CN201353101Y - tea brewing machine - Google Patents

Abstract

A tea brewing machine comprises a machine, a steam boiler, a heating boiler and a brewing cylinder, wherein the steam boiler, the heating boiler and the brewing cylinder are connected by a pipeline, and hot water and steam are introduced into the brewing cylinder, and the hot water is stirred by the steam to move the tea leaves; thereby, the tea leaves can be brewed automatically, and the tea leaves will not be piled up, so that there is a larger space, and the tea leaves can be fully brewed and then the flavor can be fully released.

Description

tea brewing machine

technical field

The utility model relates to a tea brewing machine, in particular to a tea brewing machine with structures such as a steam boiler, a heating boiler, and a brewing cylinder, which can automatically brew tea.

Background technique

Due to the advancement of physics, chemistry and medical technology, there have been many breakthrough discoveries and understandings of the contents of tea and its physiological effects on the human body. While drinking tea, we have taken in many beneficial substances in tea soup Functional ingredients, if you have good eating habits, normal work and rest, moderate exercise, and long-term tea drinking, you can improve and enhance your health.

Therefore, drinking tea is a unique habit of oriental peoples. Drinking tea can relieve summer heat, quench thirst, and moisten the throat. It has become an indispensable drink for many people's daily life. Whether it is hot or iced, tea leaves need to be brewed with hot water. For a small amount of drinking, a small teapot may be able to meet individual needs by manually brewing Kung Fu tea. Once the required quantity is large, a large brewing cartridge is required, such as the current popular bubble tea shops. If the quantity is larger, if the manual can be replaced automatically, it will save time and effort.

At present, there is an announcement No. M337328 "Automatic Tea Making Machine" in Taiwan, China. The main function is to improve the shortcomings of the unstable quality of tea made by artificial tea. It can control the temperature of hot water, but the amount that can be brewed is small. , and the two-stage brewing barrel makes it difficult to control the quality and taste of the tea.

Utility model content

The purpose of this utility model is to provide a tea brewing machine that can automatically brew tea leaves. At the same time, hot water and steam are introduced so that the tea leaves will not be stacked and can be fully brewed, so as to solve the problem of the small brewing quantity of the conventional automatic tea brewing machine. And the problem that the quality of tea products cannot be controlled.

Therefore, the solution of the utility model is:

A tea brewing machine, comprising: a machine platform, provided with a first cold water pipeline, a motor and a three-way pipe are arranged in sequence in the first cold water pipeline, and the three-way pipe is further connected with a second cold water pipeline And a third cold water pipeline, a solenoid valve is arranged on the third cold water pipeline; the steam boiler is arranged on the machine platform, including a preheating pipe and a heating water tank, and the preheating pipe is provided with a first water inlet and a first outlet Water inlet, the heating water tank is provided with a second water inlet and a heater, the first water inlet of the preheating pipe is connected to the second cold water pipeline, and the second water inlet of the heating water tank is connected to the third cold water pipeline. In addition, the The heating water tank is provided with a water level probe and a steam pipeline; the heating boiler is installed on the machine platform and is provided with a water inlet pipe, a water outlet hole and a heater. The water inlet pipe is connected to a first hot water pipeline, and the first The other end of the hot water pipeline is connected to the first water outlet of the preheating pipe, and the water outlet is connected to a second hot water pipeline, and a solenoid valve is also arranged on the second hot water pipeline; On the outside, there is a top cover, and the inside of the brewing barrel is equipped with a filter barrel. The brewing barrel is provided with unconnected hot water pipes, steam pipes and water outlets. The hot water pipes and steam pipes all enter the brewing barrel Inside, the hot water pipeline is connected to the second hot water pipeline of the heating boiler, and the steam pipeline is connected to the steam pipeline of the heating tank.

The above-mentioned steam boilers are provided with exhaust valves, safety valves and pressure gauges.

The above-mentioned heating boiler is provided with a temperature-sensing controller.

The heating water tank of the steam boiler and the bottom of the heating boiler are each provided with a drain hole, and each drain hole is connected to a drain pipe, and the drain pipes are connected to a drain tank. In addition, the second cold water pipeline is also provided with a drain pipe joint. in the gutter.

The steam pipeline of the steam boiler is divided into a branch pipe, and a control switch is connected to the end of the branch pipe.

A one-way valve is arranged on the above-mentioned second cold water pipeline.

A one-way valve is arranged on the steam pipeline.

A flow meter is arranged on the second hot water pipeline.

After adopting the above scheme, the utility model has the advantages of:

1. The utility model is equipped with a heating boiler and a steam boiler. It enters the inside of the brewing barrel through the hot water pipe and the steam pipe. Because the steam will stir the hot water, the tea in the brewing barrel will be turned along with it, so that the tea will not stack , so that the tea leaves have a larger space to be fully brewed, and then the taste can be fully released;

2. The second hot water pipeline of the utility model is provided with a flow meter, which can control the amount of hot water flowing into the brewing cylinder to adjust the amount of brewed tea;

3. The heating boiler of this utility model is equipped with a temperature-sensing controller, which can monitor the temperature of the hot water in the heating boiler. In addition to controlling the taste of the tea, it can also control the hot water in the heating boiler so that it will not be too high to avoid danger.

