CN202027415U - Multifunctional beverage machine - Google Patents
Multifunctional beverage machine Download PDFInfo
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- CN202027415U CN202027415U CN2011200718822U CN201120071882U CN202027415U CN 202027415 U CN202027415 U CN 202027415U CN 2011200718822 U CN2011200718822 U CN 2011200718822U CN 201120071882 U CN201120071882 U CN 201120071882U CN 202027415 U CN202027415 U CN 202027415U
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Abstract
The utility model discloses a multifunctional beverage machine comprising a beverage raw material supply device, a water supply device and a beverage stirring box, wherein the water supply device comprises a hot water tank, a cold water tank, a condenser, a compressor, a CO2 miniature mixing machine, a CO2 air bottle, a refrigerant solenoid valve, a hot water supply solenoid valve, a carbonic water solenoid valve, a cold water pump and three temperature sensors; a discharging hole of a powder box enters into the beverage stirring box; a pulp discharging hole with a one-way valve of a liquid retort pouch is respectively connected to the tail end of the cold water tank and a cold water discharging pipeline of the CO2 miniature mixing machine; the tail end of the cold water tank and the cold water discharging pipeline of the CO2 miniature mixing machine are respectively connected to a beverage discharging pipeline; and a change over switch controls a conveying motor, a hydraulic pump, a stirring motor, the cold water pump, the hot water supply solenoid valve, the carbonic water solenoid valve, a heater and the temperature sensors 443 to switch on or off. The multifunctional beverage machine can be used for simultaneously making cold beverages and hot beverages or singly cold beverages or hot beverages, and can also be used for providing carbonated beverages; both solid powder and liquid or liquid primary pulp can be used as raw materials, and making while drinking is realized.
Description
Technical field
The utility model relates to a kind of beverage machine.
Background technology
The beverage machine of generally using generally can only be produced single cold drink, soda or hot beverage in the market.Cold drink or soda generally are to use hot water that powder stock or magma are opened with brewed in hot water earlier, pour into again in the drum of beverage machine of refrigerating function, soda adds CO2 gas again, with drinking with getting its easy breed bacteria, shelf-life is short, tood many or too much for use in one day and just must throw away, cause waste, and it not an instant-drink, the beverage of substituting the bad for the good is long standing time one, the taste variation.Hot beverage has the beverage machine of instant-drink, generally uses the raw material of solid, powdery, and beverage machine has heating function, and raw material is mixed stirring, dissolves with boiling water, makes hot beverage; So, in order to sell cold drink summer, sell hot drink winter, two looms must be prepared by a family, and the service efficiency of loom is low, the cost of investment height, occupation space is big.Along with the raising of people's material life, people are more and more to the kind demand of beverage, and more and more higher to the quality requirements of beverage, for this reason, people try every possible means and make a loom have multiple function simultaneously, as can filling hot drink again towards cold drink; Can be raw material with pressed powders such as milk powder, coffee, Gao Legao, plum powder, cocoa power and fruit powder, can be raw material with liquid such as haw juice, orange juice, peach juice and plum juices again.Present multifunctional beverage function realizes with the solid, powdery being the cold drink that raw material is produced instant-drink, the solid, powdery raw material is placed in the powder box, being transported to beverage by feeding devices such as defeated material motor, feed magnetic valves stirs in the box, the waterworks that water is made up of water tank, boiler, water-suppling electromagnetic valve are transported to beverage and stir in the box, drive agitator by stirring motor and stir and raw material is fully mixed dissolve, water tumbler by by the cup barrel shell, give the cup motor and give that the cup transmission mechanism constitutes be transported to beverage outlet to cup mechanism and receive beverage.The hot cold of beverage starts boiler or water tank by the solenoid control in the waterworks, and reaching to hot water still is the selection of cold water.Because this multifunctional beverage machine can only use solid, powdery to be raw material, entering the water that stirs in the box is hot water or the normal temperature cold water that has made, even if its cold drink solid, powdery of making can dissolve, also because not through the heating gelatinization, mouthfeel is very poor, even if so this machine has the function of the cold and hot drink of preparation, but preferably prepare hot drink, the preparation of cold drink is seldom used.And it costs an arm and a leg, complex structure.The powder solid raw material is exposed in beverage cartridges in the air, and easily moist rotten, the shelf-life is short, need not just must throw away, and waste raw material in one day.The heat exchange effect of the refrigeration machine of existing beverage machine is poor, even freeze in it, the temperature of the cold water that comes out can not reach needed cool degree, and after how freezing, it no longer freezes, and blocked up, the overlong time of freezing in the cold water storage cistern, fragile water tank.
Summary of the invention
The purpose of this utility model is exactly to solve now with the problems referred to above that exist in the technology, provide a kind of can be simultaneously towards hot and cold drink, again can be, and can also go out soda separately towards cold drink or hot drink; Can be raw material with solid, powderies such as milk powder, coffee, Gao Legao, plum powder, cocoa power and fruit powder, can be raw material with liquid such as haw juice, orange juice, peach juice and plum juice or liquid magma again, the multifunctional beverage machine of instant-drink.
