Diversified automatic tea making system and method

Abstract

The invention relates to the technical field of tea making, in particular to a diversified automatic tea making system and method.The diversified automatic tea making system comprises a control module, a taste input setting module, a multi-tea-soup parallel brewing device and a tea transferring device; the taste input setting module is used for inputting and setting tea drinking taste preference data of each tea drinker, and the tea drinking taste preference data comprises tea type data and tea concentration data; the multi-tea-soup parallel brewing device is used for brewing various tea soup in parallel according to the tea drinking taste preference data, input and set by the taste input setting module, of each tea drinker; the tea transferring device is used for transferring various kinds of tea soup brewed by the multi-tea-soup parallel brewing device to the positions of the corresponding tea drinkers respectively; compared with existing traditional tea making, the diversified automatic tea making system has the advantages that tea soup of different types and / or concentrations can be brewed and provided at the same time, and the taste requirements of different tea drinkers can be better met at the same time.

Description

Technical field:

[0001] The present invention relates to the technical field of tea brewing, and in particular to a diversified automatic tea brewing system and method. Background technology:

[0002] Drinking tea has been a traditional Chinese culture since ancient times. The current traditional tea brewing method can only brew one type of tea, either green tea, black tea, or Pu'er tea. However, different people have different tastes. Some people like to drink green tea, some people like to drink black tea, and a pot of tea can only brew one type of tea, so it cannot meet the taste needs of different tea drinkers. Summary of the invention:

[0003] The purpose of the present invention is to address the deficiencies in the prior art and provide a diversified automatic tea brewing system that can simultaneously brew and provide teas of different types and / or concentrations, thereby better meeting the taste requirements of different tea drinkers.

[0004] The present invention also provides a diversified automatic tea brewing method, which can brew tea of different types and / or concentrations simultaneously and in parallel, and can better meet the taste requirements of different tea drinkers at the same time.

[0005] In order to achieve the above-mentioned purpose, the technical solution adopted by the present invention is: a diversified automatic tea brewing system, including a control module, a taste input setting module, a multi-tea soup parallel brewing device, and a tea transfer device, the taste input setting module, the multi-tea soup parallel brewing device, and the tea transfer device are electrically connected to the control module respectively; the taste input setting module is used to input and set the tea drinking taste preference data of each tea drinker, and the tea drinking taste preference data includes tea type data and tea concentration data; the multi-tea soup parallel brewing device is used to brew multiple tea soups in parallel according to the tea drinking taste preference data of each tea drinker input and set by the taste input setting module; the tea transfer device is used to transfer the various tea soups brewed by the multi-tea soup parallel brewing device to the corresponding tea drinker positions.

[0006] A further improvement to the above scheme is that a diversified automatic tea brewing system of the present invention also includes a tea refill module, which is electrically connected to the control module; a tea refill instruction is sent to the control module through the tea refill module, and when the control module receives the tea refill instruction from the tea refill module, the control module controls the tea transfer device to transfer the tea cup corresponding to the tea drinker who needs to refill the tea to the multi-tea parallel brewing device to receive the tea and transfer the tea cup with the tea to the corresponding tea drinker's position.

[0007] A further improvement to the above scheme is that the multi-tea parallel brewing device includes at least two tea brewing modules, each tea brewing module includes a liquid supply module, a tea brewing cylinder, at least two tea storage cylinders, a tea brewing liquid pump, the same number of tea storage pumps as the tea storage cylinders, the same number of tea discharge liquid pumps as the tea storage cylinders, and a tea discharge spout, the input end of the tea brewing liquid pump is connected to the liquid supply module, the output end of the tea brewing liquid pump is connected to the tea brewing cylinder, the input end of each tea storage pump is connected to the tea brewing cylinder, the output end of each tea storage pump is connected to each tea storage cylinder, the input end of each tea discharge liquid pump is connected to each tea storage cylinder, and the output end of each tea discharge liquid pump is connected to the tea discharge spout.

