CN104116412A - Beverage brewing device and method - Google Patents

Beverage brewing device and method Download PDF

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Publication number
CN104116412A
CN104116412A CN201410353270.0A CN201410353270A CN104116412A CN 104116412 A CN104116412 A CN 104116412A CN 201410353270 A CN201410353270 A CN 201410353270A CN 104116412 A CN104116412 A CN 104116412A
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China
Prior art keywords
maker
reversal valve
pipe
beverage
feed
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Granted
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CN201410353270.0A
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Chinese (zh)
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CN104116412B (en
Inventor
郭建刚
文灵丹
林锦如
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Guangdong Xinbao Electrical Appliances Holdings Co Ltd
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Guangdong Xinbao Electrical Appliances Holdings Co Ltd
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Publication of CN104116412A publication Critical patent/CN104116412A/en
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Abstract

The invention relates to a beverage brewing device and method. The beverage brewing device comprises a brewing assembly, a boiler assembly and a control assembly, wherein the brewing assembly comprises a brewing device and a liquid outlet pipe which is communicated with the lower portion of the brewing device and can be opened and closed; the boiler assembly comprises a heating chamber with a heater and a pipe set which enables the heating chamber and the brewing device to be communicated so as to supply brewing liquid for the brewing device; the control assembly can control operation of the brewing assembly and the boiler assembly. The beverage brewing device is fully automatic and thus operation is facilitated.