For finishing above-mentioned purpose, technical solution of the present utility model is: a kind of multifunctional beverage machine, and it comprises that casing, beverage raw material feedway, water supply installation, one or more beverage stir box, control panel and control circuit board; Beverage raw material feedway, water supply installation and control circuit board are installed in the casing, control panel is installed in the chamber door outside, front of casing, the beverage raw material feedway comprises a plurality of beverage cartridges and liquid retort pouch, defeated material motor and hydraulic pump, the motor shaft of defeated material motor connects the shaft at powder box bottom discharge mouth place, the discharging opening of powder box enters beverage and stirs in the box, and the discharging opening of a powder box stirs box to a beverage altogether to the discharging opening that a beverage stirs box or several powder boxes; A beverage stirs the corresponding stirring motor of box, and beverage stirs the shaft of the agitator in the box and the motor shaft of stirring motor is fixed together; The lower end that beverage stirs box connects the discharging mouth by the beverage discharge pipe respectively; The discharging opening of liquid retort pouch is connected on the check valve grout outlet by hydraulic pump by pipeline, and the end that each check valve grout outlet is connected to cold water storage cistern goes out on the cold water pipes and CO
2Going out on the cold water pipes of miniature mixer; The end of cold water storage cistern goes out cold water pipes and CO
2The cold water pipes that goes out of miniature mixer is connected on the beverage discharge pipe, and the end of cold water storage cistern goes out cold water pipes can be to one or several beverage discharge pipes, CO
2The cold water pipes that goes out of miniature mixer also can be to one or several beverage discharge pipes;
Water supply installation comprises water tank, boiler, cold water storage cistern, condenser, compressor, CO
2Miniature mixer, CO
2Gas cylinder, cold-producing medium magnetic valve, heat supply water solenoid valve, carbonated water magnetic valve, water supply pump, three temperature sensors; The delivery port of water tank connects the water inlet of boiler and cold water storage cistern respectively; The refrigerant outlet of condenser connects cold water storage cistern and CO respectively by the cold-producing medium connecting pipe
2Refrigerant tubing import in the miniature mixer, cold water storage cistern and CO
2Refrigerant tubing outlet in the miniature mixer is connected the refrigerant inlet of compressor again respectively by the cold-producing medium connecting pipe; Refrigerant outlet and CO at condenser
2On the cold-producing medium connecting pipe between the refrigerant tubing import in the miniature mixer cold-producing medium magnetic valve is installed; Cold water storage cistern is a heat exchanger, the refrigerant tubing and the waterpipe that have intersection to be adjacent in it, the import of waterpipe connects water tank, and the outlet of waterpipe is in cold water storage cistern, the delivery port of cold water storage cistern goes out cold water pipes by the end that water supply pump connects cold water storage cistern, also connects CO by water supply pump
2The water inlet pipe of miniature mixer; The temperature sensor that the control power of compressor opens and closes is installed in the cold water storage cistern; CO
2Another temperature sensor is installed, the switching of this temperature sensor control cold-producing medium magnetic valve in the miniature mixer; Heater and the 3rd temperature sensor are installed in the boiler, and the power supply of this temperature sensor control heater opens and closes; The delivery port of boiler connects the water inlet that beverage stirs box by the heat supply water solenoid valve respectively; CO
2The delivery port of miniature mixer connects CO by the carbonated water magnetic valve
2Miniature mixer go out cold water pipes;
Control circuit is arranged on control circuit board, and control circuit comprises change-over switch, CO
2The power circuit of power circuit, compressor, heater and three temperature sensors of the power circuit of the power circuit of miniature mixer, stirring motor, defeated material motor, hydraulic pump and water supply pump, heat supply water solenoid valve, cold-producing medium magnetic valve, carbonated water magnetic valve, remove CO
2The control circuit of each road power circuit that the power circuit of miniature mixer is outer; The power supply of the temperature sensor of the defeated material of change-over switch control motor, hydraulic pump, stirring motor, water supply pump, heat supply water solenoid valve, carbonated water magnetic valve, heater and boiler opens and closes, and the control button of each circuit is fixed on the control panel.
Above-mentioned described CO of the present utility model
2Miniature mixer is a pressurized tank, and its inner disc has refrigerant tubing, and the water inlet pipe import is arranged at the bottom; The water inlet pipe sealing and fixing is in the water inlet pipe import department of pressurized tank, and its delivery port upwards probes into pressurized tank inside, and its other end is connected with the delivery port of cold water storage cistern by water supply pump; The bottom of pressurized tank also has delivery port, and delivery port connects CO by outlet pipe by the carbonated water magnetic valve
2Miniature mixer go out cold water pipes; Pressurized tank top has CO
2The gas import, CO
2The gas import connects CO by pipeline
2Gas cylinder; The pressurized tank upper end is equipped with Pressure gauge, pressure switch and float switch; CO
2The power circuit of miniature mixer comprises power supply and A.C. contactor; Power supply is by the coil of float switch series connection A.C. contactor, and also by the coil of pressure switch series connection A.C. contactor, the contact of A.C. contactor connects the power supply of described water supply pump for it.
Above-mentioned described the utility model also comprises the multimedia advertising screen, and it is installed in the top of chamber door.
