TWM630129U - Sparkling water manufacturing equipment - Google Patents

Abstract

The sparkling water manufacturing equipment of the present invention at least includes a first water storage bucket and a second water storage bucket; at least one of the first water storage bucket and the second water storage bucket is provided with a condensation pipe, and the upper part of the first water storage bucket can make the water body The atomizer in the form of atomization has an air inlet for high-pressure gas input near the bottom of the first water storage bucket; the second water storage bucket is covered outside the first water storage bucket, and the top of the second water storage bucket has a drinking water inlet. At the water end, the second water storage bucket has a water outlet pipe connected to the atomizer of the first water storage bucket. The drinking water in the second water storage bucket can be temporarily stored by reducing its temperature through the action of the condenser pipe. The air inlet can introduce high-pressure gas, so that it can be smoothly combined with the atomized drinking water input through the atomizer to form sparkling water.

Description

Sparkling water manufacturing equipment

This creation is related to a sparkling water manufacturing equipment, especially a sparkling water that can effectively combine water and gas into drinkable sparkling water.

In recent years, people often drink sparkling water for health reasons. It is generally believed that drinking sparkling water frequently can promote gastrointestinal motility and increase satiety. It has a good performance in weight loss for modern people. At the same time, drinking sparkling water also brings people to The interest in drinking water has increased, so drinking sparkling water has gradually been widely accepted and even loved by ordinary consumers.

At present, the main problem faced by most of the sparkling water equipment manufacturers is that when making sparkling water, the combination efficiency of gas and water is not good, so that the gas content in the sparkling water produced is low, which seriously affects the drinking of sparkling water. The effect it should have on the human body also affects the taste of drinking sparkling water; on the other hand, during the storage process of the produced sparkling water in the equipment, the gas contained in the sparkling water is very easy to volatilize from the water, which causes The gas content of the sparkling water that is not easy to obtain will be even lower, and the adverse phenomenon caused by the low gas content of the sparkling water will be more serious.

For this reason, it is obviously necessary to improve the effective combination of gas and water in sparkling water, and the subsequent preservation of sparkling water after production.

This creation is related to a sparkling water manufacturing equipment, which is mainly to overcome the low gas content of sparkling water produced by traditional sparkling water equipment manufacturers, and it is easy to volatilize the gas in the sparkling water when it is prepared and stored, thereby reducing the content of the sparkling water. Disadvantage of air volume.

In order to achieve the purpose of the above creation, this creation provides a sparkling water manufacturing equipment. The sparkling water manufacturing equipment of the present invention at least includes a first water storage bucket and a second water storage bucket; the first water storage bucket is provided with an atomizer in the upper part that can make the water atomized; The air inlet for high-pressure gas input; the second water storage bucket is arranged outside the first water storage bucket, and covers the first water storage bucket in a large area, the top of the second water storage bucket is provided with a drinking water inlet end connected to drinking water, and the second water storage bucket is provided with a drinking water inlet. The two water storage buckets have a water outlet pipeline connected to the atomizer of the first water storage bucket. At least one of the first water storage bucket and the second water storage bucket is provided with a condensation pipe inside, and the condensation pipe is electrically connected to the refrigeration device. .

Among them, the second water storage tank can input drinking water through its drinking water inlet, and temporarily store it by reducing its temperature through the action of the condenser. The temporarily stored drinking water can be led to the first water storage tank through the water outlet pipeline. The atomizer enters the first water storage bucket in a low temperature and atomized state, and the air inlet in the first water storage bucket will introduce high-pressure gas. The air inlet has been submerged by the originally stored sparkling water, and the high-pressure gas output from the air inlet will be poured into the sparkling water originally stored in the first water storage bucket, forcing the gas content of the original stored sparkling water to increase again, and Part of the gas will be released from the sparkling water, so that the first water storage bucket will be filled with high-pressure gas, so that it can be smoothly combined with the atomized drinking water input through the atomizer to form sparkling water.

1: The first storage bucket

11: Condenser pipe

12: Atomizer

13: Air intake

14: Temperature Controller

15: Water level detector

16: Sparkling water outlet

2: The second storage bucket

21: Condenser pipe

22: Water inlet

23: Pressurized pump

24: Water outlet pipeline

25: Temperature Controller

26: Ice water outlet

[Figure 1] is a schematic diagram of this creation.

[Figure 2] is an example of this creation.