Description

The method of beverage brewing device and beverage brewing
Technical field
The present invention relates to beverage brewing field, particularly a kind of beverage brewing device.The invention still further relates to the method for using this beverage brewing device brewed beverages.
Background technology
In order to meet the taste demand that people are different, people make beverage by oneself with brewed in hot water beverage powder conventionally, particularly infuse coffee.Leak through type coffee machine flour mixer is all by the ground coffee of encapsulation, to obtain dense or light coffee beverage fast with hot water now, but the operation more complicated of this method for pouring.Other some manual methods of making coffee, such as " method pressure kettle ", " siphonage " although etc. have higher coffee extracted rate, its manual step is too complicated, and the time be difficult to hold, operation is also inconvenient.
Therefore, need a kind of easy to operate beverage brewing device.
Summary of the invention
For the problems referred to above, the present invention proposes a kind of beverage brewing device.This beverage brewing device is fully automatic operation, has facilitated operation.The invention still further relates to the method for using this beverage brewing device brewed beverages.
According to a first aspect of the invention, beverage brewing device has been proposed, comprise: brewage assembly, it comprise maker and be connected with the lower area of maker can switch drain pipe, boiler components, it comprises and with the heating clamber of having heaters with by heating clamber, is communicated with the pipe group brew fluid to feed in maker with maker, and Control Component, and it can control the operation of brewageing assembly and boiler components.
According to beverage brewing device of the present invention, in maker, adding drink manufacturing thing, to pouring in heating clamber, brew after liquid, Control Component can be controlled the operation of brewageing assembly and boiler components, thereby realize the automatic operation of beverage brewing device, and automatically complete beverage pouring and boiling, greatly simplified user's operation.
In one embodiment, brewage the escape pipe that assembly also comprises the energy switch being connected with the upper area of maker.When in maker, infeed brews fluid, in maker, unnecessary air can be discharged by escape pipe, and making to brew fluid can enter in maker swimmingly.
In a preferred embodiment, brewage assembly and also comprise the fluid reversal valve with an outlet and a plurality of entrances, the port of export of drain pipe is connected with an entrance of described fluid reversal valve, the port of export of escape pipe is connected with another entrance of described fluid reversal valve, and Control Component can be controlled according to beverage pouring and boiling process the path of fluid reversal valve.By fluid reversal valve is set, can control easily the duty of escape pipe and drain pipe, to comply with beverage pouring and boiling process.In addition, Control Component also contributes to realize whole beverage brewing device to the control of fluid reversal valve and realizes control automatically, has simplified user's operation.
In one embodiment, in the inside of maker, be provided with filter screen, form and brew district on filter screen, form beverage liquid zone under filter screen, drain pipe is connected with beverage liquid zone, escape pipe with brew district and be connected.By filter screen is set, avoided larger beverage particles to fall in beverage liquid zone, the beverage liquid that drain pipe is drawn is purer, has improved the beverage quality that beverage brewing device brews.
In one embodiment, in beverage liquid zone, be provided with agitator, have the motor of driving agitator in the outer setting of maker, Control Component can be controlled according to beverage pouring and boiling process the rotation of motor.Agitator can stir the liquid in maker, makes liquid flow formula infusion beverage manufacture thing, thereby has increased substantially the extraction yield of drink manufacturing thing.
In one embodiment, pipe group comprises the feed pipe being communicated with the lower area of heating clamber and the air supply pipe being communicated with the upper area of heating clamber, and feed pipe and air supply pipe are communicated with maker in the mode of energy switch.In a preferred embodiment, boiler components also comprises the feed flow reversal valve with an outlet and a plurality of entrances, the port of export of feed pipe is communicated with an entrance of feed flow reversal valve, the port of export of air supply pipe is communicated with another entrance of feed flow reversal valve, the outlet of feed flow reversal valve is communicated with maker by house steward, and Control Component can be controlled according to beverage pouring and boiling process the path of feed flow reversal valve.By feed flow reversal valve is set, can control easily the duty of air supply pipe and feed pipe, to comply with beverage pouring and boiling process.In addition, Control Component also contributes to realize whole beverage brewing device to the control of feed flow reversal valve and realizes control automatically, has simplified user's operation.
In one embodiment, be also provided with flowmeter on feed pipe, to measure the amount that brews liquid feeding to maker, Control Component can be according to control the path of feed flow reversal valve from the signal of flowmeter.By flowmeter is set, the amount that brews liquid in maker that enters can be controlled exactly, thereby concentration and the taste of brewed beverage can be controlled exactly, and also easy to operate.
In one embodiment, boiler components also comprises air pump, the gas outlet of air pump be connected with the upper area of heating clamber with air feed in heating clamber and and then to air feed in maker, Control Component can be controlled according to beverage pouring and boiling process the running of air pump.By air feed in maker, can drive the beverage having brewed in maker to flow out through fluid reversal valve, facilitated user's use.In addition, Control Component also contributes to realize whole beverage brewing device to the control of air pump and realizes control automatically, has simplified user's operation.
According to a second aspect of the invention, proposed a kind of use according to the method for beverage brewing device brewed beverages mentioned above, beverage brewing device comprises brewages assembly, boiler components and Control Component; Brewageing assembly comprises with the maker by motor-driven agitator, the drain pipe being communicated with maker, escape pipe and fluid reversal valve, the port of export of drain pipe is connected with the corresponding entrance of fluid reversal valve separately with the port of export of escape pipe, and the outlet of fluid reversal valve is used for discharging beverage liquid; Boiler components comprises the heating clamber with having heaters, the feed pipe being communicated with heating clamber, air supply pipe, feed flow reversal valve and air pump, the port of export of feed pipe is connected with the corresponding entrance of feed flow reversal valve separately with the port of export of air supply pipe, the outlet of feed flow reversal valve is communicated with maker by house steward, the gas outlet of air pump is communicated with heating clamber, is provided with flowmeter on feed pipe; In original state, fluid reversal valve cuts out drain pipe, escape pipe conducting, and feed flow reversal valve cuts out feed pipe, air supply pipe conducting, the method comprises:
