Liquid beverage processing device
By designing a liquid beverage processing device including multiple valve bodies, fluid pumps and heating devices, the effective cleaning of beverage processing equipment is achieved, and the problem of contamination caused by traditional equipment is solved by the problem that residual beverage stains are easily retained, ensuring the hygiene and safety of the equipment.
Patent Information
- Application Number
- CN202421989281.3
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-08-16
- Publication Date
- 2025-06-24
- Estimated Expiration
- 2034-08-16
AI Technical Summary
After the traditional mobile beverage heating device is used, the pipes and valve bodies and other components are prone to residual beverage stains, resulting in pollution and bacterial production, affecting people's health.
A liquid beverage processing device is designed, including a fifth valve body, a sixth valve body, a forward and reverse fluid pump, a fluid heating device and a container, and the cleaning liquid and clean water are circulated to ensure the cleanliness of the machine.
The device can effectively clean the pipelines and valve bodies, prevent contamination and bacterial production, and ensure hygiene and safety during the beverage production process.
Smart Images
Figure CN223008942U_ABST
Abstract
Description
Technical Field
[0001] The utility model relates to the technical field of beverage production, in particular to a liquid beverage processing device. Background Art
[0002] Beverages have basically entered every household, such as various kinds of milk, coffee, juice, etc. After users buy beverages and take them home, some people drink them directly, while some people who pursue taste will process the beverages secondarily. For example, in winter, the beverages need to be heated. After the traditional flow-type beverage heating device is used, some beverage stains will remain in the pipeline, various valve bodies, pump bodies, heating elements, etc., which will cause pollution, easily produce bacteria, and affect people's physical health. Content of the Utility Model
[0003] The purpose of the utility model is to solve the defect that after the traditional flow-type beverage heating device in the prior art is used, some beverage stains will remain in the pipeline, various valve bodies, pump bodies, heating elements, etc., which will cause pollution, easily produce bacteria, and affect people's physical health, and to propose a liquid beverage processing device.
[0004] In order to achieve the above purpose, the utility model adopts the following technical scheme:
[0005] A liquid beverage processing device includes a fifth valve body, a sixth valve body, a positive and reverse fluid pump, a fluid heating device, and a container. The first interface of the fifth valve body can be connected to a water source, the third interface of the fifth valve body can be connected to the first interface of the container, the second interface of the fifth valve body can be connected to the third interface of the sixth valve body, the first interface of the sixth valve body can be connected to a beverage source, the second interface of the sixth valve body can be connected to the first interface of the positive and reverse fluid pump, the second interface of the positive and reverse fluid pump can be connected to the first interface of the fluid heating device, and the second interface of the fluid heating device can discharge liquid.
[0006] The beverage processing device includes a seventh valve body. The second interface of the fluid heating device can be connected to the first interface of the seventh valve body, the second interface of the seventh valve body can discharge liquid, and the third interface of the seventh valve body can discharge liquid.
[0007] The beverage processing device includes a fourth valve body and an eighth valve body. The first interface of the eighth valve body can be connected to the third interface of the seventh valve body, the third interface of the eighth valve body can be connected to the second interface of the fourth valve body, and the first interface of the fourth valve body can be connected to the second interface of the container.
[0008] The beverage processing device includes a waste liquid collecting part and a water receiving tray. The waste liquid collecting part can be connected to the second interface of the eighth valve body, the water receiving tray can collect the liquid discharged from the second interface of the seventh valve body, and a fluid collecting part can be placed on the water receiving tray.
[0009] The water receiving tray is communicated with the waste liquid receiving member.
[0010] The beverage processing device includes a third valve body. A first interface of the third valve body can be communicated with a water source, and a second interface of the third valve body can be communicated with a third interface of an eighth valve body.
[0011] The beverage processing device includes a first connector. A first interface of the first connector can be communicated with a water source, a second interface of the first connector can be communicated with a second interface of a fifth valve body, and a third interface of the first connector can be communicated with a first interface of the third valve body;
[0012] And / or the beverage processing device includes a second connector. A first interface of the second connector can be communicated with a second interface of the third valve body, a second interface of the second connector can be communicated with a third interface of the eighth valve body, and a third interface of the second connector can be communicated with a second interface of a fourth valve body.
