CN-224219921-U - Bubble water machine

Abstract

The utility model provides a bubble water machine which is connected with a gas bottle and a water bottle, and comprises a shell, a mounting seat, a water injection pipeline, a filter element and a gas injection pipeline, wherein the shell comprises an assembling part, a water storage part, a gas storage part and an injection part, the water storage part is arranged above the assembling part, the gas storage part and the injection part are positioned on the same side of the water storage part, a first placing space is arranged on the injection part, the mounting seat is arranged on the injection part and comprises a gas injection hole and a water injection hole which are communicated with the first placing space, an inlet of the water injection pipeline is connected to the water storage part, an outlet of the water injection pipeline is connected with the water injection hole, the filter element is arranged in fluid communication with the water injection pipeline, an inlet of the gas injection pipeline is connected to the gas storage part, and an outlet of the gas injection pipeline is connected with the gas injection hole. The technical scheme of the utility model effectively solves the problem that the water tank in the related art is arranged outside the shell and occupies a large space.

Inventors

• ZOU ZHIBIN

Assignees

• 青岛伊可普电器有限公司

Dates

Publication Date

20260512

Application Date

20240704

Claims (18)

1. 1. A bubble water machine connecting a gas cylinder (4-21) and a water bottle (3-41), characterized in that it comprises: The shell (1-1) comprises an assembling part (1-11), a water storage part (1-12), a gas storage part (1-13) and an injection part (1-14), wherein the water storage part (1-12) is positioned above the assembling part (1-11), the gas storage part (1-13) and the injection part (1-14) are positioned on the same side of the water storage part (1-12), and the injection part (1-14) comprises a first placing space (1-01); The mounting seat (4-10) is arranged on the injection part (1-14), and the mounting seat (4-10) is provided with an air injection hole (3-12) and a water injection hole (3-13) which are communicated with the first placing space (1-01); the water injection pipeline (1-03), the inlet of the water injection pipeline (1-03) is connected to the water storage part (1-12), and the outlet of the water injection pipeline (1-03) is connected with the water injection hole (3-13); a filter element (2-2) arranged in fluid communication with the water injection line (1-03); The inlet of the gas injection pipeline is connected to the gas storage part (1-13), and the outlet of the gas injection pipeline is connected with the gas injection hole (3-12).
2. 2. The bubble water machine according to claim 1, wherein the assembly portion (1-11) includes a bottom plate (1-111) and a first cylindrical housing (1-112), the injection portion (1-14) and the first cylindrical housing (1-112) are juxtaposed on the bottom plate (1-111), and the water storage portion (1-12) is a second cylindrical housing provided on the first cylindrical housing (1-112).
3. 3. The bubble water machine according to claim 2, wherein the injection part (1-14) comprises a cylindrical shell (1-141) arranged on the bottom plate (1-111) and a third cylindrical shell (1-142) arranged on the top of the cylindrical shell (1-141), the first placement space (1-01) is formed between the first end of the third cylindrical shell (1-142) and the first end of the bottom plate (1-111), the second placement space (1-02) is formed between the second end of the third cylindrical shell (1-142) and the second end of the bottom plate (1-111), the gas cylinder (4-21) is arranged in the second placement space (1-02), the gas storage part (1-13) comprises a side plate (1-22) surrounding the gas cylinder (4-21), and the edge of the side plate (1-22) is detachably connected to the second end of the third cylindrical shell (1-142) and the second end of the bottom plate (1-111).
4. 4. A bubble water machine according to any one of claims 1 to 3, further comprising a functional component provided on the water injection line (1-03), wherein, The functional component comprises a water pump (2-1) and an electromagnetic valve (3-72) which are sequentially connected to the water injection pipeline (1-03), the water pump (2-1) is positioned between the filter element (2-2) and the water storage part (1-12), and the electromagnetic valve (3-72) is positioned between the filter element (2-2) and the water injection hole (3-13); Or alternatively The water injection pipeline (1-03) comprises a main pipeline (1-031) connected between the water storage part (1-12) and the water injection hole (3-13) and a branch pipeline (1-032) connected to the main pipeline (1-031), wherein an inlet of the branch pipeline (1-032) is intersected with the main pipeline (1-031) at a first intersection, an outlet of the branch pipeline (1-032) is intersected with the main pipeline (1-031) at a second intersection, the filter element (2-2) is arranged on the main pipeline (1-031), The functional assembly further comprises a first water pump (2-11), a first electromagnetic valve (2-3), a refrigeration