TWM585571U - Fully automatic temperature control tea extraction machine - Google Patents

Abstract

This creative department provides a full-automatic temperature-control tea-extracting machine, which includes a tea-extracting machine and a wake-up device; the tea-extracting device has an automatic brewing device; the wake-up device has a cooling coil and a cooling unit, and a cooling coil The water inlet is connected to the automatic brewing device, and the water outlet of the radiating coil is connected to the tea soup outlet of the tea maker; the radiating unit is arranged in or on one side of the radiating coil and is connected to the controller of the tea maker, which controls The heat dissipating unit enables the heat dissipating unit to drive the cooling fluid to perform heat exchange through the heat dissipating coil, so that the temperature of the high-temperature tea soup flowing from the automatic brewing device is lowered to a set temperature before flowing out of the tea soup outlet; The creation can achieve the purposes of automatically controlling the temperature of the tea soup and avoiding the change of tea flavor.

Description

Automatic temperature control tea extraction machine

This creation is about a tea extracting machine, especially a fully automatic temperature control tea extracting machine capable of automatically controlling the temperature of the tea soup.

In the traditional way of making tea, hot water and an appropriate amount of tea are placed in a teapot, so that the tea can be stretched in hot water and temporarily soaked, so that the hot water can fully penetrate the tea leaves, and then obtain mellow tea juice. However, the traditional brewing method is suitable for home and enjoy tea, but it is time-consuming and labor-intensive, and the length of the steeping time is not easy to control, so it is not suitable for applying to a general machine-type brewing machine, nor can it be directly used by existing coffee. The brewing machine replaces the tea brewing function. For this reason, the creator of this case has proposed a patent application for “automatic freshly ground tea extracting machine” (Publication No. M445416), which enables the tea extracting machine to achieve a continuous and automated process of quantitative tea extraction, crushing and grinding, powder falling, brewing, and pressing. The brewing process quickly provides freshly extracted tea soup.

However, the water used for automatic brewing is hot water near the boiling point, so the brewed tea soup is also high-temperature hot tea. In order to adjust the temperature of the hot tea to a suitable and safe drinking temperature, additional ice cubes may be added. Although this can reduce the temperature of the tea, it is difficult to accurately control the temperature; in particular, the melting ice cubes will cause the tea flavor to change, for example, the tea flavor will be stronger when you first start drinking, and the tea flavor will change with the melting of the ice cubes over time. It is very light, thus affecting the flavor of the tea. For this reason, how to make the tea extraction machine be able to set and adjust the temperature of the tea soup to provide the tea soup with the set temperature is the subject to be actively overcome by this creation.

The main purpose of this creation is to provide a fully automatic temperature-controlled tea-extracting machine. Through the design of a tea-extracting machine and a wake-up device, the tea-extracting machine can set the temperature of the tea soup and let the hot brewed tea pass through the wake-up. The tea device is adjusted to a set temperature, and then flows out of the tea soup outlet of the tea extracting machine, thereby achieving the effects of automatically controlling the temperature of the tea soup and avoiding the change of tea flavor.

In order to achieve the above and other purposes, the present invention provides a fully automatic temperature-controlled tea extraction machine, which preferably includes: a tea extraction machine and a wake-up device; the tea extraction machine has an automatic brewing device, the automatic brewing device The brewing device has a tea container inlet, a hot water inlet, and a hot tea outlet; the tea wake-up device has a heat dissipation coil and a heat dissipation unit, and the heat dissipation coil has a circuitous pipeline composed of a heat-conducting metal tube, the A water inlet of the bypass circuit is connected to the hot tea outlet, and a water outlet of the bypass circuit is connected to the tea soup outlet of the tea extracting machine; the heat dissipation unit is arranged in or on one side of the bypass pipeline and is connected to the extract A controller of the tea machine, the controller controls the heat dissipating unit, so that the heat dissipating unit can drive the cooling fluid to perform heat exchange through the bypass line of the heat dissipation coil, so that the temperature of the tea soup drops to a set temperature and flows to The tea soup is exported.

