TWM536468U - Waterweed tank dedicated carbon dioxide production facility - Google Patents

Description

Water tank special carbon dioxide production equipment

The present invention relates to a gas pumping device, and more particularly to a special carbon dioxide production device for a water tank.

Aquatic tanks are aquarium-themed aquariums, generally dominated by tropical freshwater, with a focus on water and grass landscaping. Nowadays, most popular natural landscaping usually require special attention to lamp lighting, fertilizer, carbon dioxide, water quality, etc., as well as all maintenance of the growth conditions of aquatic plants. In general, the aquatic grass tanks will feed small group of light fish, or raise angelfish, short scorpion, etc., and will also raise a small number of shrimp, snails or algae-eating fish and other algae-removing organisms, but there are also a few water-grass tanks that are purely water-grass landscapes. Mainly. The growth of aquatic plants in the environment of the water requires sunlight, carbon dioxide, culture soil, pH, water hardness and so on. Whether aquatic plants are healthy or not, the existence of carbon dioxide is very important. Carbon dioxide is the staple food of aquatic plants. Fertilizers are only non-staple foods. All aquatic plants must rely on photosynthesis to survive.

The standard equipment currently available for carbon dioxide is through a combination of carbon dioxide cylinders and carbon dioxide double gauge solenoid valves. The carbon dioxide double gauge solenoid valve is an electric control air brake switch. The solenoid valve has two kinds of AC valve and DC electric valve. The AC valve is relatively easy to heat. After the power is turned on, the gate is opened to allow carbon dioxide to pass through, usually connected to the decompression. Head, use time to control the carbon dioxide and light synchronous switch.

In the market, the price of 1L carbon dioxide cylinder is about 1,200 yuan, and the price of carbon dioxide double-meter solenoid valve is about 1,500 yuan. It is a big expense for players who just want to raise water plants, and some consumables are There are certain risks, such as carbon dioxide cylinders must pass the water security check, according to the US Department of Transportation (DOT) Act It is stipulated that cylinders of self-contained air breathing apparatus (SCBA), when inflated, become high-pressure gas containers such as air respirators, oxygen first-aids, fire extinguishers, etc. due to high pressure, and must pass a qualified inspection agency. Depending on the material, the high pressure gas cylinder body (with the joint removed) should be regularly tested for water pressure, appearance and various valves, and the cylinder batch number should be recorded for reference. When the carbon dioxide in the cylinder is used up, go to the aquarium or It takes several hundred pieces for a gas company to replenish a gas at a time, depending on capacity.

Carbon dioxide double-meter solenoid valve is not only a price problem. If the gasket of the solenoid valve does not meet the aging of the cylinder and the gasket or the installation is not good, it will cause a large amount of carbon dioxide to be silently lost to the air instead of being dissolved in the water. That is to say, a set of carbon dioxide cylinders and solenoid valve sets are available in the market at prices ranging from 3,500 to 5,000 yuan, which is not only expensive but also prone to problems. This may make players who like water plants not want to try to raise water plants. It is.

The reason is that the creator feels the above problems, so he developed and designed a new type of carbon dioxide production equipment for water tanks.

Therefore, the object of the present invention is to provide a special carbon dioxide production equipment for a water tank which can reduce the cost and prolong the use time.

The special carbon dioxide production equipment for the water tank is combined with a water tank production equipment, which comprises: a holding unit, a mixing unit, and a gas conveying unit.

The holding unit comprises a first container containing a first liquid, and a pumping pump for pressurizing the interior of the first container, the first container having a first opening for filling, and a first opening a water outlet for outputting the first liquid.

The mixing unit comprises a second container containing a second liquid, the second container having a second opening for filling, To input the water inlet of the first liquid, and an air outlet. When the pumping pump is pressurized, the first liquid in the first container may be output from the water outlet and input into the second container to mix the first liquid with the second liquid to generate carbon dioxide.

The gas delivery unit is configured to deliver carbon dioxide in the second container to the water tank.

The beneficial effect of the novel is that the first liquid and the second liquid are separately contained in different containers, so as to avoid the immediate reaction of the two, and the complicated calculation of the amount can be reduced. Furthermore, the overall structure is simplified, the installation is easy, and the installation cost is effectively reduced. The mixed solution after the reaction can also be used as a cleaning agent, and environmental protection is not wasted.