In maker, add drink manufacturing thing, to pouring in heating clamber, brew liquid, start beverage brewing device, the work of Control Component instruction heater is so that the liquid that brews in heating clamber is heated to predetermined temperature, and Control Component is controlled the state of air pump, feed flow reversal valve and motor to carry out passes during brewing; After beverage pouring and boiling finishes, Control Component instruction fluid reversal valve makes drain pipe conducting, and escape pipe is closed, thereby the running of instruction air pump is discharged the beverage liquid in maker to be filled with gas in maker.
The method according to this invention is being filled with drink manufacturing thing and is brewing liquid and start after beverage brewing device in beverage brewing device, and beverage brewing device can complete soaking beverage automatically, has facilitated user's use.
In one embodiment, drink manufacturing thing is solid state powder, and this passes during brewing is, Control Component instruction heater stops heating, instruction feed flow reversal valve cuts out feed pipe conducting, air supply pipe, and the running of instruction air pump is filled with in maker will brew liquid, and instruction motor rotation is to stir soaking beverage; Control Component receives the signal from flowmeter, and in maker, is being filled with the brewing after liquid of scheduled volume, and Control Component instruction air pump shuts down, and instruction feed flow reversal valve makes that feed pipe cuts out, air supply pipe conducting.
In one embodiment, drink manufacturing thing is liquid, and this passes during brewing is that Control Component instruction heater continues heating, instruction feed flow reversal valve makes that feed pipe cuts out, air supply pipe conducting is filled with in maker will brew gas, and instruction motor rotation is to stir soaking beverage.
In one embodiment, motor positive and negative alternate rotates, and Control Component judges by the revolution of counting motor whether beverage has brewed.This rotating manner of motor can make agitator farthest stir beverage liquid, thereby has increased substantially the extraction yield of drink manufacturing thing.
Compared with prior art, the invention has the advantages that: (1) after adding drink manufacturing thing and brewing liquid in beverage brewing device of the present invention, Control Component can be controlled the operation of brewageing assembly and boiler components, thereby realize the automatic operation of beverage brewing device and complete beverage pouring and boiling, greatly having simplified user's operation.(2) use device of the present invention, not only can brew for example coffee of solid-state drink manufacturing thing, can also brew for example milk of liquid drink manufacturing thing, and the selection of these two kinds of passes during brewing is very simple, has greatly simplified user's operation.
Accompanying drawing explanation
To the present invention, be described in more detail based on embodiment and with reference to accompanying drawing hereinafter.Wherein:
Fig. 1 schematically shows the structure chart according to beverage brewing device of the present invention.
In the accompanying drawings, identical parts are used identical Reference numeral.Accompanying drawing is not according to actual ratio.
The specific embodiment
Below in conjunction with accompanying drawing, the invention will be further described.
Fig. 1 has shown according to the structure of beverage brewing device 10 of the present invention (being referred to as below device 10).As shown in Figure 1, device 10 comprises and brewages assembly 20, boiler components 30 and Control Component 40.Control device 40 can be controlled the duty of brewageing assembly 20 and boiler components 30, to realize, automatically completes soaking beverage.Below in detail introduce and brewage assembly 20, boiler components 30 and Control Component 40.
Control Component 40 comprises processor 41 and in outside control panel 42.In processor 41, be preset with control program, on control panel 42, be provided with different gears.By select suitable gear on control panel 42, just can start 41 pairs of processors and brewage assembly 20, boiler components 30 and carry out automatically controlling and automatically completing beverage pouring and boiling.
As shown in Figure 1, brewage assembly 20 comprise maker 21 for soaking beverage, be connected with the lower area of maker 21 can switch drain pipe 22, the escape pipe 23 of the energy switch that is connected with the upper area of maker 21.In the embodiment depicted in fig. 1, drain pipe 22 is connected on the diapire of maker 21 so that the beverage liquid in maker 21 is taken out completely, and escape pipe 23 is connected on the roof of maker 21.Escape pipe 23, for discharging the gas in maker 21, can enter in maker 21 from boiler components 30 swimmingly so that brew fluid, and this will be described in more detail below.
Brewage the fluid reversal valve 24 that assembly 20 also comprises three mouthfuls of formulas.The port of export of drain pipe 22 is connected with the entrance 25 of fluid reversal valve 24, and the port of export of escape pipe 23 is connected with another entrance 26 of fluid reversal valve 24, and the 3rd interface 27 of fluid reversal valve 24 is beverage liquid outlet.By controlling the path of fluid reversal valve 24, can control easily the duty of escape pipe 23 and drain pipe 22, take out easily beverage, simplified operation.
In maker 21, be also provided with filter screen 11.Filter screen 11 is divided into the inner space of maker 21 to brew district 28 and the beverage liquid zone 29 in below in top.Like this, drain pipe 22 is connected with beverage liquid zone 29, and escape pipe 23 with brew district 28 and be connected.Drink manufacturing thing 12 is placed on and brews in district 28, and filter screen 11 can prevent that oarse-grained drink manufacturing thing 12 from entering into beverage liquid zone 29, thereby the beverage liquid taking out from drain pipe 22 is very pure, has improved beverage pouring and boiling quality.In a preferred embodiment, in beverage liquid zone 29, be also provided with the agitator 13 that brews liquid for stirring.Agitator 13 is driven by motor 14.Agitator 13 can stir the liquid in maker, makes liquid flow ground infusion beverage manufacture thing 12, thereby has increased substantially the extraction yield of drink manufacturing thing 12.
