Modularized beer machine and use method

Abstract

The invention relates to a modularized beer machine in the technical field of beer machines. The modularized beer machine comprises at least one main machine and N wine brewing / storing units, the host comprises an operation display station, a controller, a main valve plate water-gas interface, a main pipeline system, a wine fetching device, a foreshot wine valve manager and a gas storage device; the controller is provided with N unit connection interfaces; the foreshot wine valve manager comprises N foreshot wine valves; the wine brewing / storing unit comprises a cabin body, a unit valve plate water-gas interface, a unit pipeline system, a control panel, a capsule, a fermentation product storage device, a heating assembly, a cooling assembly, a unit pressure sensor and a unit temperature sensor; according to the beer machine, the three functions of wine brewing, wine storage and wine taking are integrated on the beer machine, each wine brewing / wine storage unit is unitized, a user can select different numbers of wine brewing / wine storage units according to own requirements, and the household small wine brewing or wine storage requirements or the factory large-scale wine brewing or wine storage requirements can be perfectly met.

Description

Technical Field

[0001] The present invention relates to the technical field of beer machines, and in particular to a modular beer machine and a use method thereof. Background Art

[0002] The common beer brewing process includes malting, malt crushing, wort saccharification and boiling, wort fermentation, filtration and other steps. In modern industry, each link has relatively mature malt crushers, saccharification barrels, boiling barrels and fermentation barrels and other related equipment. However, these equipment are generally large in size, and most of them are manufactured for large-scale batch production scenarios. There is relatively little research and development on small-scale home brewing machines.

[0003] Compared with large-scale brewing production, the advantage of small-scale home brewing machines is that they can achieve small-batch, multi-variety and flavored beer brewing. However, the small-scale home brewing machines commonly found on the market currently usually use a step-by-step method to prepare beer, that is, the saccharification, boiling and fermentation processes are carried out separately. In addition, during the beer fermentation process, fermentation yeast and the like need to be added manually during a specific time period, and they also need to be manually separated after the fermentation is completed. The overall operability of this step-by-step operation is limited, the operating requirements are relatively high, and the beer produced has a single flavor and limited variety. It cannot meet the user's needs for small batches, multiple varieties and flavors, and there is a certain risk of bacterial growth.

[0004] In order to solve the drawbacks of large-scale brewing equipment and small-scale brewing equipment, the present invention proposes a technical solution, which integrates the three functions of brewing, storing and taking out wine on the beer machine, and each brewing / storing unit is modularized. Users can choose different numbers of brewing / storing units according to their needs, which can perfectly meet the needs of small-scale brewing or storage at home or large-scale brewing or storage in factories. Each brewing / storage unit is independently controlled, and multiple different flavors of beer can be brewed simultaneously on one device. Summary of the invention

[0005] In order to solve the above technical problems, the present invention discloses a modular beer machine, and the technical solution of the present invention is implemented as follows:

[0006] A modular beer machine, comprising at least one host and N brewing / storage units;

[0007] The host includes an operation display console, a controller, a main valve plate water and gas interface, a main valve plate, a main pipeline system, a wine dispenser, a wine head wine valve manager and a gas storage device;

[0008] The controller is provided with N unit connection interfaces;

[0009] The main valve plate water-gas interface includes multiple gas pipe branching interfaces;

[0010] The main pipeline system includes a main air pipe;

[0011] The wine head valve manager includes N wine head valves;

[0012] The main valve plate is provided with a main gas valve;

[0013] The wine brewing / storage unit comprises a cabin, a distributor, a unit valve plate water and gas interface, a first unit valve plate, a unit piping system, a control panel, a capsule, a fermentation product storage device, a heating component, a cooling component, a unit pressure sensor and a unit temperature sensor;

[0014] The unit piping system includes a unit air inlet pipe and a unit wine outlet pipe;

[0015] The unit valve plate water-gas interface includes a unit gas pipe interface;

[0016] The first unit valve plate is provided with a unit gas valve;

[0017] The controller is connected to the operation display console via a line;

[0018] One end of the main gas pipe is connected to the water and gas interface of the main valve plate, and the other end is connected to the gas storage device, and the main gas valve is arranged on the main gas pipe;

[0019] The wine dispenser is connected to the wine head and wine valve manager;

[0020] The control panel is connected to the unit connection interface via a communication line;

[0021] The capsule is disposed in the cabin;

[0022] One end of the unit air inlet pipe is connected to the capsule, and the other end passes through the unit air pipe interface to connect to the multi-air pipe tapping interface, and the unit air valve is arranged on the unit air inlet pipe;

[0023] One end of the unit wine outlet pipe is connected to the capsule, and the other end is connected to the wine dispenser through the wine head wine valve manager, and the wine head wine valve is arranged on the unit wine outlet pipe;

[0024] The head wine valve and the main gas valve are controlled by the controller;

[0025] The unit gas valve is controlled by the control panel;

[0026] The heating component and the cooling component are attached to the capsule;

[0027] The heating component and the cooling component are connected and controlled by the control board;

[0028] The fermentation product storage device is connected to the capsule;

[0029] The capsule is used for brewing or storing wine;

[0030] The heating component is used to heat the capsule during wine making;

[0031] The cooling component is used to cool the capsule when storing wine;

[0032] The operation display console is used for the operator to operate wine making, wine storage, wine extraction or check the status of each wine making / wine storage unit;

[0033] The unit pressure sensor is used to detect the pressure inside the capsule in real time;

[0034] The unit temperature sensor is used to detect the temperature inside the capsule in real time.

[0035] Preferably, the host further comprises a cleaning component;

[0036] The cleaning assembly includes a clean water storage device, a clean water pump and a sewage storage device;

[0037] The main valve plate water-gas interface includes a multi-branch clean water pipe tapping interface and a multi-branch sewage pipe tapping interface;

[0038] The main valve plate includes a main clean water valve and a main sewage valve;

[0039] The main pipeline system includes a main clean water pipe and a main sewage pipe;

[0040] One end of the main clean water pipe is connected to the water and gas interface of the main valve plate, and the other end is connected to the main pipeline system. The main clean water valve is arranged on the main clean water pipe, and the clean water pump is used to receive the command of the controller to extract the clean water in the clean water storage device to the main clean water pipe;

[0041] One end of the main sewage pipe is connected to the water and gas interface of the main valve plate, and the other end is connected to the main pipeline system. The main sewage valve is arranged on the main sewage pipe;

[0042] The main clean water valve and the main sewage valve are controlled by the controller;

[0043] The unit valve plate water and gas interface includes a unit clean water pipe interface and a unit sewage pipe interface;

[0044] The unit piping system includes a unit clean water pipe and a unit sewage pipe;

[0045] The first unit valve plate is provided with a unit clean water valve and a unit sewage valve;

[0046] One end of the unit clean water pipe is connected to the capsule, and the other end passes through the unit clean water pipe interface to connect to the multi-branch clean water pipe tapping interface, and the unit clean water valve is arranged on the unit clean water pipe;

[0047] One end of the unit sewage pipe is connected to the capsule, and the other end passes through the unit sewage pipe interface to connect to the multi-branch sewage pipe tapping interface, and the unit sewage valve is arranged on the unit sewage pipe;

[0048] The unit clean water valve and the unit sewage valve are controlled by the control panel.