[0013] The beverage processing device includes an air valve, and the air valve can be communicated with a gas and a first interface of a positive and negative rotation fluid pump.
[0014] The beverage processing device includes a third connector, a fourth connector, and a fifth connector. The air valve includes a first valve body and a second valve body. A first interface of the fifth connector can be communicated with a gas, a second interface of the fifth connector can be communicated with a first interface of the second valve body, a third interface of the fifth connector can be communicated with a first interface of the first valve body, a second interface of the first valve body can be communicated with a third interface of the third connector, a first interface of the third connector can be communicated with a second interface of a sixth valve body, a second interface of the third connector can be communicated with a first interface of the fourth connector, a second interface of the second valve body can be communicated with a third interface of the fourth connector, and a second interface of the fourth connector can be communicated with a first interface of the positive and negative rotation fluid pump.
[0015] The beverage processing device includes a first filter element, and the first filter element can filter a gas. A first interface of the first filter element is an air inlet end, and a second interface of the first filter element can be communicated with a first interface of the fifth connector;
[0016] And / or the beverage processing device includes a second filter element, and the second filter element can filter a beverage source. A first interface of the second filter element can be communicated with the beverage source, and a second interface of the second filter element can be communicated with a first interface of the sixth valve body;
[0017] And / or the beverage processing device includes a temperature measuring sensor, and the temperature measuring sensor is installed upstream of a first interface of the sixth valve body;
[0018] And / or the beverage processing device includes a third filter element, which can filter the water source. The first interface of the third filter element is connected to the water source, and the second interface of the third filter element can be connected to the first interface of the fifth valve body;
[0019] And / or the beverage processing device includes a flow meter, which is installed upstream of the first interface of the fifth valve body;
[0020] And / or the beverage processing device includes a first throttle valve, which is installed between the third interface of the fifth joint and the first interface of the first valve body;
[0021] And / or the beverage processing device includes a second throttle valve, which is installed between the second interface of the fifth joint and the first interface of the second valve body;
[0022] And / or the beverage processing device includes a second one-way valve. The first interface of the second one-way valve is the inlet end, and the second interface is the outlet end. The first interface of the second one-way valve is connected to the second interface of the first valve body, and the second interface of the second one-way valve is connected to the third interface of the third joint;
[0023] And / or the beverage processing device includes a first one-way valve. The first interface of the first one-way valve is the inlet end, and the second interface is the outlet end. The first interface of the first one-way valve is connected to the second interface of the second valve body, and the second interface of the first one-way valve is connected to the third interface of the fourth joint.
[0024] A liquid beverage processing device proposed by the present utility model has the beneficial effect that after the beverage is made by this device, it can not only perform the cleaning work with cleaning liquid but also perform the cleaning work with clean water, which can better ensure the cleanliness inside the machine. Brief Description of the Drawings
[0025] Figure 1 It is a schematic structural diagram of the hot milk production flow path of the present utility model;
[0026] Figure 2 It is a schematic structural diagram of the clean water cleaning flow path of the present utility model;
[0027] Figure 3 It is a schematic structural diagram of the cold milk foam production flow path of the present utility model;
[0028] Figure 4 It is a schematic structural diagram of the hot milk foam production flow path of the present utility model;
[0029] Figure 5 It is a schematic structural diagram of the circulating cleaning structure of the present utility model;
[0030] Figure 6 It is a schematic structural diagram of the circulating cleaning liquid drainage structure of the present utility model;
[0031] Figure 7 Schematic diagram of the reverse circulation cleaning structure of the present utility model;
[0032] Figure 8 Schematic diagram of the circulating liquid drainage structure of the present utility model;
[0033] Figure 9 Schematic diagram of the clean water reverse cleaning structure of the present utility model;
[0034] Figure 10 Schematic diagram of the clean water forward cleaning structure of the present utility model.