As shown in Figure 1, boiler components 30 comprises heating clamber 31, is provided with temperature sensor 15 and electric heater 32 and heats also temperature control with the liquid that brews in heating clamber 31 in heating clamber 31.Heating clamber 31 is communicated with so that the fluid that brews that is heated to predetermined temperature is fed in maker 21 by Guan Zuyu maker 21.As shown in Figure 1, pipe group comprises the air supply pipe 34 that the feed pipe 33 that is connected with the diapire of heating clamber 31 is connected with roof with heating clamber 31, feed pipe 33 and air supply pipe 34 all, opening and closing mode being connected with maker 21, brew fluid to realize to the interior infeed of maker 21.
Preferably, boiler components 30 also comprises the feed flow reversal valve 35 of three mouthfuls of formulas.The port of export of feed pipe 33 is connected with the entrance 36 of feed flow reversal valve 35, and the port of export of air supply pipe 34 is connected with another entrance 37 of feed flow reversal valve 35.35 outlets 38 of feed flow reversal valve are communicated with maker 21 by house steward 60, are particularly connected with the diapire of maker 21.By controlling the path of feed flow reversal valve 35, can control easily the duty of air supply pipe 34 and feed pipe 33, to feed and to brew liquid or gas to maker 21 in predetermined time, simplified operation.In a preferred embodiment, on feed pipe 33, be also provided with flowmeter 39.By flowmeter 39 is set, the amount that brews liquid in maker 21 that enters can be controlled exactly, thereby concentration and the taste of brewed beverage can be controlled exactly, and also easy to operate.
Boiler components 30 also comprises air pump 50.The gas outlet of air pump 50 by pipeline 61, be connected with the roof of heating clamber 31 with to the interior air feed of heating clamber 31 and and then to the interior air feed of maker 21, realize different passes during brewing.
According to Fig. 1, describe the process of operative installations 10 soaking beverages below in detail.
First explanation is provided with two kinds of drink manufacturing things and selects button on control panel 42, and for example a kind of is coffee button 43, and another kind is milk button 44.Gear button 45 is also set on control panel 42, and gear button 45 is for controlling the number of revolutions of motor 14.At the interior preset value of processor 41, there is the control program corresponding to coffee button 43 or milk button 44, and corresponding to the control program of gear button 45.
When infusing coffee, in original state, fluid reversal valve 24 cuts out drain pipe 22, escape pipe 23 conductings, and feed flow reversal valve 35 cuts out feed pipe 33, air supply pipe 34 conductings.
To brewing in district 28 of maker 21, add coffee 12, in heating clamber 31, add water.By gear button 45, select the revolution of motor 14, then by coffee button 43 starting drives 10.
After device 10 starts, processor 41 instruction electric heaters 32 switch on to start the water heating in heating clamber 31.Temperature sensor 15 detects the temperature of water and sends temperature signal to processor 41.After water is heated to predetermined temperature, processor 41 instruction electric heaters 32 quit work; Instruction feed flow reversal valve 35 cuts out feed pipe 33 conductings, air supply pipe 34; Instruction air pump 50 running is with to the interior infeed gas of heating clamber 31; Instruction motor 14 starts to rotate.Along with the air pressure in heating clamber 31 raises, the hot water in gas extrusion heating clamber 31 flows out and enters in maker 21 through feed flow reversal valve 35, house steward 60 from feed pipe 33.Motor 41 drives agitator 13 to rotate, and makes current dynamic formula coffee soaking 12.In one embodiment, on feed pipe 33, be also provided with flowmeter 39.Flowmeter 39 is sent to processor 41 by the amount that is fed to the water in brewing room 21.After the water feeding to brewing room 21 arrives scheduled volume, processor 41 instruction air pumps 50 shut down, and instruction feed flow reversal valve 35 makes, and feed pipe 33 cuts out, air supply pipe 34 conductings, to stop to maker 21 water supply.
After the revolution of motor 41 reaches the revolution by 45 inputs of gear button, processor 41 instruction fluid reversal valves 24 cut out drain pipe 22 conductings, escape pipe 23; Instruction motor 41 stops operating; Instruction air pump 50 running is with to the interior infeed gas of heating clamber 31.Gas enters in maker 21 through air supply pipe 34, feed flow reversal valve 35, house steward 60 from heating clamber 31.Because escape pipe 23 is closed, thus the pressure in maker 21 increases gradually and by beverage liquid from the interior extrusion of maker 21.
After beverage pouring and boiling finishes, device 10 resets.
When preparing foaming milk, in original state, fluid reversal valve 24 cuts out drain pipe 22, escape pipe 23 conductings, and feed flow reversal valve 35 cuts out feed pipe 33, air supply pipe 34 conductings.
In maker 21, add milk, in heating clamber 31, add water.By gear button 45, select the revolution of motor 14, then by milk button 44 starting drives 10.
After device 10 starts, the water that processor 41 instruction electric heaters 32 switch on to start in heating clamber 31 is heated to boiling.Temperature sensor 15 detects the temperature of water and sends temperature signal to processor 41.After by water boiling, processor 41 instruction electric heaters 32 continue heating; Instruction motor 14 starts to rotate; And processor 41 starts timing.The interior steam of heating clamber 31 can flow out and enter in maker 21 through feed flow reversal valve 35, house steward 60 through air supply pipe 34.Motor 41 drives agitator 13 to rotate, and realizes milk foaming.
When feeding steam after the time of advent to brewing room 21, processor 41 instruction motors 41 stop operating; Fluid reversal valve 24 cuts out drain pipe 22 conductings, escape pipe 23.The air pressure of maker 21 interior continuous risings by milk froth from the interior extrusion of maker 21.In one embodiment, when feeding steam after the time of advent to brewing room 21, processor 41 instruction motors 41 stop operating; Instruction fluid reversal valve 24 cuts out drain pipe 22 conductings, escape pipe 23; And instruction air pump 50 running is with to the interior infeed gas of heating clamber 31.The running of air pump 50 can make in brewing room 21 to such an extent that air pressure raises rapidly, thus fast by milk froth from the interior extrusion of maker 21.After beverage pouring and boiling finishes, device 10 resets.
Although invention has been described with reference to preferred embodiment, without departing from the scope of the invention, can carry out various improvement and can replace parts wherein with equivalent it.Especially, only otherwise have structural hazard, every technical characterictic of mentioning in each embodiment all can combine in any way.The present invention is not limited to disclosed specific embodiment in literary composition, but comprises all technical schemes in the scope that falls into claim.