[0049] Preferably, the cleaning assembly further comprises a disinfection medium storage device and a disinfection pump;

[0050] The main valve plate water-gas interface also includes a multi-branch disinfection medium tapping interface;

[0051] The main pipeline system also includes a main disinfection pipe;

[0052] A main disinfection valve is also provided on the main valve plate;

[0053] One end of the main disinfection pipe is connected to the water and gas interface of the main valve plate, and the other end is connected to the disinfection medium storage device. The main disinfection pipe is provided with the main disinfection valve, and the disinfection pump is used to extract the disinfection medium in the disinfection medium storage device to the main disinfection pipe;

[0054] The main disinfection valve is controlled by the controller;

[0055] The unit valve plate water and gas interface includes a unit disinfection pipe interface;

[0056] The unit piping system includes a unit disinfection pipe;

[0057] The first unit valve plate is also provided with a unit disinfection valve;

[0058] One end of the unit disinfection tube is connected to the capsule, and the other end passes through the unit disinfection tube interface to connect to the multi-branch disinfection medium tube branch interface, and the unit disinfection tube is provided with the unit disinfection valve;

[0059] The unit sterilization valve is controlled by the control panel.

[0060] Preferably, the wine making / storage unit further comprises a dry material storage device;

[0061] The dry material storage device is connected to the capsule.

[0062] Preferably, the wine brewing / storage unit further comprises a unit peristaltic pump and a second unit valve plate;

[0063] A fermentation valve and a dry-dosing valve are arranged on the valve plate of the second unit;

[0064] The fermentation valve and the dry-dosing valve are controlled by the control panel to open or close;

[0065] The unit peristaltic pump is controlled by the control board;

[0066] The unit peristaltic pump is used to extract the liquid in the capsule to the fermentation product storage device to contact the fermentation product and then circulate the wine into the capsule, or

[0067] Extracting the liquid in the capsule into the dry material storage device to contact the dry material and then circulating the wine into the capsule;

[0068] The unit peristaltic pump is connected to the fermentation product storage device, the dry product storage device and the capsule through a pipeline.

[0069] Preferably, the host further comprises a main refrigeration unit;

[0070] The main refrigeration unit includes a refrigerant compressor, a compressor low-pressure pipe and a plurality of compressor high-pressure pipes;

[0071] Each of the compressor high-pressure pipes is connected to a cooling component of the wine brewing / wine storage unit;

[0072] The main pipeline system is also provided with a refrigerant pump;

[0073] The refrigerant pump is used to extract condensed water in the main pipeline system to the wastewater storage device;

[0074] The capsule comprises a base, an outer barrel and a flexible inner liner;

[0075] The outer barrel is fixed on the base, and the flexible inner liner is arranged in the outer barrel;

[0076] The port of the unit air inlet pipe is inserted between the flexible inner liner and the outer barrel.

[0077] A method for using a beer machine comprises the following steps:

[0078] A, wine making;

[0079] A1, the operator selects the brewing process and the number of brewing / storage units through the operation display panel, and places the capsule containing the brewing liquid in the cabin;

[0080] A2, the controller sends a wine-making instruction to the control board of the selected wine-making / wine-storage unit through the communication line;

[0081] A3, the controller controls the heating component to turn on, maintains the temperature of the wine in the wine brewing / wine storage unit to the set value required for wine brewing, and wine brewing begins;

[0082] A4, the control panel controls the fermentation valve to open, and controls the unit peristaltic pump to start, and the unit peristaltic pump draws the wine in the capsule into the fermentation product storage device to mix with the fermentation product;

[0083] A5, when the fermentation time reaches the set value, the control panel controls the fermentation valve to close, controls the dry dosing valve to open, and then the control unit uses the peristaltic pump to extract the wine in the capsule into the dry dosing storage device to mix with the dry dosing material;

[0084] A5, when the contact time between the wine and the dry material reaches the set value, the control panel issues a command, the heating component stops working, and the cooling component works until the temperature of the wine drops to a level that inactivates the fermentation material, and the winemaking is completed;

[0085] A6, the operator chooses to proceed to step B or C;

[0086] C, wine storage;

[0087] B1, the operator selects the number of the winemaking / wine storage unit where wine needs to be stored through the operation display console;

[0088] B2, the controller sends a wine storage instruction to the control board;

[0089] B3, the control panel controls the cooling component to maintain the temperature of the wine in the wine brewing / storage unit to the set value required for storage, and wine storage begins;

[0090] B4, when the operator needs to take wine, go to step C;

[0091] D, take wine;

[0092] C1, the operator selects the number of the wine brewing / storage unit and the amount of wine to be taken through the operation display console;

[0093] C2, the controller controls the head wine valve corresponding to the selected wine brewing / storage unit in the head wine valve manager to open;

[0094] C3, the wine in the capsule enters the wine dispenser through the wine outlet pipe under the pressure difference between the inside and the outside;

[0095] C6, after the wine is taken out, the controller controls the wine head valve to close; the wine making / storage unit automatically enters step B3.

[0096] Preferably, the method further comprises step D, cleaning;

[0097] D1, the operator selects the number of the wine-making / wine-storage unit or the main pipeline system to be cleaned through the operation display console;

[0098] When you choose to clean the winemaking / wine storage unit, enter D2;

[0099] When you choose to clean the main pipeline system, enter D7;

[0100] D2, the controller sends a cleaning command to the control panel of the selected wine brewing / wine storage unit;

[0101] D3, the controller controls the main clean water valve and the main sewage valve to open, and the control panel controls the clean water valve and the unit sewage valve to open. At this time, the clean water storage device, the main clean water pipe, the unit clean water pipe, the capsule, the unit sewage pipe, the main sewage pipe, and the sewage storage device are connected;

[0102] D4, the controller controls the clean water pump to turn on. Under the action of the clean water pump, the clean water in the clean water storage device enters the capsule for flushing through the main clean water pipe and the unit clean water pipe, and then the sewage flows from the unit sewage pipe and the main sewage pipe into the sewage storage device;

[0103] D5, the control panel control unit peristaltic pump starts, the unit peristaltic pump drives the clean water in the capsule to move, and the cleaning begins;

[0104] D6, when the cleaning time reaches the set value, the controller controls the total clean water valve, clean water pump, and total sewage valve to close, and the control panel controls the clean water valve and unit sewage valve of the unit to close, and the capsule cleaning is completed;

[0105] D7, the controller controls the main clean water valve and the main sewage valve to open, at this time, the clean water storage device, the main clean water pipe, the main sewage pipe, and the sewage storage device are connected;

[0106] D8, the controller controls the clean water pump to turn on. Under the action of the clean water pump, the clean water in the clean water storage device enters the main pipeline system and finally flows into the sewage storage device;

[0107] D9, after the cleaning time reaches the set value, the controller controls the main clean water valve, clean water pump, and main sewage valve to close, the clean water pump stops working, and the main pipeline system is cleaned.