Above-mentioned described the utility model also comprises to cup device, comprise a glass barrel shell, give the cup motor, give the cup transmission mechanism and give the cup control circuit to cup device, it is installed in the chamber door in centre position that beverage stirs box, and beverage stirs the discharging mouth of box and all aims at filling exit.
Above-mentioned described the utility model also comprises large water tank, and it places the upper end of casing, and delivery port is connected with the water inlet of water tank by water pipe; It also comprises lower header, and the delivery port of lower header is connected the water inlet of water tank with magnetic valve by tubing pump by water pipe.When having water to supply with in the large water tank, use the water in the large water tank, large water tank has not had water, and control circuit starts magnetic valve, and lower header supplies water.
Above-mentioned described defeated material motor is four, and hydraulic pump is four, and stirring motor is three, and the heat supply water solenoid valve is a triple channel magnetic valve, and change-over switch is one the change-over switch of 13 passages, three position degree to be arranged; The defeated material motor 211 in the control circuit or the power circuit of hydraulic pump 221 connect change-over switch 1 passage, the power circuit of defeated material motor 212 or hydraulic pump 222 connects change-over switch 2 passages, the power circuit of defeated material motor 213 or hydraulic pump 223 connects change-over switch 3 passages, the power circuit of defeated material motor 214 or hydraulic pump 224 connects change-over switch 4 passages, the power circuit of stirring motor 261 connects change-over switch 5 passages, the power circuit of stirring motor 262 connects change-over switch 6 passages, the power circuit of stirring motor 263 connects change-over switch 7 passages, the power circuit of heat supply water solenoid valve one passage or water supply pump 431 connects change-over switch 8 passages, the power circuit of heat supply water solenoid valve two passages or water supply pump 431 connects change-over switch 9 passages, the power circuit of two heat supply water solenoid valve triple channel or carbonated water magnetic valve connects change-over switch 10 passages jointly, the power circuit of temperature sensor 443 connects change-over switch 11 passages and ground connection passage D, the power circuit of heater connects change-over switch 12 passages, A, B, C, E is a common terminal; One of them passage D of change-over switch is the common ground end, when change-over switch left side 45 is closed, 1,2,3,4,5,6,7,8,9,10 passages connect three passages of 211,212,213,214, three stirring motors 261,262,263 of four defeated material motors, heat supply water solenoid valve respectively, its 11 passage is connected temperature sensor 443 with ground connection passage D, and its 12 passage connects heater; When 0 ° of angle of change-over switch is closed, 1,2 passages connect defeated material motor 211 and defeated material motor 212,3,4 passages connect hydraulic pump 223,224,5,6 passages connect stirring motor 261,262,7 passages are vacant, and 8,9 passages connect a passage and two passages of heat supply water solenoid valve, and 10 passages connect the carbonated water magnetic valve, 11 passages are connected temperature sensor 443,12 passages and connect heater with ground connection passage D; When the right 45 of change-over switch is closed, 1,2,3,4 passages connect four hydraulic pumps 221,222,223,224 respectively, 5,6,7 passages are vacant, 8,9 passages connect water supply pump 431 jointly, 10 passages connect the carbonated water magnetic valve, 11 passages are connected resistance with ground connection passage D, and 12 passages are vacant.
The utlity model has following advantage:
1, automaticity height, it is quick and easy to drink material.Its existing boiler has cold water storage cistern again, can heat automatically and freeze after start, when water is heated to the boiling water state or freezes when temperature required, it stops heating and refrigeration, circulation repeatedly automatically, and because the heat exchange structure of cold water storage cistern, its cold water can reach required temperature.When the needs beverage, press the change-over switch on the control panel, start in defeated material motor, stirring motor or the hydraulic pump, so that base feed; Dixie cup is put into discharging mouth lower end; Perhaps have to cup device, start and give a cup motor, make water tumbler to cup device is delivered to discharging mouth lower end; Beverage falls in the cup, and cup stops under the control of control circuit after dashing well.The utility model instant-drink, features good taste, simple in structure, practical.
2, multiple functional.Adopt the utility model can produce hot and cold beverage, and can produce soda; And the ratio between quantities of beverage, the water yield, the beverage raw material amount can be adjusted automatically, has functions such as hyperthermia and superheating protection, low temperature termination work, anhydrous warning and voltage, overcurrent protection, automatic counting when heating.
3, materials are extensive.The utility model can adopt fixedly raw material of liquid charging stock and powder.And the liquid charging stock that adopts ready-made fruit juice is packed in the retort pouch, also pressed powder raw material and the water boiling in the retort pouch of packing into, and the material juice after the boiling has passed through gelatinization, and mouthfeel is good.And retort pouch all is an one-way flow from exporting to the check valve slurry outlet nozzle, can not flow backwards, so sanitary condition is good, and the liquid charging stock long shelf-life in the retort pouch, the same day, exhaustless liquid charging stock can use in second day, the 3rd day.
4, the utility model is in the preparation beverage, and the effect of all right double as billboard brings more golden eggs to the operator.