2‧‧‧Function unit

21‧‧‧ first container

211‧‧‧ first opening

212‧‧‧Water outlet

213‧‧‧ first cover

22‧‧‧Inflated pump

23‧‧‧First infusion tube

24‧‧‧First explosion-proof check valve

25‧‧‧Second infusion tube

3‧‧‧Mixed unit

31‧‧‧Second container

311‧‧‧ second opening

312‧‧ ‧ water inlet

313‧‧‧ gas outlet

314‧‧‧Second cover

4‧‧‧ gas transmission unit

41‧‧‧First outlet tube

42‧‧‧Second explosion-proof check valve

43‧‧‧Second outlet tube

44‧‧‧Refiner

45‧‧‧Regulator

5‧‧‧Water grass tank

1 is a schematic view showing an embodiment of the carbon dioxide production equipment for the novel water tank.

The related features and technical details of the present invention will be apparent from the following detailed description of the preferred embodiments.

Referring to Figures 1 and 2, an embodiment of the carbon dioxide production equipment dedicated to the present invention includes a containment unit 2, a mixing unit 3, and a gas delivery unit 4.

The holding unit 2 includes a first container 21 containing a first liquid, and a pumping pump 22 for pressurizing the inside of the first container 21. The first container 21 has a first opening 211 for filling, a water outlet 212 for outputting the first liquid, and a first cover 213 for closing the first opening 211.

The loading unit 2 further includes a first infusion tube 23 disposed at the water outlet 212 and having one end extending below the liquid level of the first liquid. A first explosion-proof check valve 24 disposed at the other end of the first infusion tube 23, and a second infusion tube 25 connected to the first explosion-proof check valve 24.

The mixing unit 3 includes a second container 31 containing a second liquid. The second container 31 has a second opening 311 for filling, a water inlet 312 for inputting the first liquid, an air outlet 313, and a second seal for closing the second opening 311. Cover 314. The second infusion tube 25 of the loading unit 2 is disposed in the water inlet 312 of the second container 31.

The gas delivery unit 4 includes a first air outlet pipe 41 that is disposed at an air outlet 313 of the second container 31, and a second explosion-proof check valve 42 that is disposed at an end of the first air outlet pipe 41. a second air outlet tube 43 of the explosion-proof check valve 42 , a refiner 44 disposed at the end of the second air outlet tube 43 , and a second explosion-proof check valve 42 and the refiner 44 . A regulating valve 45 for regulating the amount of carbon dioxide gas.

In this embodiment, the first liquid is citric acid water and the second liquid is baking soda water. The actual operation is as follows: 100 g of citric acid is placed in the first container 21 through the first opening 211 of the first container 21, and 300 cc of water is uniformly mixed by the first opening 211 to prepare the first liquid. Next, 100 g of baking soda powder was placed in the second container 31 through the second opening 311 of the second container 31, and then 300 cc of water was mixed to prepare the second liquid.

After the first liquid and the second liquid are both prepared, the production of carbon dioxide can be performed. First, it is confirmed whether the first cover 213 and the second cover 314 are sure to close the first opening 211 and the second opening 311, and then the air pumping 22 is activated. When the air pump 22 pressurizes the inside of the first container 21, the first liquid in the first container 21 is pressed into the first infusion tube 23 by the increased pressure, and passes through the first An explosion-proof check valve 24 and the second infusion tube 25 are input into the second container 31 to mix the first liquid with the second liquid to generate carbon dioxide.

Wherein, the reaction formula of the first liquid (citric acid water) and the second liquid (sodium bicarbonate) is as follows: 3NaHCO ₃ + C ₆ H ₈ O ₇ → C ₆ H ₅ Na ₃ O ₇ +3CO ₂ +3H ₂ O

After the carbon dioxide is generated, the first air outlet pipe 41, the second explosion-proof check valve 42, and the second air outlet pipe 43 are outputted to the water tank 5 for use in the water supply. When carbon dioxide is released into the water, only a small portion will dissolve in the water, and other carbon dioxide bubbles will quickly rise to the surface to dissipate into the air. Therefore, in order to dissolve carbon dioxide more efficiently in water, the refiner 44 is usually installed at the end of the pipe. In this embodiment, a refiner 44 is installed at the end of the second air outlet tube 43 for discharging carbon dioxide gas with a small bubble, and the carbon dioxide bubble has a chance to float in the water for a longer time to dissolve. In the water.

In addition, the present embodiment is also provided with a regulating valve 45, through which the design of the regulating valve 45 can adjust the amount of carbon dioxide gas output depending on the actual use conditions.