[0035] In the figure: the first filter element 1, the first throttle valve 2, the second throttle valve 3, the first valve body 4, the second valve body 5, the first one-way valve 6, the second one-way valve 7, the second filter element 8, the third filter element 9, the flowmeter 10, the third valve body 11, the container 12, the fourth valve body 13, the fifth valve body 14, the sixth valve body 15, the positive and reverse fluid pump 16, the fluid heating device 17, the seventh valve body 18, the eighth valve body 19, the flow limiting element 20, the fluid pick-up element 21, the waste liquid pick-up element 22, the water receiving tray 23, the first joint 24, the second joint 25, the third joint 26, the fourth joint 27, the fifth joint 28, the temperature measuring sensor 29. Detailed implementation manners
[0036] Next, the technical solutions in the embodiments of the present utility model will be clearly and completely described in conjunction with the accompanying drawings in the embodiments of the present utility model. Obviously, the described embodiments are only a part of the embodiments of the present utility model, rather than all of the embodiments.
[0037] Refer to Figures 1-10 , a liquid beverage processing device, including the fifth valve body 14, the sixth valve body 15, the positive and reverse fluid pump 16, the fluid heating device 17, and the container 12. The first interface of the fifth valve body 14 can be connected to a water source, the third interface of the fifth valve body 14 can be connected to the first interface of the container 12, the second interface of the fifth valve body 14 can be connected to the third interface of the sixth valve body 15, the first interface of the sixth valve body 15 can be connected to a beverage source, the second interface of the sixth valve body 15 can be connected to the first interface of the positive and reverse fluid pump 16, the second interface of the positive and reverse fluid pump 16 can be connected to the first interface of the fluid heating device 17, and the second interface of the fluid heating device 17 can drain liquid.
[0038] In this text, the first valve body 4, the second valve body 5, the third valve body 11, the fourth valve body 13, the fifth valve body 14, the sixth valve body 15, the seventh valve body 18, and the eighth valve body 19 refer to valve bodies that can manually or electrically control the connection or disconnection of each interface. For example, multi-position multi-way valves, diaphragm valves, lever valves, etc., can be solenoid valves, electric diaphragm valves, manual mechanical valves, etc. When using an electric valve body, as a preferred implementation, each electrical component in the device is connected to a control board, and the control board is connected to a control screen or control buttons for unified control and management;
[0039] In this text, the first connector 24, the second connector 25, the third connector 26, the fourth connector 27, and the fifth connector 28 refer to multi-way components without connection and disconnection functions, such as two-way, three-way, four-way, five-way components, etc.;
[0040] In this text, the first interface, the second interface, and the third interface are for clearly expressing the connection method, and the text has no other meaning;
[0041] When describing in this text, the interfaces of the components through which the fluid passes are considered to be in a conducting state, and the interfaces of the components that the fluid does not pass through are considered to be in an open state.
[0042] In this text, the liquid beverage can be a solution such as milk, juice, coffee, etc. For the convenience of description, milk is taken as an example.
[0043] In this text, the first and second interfaces refer to the fluid passing through the first interface and the second interface in sequence, the first and third interfaces refer to the fluid passing through the first interface and the third interface in sequence, and so on.
[0044] In this text, the positive and reverse fluid pump 16 refers to a liquid pump with a forward liquid pumping function and a reverse liquid pumping function, such as a gear pump.
[0045] When this device works:
[0046] Making hot milk: Start the positive rotation of the positive and reverse fluid pump 16 and the fluid heating device 17. The milk passes through the first and second interfaces of the sixth valve body 15, the first and second interfaces of the positive and reverse fluid pump 16, and the first and second interfaces of the fluid heating device 17 in sequence and then is discharged to obtain hot milk;
[0047] Cleaning with cleaning liquid: Put a certain amount of cleaning liquid into the container 12, or put tablets into the container and dissolve the tablets after adding water to form cleaning liquid. When working, start the positive rotation of the positive and reverse fluid pump 16. The cleaning liquid passes through the first interface of the container 12, the third and second interfaces of the fifth valve body 14, the third and second interfaces of the sixth valve body 15, the first and second interfaces of the positive and reverse fluid pump 16, and the first and second interfaces of the fluid heating device 17 in sequence and then is discharged, realizing the preliminary cleaning of part of the pipeline and components such as the positive and reverse fluid pump 16, the valve body, and the fluid heating device 17 by the cleaning liquid.