4. The utility model is equipped with a drainage tank, which can drain the water from the heating boiler, steam boiler and the second cold water pipeline into the drainage tank, which is convenient for maintenance or emptying when it is not in use for a long time.

5. The top of the utility model steam boiler is equipped with an exhaust valve, a safety valve and a pressure gauge. The pressure inside the steam boiler can be moderately discharged by means of the exhaust valve, and the pressure gauge can know the pressure value inside the steam boiler to avoid exhaust. If the valve and safety valve cannot be activated for some reason, the pressure gauge can still be used to know whether the internal pressure of the steam boiler is abnormal, so as to ensure the safety of use.

6. The steam pipeline of the steam boiler of the utility model is divided into a branch pipe, and the end of the branch pipe is connected with a control switch and connected to the outside of the machine. The steam can be used to heat milk, or as a milk froth, or as a cup Cleaning and sterilization of tools.

7. The brewing cylinder of the utility model has a large capacity, and the amount of tea that can be brewed at one time is quite large, which can be applied to bubble tea shops.

8. The utility model is applicable to natural raw materials such as tea, scented tea and herbal medicine.

Description of drawings

The schematic diagram of Fig. 1 utility model structure;

Fig. 2 is a simple configuration diagram of the structure of the utility model;

Fig. 3 is the internal structure diagram of the brewing barrel of the present invention.

Description of main component symbols

1 machine 2 first cold water pipeline 21 motor

22 Tee pipe 3 The second cold water pipeline 4 The third cold water pipeline

5 steam boiler 51 preheating pipe 511 first water inlet

512 First water outlet 52 Heating water tank 521 Second water inlet

522 water level probe 523 steam pipeline 524 branch pipe

525 control switch 526A exhaust valve 526B safety valve

526C pressure gauge 527 downhole 6 heating boiler

61 water inlet pipe 62 water outlet hole 63 temperature sensor controller

64 Drain hole 7 First hot water pipeline 8 Second hot water pipeline

9 brewing cylinder 91 upper cover 92 filter bucket

93 hot water pipe 94 steam pipe 95 water outlet

A heater B check valve C solenoid valve

D Flow Meter E Drain Channel F Drain Pipe

Detailed ways

Please refer to Figures 1 and 2, the utility model includes a machine 1, a steam boiler 5, a heating boiler 6 and a brewing cylinder 9, wherein:

The machine 1 is provided with a first cold water pipeline 2, and the first cold water pipeline 2 is provided with a motor 21 and a three-way pipe 22 in sequence, and the three-way pipe 22 is connected with a second cold water pipeline 3 and a third cold water pipeline The pipeline 4, the third cold water pipeline 4 is provided with a solenoid valve C.

The steam boiler 5 is arranged on the machine 1, and it includes a preheating pipe 51 and a heating water tank 52. The preheating pipe 51 is provided with a first water inlet 511 and a first water outlet 512, and the heating water tank 52 is provided with a second water inlet 521 and the heater A, the first water inlet 511 of the preheating pipe 51 is connected to the second cold water pipeline 3, and the second water inlet 521 of the heating tank 52 is connected to the third cold water pipeline 4. In addition, the heating tank 52 is provided with a water level Probe 522, and a steam pipeline 523 is set, and the steam pipeline 523 is provided with a solenoid valve C and a one-way valve B, and the steam pipeline 523 branches out a branch pipe 524, and the end of the branch pipe 524 is connected with a control switch 525, and The branch pipe 524 is connected to the outside of the machine 1, and the top of the heating tank 52 is provided with an exhaust valve 526A, a safety valve 526B and a pressure gauge 526C.

The heating boiler 6 is installed inside the machine 1, and the heating boiler 6 is provided with a water inlet pipe 61, a water outlet hole 62 and a heater A. The water inlet pipe 61 is connected to the first hot water pipeline 7, and the first hot water pipeline 7 The other end is connected to the first water outlet 512 of the preheating pipe 51. In addition, the water outlet 62 is connected to the second hot water pipeline 8, and the second hot water pipeline 8 is provided with a flow meter D and a solenoid valve C. The boiler 6 is provided with a temperature-sensitive controller 63 .

The brewing cylinder 9 is arranged on the outside of the machine 1, and referring to FIG. 3 , a top cover 91 is pivotally arranged above it, and a filter barrel 92 is arranged inside, and the brewing cylinder 9 is provided with an unconnected hot water pipe 93, The steam pipe 94 and the water outlet 95 at the bottom, the hot water pipe 93 and the steam pipe 94 all enter the inside of the brewing cylinder 9, the hot water pipe 93 is connected to the second hot water pipe 8 of the heating boiler 6, and the steam pipe 94 is connected to the heating water tank 52 steam line 523.

Also, the machine platform 1 is provided with a drain tank E in addition, and the bottoms of the heating water tank 52 of the steam boiler 5 and the heating boiler 6 are respectively provided with drain holes 527, 64, and the two drain holes 527, 64 are connected with a drain pipe F, and the second drain holes The pipe F is connected to the drainage groove E. In addition, the second cold water pipeline 3 is also provided with a drainage pipe F connected to the drainage groove E.

