CN103654407B - A kind of Soda water machine - Google Patents

Abstract

The invention relates to a soda water machine. It includes No. 1 shell, carbon dioxide bottle, air supply pipe and container. There is an opening on the No. 1 shell. One end of the air supply pipe is connected to the carbon dioxide bottle, and the other end passes through the opening. The container is provided with a gas storage device. The gas storage device includes a connecting pipe and Gas storage part, the gas storage part is equipped with a No. 1 elastic component, the No. 1 elastic component is connected to the piston, and the connecting pipe has a No. 1 through hole, and a seal is arranged on the side of the No. 1 through hole. The seal seals the No. 1 through the No. 2 elastic component. The hole is provided with a clapboard, the clapboard is provided with No. 5 through hole and No. 2 through hole, and a feeding device is provided, including a feed pipe and a pull rod. The pull rod seals the feed pipe, and the pull rod is provided with a baffle. into the feed tube. The invention increases the time of carbon dioxide staying in water and increases the area of carbon dioxide contacting water to increase the dissolved amount of carbon dioxide. Capsules with added sweeteners or spices are placed in the feeding device, which is convenient to push without spilling and causing no waste.

Description

a soda water machine

technical field

The invention relates to a soda water machine.

Background technique

Soda water is an aqueous solution of sodium bicarbonate, which contains weak alkalinity. It can be sterilized and sterilized for external use in medicine. Drinking it can neutralize the acid-base balance in the human body and change the acidic constitution. Most of the soda water sold on the market is an artificially synthesized carbonated drink that presses carbon dioxide into purified drinking water and adds sweeteners or flavors.

Currently, the soda water that can be found on the market is generally purchased from the mall. Although some soda water machines can prepare soda water, the production effect is not as good as the one purchased. The amount of carbon dioxide dissolved in water is not much, and it is currently common The sweeteners or spices added by a soda water machine are all in powder form, which is troublesome to add, and tends to remain on a soda water machine when adding, resulting in waste.

Contents of the invention

The invention aims at the deficiencies of the prior art, and provides a soda water machine capable of increasing the dissolved amount of carbon dioxide and conveniently adding sweeteners or spices.

In order to solve the above-mentioned technical problems, the present invention is solved through the following technical solutions: a soda water machine, comprising a No. A matching opening, one end of the air supply pipe is connected to the carbon dioxide bottle, the other end of the air supply pipe passes through the opening, and at least two gas storage devices are arranged on the container, and the gas storage device includes a connecting pipe and a In the gas storage part, a No. 1 elastic component is arranged on the inner wall of the gas storage part. The No. 1 elastic component is connected to a piston. No. 1 through hole seal, the connection between the seal and the connecting pipe is provided with a No. 2 elastic component, and the seal fits and seals the No. 1 through hole through the No. 2 elastic component. Several partitions are also arranged in the container, and No. 5 through-holes and several No. 2 through-holes matched with the air supply pipes are opened on all the partitions, and the air supply pipes pass through the five No. 1 through hole, the No. 1 housing is provided with several feeding devices at the opening, the feeding device includes a feed pipe and a pull rod, and the pull rod seals the discharge port of the feed pipe. The discharge port of the feed pipe is in communication with the opening, and the end of the pull rod in contact with the discharge port of the feed pipe is provided with a baffle, and one end of the baffle is located in the feed pipe.

Set up the gas storage device, when the carbon dioxide is continuously sent in from the air supply pipe, the carbon dioxide stays in the water for a period of time, and then leaves the water surface, then the carbon dioxide pushes the seal on the No. 1 through hole, and the carbon dioxide enters through the No. 1 through hole, and finally Contacting the piston, the carbon dioxide continues to increase, and the piston is pushed to press the No. 1 elastic component inward. All gas storage devices operate in this way. When the supply of carbon dioxide stops, the No. 2 elastic component attaches the seal to the No. 1 through hole to store gas. The carbon dioxide in the device will slowly dissolve into the water from the connecting pipe. The gas storage device increases the volume of carbon dioxide, so that the dissolved amount of carbon dioxide in the water reaches a greater level. The No. 1 elastic component helps to speed up the movement of carbon dioxide. Has a resilience to gas.

A plurality of partitions matching the container are set up from the bottom of the container, and No. 2 through holes are set on the partitions, so that the carbon dioxide entering the water can only move upwards from the No. 2 through holes. When multiple No. 2 through holes are opened, the carbon dioxide can be diffused evenly, so that the water area in contact with the carbon dioxide increases, and at the same time, the dissolved amount of carbon dioxide increases; when the No. 2 through holes opened on two adjacent partitions When the holes are arranged away from each other, the movement route of carbon dioxide in water is curved, which increases the residence time of carbon dioxide in water and at the same time increases the dissolved amount of carbon dioxide.

