TWM516704U - Beverage cooling apparatus - Google Patents

Description

Beverage cooler

The present invention relates to a beverage cooling device, and more particularly to a beverage cooling device capable of rapidly cooling and maintaining the temperature of the tea to maintain a stable and consistent flavor of the tea.

According to the traditional beverage store, when making tea, a certain amount of tea is put into a beverage barrel, and then the tea is brewed with hot water. After the brewing is completed, the tea is filtered by a strainer, and the temperature of the tea is lowered until the temperature of the tea is lowered. After the predetermined temperature, the follow-up work is carried out, for example, placing ice cubes and sugar in the tea cup. However, waiting for the tea temperature to drop to the predetermined temperature time is too long, which will affect the sales time. The tea temperature will decrease with the storage time for a long time, which will cause the tea to ferment, change the flavor, and the quality of the tea drink. The same, not even good to drink.

In response to the above shortcomings, the creator has intensively conceived R&D creations, and after a long period of hard work, he has created this creation.

Therefore, the purpose of the present invention is to provide a beverage cooling device capable of rapidly cooling and maintaining the temperature of the tea to maintain a stable and consistent flavor of the tea.

To achieve the above object, the present invention comprises a cooling bucket, a beverage bucket, a cooling water disposed between the cooling bucket and the beverage tub, and a beverage circulation motor. Wherein, the beverage barrel is disposed inside the cooling barrel for containing a beverage; the beverage circulation motor has a liquid pumping end and a liquid discharging end, and the liquid discharging end and the liquid discharging end are respectively connected by a beverage circulation pipe The inside of the beverage can, and one of the two beverage circulation pipes passes through the cooling water. The beverage circulation motor drives the beverage circulation and the separator passes through the cooling water to enable the beverage to be rapidly cooled, and the cooling water is used to maintain the tea temperature of the beverage to maintain the taste of the beverage.

The present invention also includes a cooling bucket, a beverage tub, a cooling water disposed between the cooling tub and the beverage tub, and a cooling water circulation motor. Wherein, the beverage barrel is disposed inside the cooling barrel for containing a beverage; the cooling water circulation motor has a pumping end and a water outlet end, and the pumping end and the water outlet end are respectively connected to the cooling water by a cooling water circulation pipe A portion of the pipe of one of the two cooling water circulation pipes passes through the inside of the beverage can. The cooling water circulation motor drives the cooling water circulation and the separator passes through the inside of the beverage barrel, so that the beverage can be rapidly cooled, and the cooling water is used to maintain the tea temperature of the beverage to maintain the taste of the beverage.

The present invention also includes a cooling tub, a beverage tub, a cooling water disposed between the cooling tub and the beverage tub, a beverage circulation motor, and a cooling water circulation motor. Wherein, the beverage barrel is disposed inside the cooling barrel for containing a beverage; the beverage circulation motor has a liquid pumping end and a liquid discharging end, and the liquid discharging end and the liquid discharging end are respectively connected by a beverage circulation pipe The inside of the beverage can, and one of the two beverage circulation pipes passes through the cooling water; the cooling water circulation motor has a pumping end and a water outlet end, and the pumping end and the water outlet end are respectively connected by a cooling water circulation pipe The cooling water, a part of the pipe section of one of the two cooling water circulation pipes passes through the inside of the beverage can. The cooling water circulation motor drives the cooling water circulation and the separator passes through the inside of the beverage barrel; the beverage circulation motor drives the beverage to circulate and the separator passes through the cooling water, so that the beverage can be rapidly cooled, and the tea is kept by the cooling water. Warm to keep the taste of the drink.

The present invention has been described in detail with reference to the accompanying drawings.

