CN201205215Y - Tea making device - Google Patents

Abstract

The utility model discloses a tea drink manufacturing installation belongs to tea drink preparation facilities class and makes technical field. The utility model discloses a contains: a boiling mechanism, a brewing mechanism, wherein the brewing cylinder is connected to the water outlet pipeline of the boiling mechanism, and the brewing cylinder is further provided with a water outlet hole to connect to a soup outlet pipe; a storage mechanism, which is a cylindrical storage tank connected with the soup outlet pipe of the brewing mechanism, the cylindrical storage tank is provided with a soup supply pipe; a cooling mechanism, which comprises a motor, a compressor, a coolant pipe and a cooling cylinder, wherein the coolant pipe surrounds the cooling cylinder, and the liquid supply pipe of the cylindrical storage tank is spirally fed into and discharged from the cooling cylinder. The tea is brewed into tea soup by the boiling mechanism and the brewing mechanism, and the tea soup is cooled by the cooling mechanism, and then the mixing ratio of the tea soup and the additives is respectively adjusted by the flow adjusting button of the storage mechanism, so that the components of the tea are accurately allocated, the stable taste is maintained, and the characteristics of quick and convenient production are achieved.

Description

Tea making device

【Technical field】

The utility model discloses a tea drink manufacturing device, which belongs to the technical field of tea drink preparation devices.

【Background technique】

At present, the usual procedure for brewing tea is to put the tea soup in the tea tube for use after brewing, and then add additives such as sugar, creamer or milk according to the type of tea drink and the customer's special requirements. The process is all manual. The method is not easy to accurately grasp the control of the mixing amount.

The shortcoming of above-mentioned convention is as follows:

1. The amount of additives added to tea drinks artificially cannot be accurately controlled, which will affect the taste of specific drinks.

2. To make tea by hand, you must stir it with a teaspoon or shake it with a shaker cup to make it even, which is time-consuming and laborious.

As mentioned above, although the conventional tea brewing process can meet the basic requirements of tea production, there are many shortcomings and deficiencies in the mixing ratio control and labor saving during actual production. , unable to play a more specific industrial applicability.

To sum up, due to the above-mentioned deficiencies and deficiencies in the conventional tea brewing process, based on the future trend of industrial progress, it is necessary to propose specific improvement plans to meet the needs of industrial progress and further provide More technical options for the industry.

【Content of invention】

The utility model provides a tea drink manufacturing device, which solves the shortcomings of the conventional tea drink brewing process in terms of mixing ratio control and saving man-hours, as well as the problem of limitations in practical technology. Precisely controlling the mixing ratio of tea drinks is the primary purpose. On the other hand, it saves working hours and energy to achieve the basic function of tea brewing and make it meet the actual development and requirements of industrial applicability.

Therefore, regardless of the subjective and objective conditions, the tea drink manufacturing design with automatic mixing of additives will bring great business opportunities in the ready-to-drink tea drink market.

In order to achieve the above purpose and functions, the specific technical means and solutions include:

A tea drink manufacturing device, the system includes:

A boiling mechanism includes a heating boiler, a heater and a water outlet pipeline.

A brewing mechanism includes a brewing barrel, an upper cover and an inner barrel. The brewing barrel is connected to the water outlet pipeline of the boiling mechanism. The brewing barrel is also provided with a water outlet hole to connect to a soup outlet pipe.

A storage mechanism is a cylindrical storage tank connected with the soup outlet pipe of the brewing mechanism, and the cylindrical storage tank is provided with a soup supply pipe.

A cooling mechanism includes a motor, a compressor, a refrigerant pipe, and a cooling cylinder. The refrigerant pipe surrounds the outside of the cooling cylinder, and the soup supply pipe of the cylindrical storage tank enters and exits the cooling cylinder in a spiral manner.

The cylindrical storage tank of the above-mentioned storage mechanism is a high-pressure type.

The above-mentioned storage mechanism is also provided with at least one high-pressure additive container, and the additive container is provided with an additive tube.