Description of drawings
Fig. 1 is a structural representation of the present utility model;
Fig. 2 opens the Qianmen for the utility model and becomes 180 ° internal structure schematic diagram with casing;
Fig. 3 is the internal structure schematic diagram after the utility model is pulled down bonnet;
Fig. 4 is that the pipeline of each parts in the utility model connects flow chart and cold water storage cistern, boiler, CO
2The internal structure schematic diagram of miniature mixer;
Fig. 5 is the electrical block diagram of the power circuit of stirring motor in the control circuit of the present utility model, defeated material motor, hydraulic pump, water supply pump, heat supply water solenoid valve, carbonated water magnetic valve, compressor, heater and temperature sensor A, B, C;
When Fig. 6 is positioned at 45 ° on the left side for change-over switch, the circuit connection structure schematic diagram of the power circuit among Fig. 5 and defeated material motor, stirring motor, heat supply water solenoid valve, heater and temperature sensor C;
When Fig. 7 is positioned at 0 ° on the left side for change-over switch, the circuit connection structure schematic diagram of the power circuit among Fig. 5 and defeated material motor, stirring motor, heat supply water solenoid valve, heater and temperature sensor C, hydraulic pump, carbonated water magnetic valve;
Fig. 8 is positioned at the right 45 ° the time, the circuit connection structure schematic diagram of power circuit among Fig. 5 and hydraulic pump, water supply pump, carbonated water magnetic valve for change-over switch.
The specific embodiment
As Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7 and shown in Figure 8, present embodiment comprises that casing 3, beverage raw material feedway, water supply installation, three beverages stir box 181,182,183, control panel 2 and control circuit board 9.Beverage raw material feedway, water supply installation and control circuit board 9 are installed in the casing 3, control panel 2 is installed in front chamber door 11 outsides of casing 3, the beverage raw material feedway comprises 211,212,213,214 and four hydraulic pumps 221,222,223,224 of 141,142,143,144, four defeated material motors of 61,62,63,64, four liquid retort pouch of four powder boxes, and hydraulic pump is the minisize dc membrane pump.The motor shaft of each defeated material motor 211,212,213,214 connects the shaft at powder box 61,62,63,64 bottom discharge mouth places respectively, the discharging opening 191,192 of powder box 61,62 enters beverage respectively and stirs in the box 181,182, and the discharging opening 193,194 of powder box 63,64 enters beverage respectively and stirs in the box 183.Beverage stirs box 181,182,183 corresponding stirring motor 261,262,263 respectively, and beverage stirs the shaft of the agitator in the box 181,182,183 and the motor shaft of stirring motor 261,262,263 is fixed together.The lower end that beverage stirs box 181,182,183 connects discharging mouth 171,172,173 by beverage discharge pipe 331,332,333 respectively.The discharging opening of two liquid retort pouch 141,142,143,144 is connected on the check valve grout outlet 201,202,203,204 by hydraulic pump 221,222,223,224 by pipeline respectively.The end that check valve grout outlet 201,202 is connected to cold water storage cistern 30 goes out on the cold water pipes 31, and check valve grout outlet 203,204 is connected to CO
2Going out on the cold water pipes 32 of miniature mixer.The end of cold water storage cistern 30 goes out cold water pipes 31 and is connected on one of them beverage discharge pipe 33 CO
2The cold water pipes 32 that goes out of miniature mixer is connected on another beverage discharge pipe 34.
Water supply installation comprises large water tank, lower header, tubing pump, magnetic valve, water tank 8, boiler 35, cold water storage cistern 30, condenser 36, compressor 37, CO
2Miniature mixer 38, CO
2Gas cylinder 39, cold-producing medium magnetic valve 40, heat supply water solenoid valve 41 are a triple channel magnetic valve, carbonated water magnetic valve 42, water supply pump 431,432, temperature sensor 441, temperature sensor 442, temperature sensor 443.Large water tank places the upper end of casing 3, and delivery port is connected by the water inlet of water pipe with water tank 8.The delivery port of lower header is connected the water inlet of water tank 8 by water pipe by tubing pump with magnetic valve, the delivery port of water tank 8 connects the water inlet of boiler 35 and cold water storage cistern 30 respectively.The refrigerant outlet of condenser 36 connects cold water storage cistern 30 and CO respectively by the cold-producing medium connecting pipe
2Refrigerant tubing 45 and 24 imports in the miniature mixer 38, cold water storage cistern 30 and CO
2Refrigerant tubing 45 in the miniature mixer 38 and 24 outlet are connected to the refrigerant inlet of compressor 37 again.Refrigerant outlet and CO at condenser 36
2On the refrigerant tubing between the import of the refrigerant tubing 24 in the miniature mixer 38 cold-producing medium magnetic valve 40 is installed.Cold water storage cistern 30 is a heat exchanger, the refrigerant tubing 45 and the waterpipe 46 that have intersection to be adjacent in it, the import of waterpipe 46 connects water tank 8, the outlet of waterpipe 46 is in cold water storage cistern 30, the delivery port of cold water storage cistern 30 goes out cold water pipes 31 by the end that water supply pump 431 connects cold water storage cistern, also connects CO by water supply pump 432
2The water inlet pipe of miniature mixer 38.The temperature sensor 441 of the power supply switching of control compressor 37 is installed, CO in the cold water storage cistern 30
2Temperature sensor 442 is installed, the switching of temperature sensor 442 control cold-producing medium magnetic valves 40 in the miniature mixer.Heater 48 and temperature sensor 443 are installed in the boiler 35, and the power supply of temperature sensor 443 control heaters 48 opens and closes, thus the temperature in the control boiler.The delivery port of boiler 35 connects the water inlet that beverage stirs box 181,182,183 respectively by heat supply water solenoid valve 41.CO
2The delivery port of miniature mixer 38 connects CO by carbonated water magnetic valve 42
2Miniature mixer go out cold water pipes 32.