module (2-4), a second water pump (2-12) and a second electromagnetic valve (2-5) which are sequentially connected to the main pipeline (1-031), wherein the first water pump (2-11) is positioned between the filter element (2-2) and the water storage part (1-12), the refrigeration module (2-4), the second water pump (2-12) and the second electromagnetic valve (2-5) are positioned between the first intersection and the second intersection, and the second intersection is positioned between the second electromagnetic valve (2-5) and the water injection hole (3-13); Or alternatively The water injection pipeline (1-03) comprises a main pipeline (1-031) connected between the water storage part (1-12) and the water injection hole (3-13) and a branch pipeline (1-032) connected on the main pipeline (1-031), wherein an inlet of the branch pipeline (1-032) is intersected with the main pipeline (1-031) at a first intersection, an outlet of the branch pipeline (1-032) is intersected with the main pipeline (1-031) at a second intersection, the filter element (2-2) is arranged in the water storage part (1-12), The functional assembly further comprises a third water pump (2-13), a third electromagnetic valve (2-31) and a refrigerating module (2-4) which are sequentially connected to the main pipeline (1-031), wherein the third water pump (2-13) is positioned between the third electromagnetic valve (2-31) and the water storage part (1-12), the refrigerating module (2-4) is positioned between the first intersection and the second intersection, and the second intersection is positioned between the refrigerating module (2-4) and the water injection hole (3-13).
5. 5. The bubble water machine as claimed in claim 4, characterized in that the functional assembly further comprises a one-way valve (2-6) provided on the water injection line (1-03), the one-way valve (2-6) being located between the solenoid valve (3-72) and the water injection hole (3-13) or the one-way valve (2-6) being located between the second intersection and the water injection hole (3-13).
6. 6. A bubble water machine as claimed in any one of claims 1 to 3, wherein the mounting base (4-10) is provided with an interface (4-11), the bubble water machine further comprises an air injection pipe (3-20) and a water injection pipe (3-30), the air injection pipe (3-20) is connected to the mounting base (4-10) and penetrates out of the interface (4-11), the inside of the air injection pipe (3-20) is communicated with the air injection hole (3-12), the water injection pipe (3-30) is connected to the mounting base (4-10) and penetrates out of the interface (4-11) and is sleeved outside the air injection pipe (3-20), and the inside of the water injection pipe (3-30) is communicated with the water injection hole (3-13).
7. 7. The bubble water machine according to claim 6, wherein the water injection pipe (3-30) is coaxially arranged with the gas injection pipe (3-20), and/or the lower end of the gas injection pipe (3-20) protrudes from the lower end of the water injection pipe (3-30).
8. 8. The bubble water machine according to claim 6, wherein guide ribs (3-31) are arranged on the inner wall of the water injection pipe (3-30), and the guide ribs (3-31) vertically extend from top to bottom or spirally extend.
9. 9. The bubble water machine according to claim 6, wherein, The mounting seat (4-10) is also provided with an exhaust hole (3-14) communicated with the inside of the interface (4-11), wherein, The exhaust hole (3-14) is connected with a first exhaust pipe (3-61), the bubble water machine also comprises an exhaust valve (3-71) arranged on the first exhaust pipe (3-61), and/or, The exhaust hole (3-14) is connected with a second exhaust pipe (3-62), the bubble water machine also comprises an electromagnetic valve (3-72) arranged on the second exhaust pipe (3-62), and/or, The air bubble water machine further comprises a safety valve (3-73) arranged on the third exhaust pipe (3-63), and the third exhaust pipe (3-63) is connected to the exhaust hole (3-14).
10. 10. A bubble water machine according to any one of claim 1 to 3, wherein, The air bubble water machine further comprises an exhaust valve (3-71), a driving piece (4-30) and an interference piece (4-40), wherein the exhaust hole (3-14) communicated with the inside of the interface (4-11) is further arranged on the mounting seat (4-10), a first exhaust pipe (3-61) is connected to the exhaust hole (3-14), and the exhaust valve (3-71) is arranged on the first exhaust pipe (3-61); The water bottle (3-41) is positioned in the first placing space (1-01), is detachably arranged on the mounting seat (4-10) and can be communicated with the air injection hole (3-12) and the water injection hole (3-13); The driving piece (4-30) is movably arranged on the mounting seat (4-10) and is provided with a first opening position for driving the exhaust valve (3-71) to be communicated with the first exhaust pipe (3-61) and a first closing position for driving the exhaust valve (3-71) to block the first exhaust pipe (3-61); The interference member (4-40) is movably arranged between the driving member (4-30) and the water bottle (3-41) and has an interference position for blocking the driving member (4-30) and an avoidance position for avoiding the driving member (4-30); Wherein the interference member (4-40) is in the interference position when the water bottle (3-41) is not mounted on the mount (4-10) so as to keep the driving member (4-30) in the first closed position, and the interference member (4-40) is driven to move when the water bottle (3-41) is mounted on the mount (4-10) so as to keep the interference member (4-40) in the avoidance position.