Please refer to the first and second figures. The first embodiment of the present invention includes:

a cooling bucket 1;

a beverage can 2 is disposed inside the cooling tub 1 for holding a beverage 3;

a cooling water 4 is disposed between the beverage can 2 and the cooling tub 1, for example, a mixture of ice and a portion of water;

a beverage circulation motor 10 having a liquid discharge end 100 and a liquid discharge end 101, wherein the liquid discharge end 100 and the liquid discharge end 101 are respectively connected to the inside of the beverage barrel 2 by a beverage circulation pipe 102, wherein the liquid suction end The inlet of the 100-end beverage circulation pipe 102 is located at the lower end of the inside of the beverage can 2, and the outlet of the beverage circulation pipe 102 of the liquid discharge end 101 is located at the high end of the interior of the beverage can 2. The beverage circulation pipe 102 of the liquid discharge end 101 passes through the cooling water 4; the start button 11 and the stop button 12 of the beverage circulation motor 10 are disposed on the outer surface of the cooling bucket 1 for controlling the start of the beverage circulation motor 10 / stop running;

A cooling water temperature sensor 13 is disposed at the inner bottom end of the cooling tub 1 outside the beverage can 2 for sensing the temperature of the cooling water 4. A cooling water temperature controller 130 and a cooling water temperature indicator 131 are disposed on the outer surface of the cooling bucket 1, and the cooling water temperature controller 130 is configured to regulate the temperature of the cooling water 4 to a predetermined temperature. The cooling water temperature sensor 13 is electrically connected. When the temperature of the cooling water 4 is not at the set temperature, the cooling water temperature indicator 131 is reminded by the light to remind the user to put ice into the cooling bucket 1. Or discharge and melt excess ice water;

a beverage temperature sensor 14, a beverage temperature controller 140 and a beverage temperature display 141; the beverage temperature sensor 14 is disposed at an inner bottom end of the beverage can 2 for sensing the temperature of the beverage 3; the beverage temperature control The device 140 is disposed on the outer surface of the cooling tub 1 for regulating the temperature required for the beverage 3 to cool down; the beverage temperature display 141 is disposed on the outer surface of the cooling tub 1 and electrically connected to the beverage temperature sensor 14 Connection, used to display the temperature of the beverage 3 at the time. The beverage temperature sensor 14 controls the beverage circulation motor 10 to stop running when detecting that the temperature of the beverage 3 in the beverage can 2 reaches the temperature set by the beverage temperature controller 140; when the temperature of the beverage 3 is not within the set temperature The beverage temperature sensor 14 controls the beverage cycle motor 10 to operate such that the beverage 3 remains within the set temperature.

a beverage outlet 15 is attached to the outer surface of the cooling tub 1 and is connected at one end to the beverage tub 10 to discharge the beverage 3;

A cooling water discharge port 132 is provided on the outer surface of the cooling tub 1 for discharging the cooling water 4.

In use, the beverage temperature controller 140 sets the required temperature of the beverage 3 in advance, and sets the required temperature of the cooling water 4 by the cooling water temperature controller 130, and pours the brewed beverage 3 into the beverage can 2, and then borrows The beverage temperature sensor 14 monitors the temperature of the beverage 3, and the temperature of the beverage 3 is displayed on the beverage temperature display 141, pressing the beverage circulation motor start button 11, the beverage circulation motor 10 is activated, and the beverage 3 is started to be drawn into the beverage circulation tube 102. Since the beverage circulation pipe 102 passes through the cooling water 4, the beverage 3 in the beverage circulation pipe 102 is cooled by the cooling water 4, so that the beverage 3 can be rapidly cooled and the flavor is maintained. When the beverage temperature sensor 14 senses that the beverage 3 has reached a predetermined temperature, the beverage circulation motor 10 is controlled to be stopped by the beverage temperature sensor 14 to maintain the beverage 3 within a predetermined temperature. If the cooling water temperature sensor 13 senses that the temperature of the cooling water 4 is not within the set temperature, the cooling water temperature indicator 131 will remind the user by using a light to add ice or a discharge to the cooling barrel 1 to melt excess. Ice water.