CO
2Miniature mixer 38 is a pressurized tank, and its inner disc has refrigerant tubing 24, and the water inlet pipe import is arranged at the bottom.Water inlet pipe 49 sealing and fixing are in water inlet pipe 49 import departments of pressurized tank, and its delivery port upwards probes into pressurized tank inside, and its other end is connected with the delivery port of cold water storage cistern 30 by water supply pump 432.The bottom of pressurized tank also has delivery port, and delivery port connects CO by outlet pipe 52 by carbonated water magnetic valve 42
2 Miniature mixer 38 go out cold water pipes 32.The pressurized tank upper end is equipped with Pressure gauge 53, pressure switch 51 and float switch 50.CO
2The power circuit of miniature mixer comprises power supply and A.C. contactor.Power supply is by the coil of float switch 50 series connection A.C. contactors, and also by the coil of pressure switch 51 series connection A.C. contactors, the contact of A.C. contactor connects the power supply of water supply pump 432 for it.
Control circuit is arranged on control circuit board, and control circuit comprises change-over switch 24, CO
2The power circuit of miniature mixer, the power circuit of cold-producing medium magnetic valve removes CO
2The control circuit of each road power circuit that the power circuit of miniature mixer is outer, temperature sensor 441,442 power circuit, the power of compressor circuit, connect the defeated material motor 211 of change-over switch 1 passage or the power circuit of hydraulic pump 221, connect the defeated material motor 212 of change-over switch 2 passages or the power circuit of hydraulic pump 222, connect the defeated material motor 213 of change-over switch 3 passages or the power circuit of hydraulic pump 223, connect the defeated material motor 214 of change-over switch 4 passages or the power circuit of hydraulic pump 224, the power circuit that connects the stirring motor 261 of change-over switch 5 passages, the power circuit that connects the stirring motor 262 of change-over switch 6 passages, the power circuit that connects the stirring motor 263 of change-over switch 7 passages, connect heat supply water solenoid valve one passage of change-over switch 8 passages or the power circuit of water supply pump 431, connect heat supply water solenoid valve two passages of change-over switch 9 passages or the power circuit of water supply pump 431, common two the heat supply water solenoid valve triple channel of change-over switch 10 passages or the power circuit of carbonated water magnetic valve of connecting, the power circuit that connects the temperature sensor 443 of change-over switch 11 passages and ground connection passage D, the power circuit of the heater of connection change-over switch 12 passages.A, B, C, E are common terminal.Change-over switch 24 is one the change-over switch of 13 passages, three position degree to be arranged, and one of them passage D is the common ground end.When change-over switch 24 left 45s are closed, 1,2,3,4,5,6,7,8,9,10 passages connect three passages of 211,212,213,214, three stirring motors 261,262,263 of four defeated material motors, heat supply water solenoid valve respectively, its 11 passage is connected temperature sensor 443 with ground connection passage D, and its 12 passage connects heater.When 24 0 ° of angles of change-over switch are closed, 1,2 passages connect defeated material motor 211 and defeated material motor 212,3,4 passages connect hydraulic pump 223,224,5,6 passages connect stirring motor 261,262,7 passages are vacant, and 8,9 passages connect a passage and two passages of heat supply water solenoid valve, and 10 passages connect the carbonated water magnetic valve, 11 passages are connected temperature sensor 443,12 passages and connect heater with ground connection passage D.When change-over switch 24 right 45s are closed, 1,2,3,4 passages connect four hydraulic pumps 221,222,223,224 respectively, 5,6,7 passages are vacant, 8,9 passages connect water supply pump 431 jointly, 10 passages connect the carbonated water magnetic valve, 11 passages are connected resistance with ground connection passage D, and 12 passages are vacant.Change-over switch 24 buttons are positioned on the casing on beverage stirring box 18 next doors, and other control button is fixed on the control panel.
When 0 ° of angle of above-mentioned described change-over switch was closed, its unnecessary passage also can connect water supply pump 431 and other two hydraulic pumps 221,222.Change-over switch can be selected multichannel as required, to satisfy the demand of hot and cold drink and soda.The number that powder box in the foregoing description, beverage stir box, liquid retort pouch also can be provided with as required.
Comprise glass barrel shell 10, give cup motor 12, give the cup transmission mechanism and give the cup control circuit to cup device, it is installed in the chamber door 11 in centre position that beverage stirs box, and beverage stirs the discharging mouth 171,172,173 of box 181,182,183 and all aims at filling exit 13.On control circuit board 9, also has the cup of giving control circuit.In the bonnet of present embodiment ventilating fan is installed.The top of chamber door is equipped with multimedia advertising screen 23.1 is coin slot, and 4 is the lid of filling exit 13, and 5 is the water pipe import of lower header, and 15 is total power switch, and 16 is the power of compressor switch, and 25 is hot-blast outlet.27 is the boiler Sewage outlet, and 29 is the cold water storage cistern Sewage outlet.