11. 11. The bubble machine as claimed in claim 10, characterized in that the interference element (4-40) is arranged swingably on the mounting base (4-10), at least part of the interference element (4-40) being located on the active trajectory of the driving element (4-30) when the interference element (4-40) is located in the interference position.
12. 12. The bubble machine as claimed in claim 10, wherein the interference member (4-40) comprises a pendulum shaft (4-41) and interference portions (4-42) and force receiving portions (4-43) arranged on the pendulum shaft (4-41) at intervals, the mounting base (4-10) is provided with an interface (4-11) connected with the water bottle (3-41), when the water bottle (3-41) is not mounted on the mounting base (4-10), the force receiving portions (4-43) extend into the interface (4-11), the interference portions (4-42) block the driving member (4-30), and when the water bottle (3-41) is mounted on the mounting base (4-10), the force receiving portions (4-43) are driven to swing to move out of the interface (4-11) so that the interference portions (4-42) avoid the driving member (4-30).
13. 13. The bubble machine as claimed in claim 12, wherein the interference part (4-42) has an interference position (4-421) which is in blocking engagement with the driving member (4-30), and the force receiving part (4-43) has a force receiving position (4-431) which is in driving engagement with the water bottle (3-41).
14. 14. The bubble machine as claimed in claim 10, wherein the mount (4-10) is provided with a stopper (4-12) and an elastic member (4-50), and the interference member (4-40) is held at the interference position or is returned from the escape position to the interference position when the elastic member (4-50) applies an elastic force to the interference member (4-40) to move the interference member (4-40) toward the driving member (4-30), and the interference member (4-40) is stopper-fitted with the stopper (4-12).
15. 15. The bubble water machine according to claim 10, wherein the mounting seat (4-10) comprises a seat body (4-13) and a first supporting part (4-14) arranged on the seat body (4-13), the driving piece (4-30) comprises a swinging section (4-31) arranged on the first supporting part (4-14) in a swinging manner, a driving section (4-32) and a force application section (4-33) which are respectively connected to two ends of the swinging section (4-31), the interference piece (4-40) blocks or avoids the force application section (4-33), and the driving section (4-32) drives the exhaust valve (3-71) to be communicated or blocks the first exhaust pipe (3-61).
16. 16. The bubble water machine as claimed in claim 10, further comprising a top needle valve (4-61) provided at the air injection hole (3-12) and an operation member (2-40) movably provided on the mount (4-10), the operation member (2-40) having a second open position for driving the top needle valve (4-61) to open the air injection hole (3-12) and a second closed position for driving the top needle valve (4-61) to block the air injection hole (3-12), the operation member (2-40) being capable of driving the driving member (4-30) to move, the driving member (4-30) being in the first closed position when the operation member (2-40) is in the second open position, and the driving member (4-30) being in the first open position when the operation member (2-40) is in the second closed position.
17. 17. The bubble water machine according to claim 16, wherein the operation member (2-40) comprises an operation lever (2-41) and an operation button (2-42) connected with the operation lever (2-41), the mounting seat (4-10) comprises a seat body (4-13) and a second supporting portion (4-15) arranged on the seat body (4-13), one end of the operation lever (2-41) away from the operation button (2-42) is hinged on the second supporting portion (4-15), a driving through hole (2-411) for the driving member (4-30) to pass through is arranged on the operation lever (2-41), and the driving through hole (2-411) is in driving fit with the driving member (4-30) so as to drive the driving member (4-30) to switch to the first closed position.
18. 18. The bubble machine as claimed in claim 17, wherein the wall of the drive through hole (2-411) comprises a first cambered surface (2-412), the drive member (4-30) is provided with a second cambered surface (4-301) capable of driving and matching with the first cambered surface (2-412), the part of the drive member (4-30) passing through the drive through hole (2-411) is a flanging (4-302), and the flanging (4-302) is matched with a side stop of the operating lever (2-41) so as to keep the drive member (4-30) at the first open position when the operating member (2-40) is kept at the second closed position.