[0048] Among them, the cleaning liquid is generally acidic, and the tablets are generally alkaline effervescent tablets, both of which can melt milk scale. After adding them, a mixed liquid is formed with clean water.
[0049] Cleaning with clean water: Refer to Figure 2 , start the positive and reverse fluid pump 16 to rotate forward, and the clean water passes through the first and second interfaces of the fifth valve body 14, the third and second interfaces of the sixth valve body 15, the first and second interfaces of the positive and reverse fluid pump 16, and the first and second interfaces of the fluid heating device 17 in sequence and then is discharged to achieve cleaning with clean water.
[0050] After the device makes the drink, it can not only carry out the cleaning work with the cleaning liquid but also the cleaning work with clean water, which can better ensure the cleanliness inside the machine.
[0051] The drink processing device includes a seventh valve body 18. The second interface of the fluid heating device 17 can communicate with the first interface of the seventh valve body 18. The second interface of the seventh valve body 18 can drain liquid, and the third interface of the seventh valve body 18 can drain liquid. As an implementation manner, the second interface of the seventh valve body 18 is used as the common milk outlet, and the third interface of the seventh valve body 18 is used as the waste liquid drain outlet.
[0052] The device is provided with a seventh valve body 18, and the seventh valve body 18 has two interfaces that can drain liquid. During operation, first, the positive and reverse fluid pump 16 extracts clean water and flows out from the second interface of the seventh valve body 18 to flush the pipeline and the liquid outlet nozzle after the machine is powered on. Then, close the second interface of the seventh valve body 18 and open the third interface of the seventh valve body 18, continue to extract clean water, heat the clean water to a certain temperature through the fluid heating device 17, for example, 65 °C, and raise the fluid heating device 17 to the required power. When the clean water reaches the required temperature, switch the valve port of the sixth valve body 15 to extract milk. At this time, the discharged milk can directly reach the required temperature. At this time, the third interface of the seventh valve body 18 remains open for a period of time to completely drain the clean water from the pipeline. Then, close the third interface of the seventh valve body 18 and open the second interface of the seventh valve body 18 so that the temperature of the discharged milk is directly the required milk temperature.
[0053] The drink processing device includes a fourth valve body 13 and an eighth valve body 19. The first interface of the eighth valve body 19 can communicate with the third interface of the seventh valve body 18. The third interface of the eighth valve body 19 can communicate with the second interface of the fourth valve body 13. The first interface of the fourth valve body 13 can communicate with the second interface of the container 12.
[0054] Stage cleaning, for example, when the interval time of the milk drink exceeds 2 hours, perform stage cleaning once;
[0055] Stage cleaning one, refer to Figure 5 , Figure 6: The forward and reverse fluid pump 16 rotates forward to extract clear water. The clear water successively passes through the first and second interfaces of the fifth valve body 14, the third and second interfaces of the sixth valve body 15, the first and second interfaces of the forward and reverse fluid pump 16, the first and second interfaces of the fluid heating device 17, the first and third interfaces of the seventh valve body 18, the first and third interfaces of the eighth valve body 19, and the first and second interfaces of the fourth valve body 13, and enters the container 12. When it is stored to a certain water level, the first and second interfaces of the fifth valve body 14 are closed, and the third and second interfaces of the fifth valve body 14 are opened. The liquid circulates between the third and second interfaces of the fifth valve body 14, the third and second interfaces of the sixth valve body 15, the first and second interfaces of the forward and reverse fluid pump 16, the first and second interfaces of the fluid heating device 17, the first and third interfaces of the seventh valve body 18, the first and third interfaces of the eighth valve body 19, the first and second interfaces of the fourth valve body 13, and the first and second interfaces of the container 12. Then, the circulated liquid is discharged from the second interface of the seventh valve body 18;
[0056] Stage cleaning two, refer to Figure 2 : Extract clear water. The clear water finally discharges from the second interface of the seventh valve body 18 at the first and second interfaces of the fifth valve body 14, the third and second interfaces of the sixth valve body 15, the first and second interfaces of the forward and reverse fluid pump 16, and the first and second interfaces of the fluid heating device 17.