The soup outlet pipe of the brewing mechanism and the soup supply pipe of the storage mechanism are respectively provided with an on-off valve.

The above-mentioned cooling mechanism is also provided with a water outlet, the water outlet is connected to the soup pipe and the additive pipe, and the soup pipe and the additive pipe are respectively provided with a flow adjustment button.

The utility model is a storage mechanism which can control the mixing ratio of tea soup and additives, and mix the tea soup and additives respectively through flow adjustment buttons, so as to make the ingredients of tea drinks be configured accurately and maintain a stable taste.

The specific advantages of this creation are:

1. The boiling mechanism and brewing mechanism can automatically complete the tea brewing operation.

2. The storage mechanism can simultaneously and independently store the finished tea soup and additives for future use.

3. The cooling mechanism can cool down the warm tea soup, making it cool down to a cold liquid state.

4. The water outlet has flow adjustment buttons that can control the supply of tea soup and additives respectively, and can be adjusted to any mixing ratio.

5. It can greatly reduce the time for artificially adding and blending tea drinks, and maintain a certain accurate amount to maintain the stable taste of tea drinks.

【Description of drawings】

The system structure diagram of the utility model device structure on Fig. 1.

Explanation of main component symbols

(1) Boiling mechanism

(11) Heating Boiler (12) Heater

(13) Outlet pipeline

(2) Brewing mechanism

(21) Brewing barrel (211) Spout hole

(22) Upper cover (23) Inner cylinder

(24) Soup outlet pipe (25) On-off valve

(3) storage mechanism

(31) Cylindrical storage tank

(311) Soup supply pipe (312) Flow adjustment knob

(32) Additive container

(321) Additive Tube (322) Flow Adjustment Knob

(33) Switch valve

(4) cooling mechanism

(41) Motor (42) Compressor

(43) Refrigerant pipe (44) Cooling cylinder

(45) water head

【Detailed ways】

Embodiment: Please refer to Fig. 1, which is a system structure diagram of the overall device structure of this invention, wherein, a tea drink manufacturing device includes:

A boiling mechanism (1) comprises a heating boiler (11), a heater (12) and a water outlet pipeline (13); wherein, the heating boiler (11) contains a heater (12) for boiling water, boiling After hot water flows out by outlet pipeline (13).

A brewing mechanism (2), comprising a brewing cylinder (21), an upper cover (22) and an inner cylinder (23); the brewing cylinder (21) is connected to the water outlet pipeline (13) of the boiling mechanism (1), The inner cylinder (23) inside the brewing cylinder (21) can accommodate tea leaves, and the tea leaves are put into the inner cylinder (23) by the upper cover (22). The soup outlet pipe (24) is used to export the tea soup that the inner cylinder (23) has brewed, and the soup outlet pipe (24) is provided with a switch valve (25) to control the opening and closing of the tea soup.

A storage mechanism (3) is a cylindrical storage tank (31) connected to the outlet pipe (24) of the brewing mechanism (2), which can store the tea soup brewed by the brewing mechanism (2) for future use , the cylindrical storage tank (31) is also provided with a soup pipe (311), and the soup pipe (311) is provided with a switch valve (33) to control the flow of tea soup, and the cylindrical storage mechanism (3) The storage tank (31) is a high-pressure type, and its pressure comes from high-pressure gas or carbon dioxide, etc., so as to generate enough pressure to send out the tea soup; the storage mechanism (3) is independently provided with at least one high-pressure additive container ( 32), the additive containing tube (32) can store tea drink additives such as sugar, creamer and milk, and the additive containing tube (32) is provided with an additive tube (321).