Description

Bubble water machine Technical Field The utility model relates to the technical field of water dispenser manufacturing, in particular to a bubble water dispenser. Background In the related art, the bubble water includes a housing, a mounting base, a water injection pipe, a gas injection pipe, a water tank and a water bottle. The mount pad sets up in the shell, water injection pipeline and gas injection pipeline all set up on the mount pad, the water tank sets up in the outside of shell. Water flowing from the water tank into the water bottle through the water injection line. But occupies a large space because the water tank is provided outside the housing. Disclosure of utility model The utility model mainly aims to provide a bubble water machine, which aims to solve the problem that a water tank in the related art is arranged outside a shell and occupies a large space. In order to achieve the aim, the utility model provides a bubble water machine for connecting a gas bottle with a water bottle, which comprises a shell, a mounting seat, a water injection pipeline, a filter element and a gas injection pipeline, wherein the shell comprises an assembling part, a water storage part, a gas storage part and an injection part, the water storage part is arranged above the assembling part, the gas storage part and the injection part are positioned on the same side of the water storage part, the injection part comprises a first placing space, the mounting seat is arranged on the injection part, the mounting seat is provided with a gas injection hole and a water injection hole communicated with the first placing space, the inlet of the water injection pipeline is connected to the water storage part, the outlet of the water injection pipeline is connected with the water injection hole, the filter element is arranged in fluid communication with the water injection pipeline, and the inlet of the gas injection pipeline is connected to the gas storage part, and the outlet of the gas injection pipeline is connected with the gas injection hole. Further, the assembly part comprises a bottom plate and a first cylindrical shell, the injection part and the first cylindrical shell are arranged on the bottom plate in parallel, and the water storage part is a second cylindrical shell arranged on the first cylindrical shell. Further, the injection part comprises a columnar shell arranged on the bottom plate and a third cylindrical shell arranged at the top of the columnar shell, a first placement space is formed between the first end of the third cylindrical shell and the first end of the bottom plate, a second placement space is formed between the second end of the third cylindrical shell and the second end of the bottom plate, the gas cylinder is arranged in the second placement space, the gas storage part comprises a side plate surrounding the gas cylinder, and the edge of the side plate is detachably connected to the second end of the third cylindrical shell and the second end of the bottom plate. The bubble water machine further comprises a functional component, the functional component is arranged on the water injection pipeline, the functional component comprises a water pump and an electromagnetic valve which are sequentially connected on the water injection pipeline, the water pump is arranged between the filter element and the water storage part, the electromagnetic valve is arranged between the filter element and the water injection hole, or the water injection pipeline comprises a main pipeline connected between the water storage part and the water injection hole and a branch pipeline connected on the main pipeline, an inlet of the branch pipeline and the main pipeline are intersected at a first intersection, an outlet of the branch pipeline and the main pipeline are intersected at a second intersection, the filter element is arranged on the main pipeline, the functional component further comprises a first water pump and a first electromagnetic valve which are sequentially connected on the main pipeline, a refrigerating module, a second water pump and a second electromagnetic valve, the first water pump is arranged between the filter element and the water storage part, the refrigerating module, the second water pump and the second electromagnetic valve are arranged between the first intersection and the second intersection, the second intersection is arranged between the second electromagnetic valve and the water injection hole, or the water injection pipeline comprises a main pipeline connected between the water storage part and the water injection hole and a branch pipeline connected on the main pipeline, the inlet of the branch pipeline is intersected at the first intersection, the outlet of the main pipeline and the main pipeline is intersected at the second intersection, the first intersection, the refrigerating module and the second intersection between the water pump and the water storage module and the second int