[0108] Preferably, the method further comprises step D, cleaning;

[0109] D1, the operator selects the number of the wine-making / wine-storage unit or the main pipeline system to be cleaned through the operation display console;

[0110] When you choose to clean the winemaking / wine storage unit, enter D2;

[0111] When you choose to clean the main pipeline system, enter D7;

[0112] D2, the controller sends a cleaning command to the control panel of the selected wine brewing / wine storage unit;

[0113] D3, the controller controls the total clean water valve, the total disinfection valve, and the total sewage valve to open, and the control panel controls the clean water valve, the unit sewage valve, and the unit disinfection valve to open. At this time, the clean water storage device, the total clean water pipe, the unit clean water pipe, the capsule, the unit sewage pipe, the total sewage pipe, and the sewage storage device are connected; at the same time, the disinfection medium storage device, the total disinfection pipe, the unit disinfection pipe, the capsule, the unit sewage pipe, the total sewage pipe, and the sewage storage device are connected;

[0114] D4, the controller controls the clean water pump to turn on. Under the action of the clean water pump, the clean water in the clean water storage device enters the capsule for flushing through the main clean water pipe and the unit clean water pipe. At the same time, under the action of the disinfection pump, the disinfection medium in the disinfection medium storage device enters the capsule for flushing through the main disinfection pipe and the unit disinfection pipe; the sewage mixed with the disinfection medium flows from the unit sewage pipe and the main sewage pipe to the sewage storage device;

[0115] D6, after the cleaning time reaches the set value, the controller controls the total clean water valve, the total disinfection valve, the clean water pump, the disinfection pump, and the total sewage valve to be closed, and the control panel controls the clean water valve, the unit sewage valve, and the unit disinfection valve to be closed, and the capsule cleaning is completed;

[0116] D7, the controller controls the main clean water valve, the main disinfection valve, and the main sewage valve to open. At this time, the clean water storage device, the main clean water pipe, the main sewage pipe, and the sewage storage device are connected; at the same time, the disinfection medium storage device, the main disinfection pipe, the main sewage pipe, and the sewage storage device are connected;

[0117] D8, the controller controls the clean water pump and the disinfection pump to turn on. Under the action of the clean water pump and the disinfection pump, the clean water and the disinfection medium enter the main pipeline system for flushing, and finally flow into the sewage storage device;

[0118] D9, after the cleaning time reaches the set value, the controller controls the main clean water valve, main disinfection valve, clean water pump, disinfection pump and main sewage valve to close, and the main pipeline system cleaning is completed.

[0119] Preferably, the method further comprises step P, pressure control;

[0120] P1, a unit pressure sensor collects the pressure inside the capsule in real time and sends it to the control board;

[0121] P2, the control board determines whether to increase or reduce pressure based on the current pressure value and the process of the capsule;

[0122] When boost is needed, enter P3;

[0123] When decompression is required, enter P8;

[0124] P3, the control board sends a boost request to the controller;

[0125] P4, the controller sends instructions to the corresponding control board;

[0126] P5, the controller controls the main gas valve to open, the control panel controls the gas valve of the control unit to open, the gas storage device, the main gas pipe, the unit gas pipe, and the capsule are connected, and the gas in the gas storage device enters the capsule;

[0127] P6, when the control board determines that the value of the unit pressure sensor reaches the normal value, it sends a boost completion signal to the controller;

[0128] P7, the controller controls the main gas valve to close, the controller controls the unit gas valve to close, and the pressurization is completed;

[0129] P8, the control panel controls the pressure relief valve to open, and the gas in the capsule flows out;

[0130] P9, when the control board determines that the value of the unit pressure sensor reaches the normal value, the control board controls the pressure relief valve to close and the pressure relief is completed.

[0131] The present invention integrates three functions of brewing, storing and taking out wine on the beer machine, and each brewing / storing unit is modularized. Users can choose different numbers of brewing / storing units according to their needs, which can perfectly meet the needs of small-scale brewing or storage at home or large-scale brewing or storage in factories. Each brewing / storing unit is independently controlled, and multiple different flavors of beer can be brewed simultaneously on one device.

[0132] The present invention also integrates automatic cleaning, automatic disinfection, and automatic pressurization functions on the beer machine, which simplifies manual operation, has a high degree of automation, is simple for users to operate, and provides an excellent user experience. BRIEF DESCRIPTION OF THE DRAWINGS

[0133] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only one embodiment of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0134] Figure 1 It is a front structural schematic diagram of an embodiment of the present invention;

[0135] Figure 2 It is a schematic diagram of the back structure of an embodiment of the present invention;

[0136] Figure 3 for Figure 1 The schematic diagram of the partial structure of the host in the embodiment shown in FIG. Figure 3 The left picture in the figure is the front view. Figure 3 The figure in the figure is a rear view;

[0137] Figure 4 for Figure 1 The main pipeline system and the unit pipeline system in the embodiment shown;

[0138] Figure 5 for Figure 1 The structural diagram of the wine brewing / wine storage unit in the embodiment shown, wherein: Figure 5 The left picture in the figure is the front view. Figure 5 The right picture in the figure is the rear view;

[0139] Figure 6 for Figure 1 A schematic diagram of the structure of the wine making / wine storage unit in the embodiment shown (without capsule);

[0140] Figure 7 for Figure 1 A schematic diagram of the structural relationship between the wine dispenser and the wine head wine valve manager in the embodiment shown;

[0141] Figure 8 for Figure 1 A partial rear view of the embodiment shown;

[0142] Fig. 9 It is a structural schematic diagram of another capsule embodiment; wherein, Fig. 9 The left picture in the figure is a schematic diagram of the overall structure. Fig. 9 The right picture in the figure is an enlarged view of part of the structure.

[0143] In the above drawings, the meanings of the symbols of the reference numerals are as follows:

[0144] 1. Host;

[0145] 2. Winemaking / storage unit;

[0146] 3. Operation display console;

[0147] 4. Controller;

[0148] 5. Water and gas interface of main valve plate;

[0149] 6. Main valve plate;

[0150] 7. Wine vessel;

[0151] 8. Wine head and wine valve manager;

[0152] 8-1, wine head valve;

[0153] 9. Gas cylinder;

[0154] 10, common trachea;

[0155] 11, cabin;

[0156] 12. Unit valve plate water and gas interface;

[0157] 13, first unit valve plate;

[0158] 14, control panel;

[0159] 15, capsule;

[0160] 16, yeast bag;

[0161] 17, heating component;

[0162] 18, cooling assembly;

[0163] 19, unit pressure sensor;

[0164] 20, unit temperature sensor;

[0165] 21, unit peristaltic pump;

[0166] 22, second unit valve plate;

[0167] 23. Clean water storage device;

[0168] 24, clean water pump;

[0169] 25. Sewage storage device;

[0170] 26, main disinfection valve;

[0171] 27, main clean water pipe;

[0172] 28, main sewer;

[0173] 29. Water heater;

[0174] 30. Disinfection medium storage device;

[0175] 31, disinfection pump;

[0176] 32, main disinfection pipe;

[0177] 33, dry throw bag;

[0178] 34, communication line;

[0179] 35, refrigerant compressor;

[0180] 36, compressor low pressure pipe;

[0181] 37, compressor high pressure pipe;

[0182] 38, condensate pump;

[0183] 39, unit wine outlet pipe;

[0184] 40, unit integrated pipe;

[0185] 41, unit air intake pipe. DETAILED DESCRIPTION

[0186] The technical solution of the present invention will be clearly and completely described below in conjunction with the embodiments of the present invention and the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0187] Unless otherwise defined, all technical and scientific terms used in the present invention have the same meanings as those commonly understood by technicians in the technical field to which the present invention belongs; the terms used in the specific implementation methods are only for the purpose of describing specific embodiments and are not intended to limit the present invention; the terms "including" and "having" in the specification and claims of the present invention and the above-mentioned figure descriptions and any variations thereof are intended to cover non-exclusive inclusions.