When in use, as shown in Figure 1, first start the motor 21, cold water enters the first cold water pipeline 2, enters the second cold water pipeline 3 and the third cold water pipeline 4 through the tee pipe 22, and the second cold water pipeline 3 passes through The first water inlet 511 of the one-way valve B and the preheating pipe 51 enters the preheating pipe 51 of the steam boiler 5, and the water entering the preheating pipe 51 enters the first hot water pipeline 7 through the first water outlet 512, and The water inlet pipe 61 of the heating boiler 6 enters the interior of the heating boiler 6 and is heated by the heater A. In addition, the third cold water pipeline 4 enters the heating water tank through the solenoid valve C and the second water inlet 521 of the heating water tank 52 52. The heater A for heating the water tank 52 is activated. In addition, the steam boiler 5 is provided with a water level probe 522 to limit the height of the water level, so that a space is created above the steam boiler 5, and the steam generated by the hot water in the heating water tank 52 is filled. the space.

After the heating part of the steam boiler 5 is completed, the steam of the heating water tank 52 passes through the steam pipeline 523 and enters the steam pipeline 94 of the brewing cylinder 9 through the electromagnetic valve C and the one-way valve B, and the heated heat in the heating boiler 6 Water enters the second hot water pipeline 8 from the water outlet hole 62, enters the hot water pipeline 93 of the brewing cylinder 9 through a flow meter D and a solenoid valve C, and then as shown in Figure 3, the hot water pipeline 93 and the steam pipeline 94 All enter the inside of the brewing cylinder 9 to brew tea leaves. When the brewing is completed, the tea soup flows out from the water outlet 95 of the brewing cylinder 9, and the tea soup brewing process is completed. After the tea soup is finished, if the tea leaves are fully soaked and there is no taste, the loam cake 91 of the brewing cylinder 9 is opened, and the filter barrel 92 is removed to remove the tea leaves.

To sum up, the tea brewing machine of this utility model is equipped with a heating boiler and a steam boiler, which enter the inside of the brewing barrel through the hot water pipe and the steam pipe, and the steam will stir the hot water, so that the tea leaves in the brewing barrel will be stirred , The tea leaves will not be stacked, there is a large space for full brewing, and then the taste can be fully released, which solves the problems of small brewing quantity and uncontrollable tea quality of conventional automatic tea making machines.

Claims (8)

1. A tea brewing machine, characterized in that it includes: The machine platform is provided with a first cold water pipeline, a motor and a three-way pipe are arranged in sequence in the first cold water pipeline, and the three-way pipe is connected with a second cold water pipeline and a third cold water pipeline. There is a solenoid valve on the cold water pipeline; The steam boiler is installed on the machine table and includes a preheating pipe and a heating water tank. The preheating pipe is provided with a first water inlet and a first water outlet. The heating water tank is provided with a second water inlet and a heater. The preheating pipe The first water inlet of the heating tank is connected to the second cold water pipeline, and the second water inlet of the heating water tank is connected to the third cold water pipeline. In addition, the heating water tank is provided with a water level probe and a steam pipeline; The heating boiler is installed on the machine and is provided with a water inlet pipe, a water outlet hole and a heater. The water inlet pipe is connected to a first hot water pipeline, and the other end of the first hot water pipeline is connected to the first water outlet of the preheating pipe , the outlet hole is connected to a second hot water pipeline, and a solenoid valve is additionally provided on the second hot water pipeline; The brewing cylinder is arranged outside the machine table, and is pivotally equipped with an upper cover. The inside of the brewing cylinder is provided with a filter barrel. The brewing cylinder is provided with unconnected hot water pipes, steam pipes and water outlets. The hot water Both the pipeline and the steam pipeline enter into the brewing barrel, the hot water pipeline is connected to the second hot water pipeline of the heating boiler, and the steam pipeline is connected to the steam pipeline of the heating tank. 2. The tea brewing machine according to claim 1, characterized in that: the steam boiler is provided with an exhaust valve, a safety valve and a pressure gauge. 3. The tea brewing machine according to claim 1, characterized in that: the heating boiler is provided with a temperature-sensitive controller. 4. The tea brewing machine as claimed in claim 1, characterized in that: the heating water tank of the steam boiler and the bottom of the heating boiler are respectively provided with drain holes, and each drain hole is connected to a drain pipe, and the drain pipes are connected In a drain tank, in addition, the second cold water pipeline is also provided with a drain pipe connected to the drain tank. 5. The tea brewing machine according to claim 1, characterized in that: the steam pipeline of the steam boiler branches out into a branch pipe, and a control switch is connected to the end of the branch pipe. 6. The tea brewing machine according to claim 1, wherein a check valve is provided on the second cold water pipeline. 7. The tea brewing machine as claimed in claim 1, characterized in that: the steam pipeline is provided with a one-way valve. 8. The tea brewing machine according to claim 1, wherein a flow meter is provided on the second hot water pipeline.

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