In the above-mentioned fully automatic temperature-controlled tea-extracting machine, the bypass pipe of the heat dissipation coil is a spiral pipe.

In the above-mentioned fully automatic temperature-controlled tea-extracting machine, the tortuous pipeline of the heat dissipation coil is a repeated zigzag pipeline.

In the above-mentioned automatic temperature-controlled tea-extracting machine, a plurality of heat-dissipating fins are provided outside the bypass line of the heat-dissipating coil.

In the above-mentioned automatic temperature-controlled tea-extracting machine, the heat dissipating unit is a fan, and the fan drives cold air through a circuitous pipe of the heat dissipating coil for heat exchange.

In the above-mentioned fully automatic temperature-controlled tea extracting machine, the controller of the tea extracting machine can control the rotation speed of the fan.

The fully-automatic temperature-controlled tea extractor created by this creation can be connected between the automatic brewing device of the tea extractor and the tea soup outlet through the cooling coil, so that the brewed tea soup flows through the cooling coil in advance. At the same time, the tea extracting machine can make the controller automatically control the heat dissipating unit of the tea awakening device according to the temperature set by the user. The heat dissipating unit drives the cooling fluid to perform heat exchange through the heat dissipating coil, such as controlling the fan. The rotation speed and operating time drive cold air through the circuitous pipeline of the heat dissipation coil for heat exchange, and provide the tea soup at a set temperature to flow out of the tea soup outlet, thereby achieving the effect of automatically controlling the tea soup temperature. Furthermore, the fully automatic temperature-controlled tea extraction machine created in this creation does not mix the brewed tea soup with cold water, so it will not change the concentration and taste of the tea soup.

In order to fully understand the purpose, characteristics and effects of this creation, hereby use the following specific embodiments and the accompanying drawings to make a detailed description of this creation, as described later:

Referring to FIG. 1 and FIG. 2, this is a first preferred embodiment of the fully-automatic temperature-controlled tea extracting machine of the present invention, which includes a tea extracting machine 10 and a tea awakening device 20, of which:

The tea maker 10 mainly includes an automatic brewing device 11 having a tea-filling inlet 111 for automatically putting tea leaves or tea powder, a hot-water inlet 112 connected to a hot water source, and a The brewed hot tea can flow out of the hot tea outlet 113 of the automatic brewing device 11. The above tea extracting machine 10 and the automatic brewing device 11 are only good examples, and are not limited to the tea extracting described in this creation. Machine model

The preferred first embodiment of the tea awakening device 20 has a heat dissipation coil 21 and a heat dissipation unit 22. The heat dissipation coil 21 has a circuitous pipe 211 formed by a thermally conductive metal pipe (such as a copper pipe). The pipeline 211 may be a spiral pipeline, and a water inlet 212 of the bypass pipeline 211 is connected to the hot tea outlet 113, and a water outlet 213 of the bypass pipeline 211 is connected to the tea extracting machine 10 described above. A tea soup outlet 12; the heat radiating unit 22 is disposed in or on one side of the bypass pipe 211 and is connected to an existing controller 13 of the tea maker 10, so that the controller 13 can be set to a temperature and further automatically Control the operation of the heat dissipation unit 22, so that the heat dissipation unit 22 can drive the cooling fluid through the bypass circuit 211 of the heat dissipation coil 21 for heat exchange, so that the temperature of the tea soup drops to the set temperature and then flows to the tea soup outlet 12 In this way, a tea soup suitable for drinking can be provided without having to cool down with ice cubes or to prepare iced tea with a small amount of ice cubes.

Referring to FIG. 3 and FIG. 4, this is a second preferred embodiment of the fully-automatic temperature-controlled tea extracting device of the present invention, which also has the tea extracting device 10 and the wake-up device 20 described above. The circuitous pipe 211 of the heat dissipation coil 21 can be implemented as a tortuous pipe, which can also achieve the role of heat dissipation. In order to improve the heat dissipation efficiency, the above-mentioned bypass pipe 211 of the heat sink coil 21 can be provided with a plurality of heat sink fins (not shown), so that the tea soup flowing through the bypass pipe 211 can accelerate the heat through the heat sink fins. Exchange to improve cooling efficiency.