[0188] In the description of the specific implementation methods of the present invention, the technical terms "first", "second", etc. are only used to distinguish different objects, and cannot be understood as indicating or implying relative importance or implicitly indicating the number, specific order or primary and secondary relationship of the indicated technical features. In the description of the embodiments of the present invention, the meaning of "multiple" is more than two, unless otherwise clearly and specifically defined.

[0189] Reference to "embodiments" in the present invention means that a particular feature, structure, or characteristic described in conjunction with the embodiments may be included in at least one embodiment of the present invention. The appearance of the phrase in various places in the specification does not necessarily refer to the same embodiment, nor is it an independent or alternative embodiment that is mutually exclusive with other embodiments. It is explicitly and implicitly understood by those skilled in the art that the embodiments described in the present invention may be combined with other embodiments.

[0190] In the description of the embodiments of the present invention, the term "and / or" is only a description of the association relationship of associated objects, indicating that three relationships may exist. For example, A and / or B can represent: A exists alone, A and B exist at the same time, and B exists alone. In addition, the character " / " in the present invention generally indicates that the associated objects before and after are in an "or" relationship.

[0191] It should be noted that, for the convenience of description, in the following embodiments, all identical technical features are marked with the same symbols.

[0192] In a specific embodiment, Figure 1-8 As shown, a modular beer machine includes at least one host 1 and N brewing / storage units 2;

[0193] The host 1 includes an operation display console 3, a controller 4, a main valve plate water and gas interface 5, a main valve plate 6, a main pipeline system, a wine dispenser 7, a wine head valve manager 8 and a gas storage device 9.

[0194] The controller 4 is provided with N unit connection interfaces;

[0195] The main valve plate water and gas interface 5 includes multiple gas pipe branching interfaces;

[0196] The main pipeline system includes a main gas pipe 10;

[0197] The wine head valve manager 8 includes N wine head valves 8-1;

[0198] The main valve plate 6 is provided with a main gas valve;

[0199] The wine brewing / storage unit 2 includes a cabin 11, a unit valve plate water and gas interface 12, a first unit valve plate 13, a unit piping system, a control panel 14, a capsule 15, a yeast bag 16, a heating component 17, a cooling component 18, a unit pressure sensor 19, a unit temperature sensor 20, a unit peristaltic pump 21, and a second unit valve plate 22;

[0200] The unit piping system includes a unit air inlet pipe and a unit wine outlet pipe 39;

[0201] The unit valve plate water-gas interface 12 includes a unit gas pipe interface;

[0202] The first unit valve plate 13 is provided with a unit gas valve;

[0203] The controller 4 is connected to the operating display station 3 via a line;

[0204] One end of the main gas pipe 10 is connected to the water and gas interface 5 of the main valve plate, and the other end is connected to the gas storage device 9. The main gas valve is arranged on the main gas pipe 10;

[0205] The wine dispenser 7 is connected to the wine head wine valve manager 8;

[0206] The control board 14 is connected to the unit connection interface via a communication line 34;

[0207] The capsule 15 is disposed in the cabin 11;

[0208] One end of the unit air inlet pipe is connected to the capsule 15, and the other end passes through the unit air pipe interface to connect to the multi-air pipe tapping interface, and the unit air valve is arranged on the unit air inlet pipe;

[0209] One end of the unit wine outlet pipe 39 is connected to the capsule 15, and the other end is connected to the wine dispenser 7 through the wine head valve manager 8, and the wine head valve 8-1 is arranged on the unit wine outlet pipe 39;

[0210] The head wine valve 8-1 and the main gas valve are controlled by the controller 4;

[0211] The unit gas valve is controlled by the control board 14;

[0212] The heating component 17 and the cooling component 18 are attached to the capsule 15;

[0213] The heating assembly 17 and the cooling assembly 18 are connected and controlled by the control board 14;

[0214] The yeast bag 16 is connected to the capsule 15;

[0215] Capsule 15 is used for brewing or storing wine;

[0216] The heating component 17 is used to heat the capsule 15 during wine making;

[0217] The cooling component 18 is used to cool the capsule 15 when storing wine;

[0218] The operation display table 3 is used for the operator to operate wine making, wine storage, wine taking or check the status of each wine making / wine storage unit 2;

[0219] The unit pressure sensor 19 is used to detect the pressure inside the capsule 15 in real time;

[0220] The unit temperature sensor 20 is used to detect the temperature inside the capsule 15 in real time;

[0221] The second unit valve plate 22 is provided with a fermentation valve and a dry dosing valve;

[0222] The fermentation valve and dry dosing valve are opened or closed by the control panel 14;

[0223] The unit peristaltic pump 21 is controlled by the control board 14;

[0224] The unit peristaltic pump 21 is used to extract the liquid in the capsule 15 to the yeast bag 16 to contact the fermented product and then circulate the wine into the capsule 15, or

[0225] The liquid in the capsule 15 is extracted into the dry feeding bag 33 to contact the dry feeding material, and then the wine liquid is circulated into the capsule 15;

[0226] The unit peristaltic pump 21 is connected to the yeast bag 16 , the dry dosing bag 33 and the capsule 15 through pipelines.

[0227] It should be noted that solid yeast and solid dry feed are used in this embodiment, so the unit peristaltic pump 21 needs to circulate the wine in the capsule 15 to the yeast bag 16 or the dry feed bag 33 to contact with the fermented product or the dry feed. If it is liquid yeast or liquid dry feed, it can be put into the capsule 15. The present invention does not impose any limitation on this.

[0228] In this embodiment, each unit connection interface can be connected to a control board 14 of a wine-making / wine storage unit 2. In this embodiment, the unit interface and the control board 14 are connected via an HDIM line. However, it should be noted that in actual operation, the user does not need to connect all the unit connection interfaces to the wine-making / wine storage units 2. In fact, the user can also connect only one or two wine-making / wine storage units 2, which is more in line with the wine-making needs of the family. If it is a factory, more wine-making / wine storage units 2 can be set as needed.

[0229] In addition, each brewing / storage unit 2 is independently controlled by the controller 4 through its own control panel 14, that is, each brewing / storage unit 2 can select different brewing materials, so that multiple different beers can be brewed at the same time.

[0230] In this embodiment, the heating component 17 is an auxiliary heating plate, which is connected to a power source or a plug through an electric wire.

