea storage water inlet 93, tea storage water outlet 94, tea brewing liquid drain pump 95, tea storage liquid drain pump 96, waste liquid discharge point 97, tea brewing lid flipping power mechanism 98, tea storage lid flipping power mechanism 99, touch screen display 100, weighing module 101. Detailed implementation method:
[0018] The present invention will be further described below with reference to the accompanying drawings, such as... Figure 1-3 As shown, this utility model includes a tea brewing base 82, a tea brewing cylinder 83, a tea brewing lid 84 that can be closed on the top of the tea brewing cylinder 83, a tea storage cylinder 85, a tea storage lid 86 that can be closed on the top of the tea storage cylinder 85, a tea spout 81, a tea brewing liquid pump 87, a tea storage liquid pump 88, a tea dispensing liquid pump 89, and a tea brewing liquid supply module 90. The tea brewing cylinder 83 and the tea storage cylinder 85 are arranged side by side in the horizontal direction on the tea brewing base 82. The tea brewing lid 84 is provided with a tea brewing water inlet 91 for brewing tea. The bottom of the tea cylinder 83 is equipped with a tea brewing spout 92, the tea storage cover 86 is equipped with a tea storage inlet 93, the bottom of the tea storage cylinder 85 is equipped with a tea storage outlet 94, the input end of the tea brewing liquid pump 87 is connected to the tea brewing liquid supply module 90, the output end of the tea brewing liquid pump 87 is connected to the tea brewing inlet 91, the input end of the tea storage liquid pump 88 is connected to the tea brewing outlet 92, the output end of the tea storage liquid pump 88 is connected to the tea storage inlet 93, and the input end of the tea dispensing pump 89 is connected to the tea storage outlet 94. The four-phase connection connects the output end of the tea dispensing pump 89 to the tea spout 81. First, a certain amount of tea leaves are placed into the tea brewing cylinder 83. The tea brewing supply module 90 provides the hot water required for brewing. The tea brewing pump 87 pumps the hot water to the tea inlet spout 91 and into the tea brewing cylinder 83. After the required steeping time, the tea storage pump 88 pumps the steeped tea water from the tea brewing cylinder 83 to the tea storage inlet spout 93 and into the tea storage cylinder 85. When tea needs to be dispensed, the tea dispensing pump 89 pumps the tea water from the tea storage cylinder 85 to the tea spout 81 to complete the dispensing process. This invention can replace manual brewing to achieve automatic tea brewing, freeing up hands and making tea drinking more convenient. By separating the tea brewing cylinder 83 and the tea storage cylinder 85, the tea is first steeped in the tea brewing cylinder 83 for the required time, and then the steeped tea water is stored in the tea storage cylinder 85. This prevents excessive steeping time and better ensures the taste.
[0019] In addition, compared with the existing method of using vertical adjustment of the filter height to separate tea leaves and tea water to prevent excessive soaking time, the tea brewing cylinder 83 and tea storage cylinder 85 of this utility model are arranged side by side in the horizontal direction on the tea brewing base 82. Not only is the overall height lower and the overall structure more compact and reasonable, but it is also easier to clean, making it more practical.
[0020] The rear end of the tea brewing lid 84 is rotatably mounted on the tea brewing base 82. The tea brewing base 82 is equipped with a tea brewing lid flipping power mechanism 98 for driving the tea brewing lid 84 to rotate. The output end of the tea brewing lid flipping power mechanism 98 is connected to the tea brewing lid 84. The rear end of the tea storage lid 86 is rotatably mounted on the tea brewing base 82. The tea brewing base 82 is equipped with a tea storage lid flipping power mechanism 99 for driving the tea storage lid 86 to rotate. The output end of the tea storage lid flipping power mechanism 99 is connected to the tea storage lid 86. The tea brewing lid 84 is driven to rotate by the tea brewing lid flipping power mechanism 98, so that the tea brewing lid 84 can be closed on the tea brewing cylinder 83 or flipped open from the tea brewing cylinder 83 without manual opening and closing of the tea brewing lid 84, thereby further improving the overall automation level. The tea storage lid 86 is driven to rotate by the tea storage lid flipping power mechanism 99, so that the tea storage lid 86 can be closed on the tea storage cylinder 85 or flipped open from the tea storage cylinder 85 without manual opening and closing of the tea storage lid 86, thereby further improving the overall automation level.
[0021] The tea brewing stand 82 is also equipped with a touch screen display 100, which can be used to display the current water temperature and water volume in the tea brewing cylinder 83 and the tea storage cylinder 85, and can be used to control operations such as adding water and dispensing tea.
[0022] Adding too much or too little tea will affect the taste. Compared with the previous method of judging the amount of tea by visual estimation, the tea brewing stand 82 of this utility model is also equipped with a weighing module 101 for weighing the tea brewing cylinder 83. The weighing module 101 can accurately add the required amount of tea, thereby better brewing tea and ensuring the taste.
[0023] The bottom of the tea brewing cylinder 83 and the bottom of the tea storage cylinder 85 are funnel-shaped structures, which makes it easier for the tea water to gather at the bottom and flow outward.