[0008] A further improvement to the above solution is that each of the tea brewing modules further includes a tea brewing liquid pump and a waste liquid discharge point, the input end of the tea brewing liquid pump is connected to the tea brewing cylinder, and the output end of the tea brewing liquid pump is connected to the waste liquid discharge point.

[0009] A further improvement to the above scheme is that each of the tea brewing modules further includes a tea storage drainage pump and a waste liquid discharge point with the same number as the tea brewing cylinders, the input end of each of the tea storage drainage pumps is respectively connected to each of the tea storage cylinders, and the output end of each of the tea storage drainage pumps is respectively connected to the waste liquid discharge point.

[0010] A diversified automatic tea brewing method is based on a diversified automatic tea brewing system, wherein the diversified automatic tea brewing system includes a control module, a flavor input setting module, a multi-tea parallel brewing device, and a tea transfer device, wherein the flavor input setting module, the multi-tea parallel brewing device, and the tea transfer device are electrically connected to the control module respectively; and specifically includes the following steps:

[0011] S1. First, input and set tea taste preference data of each tea drinker through the taste input setting module, wherein the tea taste preference data includes tea type data and tea concentration data;

[0012] S2, brewing multiple tea soups in parallel using a multi-tea soup parallel brewing device according to the tea drinking taste preference data of each tea drinker set by the taste input setting module;

[0013] S3, the tea transferring device transfers the various tea soups brewed by the multi-tea parallel brewing device to the corresponding tea drinker positions.

[0014] A further improvement to the above solution is that the diversified automatic tea brewing system further includes a tea refill module, which is electrically connected to the control module; and further includes the following steps:

[0015] S4, sending a tea refill instruction to the control module through the tea refill module to automatically refill the tea;

[0016] The step S4 specifically includes the following steps:

[0017] S41, controlling the tea transfer device through the control module to transfer the tea cup corresponding to the tea drinker who needs to refill the tea to the multi-tea parallel brewing device to receive the tea;

[0018] S42: The control module controls the tea transfer device to transfer the tea cup containing tea to the position of the corresponding tea drinker to complete the tea refill.

[0019] A further improvement to the above scheme is that the multi-tea parallel brewing device includes at least two tea brewing modules, each of which includes a liquid supply module, a tea brewing cylinder, at least two tea storage cylinders, a tea brewing liquid pump, the same number of tea storage pumps as the tea storage cylinders, the same number of tea discharge liquid pumps as the tea storage cylinders, and a tea discharge spout, the input end of the tea brewing liquid pump is connected to the liquid supply module, the output end of the tea brewing liquid pump is connected to the tea brewing cylinder, the input end of each tea storage pump is connected to the tea brewing cylinder, the output end of each tea storage pump is connected to each tea storage cylinder, the input end of each tea discharge liquid pump is connected to each tea storage cylinder, and the output end of each tea discharge liquid pump is connected to the tea discharge spout.

[0020] The step S2 specifically includes the following steps:

[0021] S21, first select corresponding teas according to the tea type data input and set in the taste input setting module;

[0022] S22, placing various tea leaves into the tea brewing cylinders of the tea brewing modules respectively;

[0023] S23, providing hot water required for tea brewing through the liquid supply modules of each tea brewing module, and injecting the hot water required for tea brewing into the corresponding tea brewing cylinder through the tea brewing liquid pump of each tea brewing module;

[0024] S24, steeping tea soups of different concentrations according to the tea concentration data set by the taste input setting module, and then pumping the tea soups of different concentrations into different tea storage cylinders through various tea storage pumps;

[0025] S25. The tea soups of different concentrations in the tea storage cylinders are pumped to the tea spouts through the tea liquid pumps to complete the tea dispensing.

[0026] A further improvement to the above solution is that each of the tea brewing modules further includes a tea brewing liquid pump and a waste liquid discharge location, wherein the input end of the tea brewing liquid pump is connected to the tea brewing cylinder, and the output end of the tea brewing liquid pump is connected to the waste liquid discharge location;

[0027] When receiving the tea brewing liquid discharge instruction, the tea brewing liquid discharge pump pumps the tea soup in the tea brewing cylinder to the waste liquid discharge place.