[0231] In this embodiment, the cooling component 18 is an air-conditioning fan, which is connected to a power source or a plug via an electric wire. At the same time, a refrigerant compressor 35 is provided on the main unit 1. The refrigerant compressor 35 compresses the refrigerant in the compressor low-pressure pipe 36, and then transmits it to the compressor high-pressure pipe 37 corresponding to different brewing / wine storage units 2 according to the instructions of the controller 4, thereby achieving refrigeration.

[0232] In addition, since the low temperature when the refrigerant compressor 35 is transporting the refrigerant easily causes the water vapor in the main line system to condense and produce condensed water, this embodiment is provided with a condensation pump 38 on the main line system for pumping the condensed water in the main line system to the sewage storage device 25.

[0233] In some preferred embodiments, each wine brewing / wine storage unit 2 is provided with a Peltier temperature control element which is individually controlled by the control panel 14. Such a temperature control element can act as both a heating component 17 and a cooling component 18, and there is no need to provide an additional refrigerant compressor 35 and a condensing pump 38 on the main unit 1.

[0234] The cabin 11 is equipped with a unit temperature sensor 20 for detecting the temperature of the wine in real time and transmitting the temperature information to the control panel 14 .

[0235] In this embodiment, the gas storage device 9 is a common carbon dioxide gas cylinder, which functions to pressurize the capsule 15 and provide carbon dioxide to assist in winemaking.

[0236] The various pumps in this embodiment are all peristaltic pumps commonly found on the market, which are controlled by the controller 4 or the control board 14 to pump liquid into a device.

[0237] In this embodiment, the operation display platform 3 is a touch screen, and the user issues various instructions through the touch screen. Below the touch screen is a wine dispenser 7 for taking wine.

[0238] In this embodiment, the host 1 also includes a cleaning component;

[0239] The cleaning assembly includes a clean water storage device 23, a clean water pump 24, a sewage storage device 25 and a sewage pump;

[0240] The main valve plate water and gas interface 5 includes a multi-branch clean water pipe branch interface and a multi-branch sewage pipe branch interface;

[0241] The main valve plate 6 includes a main clean water valve and a main sewage valve;

[0242] The main pipeline system includes a main clean water pipe 27 and a main sewage pipe 28;

[0243] One end of the main clean water pipe 27 is connected to the water and gas interface 5 of the main valve plate, and the other end is connected to the main pipeline system. The main clean water valve is arranged on the main clean water pipe 27. The clean water pump 24 is used to receive the command of the controller 4 to extract the clean water in the clean water storage device 23 to the main clean water pipe 27;

[0244] One end of the main sewage pipe 28 is connected to the water and gas interface 5 of the main valve plate, and the other end is connected to the main pipeline system. The main sewage valve is set on the main sewage pipe 28;

[0245] The main clean water valve and the main sewage valve are controlled by the controller 4;

[0246] The unit valve plate water and gas interface 12 includes a unit clean water pipe interface and a unit sewage pipe interface;

[0247] The unit piping system includes a unit clean water pipe and a unit sewage pipe;

[0248] The first unit valve plate 13 is provided with a unit clean water valve and a unit sewage valve;

[0249] One end of the unit clean water pipe is connected to the capsule 15, and the other end passes through the unit clean water pipe interface to connect to the multi-branch clean water pipe tapping interface, and the unit clean water valve is arranged on the unit clean water pipe;

[0250] One end of the unit sewage pipe is connected to the capsule 15, and the other end passes through the unit sewage pipe interface to connect to the multi-branch sewage pipe branch interface, and the unit sewage valve is arranged on the unit sewage pipe;

[0251] The unit clean water valve and the unit sewage valve are controlled by the control panel 14 .

[0252] Through the above arrangement, the user can clean the main pipeline system or any capsule 15 at any time to prevent the odors of different wines from mixing or affecting the wines in other capsules 15.

[0253] Preferably, the present embodiment is further provided with a water heater 29, and the water heater 29 is used to heat the clean water in the clean water storage device 23, so as to further improve the cleaning effect.

[0254] In some preferred embodiments, the cleaning assembly further includes a disinfection medium storage device 30 and a disinfection pump 31;

[0255] The main valve plate water and gas interface 5 also includes a multi-branch disinfection medium tapping interface;

[0256] The main pipeline system also includes a main disinfection pipe 32;

[0257] A main disinfection valve 26 is also provided on the main valve plate;

[0258] One end of the main disinfection pipe 32 is connected to the water and gas interface 5 of the main valve plate, and the other end is connected to the disinfection medium storage device 30. The main disinfection pipe 32 is provided with a main disinfection valve 26, and the disinfection pump 31 is used to pump the disinfection medium in the disinfection medium storage device 30 to the main disinfection pipe 32;

[0259] The main disinfection valve 26 is controlled by the controller 4;

[0260] The unit valve plate water and gas interface 12 includes a unit disinfection pipe interface;

[0261] The unit piping system includes a unit disinfection pipe;

[0262] The first unit valve plate 13 is also provided with a unit disinfection valve;

[0263] One end of the unit disinfection tube is connected to the capsule 15, and the other end passes through the unit disinfection tube interface to connect to the multi-branch disinfection medium tube branch interface. The unit disinfection tube is provided with a unit disinfection valve;

[0264] The unit sterilization valve is controlled by the control panel 14 .

[0265] Through the above arrangement, the user can disinfect the main line system or any capsule 15 at any time. It should be noted that in order to ensure that the disinfectant does not remain in the main line system or the capsule 15, in the present invention, the disinfection process is generally started together with the cleaning process.

[0266] In some preferred embodiments, the wine brewing / storage unit 2 further includes a dry dosing bag 33;

[0267] The dry dosing bag 33 is connected to the capsule 15 .

[0268] It should be noted that the "dry-added materials" referred to in the present invention are common brewing materials on the market, and users can choose the flavor of brewing according to their needs.

[0269] In order to further optimize the pipelines, in this embodiment, all pipelines in the unit pipeline system are concentrated to the first unit valve plate and the second unit valve plate, each pipeline corresponds to a valve, and then, an independent unit integrated pipe 40 is connected to the capsule 15. In this way, when cleaning or pressurization is required, it is only necessary to close other valves and open a corresponding valve to achieve cleaning, pressurization or other functions.