Set up multiple feeding devices to place different flavors of capsules containing sweeteners or flavors in different feeding devices, and choose to put them in according to your personal preference. When putting in, you only need to lift the lever up. The plate can prevent the pull rod from being lifted too high, causing the capsule to drop too much. At this time, there is a gap between the pull rod that seals the feed tube and the feed tube. The capsule falls from the gap into the opening and finally enters the container. After adding the capsule, put down the pull rod. The pull rod just touches the feed pipe when it seals the feed pipe, so that the user knows that the feed pipe has been sealed at this time, making the device more convenient and simple.

In the above technical solution, all the partitions are matched with the container. The carbon dioxide can only move upwards from the No. 2 through hole on the dividing plate, so that the dissolved amount of the carbon dioxide is increased.

In the above technical solution, the partitions are arranged evenly from the bottom of the container upwards. The baffle is arranged upwards from the bottom of the container, so that the time for the carbon dioxide to stay in the water is increased, and the dissolved amount of the carbon dioxide is increased.

In the above technical solution, several No. 2 through holes are uniformly opened on the separator. The incoming carbon dioxide is dispersed by the No. 2 through hole and moves upward, increasing the contact area between carbon dioxide and water and increasing the amount of carbon dioxide dissolved.

In the above technical solution, the positions of the No. 2 through holes on two adjacent separators are far away from each other. It takes longer for carbon dioxide to travel from the No. 2 through hole of a partition to the No. 2 through hole of the adjacent partition. The carbon dioxide moves upward in a curve, which increases the residence time of carbon dioxide in the water and increases the carbon dioxide amount of dissolution.

In the above technical solution, the angle at which the baffle is set is the same as that of the feed pipe. Make the sealing effect of the tie rod to the feed pipe better.

Compared with the prior art, the present invention has the following beneficial effects: the present invention increases the amount of carbon dioxide dissolved by increasing the time of carbon dioxide staying in water and increasing the area of carbon dioxide contacting water. A feeding device is provided, and capsules containing sweeteners or spices are placed in the feeding device, which is convenient to push without spilling and causing no waste. The sealing effect of the tie rod on the feed pipe is good.

Description of drawings

Fig. 1 is a schematic diagram of the present invention.

Fig. 2 is a schematic diagram of the sealing of the feeding device of the present invention.

Fig. 3 is a schematic diagram of the feeding device of the present invention when in use.

Fig. 4 is a schematic diagram of the arrangement of the partitions of the present invention (the positions of the No. 2 through holes on two adjacent partitions are far away from each other).

Fig. 5 is a schematic diagram of the arrangement of the separator of the present invention (the No. 2 through holes on the separator are evenly arranged).

Fig. 6 is a schematic diagram of the gas storage device when the carbon dioxide bottle of the present invention transports carbon dioxide.

Fig. 7 is a schematic diagram of the gas storage device when the carbon dioxide bottle of the present invention stops transporting carbon dioxide.

Detailed ways

The present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments: Referring to Fig. 1-Fig. 7, a soda water machine includes a No. The casing 1 has an opening 5 matching the container 4 , one end of the air supply pipe 3 is connected to the carbon dioxide bottle 2 , and the other end of the air supply pipe 3 passes through the opening 5 and extends into the container 4 .

The container 4 is also provided with at least two gas storage devices 6, the gas storage device 6 includes a connecting pipe 61 and a gas storage part 62, the inner wall of the gas storage part 62 is provided with a No. 1 elastic component 63, the The No. 1 elastic component 63 is connected with a piston 64, and a No. 1 through hole 65 is provided on the connecting pipe 61. A seal 66 for sealing the No. 1 through hole 65 is arranged in the connecting pipe 61. A second elastic assembly 67 is provided at the joint between the member 66 and the connecting pipe 61, and the sealing member 66 fits and seals the first through hole 65 through the second elastic assembly 67. When the sealing member 66 is pushed by an external force, , the sealing member 66 can be pushed away, and when there is no external force, the second elastic component 67 attaches the sealing member 66 to the first through hole 65 .

The gas storage device 6 is set, and when the carbon dioxide is continuously sent in from the air delivery pipe 3, the carbon dioxide stays in the water for a period of time and leaves the water surface, and then the carbon dioxide pushes away the seal 66 on the No. 1 through hole 65, and the carbon dioxide passes through the No. Hole 65 enters, finally contacts piston 64, carbon dioxide continues to increase, pushes piston 64 to press No. Attached to the No. 1 through hole 65, the carbon dioxide in the gas storage device 6 will slowly dissolve into the water from the connecting pipe 61, and the gas storage device 6 increases the volume of carbon dioxide, so that the dissolved amount of carbon dioxide in water can reach a higher level. The large, number one elastic component 64 helps to move the carbon dioxide faster and has a resilient force against the gas.