Claims (13)

1. a beverage brewing device, comprising:
Brewage assembly, it comprise maker and be connected with the lower area of described maker can switch drain pipe,
Boiler components, it comprises and with the heating clamber of having heaters with by described heating clamber, is communicated with the pipe group brew fluid to feed in described maker with described maker, and
Control Component, the operation that it brewages assembly and boiler components described in controlling.
2. device according to claim 1, is characterized in that, described in brewage assembly also comprise be connected with the upper area of described maker can switch escape pipe.
3. device according to claim 2, it is characterized in that, the described assembly of brewageing also comprises the fluid reversal valve with an outlet and a plurality of entrances, the port of export of described drain pipe is connected with an entrance of described fluid reversal valve, the port of export of described escape pipe is connected with another entrance of described fluid reversal valve, and described Control Component can be controlled according to beverage pouring and boiling process the path of described fluid reversal valve.
4. device according to claim 2, is characterized in that, in the inside of described maker, is provided with filter screen, on described filter screen, form and brew district, under described filter screen, form beverage liquid zone, described drain pipe is connected with described beverage liquid zone, described escape pipe with described in brew district and be connected.
5. device according to claim 4, it is characterized in that, in described beverage liquid zone, be provided with agitator, have the motor of the described agitator of driving in the outer setting of described maker, described Control Component can be controlled according to beverage pouring and boiling process the rotation of described motor.
6. according to the device described in any one in claim 1 to 5, it is characterized in that, described pipe group comprises the feed pipe being communicated with the lower area of heating clamber and the air supply pipe being communicated with the upper area of heating clamber, and described feed pipe and air supply pipe are communicated with described maker in the mode of energy switch.
7. device according to claim 6, it is characterized in that, described boiler components also comprises the feed flow reversal valve with an outlet and a plurality of entrances, the port of export of described feed pipe is communicated with an entrance of described feed flow reversal valve, the port of export of described air supply pipe is communicated with another entrance of described feed flow reversal valve, the outlet of described feed flow reversal valve is communicated with maker by house steward, and described Control Component can be controlled according to beverage pouring and boiling process the path of described feed flow reversal valve.
8. device according to claim 7, it is characterized in that, on described feed pipe, be also provided with the amount that brews liquid that flowmeter feeds to described maker with metering, described Control Component can be according to control the path of described feed flow reversal valve from the signal of described flowmeter.
9. according to the device described in any one in claim 1 to 8, it is characterized in that, described boiler components also comprises air pump, the gas outlet of described air pump be connected with the upper area of described heating clamber with air feed in described heating clamber and and then to air feed in described maker, described Control Component can be controlled according to beverage pouring and boiling process the running of described air pump.
10. use is according to a method for the beverage brewing device beverage brewing described in any one in claim 1 to 9, and described beverage brewing device comprises brewages assembly, boiler components and Control Component; The described assembly of brewageing comprises with the maker by motor-driven agitator, the drain pipe being communicated with maker, escape pipe and fluid reversal valve, the port of export of described drain pipe is connected with the corresponding entrance of described fluid reversal valve separately with the port of export of escape pipe, and the outlet of described fluid reversal valve is used for discharging beverage liquid; Described boiler components comprises the heating clamber with having heaters, the feed pipe being communicated with heating clamber, air supply pipe, feed flow reversal valve and air pump, the port of export of described feed pipe is connected with the corresponding entrance of described feed flow reversal valve separately with the port of export of air supply pipe, the outlet of described feed flow reversal valve is communicated with maker by house steward, the gas outlet of described air pump is communicated with described heating clamber, on described feed pipe, is provided with flowmeter; In original state, described fluid reversal valve cuts out drain pipe, escape pipe conducting, and described feed flow reversal valve cuts out feed pipe, air supply pipe conducting, described method comprises:
In maker, add drink manufacturing thing, to pouring in heating clamber, brew liquid, start described beverage brewing device, described in described Control Component instruction heater work so that the liquid that brews in heating clamber is heated to predetermined temperature,
Described Control Component is controlled the state of described air pump, feed flow reversal valve and motor to carry out passes during brewing;
After beverage pouring and boiling finishes, fluid reversal valve makes drain pipe conducting described in described Control Component instruction, and escape pipe is closed, thereby described in instruction, air pump running is discharged the beverage liquid in described maker to be filled with gas in described maker.
11. methods according to claim 10, it is characterized in that, described drink manufacturing thing is solid state powder, described passes during brewing is, described in described Control Component instruction, heater stops heating, described in instruction, feed flow reversal valve cuts out feed pipe conducting, air supply pipe, and air pump running is filled with in maker will brew liquid described in instruction, and motor rotation is to stir soaking beverage described in instruction; Described Control Component receives the signal from described flowmeter, and in described maker, is being filled with the brewing after liquid of scheduled volume, and described Control Component instruction air pump shuts down, and instruction feed flow reversal valve makes that feed pipe cuts out, air supply pipe conducting.
12. methods according to claim 10, it is characterized in that, described drink manufacturing thing is liquid, described passes during brewing is, described in described Control Component instruction, heater continues heating, described in instruction, feed flow reversal valve makes that feed pipe cuts out, air supply pipe conducting is filled with in maker will brew gas, and motor rotation is to stir soaking beverage described in instruction.
13. according to the method described in claim 11 or 12, it is characterized in that, described motor positive and negative alternate rotates, and described Control Component judges by counting the revolution of described motor whether described beverage has brewed.
CN201410353270.0A 2014-07-23 2014-07-23 Beverage brewing device and the method for beverage brewing Active CN104116412B (en)