[0270] The specific usage method of this embodiment is as follows:

[0271] A, wine making;

[0272] A1, the operator selects the brewing process and the number of brewing / wine storage units 2 through the operation display 3, and places the capsule 15 containing the brewing liquid in the cabin 11;

[0273] A2, the controller 4 sends a wine-making instruction to the control board 14 of the selected wine-making / wine-storage unit 2 via the communication line 34;

[0274] A3, the controller 4 controls the heating component 17 to turn on, and maintains the temperature of the wine in the wine brewing / wine storage unit 2 to the set value required for wine brewing, and the wine brewing starts;

[0275] A4, the control board 14 controls the fermentation valve to open, and controls the unit peristaltic pump 21 to start, and the unit peristaltic pump 21 extracts the wine in the capsule 15 into the yeast bag 16 to mix with the fermentation product;

[0276] A5, when the fermentation time reaches the set value, the control panel 14 controls the fermentation valve to close, controls the dry dosing valve to open, and then controls the peristaltic pump 21 to extract the wine in the capsule 15 into the dry dosing bag 33 to mix with the dry dosing material;

[0277] A5, when the contact time between the wine and the dry material reaches the set value, the control panel 14 issues a command, the heating component 17 stops working, and the cooling component 18 works until the temperature of the wine drops to the point where the fermentation material is inactivated, and the winemaking is completed;

[0278] A6, the operator chooses to proceed to step B or C;

[0279] E, wine storage;

[0280] B1, the operator selects the number of the wine brewing / storage unit 2 where wine needs to be stored through the operation display unit 3;

[0281] B2, the controller 4 sends a wine storage instruction to the control board 14;

[0282] B3, the control panel 14 controls the cooling assembly 18 to work, maintaining the temperature of the wine in the wine brewing / storage unit 2 to the set value required for storage, and the wine storage begins;

[0283] B4, when the operator needs to take wine, go to step C;

[0284] F, take wine;

[0285] C1, the operator selects the number of the wine brewing / storage unit 2 from which wine needs to be taken and the amount of wine to be taken through the operation display unit 3;

[0286] C2, the controller 4 controls the head wine valve 8-1 corresponding to the selected wine brewing / storage unit 2 in the head wine valve manager 8 to open;

[0287] C3, the wine in the capsule 15 enters the wine dispenser 7 through the wine outlet pipe under the pressure difference between the inside and the outside;

[0288] C6, after the wine is taken out, the controller 4 controls the head wine valve 8-1 to close; the wine brewing / storage unit 2 automatically enters step B3.

[0289] D, cleaning;

[0290] D1, the operator selects the number or main line system of the wine brewing / wine storage unit 2 to be cleaned through the operation display console 3;

[0291] When choosing to clean the wine brewing / storage unit 2, enter D2;

[0292] When you choose to clean the main pipeline system, enter D7;

[0293] D2, the controller 4 sends a cleaning instruction to the control panel 14 of the selected wine brewing / wine storage unit 2;

[0294] D3, the controller 4 controls the total clean water valve, the total disinfection valve 26, and the total sewage valve to open, and the control panel 14 controls the unit clean water valve, the unit sewage valve, and the unit disinfection valve to open. At this time, the clean water storage device 23, the total clean water pipe 27, the unit clean water pipe, the capsule 15, the unit sewage pipe, the total sewage pipe 28, and the sewage storage device 25 are connected; at the same time, the disinfection medium storage device 30, the total disinfection pipe, the unit disinfection pipe, the capsule 15, the unit sewage pipe, the total sewage pipe 28, and the sewage storage device 25 are connected;

[0295] D4, the controller 4 controls the clean water pump 24 to turn on. Under the action of the clean water pump 24, the clean water in the clean water storage device 23 enters the capsule 15 for flushing through the main clean water pipe 27 and the unit clean water pipe. At the same time, under the action of the disinfection pump 31, the disinfection medium in the disinfection medium storage device 30 enters the capsule 15 for flushing through the main disinfection pipe and the unit disinfection pipe; the sewage mixed with the disinfection medium flows into the sewage storage device 25 from the unit sewage pipe and the main sewage pipe 28;

[0296] D6, after the cleaning time reaches the set value, the controller 4 controls the total clean water valve, the total disinfection valve 26, the clean water pump 24, the disinfection pump 31, and the total sewage valve to be closed, and the control panel 14 controls the control unit clean water valve, the unit sewage valve, and the unit disinfection valve to be closed, and the capsule 15 is cleaned;

[0297] D7, the controller 4 controls the main clean water valve, the main disinfection valve 26, and the main sewage valve to open. At this time, the clean water storage device 23, the main clean water pipe 27, the main sewage pipe 28 and the sewage storage device 25 are connected; at the same time, the disinfection medium storage device 30, the main disinfection pipe, the main sewage pipe 28 and the sewage storage device 25 are connected;

[0298] D8, the controller 4 controls the clean water pump 24 and the disinfection pump 31 to turn on. Under the action of the clean water pump 24 and the disinfection pump 31, clean water and disinfection medium enter the main pipeline system for flushing, and finally flow into the sewage storage device 25;

[0299] D9, after the cleaning time reaches the set value, the controller 4 controls the main clean water valve, the main disinfection valve 26, the clean water pump 24, the disinfection pump 31 and the main sewage valve to close, and the main pipeline system cleaning is completed.

[0300] In addition, it should be noted that when the dry dosing bag 33 or the yeast bag 16 needs to be cleaned, the control board 14 simultaneously controls the unit peristaltic pump 21 to open, so that the clean water entering the capsule 15 will circulate to the dry dosing bag 33 or the yeast bag 16 under the action of the unit peristaltic pump 21 and then flow out.

[0301] P, pressure control;

[0302] P1, the unit pressure sensor 19 collects the pressure inside the capsule 15 in real time and sends it to the control board 14;

[0303] P2, the control board 14 determines whether to increase or reduce pressure based on the current pressure value and the process of the capsule 15;

[0304] When boost is needed, enter P3;

[0305] When decompression is required, enter P8;

[0306] P3, the control board 14 sends a boost request to the controller 4;

[0307] P4, the controller 4 sends a command to the corresponding control board 14;

[0308] P5, the controller 4 controls the main gas valve to open, the control panel 14 controls the unit gas valve to open, the gas storage device 9, the main gas pipe 10, the unit gas pipe, and the capsule 15 are connected, and the gas in the gas storage device 9 enters the capsule 15;

[0309] P6, when the control board 14 determines that the value of the unit pressure sensor 19 reaches the normal value, it sends a boost completion signal to the controller 4;

[0310] P7, controller 4 controls the main gas valve to close, controller 4 controls the unit gas valve to close, and the pressurization is completed;

[0311] P8, the control panel 14 controls the pressure relief valve to open, and the gas in the capsule 15 flows out;

[0312] P9, when the control board 14 determines that the value of the unit pressure sensor 19 reaches the normal value, the control board 14 controls the pressure relief valve to close, and the pressure relief is completed.

[0313] In another embodiment, the capsule 15 may also be configured to include a base 15 - 1 , an outer barrel 15 - 2 and a flexible inner liner 15 - 3 .

[0314] The outer barrel 15-2 is fixed on the base 15-1, and the flexible inner liner 15-3 is arranged in the outer barrel 15-2;

[0315] The port of the unit air intake pipe is inserted between the flexible inner liner 15-3 and the outer barrel 15-2.

[0316] Different from the above-mentioned embodiment, in this embodiment, on the basis of the unit integrated pipe 40, the unit air inlet pipe is separately isolated and connected to the capsule 15. In this way, cleaning or wine discharging is achieved through the unit integrated pipe 40, and air intake pressurization is achieved through the unit air inlet pipe. The advantage of this is that since gas cylinders are generally pressurized with carbon dioxide gas, there will be too much foam in the wine after mixing the wine, which will affect the taste. The unit air inlet pipe passes the gas between the flexible liner 15-3 and the external barrel 15-2, and the gas squeezes the outer surface of the flexible liner 15-3 instead of injecting the gas into the wine. On the basis of achieving pressurization, foam or bubbles can be reduced as much as possible, and the quality of the wine can be guaranteed whether in the brewing stage or the wine discharging stage.