[0028] A further improvement to the above solution is that each of the tea brewing modules further includes a tea storage and drainage pump and a waste liquid discharge port, the same number as the tea brewing cylinders, the input end of each tea storage and drainage pump being connected to each tea storage cylinder, and the output end of each tea storage and drainage pump being connected to the waste liquid discharge port;

[0029] When receiving the tea storage drainage instruction, the tea storage drainage pump pumps the tea soup in the tea storage cylinder to the waste liquid discharge place.

[0030] The beneficial effects of the present invention are as follows: the present invention provides a diversified automatic tea brewing system, comprising a control module, a taste input setting module, a multi-tea soup parallel brewing device, and a tea transfer device, wherein the taste input setting module, the multi-tea soup parallel brewing device, and the tea transfer device are electrically connected to the control module respectively; the taste input setting module is used to input and set tea drinking taste preference data of each tea drinker, the tea drinking taste preference data including tea type data and tea concentration data; the multi-tea soup parallel brewing device is used to brew multiple tea soups in parallel according to the tea drinking taste preference data of each tea drinker input and set by the taste input setting module; the tea transfer device is used to transfer the various tea soups brewed by the multi-tea soup parallel brewing device to the positions of the corresponding tea drinkers respectively;

[0031] First, the tea drinking taste preference data of each tea drinker is input and set through the taste input setting module, and the tea drinking taste preference data includes tea type data and tea concentration data; a plurality of tea soups are brewed in parallel by the multi-tea soup parallel brewing device according to the tea drinking taste preference data of each tea drinker input and set by the taste input setting module; the various tea soups brewed by the multi-tea soup parallel brewing device are transferred to the corresponding tea drinker positions by the tea transfer device; compared with the existing traditional tea brewing, the diversified automatic tea brewing system of the present invention can brew and provide tea soups of different types and / or concentrations in parallel at the same time, which can better meet the taste needs of different tea drinkers at the same time. Description of the drawings:

[0032] Figure 1 This is a control principle diagram of a diversified automatic tea brewing system of the present invention.

[0033] Figure 2 This is a control principle diagram of the tea brewing module of the present invention.

[0034] Explanation of the accompanying symbols: control module 1, flavor input setting module 2, multi-tea parallel brewing device 3, tea transfer device 4, tea refilling module 5, tea brewing module 6, liquid supply module 61, tea brewing cylinder 62, tea storage cylinder 63, tea brewing liquid pump 64, tea storage liquid pump 65, tea liquid discharge pump 66, tea discharge spout 67, tea brewing liquid discharge pump 68, waste liquid discharge point 69, tea storage liquid discharge pump 70. Specific implementation method:

[0035] The present invention will be further described below with reference to the accompanying drawings. Figure 1-2 As shown, a diversified automatic tea brewing system of the present invention includes a control module 1, a taste input setting module 2, a multi-tea soup parallel brewing device 3, and a tea transfer device 4. The taste input setting module 2 can be a touch display screen, a voice control module 1, etc. The tea transfer device 4 can be a manipulator, such as an electromagnet teacup transfer device in an automatic tea brewing machine with application number CN202311626318.6, etc. The taste input setting module 2, the multi-tea soup parallel brewing device 3, and the tea transfer device 4 are electrically connected to the control module 1 respectively; the taste input setting module 2 is used to input and set the tea drinking taste preference data of each tea drinker, and the tea drinking taste preference data includes tea type data and tea concentration data; the multi-tea soup parallel brewing device 3 is used to input and set the tea drinking taste preference of each tea drinker according to the tea drinking taste preference of each tea drinker set by the taste input setting module 2. The tea transferring device 4 is used to transfer the various tea soups brewed by the multi-tea soup parallel brewing device 3 to the corresponding tea drinker positions respectively; first, the tea drinking taste preference data of each tea drinker is input and set through the taste input setting module 2, and the tea drinking taste preference data includes tea type data and tea concentration data; the multi-tea soup parallel brewing device 3 brews various tea soups in parallel according to the tea drinking taste preference data of each tea drinker input and set by the taste input setting module 2; the various tea soups brewed by the multi-tea soup parallel brewing device 3 are transferred to the corresponding tea drinker positions respectively through the tea transferring device 4; compared with the existing traditional tea brewing, the diversified automatic tea brewing system of the present invention can brew and provide tea soups of different types and / or concentrations in parallel at the same time, which can better meet the taste needs of different tea drinkers at the same time.