Referring again to FIG. 2, the first preferred embodiment of the heat dissipation unit 22 of the tea awakening device 20 can be implemented as a fan 22A, so that the controller 13 of the tea maker 10 can control the speed and operation of the fan 22A. In time, the cold air fluid is driven to perform heat exchange through the bypass pipe 211 of the heat dissipation coil 21 to further provide tea soup with a set temperature to flow out of the tea soup outlet 12 of the tea maker 10.

This creation has been disclosed above with a preferred embodiment, but those skilled in the art should understand that this embodiment is only used to describe this creation, and should not be interpreted as limiting the scope of this creation. It should be noted that all changes and substitutions equivalent to this embodiment should be included in the scope of this creation. Therefore, the scope of protection of this creation shall be defined by the scope of the patent application.

To sum up, the fully automatic temperature-controlled tea extracting machine of this creation is indeed practical and creative. The use of its technical means is also novel and undoubted, and the efficacy and design purpose are indeed in line with each other. . To this end, a new type of patent application is filed in accordance with the law. However, I would like to ask Jun Bureau for detailed review and to grant the patent as a prayer.

10‧‧‧Tea maker

11‧‧‧ Automatic brewing device

111‧‧‧ Tea entrance

112‧‧‧ hot water inlet

113‧‧‧ hot tea export

12‧‧‧ Tea Soup Export

13‧‧‧controller

20‧‧‧Wake tea device

21‧‧‧cooling coil

211‧‧‧Circular pipeline

212‧‧‧Inlet

213‧‧‧outlet

22‧‧‧Cooling Unit

22A‧‧‧Fan

FIG. 1 is a schematic diagram of a first preferred embodiment of the tea extracting machine and the wake-up device of the present invention.
FIG. 2 is a schematic perspective view of the first preferred embodiment of the tea awakening device.
FIG. 3 is a schematic diagram of the second preferred embodiment of the tea extracting machine and the wake-up tea device of the present invention.
FIG. 4 is a schematic perspective view of a second preferred embodiment of the tea awakening device.

Claims (6)

A full-automatic temperature-controlled tea-extracting machine includes: a tea-extracting machine and a wake-up device; the tea-extracting device has an automatic brewing device, the automatic brewing device has a tea container inlet, a hot water inlet, and a Hot tea outlet; the tea wake-up device has a heat dissipation coil and a heat dissipation unit, the heat dissipation coil has a circuitous pipeline formed by a thermally conductive metal pipe, and a water inlet of the circuitous pipeline is connected to the hot tea outlet, A water outlet of the bypass pipe is connected to the tea soup outlet of the tea-extracting machine; the heat-dissipating unit is disposed in one or one side of the bypass pipe and is connected to a controller of the tea-extracting machine, and the controller controls the heat-dissipating unit So that the heat dissipation unit can drive the cooling fluid to perform heat exchange through the bypass line of the heat dissipation coil so that the temperature of the tea soup drops to a set temperature and then flows to the tea soup outlet. As described in claim 1, the automatic temperature-controlled tea-extracting machine is a spiral pipe. As described in claim 1, the full-automatic temperature-control tea-extracting machine, wherein the tortuous pipeline of the cooling coil is a tortuous circuit. The full-automatic temperature-controlled tea-extracting machine according to claim 1, wherein a plurality of heat-dissipating fins are provided outside the bypass line of the heat-dissipating coil. According to any one of claims 1 to 4, the full-automatic temperature-control tea-extracting machine, wherein the heat-dissipating unit is a fan, and the fan drives cold air to perform heat exchange through a bypass line of the heat-dissipating coil. The full-automatic temperature control tea extracting machine according to claim 5, wherein the controller of the tea extracting machine can control the rotation speed of the fan.