[0024] This utility model also includes a tea brewing liquid pump 95, a tea storage liquid pump 96, and a waste liquid discharge point 97. The waste liquid discharge point 97 can be a water bucket or a drainage pipe, etc. The input end of the tea brewing liquid pump 95 is connected to the tea brewing spout 92, and the output end of the tea brewing liquid pump 95 is connected to the waste liquid discharge point 97. By connecting an additional tea brewing liquid pump 95 at the tea brewing spout 92, the tea in the tea brewing cylinder 83 can be discharged to the waste liquid discharge point 97. Thus, depending on the specific situation, the tea in the tea brewing cylinder 83 can be pumped to the tea storage cylinder 85 or the waste liquid discharge point 97. For example, the first brew of tea usually needs to be discarded, so during the first brew, the tea in the tea brewing cylinder 83 can be pumped to the waste liquid discharge point 97 by the tea brewing liquid pump 95. Subsequently, the tea liquid in the tea brewing cylinder 83 is pumped to the tea storage cylinder 85 by the tea storage pump 88, which can better achieve the tea brewing and ensure the taste. The input end of the tea storage discharge pump 96 is connected to the tea storage outlet 94, and the output end of the tea storage discharge pump 96 is connected to the waste liquid discharge point 97. By connecting an additional tea storage discharge pump 96 at the tea storage outlet 94, the tea liquid in the tea storage cylinder 85 can be discharged to the waste liquid discharge point 97. Thus, depending on the specific situation, the tea liquid in the tea storage cylinder 85 can be pumped to the tea outlet 81 or the waste liquid discharge point 97. For example, if the tea liquid in the tea storage cylinder 85 cools down or the tea is changed, the tea liquid in the tea storage cylinder 85 can be pumped to the waste liquid discharge point 97 by the tea storage discharge pump 96, which is more practical.
[0025] Working principle:
[0026] First, a certain amount of tea leaves are placed into the tea brewing cylinder 83. The hot water required for brewing tea is provided by the tea brewing liquid supply module 90. The hot water is pumped to the tea brewing inlet 91 and injected into the tea brewing cylinder 83 by the tea brewing liquid pump 87. After the required steeping time, the steeped tea water in the tea brewing cylinder 83 is pumped to the tea storage inlet 93 and injected into the tea storage cylinder 85 by the tea storage liquid pump 88. When it is time to dispense tea, the tea water in the tea storage cylinder 85 is pumped to the tea dispensing spout 81 by the tea dispensing liquid pump 89. This utility model can replace manual tea brewing to achieve automatic tea brewing, freeing up hands and making tea drinking more convenient. By separating the tea brewing cylinder 83 and the tea storage cylinder 85, the required steeping time is first carried out in the tea brewing cylinder 83, and then the steeped tea water is stored in the tea storage cylinder 85. This can prevent the steeping time from being too long, thereby better ensuring the taste.
[0027] Of course, the above description is only a preferred embodiment of the present utility model. Therefore, all equivalent changes or modifications made to the structure, features and principles described in the claims of the present utility model patent application are included in the scope of the present utility model patent application.
Claims
1. A tea brewing device, characterized in that: The system includes a tea brewing base (82), a tea brewing cylinder (83), a tea brewing lid (84) that can be closed on the top of the tea brewing cylinder (83), a tea storage cylinder (85), a tea storage lid (86) that can be closed on the top of the tea storage cylinder (85), a tea spout (81), a tea brewing liquid pump (87), a tea storage liquid pump (88), a tea dispensing liquid pump (89), and a tea brewing liquid supply module (90). The tea brewing cylinder (83) and the tea storage cylinder (85) are arranged side by side in a horizontal direction on the tea brewing base (82). The tea brewing lid (84) is provided with a tea brewing water inlet (91), and the tea brewing cylinder (83) is provided with a tea brewing water outlet (92) at the bottom. The tea storage cover (86) is provided with a tea storage water inlet (93), the bottom of the tea storage cylinder (85) is provided with a tea storage water outlet (94), the input end of the tea brewing liquid pump (87) is connected to the tea brewing liquid supply module (90), the output end of the tea brewing liquid pump (87) is connected to the tea brewing water inlet (91), the input end of the tea storage liquid pump (88) is connected to the tea brewing water outlet (92), the output end of the tea storage liquid pump (88) is connected to the tea storage water inlet (93), the input end of the tea dispensing liquid pump (89) is connected to the tea storage water outlet (94), and the output end of the tea dispensing liquid pump (89) is connected to the tea dispensing spout (81).
2. The tea brewing device according to claim 1, characterized in that: The rear end of the tea brewing lid (84) is rotatably mounted on the tea brewing base (82). The tea brewing base (82) is provided with a tea brewing lid flipping power mechanism (98) for driving the tea brewing lid (84) to rotate. The output end of the tea brewing lid flipping power mechanism (98) is driven and connected to the tea brewing lid (84). The rear end of the tea storage lid (86) is rotatably mounted on the tea brewing base (82). The tea brewing base (82) is provided with a tea storage lid flipping power mechanism (99) for driving the tea storage lid (86) to rotate. The output end of the tea storage lid flipping power mechanism (99) is driven and connected to the tea storage lid (86).
3. The tea brewing device according to claim 1, characterized in that: The tea brewing stand (82) is also equipped with a touch screen display (100).
4. The tea brewing device according to claim 1, characterized in that: The tea brewing stand (82) is also equipped with a weighing module (101) for weighing the tea brewing cylinder (83).
5. A tea brewing device according to claim 1, characterized in that: The bottom of the tea brewing tube (83) and the bottom of the tea storage tube (85) are funnel-shaped structures.
6. A tea brewing device according to any one of claims 1-5, characterized in that: It also includes a tea brewing liquid pump (95) and a waste liquid discharge point (97). The input end of the tea brewing liquid pump (95) is connected to the tea brewing water outlet (92), and the output end of the tea brewing liquid pump (95) is connected to the waste liquid discharge point (97).
7. A tea brewing device according to any one of claims 1-5, characterized in that: It also includes a tea storage and drainage pump (96) and a waste liquid discharge point (97). The input end of the tea storage and drainage pump (96) is connected to the tea storage outlet (94), and the output end of the tea storage and drainage pump (96) is connected to the waste liquid discharge point (97).