Referring to the third embodiment, the second embodiment of the present invention is different from the first embodiment except that it includes a cooling tub 1, a beverage tub 2, and a cooling water 4. The second embodiment does not provide the aforementioned beverage. The circulation motor 10 is provided with:

A cooling water circulation motor 16 has a pumping end 160 and a water outlet end 161. The pumping end 160 is connected to the inner bottom end of the cooling tub 1, and the cooling water circulation motor 16 is controlled by the beverage temperature sensor 14 described above. When the temperature of the beverage 3 reaches the set temperature, the beverage temperature sensor 14 controls the cooling water circulation motor 16 to stop operating;

A cooling water circulation pipe 17 is disposed in the beverage can 2 and passes through the beverage 3 as a spiral coil. The cooling water circulation pipe 17 has a water inlet 170 and a water outlet 171, and the water inlet 170 and the water outlet The end 161 is connected, and the water outlet 171 extends out of the beverage can 2 into the upper end of the cooling tub 1;

a beverage discharge port 30 is disposed on the outer surface of the cooling tub 1 and has one end connected to the water outlet end 161 to facilitate discharging and cleaning the beverage tub 2;

A start button 11 and a stop button 12 of the cooling water circulation motor 16 are provided on the outer surface of the cooling tub 1 for controlling the start/stop of the cooling water circulation motor 16.

In use, the cooling water circulation motor start button 11 is pressed, the cooling water circulation motor 16 is started, and the cooling water 4 is started to be drawn into the cooling water circulation pipe 17 from the water inlet 160, and the cooling water 4 is discharged from the water outlet 171, thereby The cooling water 4 is introduced into the beverage can 2 to quickly cool the beverage 3, so that the beverage 3 can be rapidly cooled and maintain a flavor. When the temperature of the beverage 3 reaches the set temperature, the beverage temperature sensor 14 controls the cooling water circulation motor 16 to stop operating.

Referring to the fourth embodiment, the third embodiment of the present invention is a combination of the first embodiment and the second embodiment. The third embodiment of the present invention is provided with a beverage circulation motor 10 and a cooling water circulation motor. 16, the two are controlled by the beverage temperature sensor 14, when the temperature of the beverage 3 reaches the set temperature, the beverage temperature sensor 14 controls the beverage circulation motor 10 and the cooling water circulation motor 16 to stop synchronously, by the beverage cycle The motor 10 and the cooling water circulation motor 16 are arranged to cool the beverage 3 more quickly.

Therefore, by circulating the beverage through the cooling water separator and flowing the cooling water through the beverage separator to cool the beverage in the beverage circulation pipe, the beverage can be rapidly cooled and the flavor of the beverage can be maintained.

In summary, the present invention can achieve the intended function and purpose, and the detailed description can be implemented by those skilled in the art, and the above embodiments are only used to illustrate the creation, all equivalent structures. The change still does not deviate from the scope of the rights of this creation.

1‧‧‧Cooling bucket
2‧‧‧Beverage bucket
3‧‧‧ Drinks
4‧‧‧Cooling water
10‧‧‧Beverage cycle motor
100‧‧‧ pumping end
101‧‧‧ liquid outlet
102‧‧‧Beverage circulation tube
11‧‧‧Start button
12‧‧‧stop button
13‧‧‧Cooling water temperature sensor
130‧‧‧Cooling water temperature controller
131‧‧‧Cooling water temperature indicator
14‧‧‧Beverage temperature sensor
140‧‧‧Beverage temperature controller
141‧‧‧Beverage temperature display
15‧‧‧Beverage outlet
132‧‧‧Cooling water drain
16‧‧‧Cooling water circulation motor
160‧‧‧ pumping end
161‧‧‧ water outlet
17‧‧‧Cooling water circulation pipe
170‧‧‧ water inlet
171‧‧‧Water outlet
30‧‧‧Beverage discharge

The first figure shows an external perspective view of the first embodiment of the present creation. The second figure shows a cross-sectional view of the first embodiment of the present creation. The third figure shows a cross-sectional view of a second embodiment of the present creation. The fourth figure shows a cross-sectional view of a third embodiment of the present creation.