[0317] It should be pointed out that the above is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A modular beer machine, characterized in that: It includes at least one host and N wine brewing / wine storage units; The host includes an operation display console, a controller, a main valve plate water and gas interface, a main valve plate, a main pipeline system, a wine dispenser, a wine head wine valve manager and a gas storage device; The controller is provided with N unit connection interfaces; The main valve plate water-gas interface includes multiple gas pipe branching interfaces; The main pipeline system includes a main air pipe; The wine head valve manager includes N wine head valves; The main valve plate is provided with a main gas valve; The wine brewing / storage unit comprises a cabin, a unit valve plate water and gas interface, a first unit valve plate, a unit piping system, a control panel, a capsule, a fermentation product storage device, a heating component, a cooling component, a unit pressure sensor and a unit temperature sensor; The unit piping system includes a unit air inlet pipe and a unit wine outlet pipe; The unit valve plate water-gas interface includes a unit gas pipe interface; The first unit valve plate is provided with a unit gas valve; The controller is connected to the operation display console via a line; One end of the main gas pipe is connected to the water and gas interface of the main valve plate, and the other end is connected to the gas storage device, and the main gas valve is arranged on the main gas pipe; The wine dispenser is connected to the wine head and wine valve manager; The control panel is connected to the unit connection interface via a communication line; The capsule is disposed in the cabin; One end of the unit air inlet pipe is connected to the capsule, and the other end passes through the unit air pipe interface to connect to the multi-air pipe tapping interface, and the unit air valve is arranged on the unit air inlet pipe; One end of the unit wine outlet pipe is connected to the capsule, and the other end is connected to the wine dispenser through the wine head wine valve manager, and the wine head wine valve is arranged on the unit wine outlet pipe; The head wine valve and the main gas valve are controlled by the controller; The unit gas valve is controlled by the control panel; The heating component and the cooling component are attached to the capsule; The heating component and the cooling component are connected and controlled by the control board; The fermentation product storage device is connected to the capsule; The capsule is used for brewing or storing wine; The heating component is used to heat the capsule during wine making; The cooling component is used to cool the capsule when storing wine; The operation display console is used for the operator to operate wine making, wine storage, wine extraction or check the status of each wine making / wine storage unit; The unit pressure sensor is used to detect the pressure inside the capsule in real time; The unit temperature sensor is used to detect the temperature inside the capsule in real time.

2. The modular beer machine according to claim 1, characterized in that: The host also includes a cleaning component; The cleaning assembly includes a clean water storage device, a clean water pump and a sewage storage device; The main valve plate water-gas interface includes a multi-branch clean water pipe tapping interface and a multi-branch sewage pipe tapping interface; The main valve plate includes a main clean water valve and a main sewage valve; The main pipeline system includes a main clean water pipe and a main sewage pipe; One end of the main clean water pipe is connected to the water and gas interface of the main valve plate, and the other end is connected to the main pipeline system. The main clean water valve is arranged on the main clean water pipe, and the clean water pump is used to receive the command of the controller to extract the clean water in the clean water storage device to the main clean water pipe; One end of the main sewage pipe is connected to the water and gas interface of the main valve plate, and the other end is connected to the main pipeline system. The main sewage valve is arranged on the main sewage pipe; The main clean water valve and the main sewage valve are controlled by the controller; The unit valve plate water and gas interface includes a unit clean water pipe interface and a unit sewage pipe interface; The unit piping system includes a unit clean water pipe and a unit sewage pipe; The first unit valve plate is provided with a unit clean water valve and a unit sewage valve; One end of the unit clean water pipe is connected to the capsule, and the other end passes through the unit clean water pipe interface to connect to the multi-branch clean water pipe tapping interface, and the unit clean water valve is arranged on the unit clean water pipe; One end of the unit sewage pipe is connected to the capsule, and the other end passes through the unit sewage pipe interface to connect to the multi-branch sewage pipe tapping interface, and the unit sewage valve is arranged on the unit sewage pipe; The unit clean water valve and the unit sewage valve are controlled by the control panel.

3. The modular beer machine according to claim 2, characterized in that: The cleaning assembly also includes a disinfection medium storage device and a disinfection pump; The main valve plate water-gas interface also includes a multi-branch disinfection medium tapping interface; The main pipeline system also includes a main disinfection pipe; A main disinfection valve is also provided on the main valve plate; One end of the main disinfection pipe is connected to the water and gas interface of the main valve plate, and the other end is connected to the disinfection medium storage device. The main disinfection pipe is provided with the main disinfection valve, and the disinfection pump is used to extract the disinfection medium in the disinfection medium storage device to the main disinfection pipe; The main disinfection valve is controlled by the controller; The unit valve plate water and gas interface includes a unit disinfection pipe interface; The unit piping system includes a unit disinfection pipe; The first unit valve plate is also provided with a unit disinfection valve; One end of the unit disinfection tube is connected to the capsule, and the other end passes through the unit disinfection tube interface to connect to the multi-branch disinfection medium tube branch interface, and the unit disinfection tube is provided with the unit disinfection valve; The unit sterilization valve is controlled by the control panel.

4. The modular beer machine according to claim 1, characterized in that: The wine brewing / wine storage unit also includes a dry material storage device; The dry material storage device is connected to the capsule.

5. The modular beer machine according to claim 1 or 4, characterized in that: The wine brewing / storage unit also includes a unit peristaltic pump and a second unit valve plate; A fermentation valve and a dry-dosing valve are arranged on the valve plate of the second unit; The fermentation valve and the dry-dosing valve are controlled by the control panel to open or close; The unit peristaltic pump is controlled by the control board; The unit peristaltic pump is used to extract the liquid in the capsule to the fermentation product storage device to contact the fermentation product and then circulate the wine into the capsule, or Extracting the liquid in the capsule into the dry material storage device to contact the dry material and then circulating the wine into the capsule; The unit peristaltic pump is connected to the fermentation product storage device, the dry product storage device and the capsule through a pipeline.

6. The modular beer machine according to claim 1, characterized in that: The host also includes a main refrigeration unit; The main refrigeration unit includes a refrigerant compressor, a compressor low-pressure pipe and a plurality of compressor high-pressure pipes; Each of the compressor high-pressure pipes is connected to a cooling component of the wine brewing / wine storage unit; The main pipeline system is also provided with a refrigerant pump; The refrigerant pump is used to extract condensed water in the main pipeline system to the wastewater storage device; The capsule comprises a base, an outer barrel and a flexible inner liner; The outer barrel is fixed on the base, and the flexible inner liner is arranged in the outer barrel; The port of the unit air inlet pipe is inserted between the flexible inner liner and the outer barrel.