Claims (10)
1. multifunctional beverage machine, it comprises that casing, beverage raw material feedway, water supply installation, one or more beverage stir box, control panel and control circuit board; Beverage raw material feedway, water supply installation and control circuit board are installed in the casing, control panel is installed in the chamber door outside, front of casing, it is characterized in that: the beverage raw material feedway comprises a plurality of beverage cartridges and liquid retort pouch, defeated material motor and hydraulic pump, the motor shaft of defeated material motor connects the shaft at powder box bottom discharge mouth place, the discharging opening of powder box enters beverage and stirs in the box, and the discharging opening of a powder box stirs box to a beverage altogether to the discharging opening that a beverage stirs box or several powder boxes; A beverage stirs the corresponding stirring motor of box, and beverage stirs the shaft of the agitator in the box and the motor shaft of stirring motor is fixed together; The lower end that beverage stirs box connects the discharging mouth by the beverage discharge pipe respectively; The discharging opening of liquid retort pouch is connected on the check valve grout outlet by hydraulic pump by pipeline, and the end that each check valve grout outlet is connected to cold water storage cistern goes out on the cold water pipes and CO
2Going out on the cold water pipes of miniature mixer; The end of cold water storage cistern goes out cold water pipes and CO
2The cold water pipes that goes out of miniature mixer is connected on the beverage discharge pipe, and the end of cold water storage cistern goes out cold water pipes can be to one or several beverage discharge pipes, CO
2The cold water pipes that goes out of miniature mixer also can be to one or several beverage discharge pipes;
Water supply installation comprises water tank, boiler, cold water storage cistern, condenser, compressor, CO
2Miniature mixer, CO
2Gas cylinder, cold-producing medium magnetic valve, heat supply water solenoid valve, carbonated water magnetic valve, water supply pump, three temperature sensors; The delivery port of water tank connects the water inlet of boiler and cold water storage cistern respectively; The refrigerant outlet of condenser connects cold water storage cistern and CO respectively by the cold-producing medium connecting pipe
2Refrigerant tubing import in the miniature mixer, cold water storage cistern and CO
2Refrigerant tubing outlet in the miniature mixer is connected the refrigerant inlet of compressor again respectively by the cold-producing medium connecting pipe; Refrigerant outlet and CO at condenser
2On the cold-producing medium connecting pipe between the refrigerant tubing import in the miniature mixer cold-producing medium magnetic valve is installed; Cold water storage cistern is a heat exchanger, the refrigerant tubing and the waterpipe that have intersection to be adjacent in it, the import of waterpipe connects water tank, and the outlet of waterpipe is in cold water storage cistern, the delivery port of cold water storage cistern goes out cold water pipes by the end that water supply pump connects cold water storage cistern, also connects CO by water supply pump
2The water inlet pipe of miniature mixer; The temperature sensor that the control power of compressor opens and closes is installed in the cold water storage cistern; CO
2Another temperature sensor is installed, the switching of this temperature sensor control cold-producing medium magnetic valve in the miniature mixer; Heater and the 3rd temperature sensor are installed in the boiler, and the power supply of this temperature sensor control heater opens and closes; The delivery port of boiler connects the water inlet that beverage stirs box by the heat supply water solenoid valve respectively; CO
2The delivery port of miniature mixer connects CO by the carbonated water magnetic valve
2Miniature mixer go out cold water pipes;
Control circuit is arranged on control circuit board, and control circuit comprises change-over switch, CO
2The power circuit of power circuit, compressor, heater and three temperature sensors of the power circuit of the power circuit of miniature mixer, stirring motor, defeated material motor, hydraulic pump and water supply pump, heat supply water solenoid valve, cold-producing medium magnetic valve, carbonated water magnetic valve, remove CO
2The control circuit of each road power circuit that the power circuit of miniature mixer is outer; The power supply of the temperature sensor of the defeated material of change-over switch control motor, hydraulic pump, stirring motor, water supply pump, heat supply water solenoid valve, carbonated water magnetic valve, heater and boiler opens and closes, and the control button of each circuit is fixed on the control panel.
2. multifunctional beverage machine according to claim 1 is characterized in that: described CO
2Miniature mixer is a pressurized tank, and its inner disc has refrigerant tubing, and the water inlet pipe import is arranged at the bottom; The water inlet pipe sealing and fixing is in the water inlet pipe import department of pressurized tank, and its delivery port upwards probes into pressurized tank inside, and its other end is connected with the delivery port of cold water storage cistern by water supply pump; The bottom of pressurized tank also has delivery port, and delivery port connects CO by outlet pipe by the carbonated water magnetic valve
2Miniature mixer go out cold water pipes; Pressurized tank top has CO
2The gas import, CO
2The gas import connects CO by pipeline
2Gas cylinder; The pressurized tank upper end is equipped with Pressure gauge, pressure switch and float switch; CO
2The power circuit of miniature mixer comprises power supply and A.C. contactor; Power supply is by the coil of float switch series connection A.C. contactor, and also by the coil of pressure switch series connection A.C. contactor, the contact of A.C. contactor connects the power supply of described water supply pump for it.