Several partitions 7 are also arranged in the container 4, and all the partitions 7 are matched with the container 4, and the partitions 7 are evenly arranged from the bottom of the container 4 upwards, and all the partitions The plate 7 is provided with a No. 5 through hole 71 and several No. 2 through holes 72 that match the air supply pipe 3. The air supply pipe 3 passes through the No. 5 through hole 71 to send carbon dioxide into the container. 4 bottom. A plurality of No. 2 through-holes 72 can be evenly opened on the partition 7, so that the carbon dioxide introduced is dispersed by the No. 2 through-holes 72 and moves upward, increasing the contact area between carbon dioxide and water, and increasing the dissolved amount of carbon dioxide; it is also possible to set Because the positions of the No. 2 through holes 72 on the two adjacent partition plates 7 are far away from each other, the carbon dioxide is from the No. 2 through holes 72 of a partition plate 7 to the No. 2 through holes 72 of the adjacent partition plate 7 , it takes longer, and the carbon dioxide moves upwards in a curve, which increases the residence time of carbon dioxide in the water and increases the dissolved amount of carbon dioxide.

A plurality of partitions 7 matching the container 4 are set up from the bottom of the container 4, and No. 2 through holes 72 are provided on the partition 7, so that the carbon dioxide entering the water can only move upwards from the No. 2 through holes 72, When a plurality of No. 2 through holes 72 are opened on the partition 7, the carbon dioxide can be diffused evenly, so that the water area contacted by the carbon dioxide increases, and at the same time, the dissolved amount of the carbon dioxide is increased; When the No. 2 through-holes 72 on the plate 7 are arranged far away from each other, the motion path of carbon dioxide in water is curved, which increases the residence time of carbon dioxide in water and increases the dissolved amount of carbon dioxide.

The No. 1 housing 1 is provided with several feeding devices 8 at the opening 5. The feeding device 8 includes a feed pipe 81 and a pull rod 82, and the pull rod 82 seals the discharge of the feed pipe 81. port 811, the discharge port 811 of the feed pipe 81 communicates with the opening 5, the end of the pull rod 82 in contact with the discharge port 811 of the feed pipe 81 is provided with a baffle 9, the baffle One end of the plate 9 is located in said feed tube 81 .

A plurality of feeding devices 8 can be set to place different tastes of capsules containing sweeteners or spices in different feeding devices 8, and choose to put in according to personal preference. When putting in, you only need to lift the pull rod 82 upwards. The baffle plate 9 of the pull rod 82 can prevent the pull rod 82 from being lifted too high, causing the capsule to drop too much. There is a gap between the pull rod 82 and the feed pipe 81 that originally sealed the feed tube 81, and the capsule falls from the gap into the opening 5, and finally enters the container 4. After the capsule is added, the pull rod 82 is put down. When the baffle plate 9 of the pull rod 82 touches the feed pipe 81 when the pull rod 82 just seals the feed pipe 81, the user knows that the feed pipe 81 is sealed at this time, making the device more convenient and simple.

Claims (3)

1. a Soda water machine, comprise a housing (1), carbon dioxide cylinder (2), snorkel (3) and container (4), a described housing (1) has an opening (5) matched with described container (4), described snorkel (3) one end connects described carbon dioxide cylinder (2), described snorkel (3) other end is through described opening (5), it is characterized in that: described container (4) is also provided with at least two caissons (6), described caisson (6) comprises tube connector (61) and gas storage portion (62), described gas storage portion (62) madial wall is provided with an elastic parts (63), a described elastic parts (63) is connected with piston (64), described tube connector (61) offers one number service hole (65), the seal (66) for sealing described one number service hole (65) is provided with in described tube connector (61), described seal (66) is provided with No. two elastic parts (67) with the junction of described tube connector (61), described seal (66) is by one number service hole (65) described in described No. two elastic parts (67) gluing, sealings, several dividing plates (7) are also provided with in described container (4), all described dividing plates (7) all offer No. five through holes (71) and several No. two through holes (72) that match with described snorkel (3), the position of No. two through holes (72) on two pieces of adjacent described dividing plates (7) mutually away from, described snorkel (3) is through described No. five through holes (71), a described housing (1) is positioned at described opening (5) place and is provided with several pay-offs (8), described pay-off (8) comprises feed pipe (81) and pull bar (82), described pull bar (82) seals the discharging opening (811) of described feed pipe (81), the discharging opening (811) of described feed pipe (81) is connected with described opening (5), one end that described pull bar (82) contacts with described feed pipe (81) discharging opening (811) is provided with baffle plate (9), described baffle plate (9) one end is positioned at described feed pipe (81), the angle that described baffle plate (9) is arranged is identical with the angle of described feed pipe (81).

2. a kind of Soda water machine as claimed in claim 1, is characterized in that: all described dividing plates (7) all match with described container (4).

3. a kind of Soda water machine as claimed in claim 1, is characterized in that: described dividing plate (7) offers uniformly No. two through holes (72) described in several.