[0036] A diversified automatic tea brewing system of the present invention also includes a tea refilling module 5, which is electrically connected to the control module 1. The tea refilling module 5 can be a button or a voice recognition module, etc.; a tea refilling instruction is sent to the control module 1 through the tea refilling module 5. When the control module 1 receives the tea refilling instruction from the tea refilling module 5, the control module 1 controls the tea transferring device 4 to transfer the tea cup corresponding to the tea drinker who needs to refill the tea to the multi-tea parallel brewing device 3 to receive the tea and transfer the tea cup with the tea to the corresponding tea drinker's position; automatic tea refilling can be achieved through the cooperation of the tea refilling module 5 and the tea transferring device 4. The whole process does not require manual brewing and pouring of tea, and the overall automation and intelligence are stronger.

[0037] The multi-tea parallel brewing device 3 includes at least two tea brewing modules 6, each of which includes a liquid supply module 61, a tea brewing cylinder 62, at least two tea storage cylinders 63, a tea brewing liquid pump 64, the same number of tea storage liquid pumps 65 as the tea storage cylinders 63, the same number of tea outlet liquid pumps 66 as the tea storage cylinders 63, and a tea outlet nozzle 67. The input end of the tea brewing liquid pump 64 is connected to the liquid supply module 61, the output end of the tea brewing liquid pump 64 is connected to the tea brewing cylinder 62, the input end of each tea storage liquid pump 65 is connected to the tea brewing cylinder 62, the output end of each tea storage liquid pump 65 is connected to each tea storage cylinder 63, the input end of each tea outlet liquid pump 66 is connected to each tea storage cylinder 63, and the output end of each tea outlet liquid pump 66 is connected to the tea outlet nozzle 67. Compared with the method of brewing one kind of tea first and then brewing another kind of tea, the present invention The multi-tea parallel brewing device 3 of the present invention can brew multiple types of tea at the same time, which is not only more efficient but also can prevent the occurrence of cross-flavoring, and can better meet the different taste requirements of different tea drinkers; each tea brewing module 6 of the multi-tea parallel brewing device 3 of the present invention first places the tea leaves in the tea brewing cylinder 62, injects the required hot water into the tea brewing cylinder 62 and soaks it for the required time, and then pumps the soaked tea into the tea storage cylinder 63 to prevent the soaking time from being too long, thereby better ensuring the taste; in addition, each tea brewing module 6 of the multi-tea parallel brewing device 3 of the present invention includes at least two tea storage cylinders 63, and each tea storage cylinder 63 can be used to hold tea soups of different concentrations, so that tea soups of different concentrations can be provided at the same time, which can further meet the taste requirements of different tea drinkers.

[0038] The tea brewing modules 6 each further include a tea brewing drainage pump 68 and a waste liquid discharge port 69. The waste liquid discharge port 69 can be a bucket or a drainage pipe, etc. The input end of the tea brewing drainage pump 68 is connected to the tea brewing cylinder 62, and the output end of the tea brewing drainage pump 68 is connected to the waste liquid discharge port 69. The tea soup in the tea brewing cylinder 62 can be discharged to the waste liquid discharge port 69 through the tea brewing drainage pump 68, so that the tea soup in the tea brewing cylinder 62 can be pumped into the tea storage cylinder 63 or the waste liquid discharge port 69 according to the specific situation. For example, the first cup of tea generally needs to be poured out. Therefore, during the first cup of tea, the tea soup in the tea brewing cylinder 62 can be pumped into the waste liquid discharge port 69 through the tea brewing drainage pump 68, and then the tea soup in the tea brewing cylinder 62 can be pumped into the tea storage cylinder 63 through the tea storage liquid pump 65, so as to better achieve tea brewing and ensure the taste.