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Cited By (3)

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CN104856571A (en) * 2015-06-12 2015-08-26 宁波美侬咖啡机有限公司 Powder drop mechanism
CN105286640A (en) * 2015-10-21 2016-02-03 广东新宝电器股份有限公司 Coffee brewing apparatus and beverage brewing method
CN109330370A (en) * 2018-08-31 2019-02-15 群韵饮料机械(上海)有限公司 A kind of drink maker and method for pouring

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CN102160755A (en) * 2011-02-19 2011-08-24 广东新宝电器股份有限公司 Brewing device and brewing method for coffee capsules
CN202981598U (en) * 2012-11-05 2013-06-12 沁园集团股份有限公司 Automatic instant brewing machine
CN203106794U (en) * 2012-12-15 2013-08-07 苏州工业园区咖乐美电器有限公司 Coffee machine with environment temperature detection function

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DE8625346U1 (en) * 1985-09-23 1987-02-26 Essegielle S.R.L., Turin/Torino, It
EP2229851A1 (en) * 2009-03-19 2010-09-22 Wmf Württembergische Metallwarenfabrik Ag Foaming device
CN201752351U (en) * 2010-03-29 2011-03-02 广东新宝电器股份有限公司 Water-storage type coffee machine
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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104856571A (en) * 2015-06-12 2015-08-26 宁波美侬咖啡机有限公司 Powder drop mechanism
CN105286640A (en) * 2015-10-21 2016-02-03 广东新宝电器股份有限公司 Coffee brewing apparatus and beverage brewing method
CN109330370A (en) * 2018-08-31 2019-02-15 群韵饮料机械(上海)有限公司 A kind of drink maker and method for pouring

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