First of all, please refer to [Fig. 1], the sparkling water manufacturing equipment of this creation at least includes a first water storage bucket 1 and a second water storage bucket 2;

Among them, as shown in FIG. 1 , the first water storage bucket 1 of the present invention is provided with a condensation pipe 11 , and the condensation pipe 11 surrounds the inner space of the first water storage bucket 1 , and the condensation pipe 11 is connected to the A refrigerating device (not shown), the refrigerating device is a conventional refrigerating and freezing device, which is not the main patent claim of this creation, and will not be repeated later. The atomizer 12 of the present invention can be installed above the first water storage bucket 1 during implementation, and the first water storage bucket 1 has an air inlet 13 for high-pressure gas input. In implementation, the air inlet 13 can be located near the bottom of the first water storage bucket 1. The first water storage bucket 1 is further provided with a temperature controller 14 and a water level detector 15. The temperature controller 14 is electrically connected to the refrigeration device. In addition, The first water storage bucket 1 is additionally provided with a sparkling water outlet 16 .

The second water storage bucket 2 is arranged outside the first water storage bucket 1 and covers the first water storage bucket 1 with a large area. The second water storage bucket 2 is provided with a condensation pipe 21 inside, and the condensation pipe 21 surrounds the second water storage bucket 2. In the inner space of the water storage tank 2, the condensation pipe 21 is connected with the condensation pipe 11 of the first water storage tank 1, and the top of the second water storage tank 2 is provided with a drinking water inlet 22 connected to drinking water. The water inlet end 22 is further provided with a pressurized pump 23, and the drinking water can be a water body that has been treated to meet the direct drinking standard, for example, the water body treated by the RO reverse osmosis device, and the second water storage tank 2 is another water body. A water outlet pipeline 24 is connected to the atomizer 12 of the first water storage tank 1. In addition, a temperature controller 25 is provided in the second water storage tank 2. The temperature controller 25 is electrically connected to the refrigeration device, and the second storage tank 2 The water bucket 2 is further provided with an ice water outlet 2 6.

During the implementation of this creation, please refer to [Fig. 2]. The second water storage bucket 2 can input drinking water from the outside through the drinking water inlet 22. In particular, it can cooperate with the action of the pressurized pump 23 to allow the outside world to enter. The drinking water is smoothly input into the second water storage tank 2 through the drinking water inlet 22. As mentioned above, the drinking water from the outside can be treated by the RO reverse osmosis device. However, the RO reverse osmosis device It is already quite mature technical equipment, and it is not the main patent claim of this creation, so it will not be repeated here; Its temperature, and through the control of the temperature controller 25, the connected refrigeration device can be started and stopped in time to maintain the preset low temperature state of the drinking water in the second water storage tank 2. When the water level in the second water storage tank 2 reaches When a predetermined amount is reached, the water in the second water storage bucket 2 is led to the atomizer 12 through the water outlet pipeline 24 and enters the first water storage bucket 1 . When a water storage bucket 1 is placed, at the same time, the air inlet 13 will inject high-pressure gas into the first water storage bucket 1. At this time, the atomized drinking water will be combined with the high-pressure gas to form sparkling water, and the The atomized drinking water has a low temperature, which is more conducive to combining with high-pressure gas to form sparkling water, and the resulting sparkling water is stored in the first water storage bucket 1, and this continues for a period of time until the water level of the first water storage bucket 1. When the detector 15 detects that it reaches a preset number, the water level detector 15 is linked to the action of the pressurized pump 23 to stop the input of water to the second water storage tank 2, so that the water body linked to the second water storage tank 2 stops passing through. The water outlet pipe 24 is introduced into the first water storage bucket 1 to act, and the sparkling water stored in the first water storage bucket 1 is acted by the condenser tube 11 to reduce its temperature, and is controlled by the temperature controller 14 to cool the connected water The device starts and stops in time to maintain the pre-set low temperature of the sparkling water in the first water storage bucket 1 , so that the sparkling water is kept at a low temperature and the gas contained therein is not easily released.

Continuing above, if you want to use sparkling water, you can open the sparkling water outlet 16 to output the sparkling water from the first water storage bucket 1 for drinking, and activate the ice water outlet 26 to put the sparkling water in the second water storage bucket 2. The ice water is exported for drinking. Wherein, when the sparkling water in the first water storage bucket 1 is lower than the preset storage amount due to being taken, the pressurized pump 23 will be automatically activated again after being detected by the water level detector 15 in the first water storage bucket 1 act, then the drinking water from the outside world is re-introduced into the second water storage bucket 2. Similarly, the water in the second water storage bucket 2 will enter the first water storage bucket 1 after being led to the atomizer 12 through the water outlet pipeline 24. On the other hand, at this time, the air inlet 13 in the first water storage bucket 1 will introduce high-pressure gas, and since the air inlet 13 is located near the bottom of the first water storage bucket 1, the air inlet 13 should be It has been submerged by the originally stored sparkling water, and the high-pressure gas output from the air inlet 13 will be poured into the sparkling water originally stored in the first water storage bucket 1, so that the original stored sparkling water will be forced to dissolve into the gas again, The gas content of the originally stored sparkling water is further increased, and part of the gas will be released from the sparkling water, and the gas released from the sparkling water will be left in the first water storage bucket 1 to deduct the area occupied by the sparkling water. The remaining space of the first water storage bucket 1 except the part that stores the sparkling water, the remaining space volume of the first water storage bucket 1 will be filled with high-pressure gas. The purified drinking water will be smoothly combined with the high-pressure gas to form sparkling water, and the resulting product will be stored in the first water storage tank 1. Through such a cycle, sparkling water with high gas content can be produced, and Keep the stored sparkling water with a high air content.