[0039] Each of the tea brewing modules 6 further includes a tea storage drainage pump 70 and a waste liquid discharge port 69, the same number as the tea brewing cylinders 62. The input end of each of the tea storage drainage pumps 70 is connected to each of the tea storage cylinders 63, and the output end of each of the tea storage drainage pumps 70 is connected to the waste liquid discharge port 69. The tea soup in the tea storage cylinder 63 can be discharged to the waste liquid discharge port 69 through the tea storage drainage pump 70, so that the tea soup in the tea storage cylinder 63 can be pumped to the tea outlet 67 or the waste liquid discharge port 69 according to the specific situation. For example, if the tea soup in the tea storage cylinder 63 cools down or the tea is changed, the tea soup in the tea storage cylinder 63 can be pumped to the waste liquid discharge port 69 through the tea storage drainage pump 70, which is more practical.

[0040] A diversified automatic tea brewing method is characterized by being based on a diversified automatic tea brewing system, wherein the diversified automatic tea brewing system includes a control module 1, a flavor input setting module 2, a multi-tea parallel brewing device 3, and a tea transfer device 4, wherein the flavor input setting module 2, the multi-tea parallel brewing device 3, and the tea transfer device 4 are electrically connected to the control module 1 respectively; and specifically includes the following steps:

[0041] S1. First, input and set the tea taste preference data of each tea drinker through the taste input setting module 2. The tea taste preference data includes tea type data and tea concentration data;

[0042] S2, brewing multiple tea soups in parallel by the multi-tea soup parallel brewing device 3 according to the tea drinking taste preference data of each tea drinker input and set by the taste input setting module 2;

[0043] S3, the tea transferring device 4 transfers the various tea soups brewed by the multi-tea parallel brewing device 3 to the corresponding tea drinker's position;

[0044] Compared with the existing traditional tea brewing method, the diversified automatic tea brewing method of the present invention can brew and provide tea of different types and / or concentrations at the same time, which can better meet the taste requirements of different tea drinkers at the same time.

[0045] A diversified automatic tea brewing system further includes a tea refill module 5, which is electrically connected to the control module 1; and further includes the following steps:

[0046] S4, sending a tea refill instruction to the control module 1 through the tea refill module 5 to automatically refill the tea;

[0047] The step S4 specifically includes the following steps:

[0048] S41, controlling the tea transfer device 4 through the control module 1 to transfer the tea cup corresponding to the tea drinker who needs to refill the tea to the multi-tea parallel brewing device 3 to receive the tea;

[0049] S42: The control module 1 controls the tea transfer device 4 to transfer the tea cup filled with tea to the position of the corresponding tea drinker, thereby completing the tea refill.

[0050] Automatic tea refilling can be achieved through the cooperation of the tea refilling module 5 and the tea transferring device 4. The whole process does not require manual brewing and pouring of tea, and the overall automation and intelligence are stronger.

[0051] The multi-tea parallel brewing device 3 includes at least two tea brewing modules 6, each of which includes a liquid supply module 61, a tea brewing cylinder 62, at least two tea storage cylinders 63, a tea brewing liquid pump 64, the same number of tea storage liquid pumps 65 as the tea storage cylinders 63, the same number of tea dispensing liquid pumps 66 as the tea storage cylinders 63, and a tea dispensing nozzle 67. The input end of the tea brewing liquid pump 64 is connected to the liquid supply module 61, and the output end of the tea brewing liquid pump 64 is connected to the tea brewing cylinder 62. The input end of each tea storage liquid pump 65 is connected to the tea brewing cylinder 62, the output end of each tea storage liquid pump 65 is connected to each tea storage cylinder 63, the input end of each tea dispensing liquid pump 66 is connected to each tea storage cylinder 63, and the output end of each tea dispensing liquid pump 66 is connected to the tea dispensing nozzle 67.