1‧‧‧Cooling bucket

2‧‧‧Beverage bucket

3‧‧‧ Drinks

4‧‧‧Cooling water

10‧‧‧Beverage cycle motor

100‧‧‧ pumping end

101‧‧‧ liquid outlet

102‧‧‧Beverage circulation tube

13‧‧‧Cooling water temperature sensor

14‧‧‧Beverage temperature sensor

15‧‧‧Beverage outlet

132‧‧‧Cooling water drain

16‧‧‧Cooling water circulation motor

160‧‧‧ pumping end

161‧‧‧ water outlet

17‧‧‧Cooling water circulation pipe

170‧‧‧ water inlet

171‧‧‧Water outlet

30‧‧‧Beverage discharge

Claims (8)

A beverage cooling device comprises: a cooling bucket; a beverage barrel disposed inside the cooling tub, the inside is for holding a beverage; the beverage tub has a cooling water between the cooling tub; and a beverage circulation motor, The liquid suction end and the liquid discharge end are respectively connected to the inside of the beverage barrel by a beverage circulation pipe, and at least one of the two beverage circulation pipes passes through the cooling water. A beverage cooling device comprises: a cooling bucket; a beverage barrel disposed inside the cooling bucket, the inside is for containing a beverage, the beverage tub has a cooling water between the cooling tub; and a cooling water circulation motor, The utility model has a pumping end and a water outlet end, wherein the pumping end is connected with the inner bottom end of the cooling bucket; a cooling water circulation pipe is disposed in the beverage barrel and passes through the beverage; the cooling water circulation pipe has a water inlet and a water outlet, the water inlet is connected to the water outlet, and the water outlet extends out of the beverage barrel into the interior of the cooling bucket. A beverage cooling device comprises: a cooling bucket; a beverage barrel disposed inside the cooling tub, the inside is for holding a beverage; the beverage tub has a cooling water between the cooling tub; and a beverage circulation motor having a liquid discharge end and a liquid discharge end, the liquid discharge end and the liquid discharge end are respectively connected to the inside of the beverage barrel by a beverage circulation pipe, and at least one of the two beverage circulation pipes passes through the cooling water; a cooling water circulation motor having a pumping end and a water outlet end, the pumping end being connected to the inner bottom end of the cooling bucket; having a cooling water circulation pipe disposed in the beverage tub and passing through the beverage; the cooling water circulation pipe The utility model has a water inlet and a water outlet, wherein the water inlet is connected with the water outlet, and the water outlet extends out of the beverage barrel into the interior of the cooling bucket. The beverage cooling device of claim 1, further comprising a beverage temperature sensor disposed in the beverage can for sensing a temperature of the beverage; the beverage temperature sensor The beverage temperature sensor is electrically connected to the beverage circulation motor, and the beverage temperature sensor can control the beverage circulation motor to stop when the beverage reaches the set temperature; and control the beverage circulation motor to operate when the beverage is not at the set temperature. The beverage cooling device of claim 2, further comprising a beverage temperature sensor disposed in the beverage tub for sensing the temperature of the beverage; the beverage temperature sensor The cooling water circulation motor is electrically connected, and the beverage temperature sensor can control the cooling water circulation motor to stop when the beverage reaches the set temperature; and when the beverage is not at the set temperature, the cooling water circulation motor can be controlled to operate. The beverage cooling device of claim 3, further comprising a beverage temperature sensor disposed in the beverage tub for sensing the temperature of the beverage; the beverage temperature sensor Corresponding to the beverage circulation motor and the cooling water circulation motor, the beverage temperature sensor can control the beverage circulation motor and the cooling water circulation motor to stop when the beverage reaches a set temperature; when the beverage is not at a set temperature, The beverage circulation motor and the cooling water circulation motor can be controlled to operate. The beverage cooling device according to any one of claims 4 to 6, further comprising a cooling water temperature sensor, a cooling water temperature controller, a cooling water temperature indicator, a beverage temperature controller, and a beverage. a temperature display and a beverage outlet; wherein the cooling water temperature sensor is disposed at an inner bottom end of the cooling bucket for sensing a temperature of the cooling water; the cooling water temperature controller is disposed on an outer surface of the cooling bucket The cooling water temperature indicator is disposed on the outer surface of the cooling bucket and electrically connected to the cooling water temperature sensor; the beverage temperature display is disposed on the outer surface of the cooling bucket The utility model is configured to know whether the temperature of the cooling water is a set temperature to cool the cooling water; the beverage outlet is disposed on an outer surface of the cooling bucket, and one end is connected to the beverage barrel. The beverage cooling device of claim 7, wherein the cooling water tank is provided with a cooling water discharge port at the bottom end.