7. A method for using a beer machine, characterized in that: The steps include: A, wine making; A1, the operator selects the brewing process and the number of brewing / storage units through the operation display panel, and places the capsule containing the brewing liquid in the cabin; A2, the controller sends a wine-making instruction to the control board of the selected wine-making / wine-storage unit through the communication line; A3, the controller controls the heating component to turn on, maintains the temperature of the wine in the wine brewing / wine storage unit to the set value required for wine brewing, and wine brewing begins; A4, the control panel controls the fermentation valve to open, and controls the unit peristaltic pump to start, and the unit peristaltic pump draws the wine in the capsule into the fermentation product storage device to mix with the fermentation product; A5, when the fermentation time reaches the set value, the control panel controls the fermentation valve to close, controls the dry dosing valve to open, and then the control unit uses the peristaltic pump to extract the wine in the capsule into the dry dosing storage device to mix with the dry dosing material; A5, when the contact time between the wine and the dry material reaches the set value, the control panel issues a command, the heating component stops working, and the cooling component works until the temperature of the wine drops to a level that inactivates the fermentation material, and the winemaking is completed; A6, the operator chooses to proceed to step B or C; A, wine storage; B1, the operator selects the number of the winemaking / wine storage unit where wine needs to be stored through the operation display console; B2, the controller sends a wine storage instruction to the control board; B3, the control panel controls the cooling component to maintain the temperature of the wine in the wine brewing / storage unit to the set value required for storage, and wine storage begins; B4, when the operator needs to take wine, go to step C; B, take the wine; C1, the operator selects the number of the wine brewing / storage unit and the amount of wine to be taken through the operation display console; C2, the controller controls the head wine valve corresponding to the selected wine brewing / storage unit in the head wine valve manager to open; C3, the wine in the capsule enters the wine dispenser through the wine outlet pipe under the pressure difference between the inside and the outside; C6, after the wine is taken out, the controller controls the wine head valve to close; the wine making / storage unit automatically enters step B3.

8. The method according to claim 7, characterized in that Also includes step D, cleaning; D1, the operator selects the number of the wine-making / wine-storage unit or the main pipeline system to be cleaned through the operation display console; When you choose to clean the winemaking / wine storage unit, enter D2; When you choose to clean the main pipeline system, enter D7; D2, the controller sends a cleaning command to the control panel of the selected wine brewing / wine storage unit; D3, the controller controls the total clean water valve and the total sewage valve to open, and the control panel controls the clean water valve and the unit sewage valve to open. At this time, the clean water storage device, the total clean water pipe, the unit clean water pipe, the capsule, the unit sewage pipe, the total sewage pipe, and the sewage storage device are connected; D4, the controller controls the clean water pump to turn on. Under the action of the clean water pump, the clean water in the clean water storage device enters the capsule for flushing through the main clean water pipe and the unit clean water pipe, and then the sewage flows from the unit sewage pipe and the main sewage pipe into the sewage storage device; D5, the control panel control unit peristaltic pump starts, the unit peristaltic pump drives the clean water in the capsule to move, and the cleaning begins; D6, when the cleaning time reaches the set value, the controller controls the total clean water valve, clean water pump, and total sewage valve to close, and the control panel controls the clean water valve and unit sewage valve of the unit to close, and the capsule cleaning is completed; D7, the controller controls the main clean water valve and the main sewage valve to open, at this time, the clean water storage device, the main clean water pipe, the main sewage pipe, and the sewage storage device are connected; D8, the controller controls the clean water pump to turn on. Under the action of the clean water pump, the clean water in the clean water storage device enters the main pipeline system and finally flows into the sewage storage device; D9, after the cleaning time reaches the set value, the controller controls the main clean water valve, clean water pump, and main sewage valve to close, the clean water pump stops working, and the main pipeline system is cleaned.

9. The method according to claim 7, characterized in that: Also includes step D, cleaning; D1, the operator selects the number of the wine-making / wine-storage unit or the main pipeline system to be cleaned through the operation display console; When you choose to clean the winemaking / wine storage unit, enter D2; When you choose to clean the main pipeline system, enter D7; D2, the controller sends a cleaning command to the control panel of the selected wine brewing / wine storage unit; D3, the controller controls the total clean water valve, the total disinfection valve, and the total sewage valve to open, and the control panel controls the clean water valve, the unit sewage valve, and the unit disinfection valve to open. At this time, the clean water storage device, the total clean water pipe, the unit clean water pipe, the capsule, the unit sewage pipe, the total sewage pipe, and the sewage storage device are connected; at the same time, the disinfection medium storage device, the total disinfection pipe, the unit disinfection pipe, the capsule, the unit sewage pipe, the total sewage pipe, and the sewage storage device are connected; D4, the controller controls the clean water pump to turn on. Under the action of the clean water pump, the clean water in the clean water storage device enters the capsule for flushing through the main clean water pipe and the unit clean water pipe. At the same time, under the action of the disinfection pump, the disinfection medium in the disinfection medium storage device enters the capsule for flushing through the main disinfection pipe and the unit disinfection pipe; the sewage mixed with the disinfection medium flows from the unit sewage pipe and the main sewage pipe to the sewage storage device; D6, after the cleaning time reaches the set value, the controller controls the total clean water valve, the total disinfection valve, the clean water pump, the disinfection pump, and the total sewage valve to be closed, and the control panel controls the clean water valve, the unit sewage valve, and the unit disinfection valve to be closed, and the capsule cleaning is completed; D7, the controller controls the main clean water valve, the main disinfection valve, and the main sewage valve to open. At this time, the clean water storage device, the main clean water pipe, the main sewage pipe, and the sewage storage device are connected; at the same time, the disinfection medium storage device, the main disinfection pipe, the main sewage pipe, and the sewage storage device are connected; D8, the controller controls the clean water pump and the disinfection pump to turn on. Under the action of the clean water pump and the disinfection pump, the clean water and the disinfection medium enter the main pipeline system for flushing, and finally flow into the sewage storage device; D9, after the cleaning time reaches the set value, the controller controls the main clean water valve, main disinfection valve, clean water pump, disinfection pump and main sewage valve to close, and the main pipeline system cleaning is completed.

10. The method according to claim 7, characterized in that Also included is step P, pressure control; P1, a unit pressure sensor collects the pressure inside the capsule in real time and sends it to the control board; P2, the control board determines whether to increase or reduce pressure based on the current pressure value and the process of the capsule; When boost is needed, enter P3; When decompression is required, enter P8; P3, the control board sends a boost request to the controller; P4, the controller sends instructions to the corresponding control board; P5, the controller controls the main gas valve to open, the control panel controls the gas valve of the control unit to open, the gas storage device, the main gas pipe, the unit gas pipe, and the capsule are connected, and the gas in the gas storage device enters the capsule; P6, when the control board determines that the value of the unit pressure sensor reaches the normal value, it sends a boost completion signal to the controller; P7, the controller controls the main gas valve to close, the controller controls the unit gas valve to close, and the pressurization is completed; P8, the control panel controls the pressure relief valve to open, and the gas in the capsule flows out; P9, when the control board determines that the value of the unit pressure sensor reaches the normal value, the control board controls the pressure relief valve to close and the pressure relief is completed.

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