A cooling mechanism (4) includes a motor (41), a compressor (42), a refrigerant pipe (43) and a cooling cylinder (44), and the refrigerant pipe (43) is ring-covered on the outside of the cooling cylinder (44). The soup supply pipe (311) of the storage tank (31) enters and exits the cooling cylinder (44) in a spiral manner; the inside of the cooling cylinder (44) is equipped with low-temperature cooling water cooled by the refrigerant pipe (43), which is used to circulate warm tea soup After the soup supply pipe (311) enters the cooling cylinder (44) in a spiral manner, it will exchange heat with the low-temperature cooling water inside the cooling cylinder (44), making the tea soup into a cold liquid state, and then the soup supply pipe ( 311) is derived from the cooling cylinder (44).

The cooling mechanism (4) is provided with a water outlet (45) in addition, and the water outlet (45) is connected to the soup pipe (311) and the additive pipe (321), and the soup pipe (311) and the additive pipe (321) are respectively provided with Flow adjustment knob (312), flow adjustment knob (322).

The tea drink making process of the whole tea drink making device using the above-mentioned device structure is summarized as follows:

After the water is boiled by the boiling mechanism (1), the hot water flows out from the water outlet pipe (13) and is sent to the brewing cylinder (21) of the brewing mechanism (2), and the hot water and the inner cylinder of the brewing cylinder (21) After the tea leaves of (23) are brewed, the tea soup that has been brewed is exported from the soup outlet pipe (24) to the cylindrical storage tank (31) of the storage mechanism (3) for storage. The high-pressure stored tea soup is sent to the cooling mechanism (4) through the soup pipe (311) to cool the high-temperature tea soup through the heat exchange in the refrigerant pipe (43) and the cooling cylinder (44), making the tea soup cold. The state of the liquid is led out from the cooling cylinder (44) by the soup supply pipe (311), and the additive pipe (321) of at least one high-pressure additive storage cylinder (32) is independently provided with the storage mechanism (3) The additives in the cooling mechanism (4) are mixed at the water outlet (45) to produce tea drinks with different tastes.

To sum up the above, this creation is aimed at the application technology of tea drink manufacturing equipment, specifically refers to a method of brewing tea into tea soup by means of a boiling mechanism and a brewing mechanism, and then passing through the flow adjustment button of the storage mechanism , Individually adjust the mixing ratio of tea soup juice and additives, so that the ingredients of the tea drink can be configured accurately and maintain a stable taste, and achieve the characteristics of fast and convenient production, making an optimal improvement and design, based on this creation for tea drinks The most specific improvements made to manufacturing devices.

Claims (6)

1. A tea drink manufacturing device, characterized in that: the system includes 1. Boiling mechanism, including heating boiler, heater and water outlet pipeline; A brewing mechanism, which includes a brewing barrel, a top cover and an inner barrel, the brewing barrel is connected to the water outlet pipeline of the boiling mechanism, and the brewing barrel is also equipped with a water outlet hole to connect to a soup outlet pipe; A storage mechanism is a cylindrical storage tank connected to the soup outlet pipe of the brewing mechanism, and the cylindrical storage tank is provided with a soup supply pipe; A cooling mechanism includes a motor, a compressor, a refrigerant pipe, and a cooling cylinder. The refrigerant pipe surrounds the outside of the cooling cylinder, and the soup supply pipe of the cylindrical storage tank enters and exits the cooling cylinder in a spiral manner. 2. The tea drink manufacturing device according to claim 1, characterized in that: the cylindrical storage tank of the storage mechanism is a high-pressure type. 3. The tea drink making device according to claim 1, characterized in that: the storage mechanism is further provided with at least one high-pressure additive storage cylinder, and the additive storage cylinder is provided with an additive tube. 4. The tea drink making device according to claim 1, characterized in that: the soup outlet pipe of the brewing mechanism and the soup supply pipe of the storage mechanism are respectively provided with an on-off valve. 5. The tea drink making device according to claim 1, characterized in that: said cooling mechanism is further provided with a water outlet, and the water outlet is connected to the soup supply pipe and the additive pipe. 6. The tea drink making device according to claim 3 or 5, characterized in that: the soup supply pipe and the additive pipe are respectively provided with a flow adjustment button.

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