[0052] The step S2 specifically includes the following steps:

[0053] S21, first select the corresponding various teas according to the tea type data input and set in the taste input setting module 2;

[0054] S22, placing various tea leaves into the tea brewing cylinders 62 of the tea brewing modules 6;

[0055] S23, providing hot water required for tea brewing through the liquid supply module 61 of each tea brewing module 6, and injecting the hot water required for tea brewing into the corresponding tea brewing cylinder 62 through the tea brewing liquid pump 64 of each tea brewing module 6;

[0056] S24, steeping tea soups of different concentrations according to the tea concentration data set by the taste input setting module 2, and then pumping the tea soups of different concentrations into different tea storage cylinders 63 through the respective tea storage pumps 65;

[0057] S25: The tea liquid pumps 66 pump the tea soups of different concentrations in the tea storage cylinders 63 to the tea outlet spouts 67 to complete the tea dispensing.

[0058] The invention also provides a plurality of tea brewing devices 3 for brewing tea of different concentrations at the same time, so as to better meet the different taste requirements of different tea drinkers.

[0059] When the tea is poured out of the container 62, the tea soup in the container 62 is pumped out to the waste liquid discharge 69, and the tea soup in the container 62 is pumped out to the waste liquid discharge 69.

[0060] Each of the tea brewing modules 6 further includes a tea storage drainage pump 70 and a waste liquid discharge port 69, the same number as the tea brewing cylinders 62. The input end of each tea storage drainage pump 70 is connected to each tea storage cylinder 63, and the output end of each tea storage drainage pump 70 is connected to the waste liquid discharge port 69. When a tea storage drainage instruction is received, the tea storage drainage pump 70 pumps the tea soup in the tea storage cylinder 63 to the waste liquid discharge port 69. The tea storage drainage pump 70 can discharge the tea soup in the tea storage cylinder 63 to the waste liquid discharge port 69, so that the tea soup in the tea storage cylinder 63 can be pumped to the tea outlet 67 or the waste liquid discharge port 69 according to the specific situation. For example, when the tea soup in the tea storage cylinder 63 is cold or the tea is changed, the tea soup in the tea storage cylinder 63 can be pumped to the waste liquid discharge port 69 by the tea storage drainage pump 70, which is more practical.

[0061] Working principle:

[0062] The taste input setting module 2 is used to input the tea drinking taste preference data of each tea drinker, such as inputting and setting tea drinker No. 1 to high-concentration green tea, tea drinker No. 2 to low-concentration green tea, and tea drinker No. 3 to high-concentration black tea. The multi-tea soup parallel brewing device 3 brews high-concentration green tea, low-concentration green tea, and high-concentration black tea in parallel. The high-concentration green tea is transferred to the corresponding position of tea drinker No. 1 by the tea transfer device 4, the low-concentration green tea is transferred to the corresponding position of tea drinker No. 2 by the tea transfer device 4, and the high-concentration black tea is transferred to the corresponding position of tea drinker No. 3 by the tea transfer device 4. The parallel brewing of high-concentration green tea, low-concentration green tea, and high-concentration black tea by the multi-tea soup parallel brewing device 3 specifically includes the following steps: respectively brewing green tea leaves, low-concentration green tea, and high-concentration black tea. Black tea leaves are placed in the tea brewing cylinders 62 of the two tea brewing modules 6. High-concentration green tea and low-concentration green tea are provided by the tea brewing module 6 filled with green tea leaves, and high-concentration black tea is provided by the tea brewing module 6 filled with black tea leaves. High-concentration green tea and low-concentration green tea are produced by soaking for different lengths of time, that is, the green tea soup soaked for a longer time is pumped into one of the tea storage cylinders 63 to subsequently provide high-concentration green tea, and the green tea soup soaked for a shorter time is pumped into the other tea storage cylinder 63 to subsequently provide low-concentration green tea. Compared with the existing traditional tea brewing, the diversified automatic tea brewing system of the present invention can brew and provide tea soups of different types and / or concentrations at the same time, which can better meet the taste requirements of different tea drinkers at the same time.