3. according to claim 1 or 2 described multifunctional beverage machines, it is characterized in that: it also comprises the multimedia advertising screen, and it is installed in the top of chamber door.
4. multifunctional beverage machine according to claim 3, it is characterized in that: described defeated material motor is four, and hydraulic pump is four, and stirring motor is three, the heat supply water solenoid valve is a triple channel magnetic valve, and change-over switch is one the change-over switch of 13 passages, three position degree to be arranged; The defeated material motor (211) in the control circuit or the power circuit of hydraulic pump (221) connect change-over switch 1 passage, the power circuit of defeated material motor (212) or hydraulic pump (222) connects change-over switch 2 passages, the power circuit of defeated material motor (213) or hydraulic pump (223) connects change-over switch 3 passages, the power circuit of defeated material motor (214) or hydraulic pump (224) connects change-over switch 4 passages, the power circuit of stirring motor (261) connects change-over switch 5 passages, the power circuit of stirring motor (262) connects change-over switch 6 passages, the power circuit of stirring motor (263) connects change-over switch 7 passages, the power circuit of heat supply water solenoid valve one passage or water supply pump (431) connects change-over switch 8 passages, the power circuit of heat supply water solenoid valve two passages or water supply pump (431) connects change-over switch 9 passages, the power circuit of two heat supply water solenoid valve triple channel or carbonated water magnetic valve connects change-over switch 10 passages jointly, the power circuit of temperature sensor (443) connects change-over switch 11 passages and ground connection passage, the power circuit of heater connects change-over switch 12 passages, A, B, C, E is a common terminal; One of them passage D of change-over switch is the common ground end, when change-over switch left side 45 is closed, 1,2,3,4,5,6,7,8,9,10 passages connect three passages of four defeated material motors (211), (212), (213), (214), three stirring motors (261), (262), (263), heat supply water solenoid valve respectively, its 11 passage is connected temperature sensor (443) with ground connection passage D, and its 12 passage connects heater; When 0 ° of angle of change-over switch is closed, 1,2 passages connect defeated material motor (211) and defeated material motor (212), 3,4 passages connect hydraulic pump (223), (224), 5,6 passages connect stirring motor (261), (262), 7 passages are vacant, and 8,9 passages connect a passage and two passages of heat supply water solenoid valve, and 10 passages connect the carbonated water magnetic valve, 11 passages are connected temperature sensor (443) with ground connection passage D, and 12 passages connect heater; When the right 45 of change-over switch is closed, 1,2,3,4 passages connect four hydraulic pumps (221), (222), (223), (224) respectively, 5,6,7 passages are vacant, 8,9 passages connect water supply pump (431) jointly, 10 passages connect the carbonated water magnetic valve, 11 passages are connected resistance with ground connection passage D, and 12 passages are vacant.
5. according to claim 1 or 2 described multifunctional beverage machines, it is characterized in that: described defeated material motor is four, and hydraulic pump is four, and stirring motor is three, the heat supply water solenoid valve is a triple channel magnetic valve, and change-over switch is one the change-over switch of 13 passages, three position degree to be arranged; The defeated material motor (211) in the control circuit or the power circuit of hydraulic pump (221) connect change-over switch 1 passage, the power circuit of defeated material motor (212) or hydraulic pump (222) connects change-over switch 2 passages, the power circuit of defeated material motor (213) or hydraulic pump (223) connects change-over switch 3 passages, the power circuit of defeated material motor (214) or hydraulic pump (224) connects change-over switch 4 passages, the power circuit of stirring motor (261) connects change-over switch 5 passages, the power circuit of stirring motor (262) connects change-over switch 6 passages, the power circuit of stirring motor (263) connects change-over switch 7 passages, the power circuit of heat supply water solenoid valve one passage or water supply pump (431) connects change-over switch 8 passages, the power circuit of heat supply water solenoid valve two passages or water supply pump (431) connects change-over switch 9 passages, the power circuit of two heat supply water solenoid valve triple channel or carbonated water magnetic valve connects change-over switch 10 passages jointly, the power circuit of temperature sensor (443) connects change-over switch 11 passages and ground connection passage, the power circuit of heater connects change-over switch 12 passages, A, B, C, E is a common terminal; One of them passage D of change-over switch is the common ground end, when change-over switch left side 45 is closed, 1,2,3,4,5,6,7,8,9,10 passages connect three passages of four defeated material motors (211), (212), (213), (214), three stirring motors (261), (262), (263), heat supply water solenoid valve respectively, its 11 passage is connected temperature sensor (443) with ground connection passage D, and its 12 passage connects heater; When 0 ° of angle of change-over switch is closed, 1,2 passages connect defeated material motor (211) and defeated material motor (212), 3,4 passages connect hydraulic pump (223), (224), 5,6 passages connect stirring motor (261), (262), 7 passages are vacant, and 8,9 passages connect a passage and two passages of heat supply water solenoid valve, and 10 passages connect the carbonated water magnetic valve, 11 passages are connected temperature sensor (443) with ground connection passage D, and 12 passages connect heater; When the right 45 of change-over switch is closed, 1,2,3,4 passages connect four hydraulic pumps (221), (222), (223), (224) respectively, 5,6,7 passages are vacant, 8,9 passages connect water supply pump (431) jointly, 10 passages connect the carbonated water magnetic valve, 11 passages are connected resistance with ground connection passage D, and 12 passages are vacant.