[0057] As an implementation manner, the beverage processing device includes a waste liquid receiving member 22 and a water receiving tray 23. The waste liquid receiving member 22 can be connected to the second interface of the eighth valve body 19. The water receiving tray 23 can receive the drained liquid from the second interface of the seventh valve body 18. A fluid receiving member 21 can be placed on the water receiving tray 23. The water receiving tray 23 is connected to the waste liquid receiving member 22. During the clear water cleaning and the stage cleaning, the circulated liquid after cleaning is discharged from the seventh valve body 18 to the water receiving tray 23 and flows into the waste liquid receiving member 22 through the water receiving tray; when pumping clear water to preheat the fluid heating device 17, the liquid that has not reached the temperature and the liquid for a period of time after reaching the temperature are discharged from the second interface of the eighth valve body 19 into the waste liquid receiving member 22.
[0058] The beverage processing device includes a third valve body 11. The first interface of the third valve body 11 can be connected to a water source, and the second interface of the third valve body 11 can be connected to the third interface of the eighth valve body 19.
[0059] After working for a period of time, a major cleaning is carried out. For example, when the business of the day ends, or when the machine has been turned on for more than 24 hours, we need to conduct a thorough major cleaning of the entire pipeline;
[0060] Major cleaning one: Add the tablets required for cleaning to the container 12, and place the tube connecting the first interface of the sixth valve body 15 to the milk line into a temporary container;
[0061] Major cleaning two: Refer to Figure 5, the forward and reverse fluid pump 16 rotates forward to extract clear water. The clear water successively passes through the first and second interfaces of the fifth valve body 14, the third and second interfaces of the sixth valve body 15, the first and second interfaces of the forward and reverse fluid pump 16, the first and second interfaces of the fluid heating device 17, the first and third interfaces of the seventh valve body 18, the first and third interfaces of the eighth valve body 19, and the first and second interfaces of the fourth valve body 13, and enters the container 12 to store some clear water. Then, close the first and second interfaces of the fifth valve body 14 and open the third and second interfaces of the fifth valve body 14. The liquid circulates between the third and second interfaces of the fifth valve body 14, the third and second interfaces of the sixth valve body 15, the first and second interfaces of the forward and reverse fluid pump 16, the first and second interfaces of the fluid heating device 17, the first and third interfaces of the seventh valve body 18, the first and third interfaces of the eighth valve body 19, the first and second interfaces of the fourth valve body 13, and the first and second interfaces of the container 12. During this period, the fluid heating device 17 can also work for a period of time to melt the tablets in the clear water;
[0062] Reference Figure 7 , after the liquid containing the tablets circulates for a period of time, close the third interface of the sixth valve body 15 and open the second and third interfaces of the sixth valve body 15. At the same time, make the forward and reverse fluid pump 16 rotate in reverse, and the liquid flows in the reverse direction, successively passing through the second interface of the container 12, the first and second interfaces of the fourth valve body 13, the first and third interfaces of the eighth valve body 19, the first and third interfaces of the seventh valve body 18, the second and first interfaces of the fluid heating device 17, the second and first interfaces of the forward and reverse fluid pump 16, and the second and first interfaces of the sixth valve body 15, and finally enters the temporary container. Then, make the forward and reverse fluid pump 16 rotate forward again to extract the liquid in the temporary container into the container 12, and repeat the cycle several times. Finally, reference Figure 8 , discharge the circulating waste liquid from the second interfaces of the container 12 and the seventh valve body 18 to the water receiving tray 23, and finally converge to the waste liquid receiving part 22;
[0063] Large cleaning three: Reference Figure 9 , close the fourth valve body 13 and the fifth valve body 14, make the forward and reverse fluid pump 16 rotate in reverse, and the clear water successively passes through the first and second interfaces of the third valve body 11, the first and third interfaces of the eighth valve body 19, the first and third interfaces of the seventh valve body 18, the second and first interfaces of the fluid heating device 17, the second and first interfaces of the forward and reverse fluid pump 16, and the second and first interfaces of the sixth valve body 15, and finally enters the temporary container, and pour out the waste liquid of this time;
[0064] Large cleaning four: Reference Figure 2 、 Figure 10 , make the forward and reverse fluid pump 16 rotate forward again, and perform clear water cleaning respectively to discharge the liquid from the second interface of the seventh valve body 18.