[0063] Of course, the above is only a preferred embodiment of the present invention, so all equivalent changes or modifications made according to the structure, characteristics and principles described in the scope of the patent application of the present invention are included in the scope of the patent application of the present invention.

Claims

1. A diversified automatic tea brewing system, characterized by: The invention comprises a control module (1), a taste input setting module (2), a multi-tea soup parallel brewing device (3), and a tea transfer device (4), wherein the taste input setting module (2), the multi-tea soup parallel brewing device (3), and the tea transfer device (4) are electrically connected to the control module (1) respectively; the taste input setting module (2) is used to input and set tea drinking taste preference data of each tea drinker, wherein the tea drinking taste preference data includes tea type data and tea concentration data; The multi-tea parallel brewing device (3) is used to brew multiple tea soups in parallel according to the tea drinking taste preference data of each tea drinker input and set by the taste input setting module (2); the tea transfer device (4) is used to transfer the various tea soups brewed by the multi-tea parallel brewing device (3) to the positions of each corresponding tea drinker.

2. The diversified automatic tea brewing system according to claim 1, characterized in that: The invention also includes a tea refilling module (5), which is electrically connected to the control module (1); a tea refilling instruction is sent to the control module (1) via the tea refilling module (5); when the control module (1) receives the tea refilling instruction from the tea refilling module (5), the control module (1) controls the tea transfer device (4) to transfer the tea cup corresponding to the tea drinker who needs to refill the tea to the multi-tea parallel brewing device (3) to receive the tea soup and transfer the tea cup filled with the tea soup to the position of the corresponding tea drinker.

3. The diversified automatic tea brewing system according to claim 1, characterized in that: The multi-tea parallel brewing device (3) comprises at least two tea brewing modules (6), each tea brewing module (6) comprises a liquid supply module (61), a tea brewing cylinder (62), at least two tea storage cylinders (63), a tea brewing liquid pump (64), the same number of tea storage liquid pumps (65) as the tea storage cylinders (63), the same number of tea outlet liquid pumps (66) as the tea storage cylinders (63), and a tea outlet nozzle (67), the input end of the tea brewing liquid pump (64) is connected to the liquid supply module (61), the output end of the tea brewing liquid pump (64) is connected to the tea brewing cylinder (62), the input end of each tea storage liquid pump (65) is connected to the tea brewing cylinder (62), the output end of each tea storage liquid pump (65) is connected to each tea storage cylinder (63), the input end of each tea outlet liquid pump (66) is connected to each tea storage cylinder (63), and the output end of each tea outlet liquid pump (66) is connected to the tea outlet nozzle (67).

4. The diversified automatic tea brewing system according to claim 3, characterized in that: Each of the tea brewing modules (6) further comprises a tea brewing liquid discharge pump (68) and a waste liquid discharge point (69), wherein the input end of the tea brewing liquid discharge pump (68) is connected to the tea brewing cylinder (62), and the output end of the tea brewing liquid discharge pump (68) is connected to the waste liquid discharge point (69).

5. The diversified automatic tea brewing system according to claim 3, characterized in that: Each of the tea brewing modules (6) further comprises a tea storage and drainage pump (70) and a waste liquid discharge point (69) the same number as the tea brewing cylinders (62). The input end of each of the tea storage and drainage pumps (70) is connected to each of the tea storage cylinders (63), and the output end of each of the tea storage and drainage pumps (70) is connected to the waste liquid discharge point (69).

6. A diversified automatic tea brewing method according to claim 1, characterized in that: A diversified automatic tea brewing system is provided, comprising a control module (1), a flavor input setting module (2), a multi-tea soup parallel brewing device (3), and a tea transfer device (4), wherein the flavor input setting module (2), the multi-tea soup parallel brewing device (3), and the tea transfer device (4) are electrically connected to the control module (1) respectively; and specifically comprising the following steps: S1. First, input and set tea taste preference data of each tea drinker through the taste input setting module (2), wherein the tea taste preference data includes tea type data and tea concentration data; S2, brewing multiple tea soups in parallel using the multi-tea soup parallel brewing device (3) according to the tea drinking taste preference data of each tea drinker input and set by the taste input setting module (2); S3. The various tea soups brewed by the multi-tea parallel brewing device (3) are respectively transferred to the positions of the corresponding tea drinkers through the tea transferring device (4).