The effect of the present invention is that the second water storage bucket 2 of the present invention can temporarily store drinking water through its drinking water inlet 22 , and the drinking water stored in the second water storage bucket 2 will be affected by the condensation pipe 21 . And lower its temperature, when the production of sparkling water is to be performed, the drinking water in the second water storage tank 2 can be led to the atomizer 12 of the first water storage tank 1 through the water outlet pipeline 24. The drinking water entering the first water storage bucket 1 and the atomized drinking water entering the first water storage bucket 1 is more favorable for combining with high-pressure gas to form sparkling water because it has been in a low temperature state; 13 will introduce high pressure gas, and since the air inlet 13 is located near the bottom of the first water storage bucket 1, the high pressure gas output from the air inlet 13 will be poured into the sparkling water originally stored in the first water storage bucket 1 , then, the original stored sparkling water will be forced to dissolve into gas again, so that the gas content of the original stored sparkling water will be increased again, and part of the gas will be released from the sparkling water, so that the first water storage bucket 1 It will be filled with high-pressure gas, so that it can be smoothly combined with the low-temperature and atomized drinking water input through the atomizer 12 to form sparkling water.

The above descriptions are only the preferred embodiments of the present creation. It should be understood that the descriptions and illustrations in the text are not limited to the creative concept of the present case, and the words and terms used in the text are only for the purpose of explaining the present case, which should not be regarded as However, simple modifications and equivalent changes of the scope of the patent application and the contents of the description by those with ordinary knowledge in the technical field should still fall within the scope of the invention patent.

To sum up, the sparkling water manufacturing equipment of this creation can indeed achieve the purpose of the appeal, and it should meet the requirements of novelty, progress and industrial applicability of the new patent. It is very grateful to be granted the review and approval of the new type of patent.

1: The first storage bucket

11: Condenser pipe

12: Atomizer

13: Air intake

14: Temperature Controller

15: Water level detector

16: Sparkling water outlet

2: The second storage bucket

21: Condenser pipe

22: Water inlet

23: Pressurized pump

24: Water outlet pipeline

25: Temperature Controller

26: Ice water outlet

Claims (13)

A sparkling water manufacturing equipment, which at least includes: The first water storage bucket is provided with an atomizer capable of atomizing the water body and an air inlet for the input of high-pressure gas, and the air inlet is arranged near the bottom of the first water storage bucket; The second water storage bucket is arranged outside the first water storage bucket and covers the first water storage bucket in a large area. The second water storage bucket is connected to the drinking water inlet end of the drinking water. The atomizer of the first storage bucket. The sparkling water manufacturing equipment according to claim 1, wherein the atomizer of the first water storage bucket is arranged above the first water storage bucket. The sparkling water manufacturing equipment according to claim 1, wherein a temperature controller is provided in the first water storage tank. The sparkling water manufacturing equipment according to claim 3, wherein the temperature controller is electrically connected to the refrigeration device. The sparkling water manufacturing equipment according to claim 1, wherein a water level detector is provided in the first water storage tank. The sparkling water manufacturing equipment according to claim 1, wherein the first water storage bucket is provided with a sparkling water outlet. The sparkling water manufacturing equipment as set forth in claim 1, wherein the drinking water inlet end of the second water storage bucket is further provided with a pressurized pump. The sparkling water manufacturing equipment according to claim 7, wherein the pressurized pump of the second water storage bucket is electrically connected to the water level detector of the first water storage bucket. The sparkling water manufacturing equipment as claimed in claim 1, wherein the second water storage tank is provided with There is a temperature controller. The sparkling water manufacturing equipment according to claim 9, wherein the temperature controller is electrically connected to the refrigeration device. The sparkling water manufacturing equipment according to claim 1, wherein the second water storage bucket is provided with an ice water outlet. The sparkling water manufacturing equipment according to claim 1, wherein at least one of the first water storage bucket and the second water storage bucket is provided with a condensation pipe inside. The sparkling water manufacturing equipment according to claim 12, wherein the condenser pipe is electrically connected to the refrigeration device.

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