[0065] Through this device and the corresponding working mode, the entire pipeline can be thoroughly cleaned to avoid bacterial contamination.
[0066] To facilitate the connection between various components, the beverage processing device includes a first connector 24. The first interface of the first connector 24 can be connected to a water source, the second interface of the first connector 24 can be connected to the second interface of the fifth valve body 14, and the third interface of the first connector 24 can be connected to the first interface of the third valve body 11;
[0067] and / or the beverage processing device includes a second connector 25. The first interface of the second connector 25 can be connected to the second interface of the third valve body 11, the second interface of the second connector 25 can be connected to the third interface of the eighth valve body 19, and the third interface of the second connector 25 can be connected to the second interface of the fourth valve body 13.
[0068] To facilitate the production of milk foam, the beverage processing device includes an air valve, and the air valve can be connected to a gas and the first interface of the forward and reverse fluid pump 16.
[0069] When making milk foam, by rotating the forward and reverse fluid pump 16 forward, milk from the first interface of the sixth valve body 15 and the gas from the air valve are extracted, and the gas and milk are mixed by the forward and reverse fluid pump 16 to form milk foam. Whether to turn on the fluid heating device 17 is determined according to the need to obtain cold milk foam or hot milk foam.
[0070] Specifically, the beverage processing device includes a third connector 26, a fourth connector 27, and a fifth connector 28. The air valve includes a first valve body 4 and a second valve body 5. The first interface of the fifth connector 28 can be connected to a gas, the second interface of the fifth connector 28 can be connected to the first interface of the second valve body 5, the third interface of the fifth connector 28 can be connected to the first interface of the first valve body 4, the second interface of the first valve body 4 can be connected to the third interface of the third connector 26, the first interface of the third connector 26 can be connected to the second interface of the sixth valve body 15, the second interface of the third connector 26 can be connected to the first interface of the fourth connector 27, the second interface of the second valve body 5 can be connected to the third interface of the fourth connector 27, and the second interface of the fourth connector 27 can be connected to the first interface of the forward and reverse fluid pump 16.
[0071] When making cold milk foam, the first valve body 4 is opened and the second valve body 5 is closed. When making hot milk foam, the second valve body 5 is opened and the first valve body 4 is closed. The required intake air volume for cold and hot milk foam is different. By setting two air valves, different intake air volumes can be better controlled.
[0072] As a specific implementation manner, the beverage processing device includes a first filter element 1. The first filter element 1 can filter gas. The first interface of the first filter element 1 is the intake end, and the second interface of the first filter element 1 can be connected to the first interface of the fifth connector 28; clean gas is filtered out by the first filter element 1.
[0073] The beverage processing device includes, among others, a second filter element 8 which is capable of filtering the beverage source. The first interface of the second filter element 8 can communicate with the beverage source, and the second interface of the second filter element 8 can communicate with the first interface of the sixth valve body 15; the suitable beverage is filtered by the second filter element 8.
[0074] The beverage processing device includes, among others, a temperature measuring sensor 29 which is installed upstream of the first interface of the sixth valve body 15; the inlet temperature of the beverage is detected by the temperature measuring sensor 29, and the device preferably has a fluid heating device 17 with an outlet temperature measuring function.