7. The diversified automatic tea brewing method according to claim 6, characterized in that: The diversified automatic tea brewing system further comprises a tea refilling module (5), wherein the tea refilling module (5) is electrically connected to the control module (1); and further comprises the following steps: S4, sending a tea refill instruction to the control module (1) through the tea refill module (5) to automatically refill the tea; The step S4 specifically includes the following steps: S41, controlling the tea transfer device (4) through the control module (1) to transfer the tea cup corresponding to the tea drinker who needs to refill the tea to the multi-tea parallel brewing device (3) to receive the tea; S42: The control module (1) controls the tea transfer device (4) to transfer the tea cup containing tea to the position of the corresponding tea drinker, thereby completing the tea refill.

8. The diversified automatic tea brewing method according to claim 6, characterized in that: The multi-tea parallel brewing device (3) comprises at least two tea brewing modules (6), each tea brewing module (6) comprises a liquid supply module (61), a tea brewing cylinder (62), at least two tea storage cylinders (63), a tea brewing liquid pump (64), the same number of tea storage liquid pumps (65) as the number of tea storage cylinders (63), the same number of tea outlet liquid pumps (66) as the number of tea storage cylinders (63), and a tea outlet nozzle (67), the input end of the tea brewing liquid pump (64) is connected to the liquid supply module (61), the output end of the tea brewing liquid pump (64) is connected to the tea brewing cylinder (62), the input end of each tea storage liquid pump (65) is connected to the tea brewing cylinder (62), the output end of each tea storage liquid pump (65) is connected to each tea storage cylinder (63), the input end of each tea outlet liquid pump (66) is connected to each tea storage cylinder (63), and the output end of each tea outlet liquid pump (66) is connected to the tea outlet nozzle (67). The step S2 specifically includes the following steps: S21, first select the corresponding tea according to the tea type data input and set in the taste input setting module (2); S22, placing various tea leaves in the tea brewing cylinders (62) of the tea brewing modules (6); S23, providing hot water required for tea brewing through the liquid supply module (61) of each tea brewing module (6), and injecting the hot water required for tea brewing into the corresponding tea brewing cylinder (62) through the tea brewing liquid pump (64) of each tea brewing module (6); S24, soaking tea soups of different concentrations according to the tea concentration data set by the taste input setting module (2), and then pumping the tea soups of different concentrations into different tea storage cylinders (63) through the respective tea storage liquid pumps (65); S25. The tea soups of different concentrations in the tea storage cylinders (63) are pumped to the tea outlet spouts (67) through the tea outlet pumps (66) to complete the tea outlet.

9. The diversified automatic tea brewing method according to claim 8, characterized in that: Each of the tea brewing modules (6) further comprises a tea brewing liquid discharge pump (68) and a waste liquid discharge location (69), wherein the input end of the tea brewing liquid discharge pump (68) is connected to the tea brewing cylinder (62), and the output end of the tea brewing liquid discharge pump (68) is connected to the waste liquid discharge location (69); When receiving the tea brewing drainage instruction, the tea brewing drainage pump (68) pumps the tea soup in the tea brewing cylinder (62) to the waste liquid discharge place (69).

10. The diversified automatic tea brewing method according to claim 8, characterized in that: Each of the tea brewing modules (6) further comprises a tea storage and drainage pump (70) and a waste liquid discharge point (69) the same number as the tea brewing cylinders (62), the input end of each of the tea storage and drainage pumps (70) being connected to each of the tea storage cylinders (63), and the output end of each of the tea storage and drainage pumps (70) being connected to the waste liquid discharge point (69); When receiving the tea storage drainage instruction, the tea storage drainage pump (70) pumps the tea soup in the tea storage cylinder (63) to the waste liquid discharge place (69).

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