Therefore, the special carbon dioxide production equipment for the water tank of the present invention has the following advantages:

(1) The structure is simple, the preparation is convenient, and the cost is reduced:

The new type only needs to connect two containers and a plurality of tubes in series, and the structure is quite simple. Moreover, the citric acid water and the baking soda water are separately prepared and separately stored in the first container 21 and the second container 31, and the use amount of the two containers is not required to be excessively precise, and the preparation is convenient, and the cost reduction effect is achieved. At the same time, it can also avoid the excessive pressure caused by the continuous reaction of citric acid and baking soda powder, which causes the connection points everywhere to be separated due to the unbearable pressure.

(2) It has explosion-proof, anti-reverse and adjustment functions, and has high safety:

The first and second explosion-proof check valves 24, 42 and the design of the regulating valve 45, even if careless Adding excess citric acid water to the second container 31 can also have a pressure regulating effect to avoid dangerous situations such as explosion.

(3) Both environmental protection effects:

The last reaction solution in the second container 31 is a mixture of citric acid water and baking soda water, that is, similar to the commonly used detergent component, so it can also be used as a cleaning agent, and environmental protection is not wasted.

In summary, the carbon dioxide production equipment for the new water tank cylinder can prevent the complex usage calculation by preventing the first liquid and the second liquid from being separately stored in different containers. Furthermore, the overall structure is simplified, the installation is easy, and the installation cost is effectively reduced. The mixed solution after the reaction can also be used as a cleaning agent, and environmental protection is not wasted.

However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification made by the novel patent application scope and the novel description content, All remain within the scope of this new patent.

2‧‧‧Function unit

21‧‧‧ first container

211‧‧‧ first opening

212‧‧‧Water outlet

213‧‧‧ first cover

22‧‧‧Inflated pump

23‧‧‧First infusion tube

24‧‧‧First explosion-proof check valve

25‧‧‧Second infusion tube

3‧‧‧Mixed unit

31‧‧‧Second container

311‧‧‧ second opening

312‧‧ ‧ water inlet

313‧‧‧ gas outlet

314‧‧‧Second cover

4‧‧‧ gas transmission unit

41‧‧‧First outlet tube

42‧‧‧Second explosion-proof check valve

43‧‧‧Second outlet tube

44‧‧‧Refiner

45‧‧‧Regulator

5‧‧‧Water grass tank

Claims (8)

A special carbon dioxide production equipment for a water grass tank, which is used in combination with a water grass production tank, the carbon dioxide production equipment comprises: a loading unit comprising a first container containing a first liquid, and a first container for adding the first container a first pump having a first opening for filling and a water outlet for outputting the first liquid; and a mixing unit comprising a second container containing the second liquid The second container has a second opening for filling, a water inlet for inputting the first liquid, and an air outlet. When the air pump is pressurized, the first container can be The first liquid is output from the water outlet and is input into the second container to mix the first liquid with the second liquid to generate carbon dioxide; and a gas delivery unit for conveying carbon dioxide in the second container to The water tank. The special carbon dioxide production equipment for a water tank according to claim 1, wherein the container further comprises a first infusion tube that is disposed at the water outlet and has one end extending below the liquid surface of the first liquid. a first explosion-proof check valve disposed at the other end of the first infusion tube, and a second infusion tube connected to the first explosion-proof check valve and disposed in the water inlet of the second container. The special carbon dioxide production equipment for a water tank according to the second aspect of the invention, wherein the gas delivery unit comprises a first air outlet tube disposed at an air outlet of the second container, and a first air outlet tube disposed at the first air outlet tube a second explosion-proof check valve at the end, and a second air outlet pipe connected to the second explosion-proof check valve. The special carbon dioxide production equipment for a water tank according to the third aspect of the invention, wherein the gas delivery unit further comprises a refiner disposed at an end of the second outlet pipe. The special carbon dioxide production equipment for a water tank according to claim 4, wherein the gas transmission unit further comprises a second explosion-proof check valve disposed between the second explosion-proof valve and the refiner for adjusting carbon dioxide emissions. Gas regulating valve. The special carbon dioxide production equipment for a water tank according to claim 1, wherein the first liquid is citric acid water and the second liquid is baking soda water. The special carbon dioxide production equipment for a water tank according to claim 1, wherein the first container further has a first cover for closing the first opening. The special carbon dioxide production equipment for a water tank according to claim 1, wherein the second container further has a second cover for closing the second opening.