[0075] The beverage processing device includes, among others, a third filter element 9 which is capable of filtering the water source. The first interface of the third filter element 9 communicates with the water source, and the second interface of the third filter element 9 can communicate with the first interface of the fifth valve body 14; the water source is filtered by the third filter element 9.
[0076] The beverage processing device includes, among others, a flow meter 10 which is installed upstream of the first interface of the fifth valve body 14; the inlet flow rate is calculated by the flow meter 10;
[0077] Of course, the flow rate can also be calculated by the working time and power of the forward and reverse fluid pump 16.
[0078] The beverage processing device includes, among others, a first throttle valve 2 which is installed between the third interface of the fifth joint 28 and the first interface of the first valve body 4;
[0079] The beverage processing device includes, among others, a second throttle valve 3 which is installed between the second interface of the fifth joint 28 and the first interface of the second valve body 5;
[0080] The beverage processing device includes, among others, a second check valve 7. The first interface of the second check valve 7 is the inlet end and the second interface is the outlet end. The first interface of the second check valve 7 communicates with the second interface of the first valve body 4, and the second interface of the second check valve 7 communicates with the third interface of the third joint 26; and / or the beverage processing device includes a first check valve 6. The first interface of the first check valve 6 is the inlet end and the second interface is the outlet end. The first interface of the first check valve 6 communicates with the second interface of the second valve body 5, and the second interface of the first check valve 6 communicates with the third interface of the fourth joint 27, so as to prevent liquid from entering the gas path.
[0081] As an implementation manner, a flow limiting member 20 is provided downstream of the second interface of the seventh valve body 18 to achieve the functions of flow limiting and steam discharging.
[0082] The above are only the preferred specific embodiments of the present utility model, but the protection scope of the present utility model is not limited thereto. Any person skilled in the art within the technical scope disclosed by the present utility model, according to the technical solution and the inventive concept of the present utility model, any technical solution, concept, and design obtained by equivalent substitution or change should be covered within the protection scope of the present utility model.
Claims
1. A liquid beverage processing device, characterized in that: The invention comprises a fifth valve body (14), a sixth valve body (15), a forward and reverse fluid pump (16), a fluid heating device (17), and a container (12); the first interface of the fifth valve body (14) can be connected to a water source; the third interface of the fifth valve body (14) can be connected to a first interface of the container (12); the second interface of the fifth valve body (14) can be connected to a third interface of the sixth valve body (15); the first interface of the sixth valve body (15) can be connected to a beverage source; the second interface of the sixth valve body (15) can be connected to a first interface of the forward and reverse fluid pump (16); the second interface of the forward and reverse fluid pump (16) can be connected to a first interface of the fluid heating device (17); and the second interface of the fluid heating device (17) can discharge liquid.
2. A liquid beverage processing device according to claim 1, characterized in that: The beverage processing device comprises a seventh valve body (18), the second interface of the fluid heating device (17) can be connected to the first interface of the seventh valve body (18), the second interface of the seventh valve body (18) can discharge liquid, and the third interface of the seventh valve body (18) can discharge liquid.
3. A liquid beverage processing device according to claim 2, characterized in that: The beverage processing device comprises a fourth valve body (13) and an eighth valve body (19); the first interface of the eighth valve body (19) is connectable to the third interface of the seventh valve body (18); the third interface of the eighth valve body (19) is connectable to the second interface of the fourth valve body (13); and the first interface of the fourth valve body (13) is connectable to the second interface of the container (12).
4. A liquid beverage processing device according to claim 3, characterized in that: The beverage processing device comprises a waste liquid receiving member (22) and a water receiving tray (23); the waste liquid receiving member (22) can be connected to the second interface of the eighth valve body (19); the water receiving tray (23) can receive the discharge of the second interface of the seventh valve body (18); and the fluid receiving member (21) can be placed on the water receiving tray (23).
5. A liquid beverage processing device according to claim 4, characterized in that: The water receiving tray (23) is in communication with the waste liquid receiving member (22).