6. multifunctional beverage machine according to claim 4, it is characterized in that: it also comprises to cup device, comprise a glass barrel shell, give the cup motor, give the cup transmission mechanism and give the cup control circuit to cup device, it is installed in the chamber door in centre position that beverage stirs box, and beverage stirs the discharging mouth of box and all aims at filling exit.
7. multifunctional beverage machine according to claim 5, it is characterized in that: it also comprises to cup device, comprise a glass barrel shell, give the cup motor, give the cup transmission mechanism and give the cup control circuit to cup device, it is installed in the chamber door in centre position that beverage stirs box, and beverage stirs the discharging mouth of box and all aims at filling exit.
8. multifunctional beverage machine according to claim 3, it is characterized in that: it also comprises to cup device, comprise a glass barrel shell, give the cup motor, give the cup transmission mechanism and give the cup control circuit to cup device, it is installed in the chamber door in centre position that beverage stirs box, and beverage stirs the discharging mouth of box and all aims at filling exit.
9. multifunctional beverage machine according to claim 6 is characterized in that: it also comprises large water tank, and it places the upper end of casing, and delivery port is connected with the water inlet of water tank by water pipe; It also comprises lower header, and the delivery port of lower header is connected the water inlet of water tank with magnetic valve by tubing pump by water pipe.
10. multifunctional beverage machine according to claim 7 is characterized in that: it also comprises large water tank, and it places the upper end of casing, and delivery port is connected with the water inlet of water tank by water pipe; It also comprises lower header, and the delivery port of lower header is connected the water inlet of water tank with magnetic valve by tubing pump by water pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200718822U CN202027415U (en) | 2011-03-18 | 2011-03-18 | Multifunctional beverage machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200718822U CN202027415U (en) | 2011-03-18 | 2011-03-18 | Multifunctional beverage machine |
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| Publication Number | Publication Date |
|---|---|
| CN202027415U true CN202027415U (en) | 2011-11-09 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011200718822U Expired - Fee Related CN202027415U (en) | 2011-03-18 | 2011-03-18 | Multifunctional beverage machine |
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| Country | Link |
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| CN (1) | CN202027415U (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103767542A (en) * | 2014-02-13 | 2014-05-07 | 珠海铭乐电器有限公司 | Powder/liquid post-mix all-in-one machine |
| CN104799692A (en) * | 2015-05-18 | 2015-07-29 | 浙江朗诗德健康饮水设备股份有限公司 | Soda water machine |
| CN106028884A (en) * | 2014-02-28 | 2016-10-12 | 雀巢产品技术援助有限公司 | Beverage system for providing cold beverage |
| CN108850748A (en) * | 2018-08-15 | 2018-11-23 | 江苏普门电子有限公司 | A kind of split type more cups of fruit teas machine complete machine function system |
| CN110074671A (en) * | 2019-04-10 | 2019-08-02 | 科勒(中国)投资有限公司 | The carbonization method and carbonizing plant of aqueous solution |
| CN114468770A (en) * | 2022-01-20 | 2022-05-13 | 江苏星星冷链科技有限公司 | High-precision weighing type milk pre-adjusting machine |
| CN114568940A (en) * | 2022-02-14 | 2022-06-03 | 杭州全泉科技有限公司 | Process for flexibly converting carbonated beverage and non-carbonated beverage in same machine of beverage machine |
-
2011
- 2011-03-18 CN CN2011200718822U patent/CN202027415U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103767542A (en) * | 2014-02-13 | 2014-05-07 | 珠海铭乐电器有限公司 | Powder/liquid post-mix all-in-one machine |
| CN106028884A (en) * | 2014-02-28 | 2016-10-12 | 雀巢产品技术援助有限公司 | Beverage system for providing cold beverage |
| CN104799692A (en) * | 2015-05-18 | 2015-07-29 | 浙江朗诗德健康饮水设备股份有限公司 | Soda water machine |
| CN104799692B (en) * | 2015-05-18 | 2017-12-01 | 浙江朗诗德健康饮水设备股份有限公司 | A kind of Soda water machine |
| CN108850748A (en) * | 2018-08-15 | 2018-11-23 | 江苏普门电子有限公司 | A kind of split type more cups of fruit teas machine complete machine function system |
| CN110074671A (en) * | 2019-04-10 | 2019-08-02 | 科勒(中国)投资有限公司 | The carbonization method and carbonizing plant of aqueous solution |
| CN114468770A (en) * | 2022-01-20 | 2022-05-13 | 江苏星星冷链科技有限公司 | High-precision weighing type milk pre-adjusting machine |
| CN114568940A (en) * | 2022-02-14 | 2022-06-03 | 杭州全泉科技有限公司 | Process for flexibly converting carbonated beverage and non-carbonated beverage in same machine of beverage machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20111109 Termination date: 20180318 |
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| CF01 | Termination of patent right due to non-payment of annual fee |