6. A liquid beverage processing device according to any one of claims 3 to 5, characterized in that: The beverage processing device comprises a third valve body (11), a first interface of the third valve body (11) being capable of being connected to a water source, and a second interface of the third valve body (11) being capable of being connected to a third interface of an eighth valve body (19).
7. A liquid beverage processing device according to claim 6, characterized in that: The beverage processing device comprises a first connector (24), a first interface of the first connector (24) being able to be connected to a water source, a second interface of the first connector (24) being able to be connected to a second interface of a fifth valve body (14), and a third interface of the first connector (24) being able to be connected to a first interface of a third valve body (11); And / or the beverage processing device includes a second connector (25), the first interface of the second connector (25) can be connected to the second interface of the third valve body (11), the second interface of the second connector (25) can be connected to the third interface of the eighth valve body (19), and the third interface of the second connector (25) can be connected to the second interface of the fourth valve body (13).
8. A liquid beverage processing device according to any one of claims 1-5 and 7, characterized in that: The beverage processing device comprises an air valve, which can be connected to gas and a first interface of a forward and reverse fluid pump (16).
9. A liquid beverage processing device according to claim 8, characterized in that: The beverage processing device comprises a third joint (26), a fourth joint (27), and a fifth joint (28); the gas valve comprises a first valve body (4) and a second valve body (5); the first interface of the fifth joint (28) can be connected to gas; the second interface of the fifth joint (28) can be connected to the first interface of the second valve body (5); the third interface of the fifth joint (28) can be connected to the first interface of the first valve body (4); the second interface of the first valve body (4) can be connected to the third interface of the third joint (26); the first interface of the third joint (26) can be connected to the second interface of the sixth valve body (15); the second interface of the third joint (26) can be connected to the first interface of the fourth joint (27); the second interface of the second valve body (5) can be connected to the third interface of the fourth joint (27); the second interface of the fourth joint (27) can be connected to the first interface of the forward and reverse fluid pump (16).
10. A liquid beverage processing device according to claim 9, characterized in that: The beverage processing device comprises a first filter element (1), the first filter element (1) is capable of filtering gas, a first interface of the first filter element (1) is an air inlet end, and a second interface of the first filter element (1) is capable of communicating with a first interface of a fifth joint (28); And / or the beverage processing device comprises a second filter element (8), the second filter element (8) is capable of filtering a beverage source, a first interface of the second filter element (8) is capable of being connected to the beverage source, and a second interface of the second filter element (8) is capable of being connected to a first interface of a sixth valve body (15); and / or the beverage processing device comprises a temperature sensor (29), wherein the temperature sensor (29) is installed upstream of the first interface of the sixth valve body (15); And / or the beverage processing device comprises a third filter element (9), the third filter element (9) is capable of filtering a water source, a first interface of the third filter element (9) is connected to the water source, and a second interface of the third filter element (9) is capable of connecting to a first interface of a fifth valve body (14); and / or the beverage processing device comprises a flow meter (10), the flow meter (10) being installed upstream of the first interface of the fifth valve body (14); and / or the beverage processing device comprises a first throttle valve (2), the first throttle valve (2) being installed between the third interface of the fifth joint (28) and the first interface of the first valve body (4); and / or the beverage processing device comprises a second throttle valve (3), the second throttle valve (3) being installed between the second interface of the fifth joint (28) and the first interface of the second valve body (5); And / or the beverage processing device comprises a second one-way valve (7), the first interface of the second one-way valve (7) is an inlet end, the second interface is a discharge end, the first interface of the second one-way valve (7) is connected to the second interface of the first valve body (4), and the second interface of the second one-way valve (7) is connected to the third interface of the third connector (26); And / or the beverage processing device comprises a first one-way valve (6), the first interface of the first one-way valve (6) is an inlet end, the second interface is an outlet end, the first interface of the first one-way valve (6) is connected to the second interface of the second valve body (5), and the second interface of the first one-way valve (6) is connected to the third interface of the fourth joint (27).