CN102160753A - Intelligent soybean milk machine and soybean milk making method thereof - Google Patents

Intelligent soybean milk machine and soybean milk making method thereof Download PDF

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Publication number
CN102160753A
CN102160753A CN2011100673559A CN201110067355A CN102160753A CN 102160753 A CN102160753 A CN 102160753A CN 2011100673559 A CN2011100673559 A CN 2011100673559A CN 201110067355 A CN201110067355 A CN 201110067355A CN 102160753 A CN102160753 A CN 102160753A
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steam
water tank
water
slurrying
pipeline
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CN2011100673559A
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李小金
谢攀
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Midea Group
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Midea Group
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Priority to CN2011100673559A priority Critical patent/CN102160753A/en
Priority to CN201110208325.5A priority patent/CN102273510B/en
Publication of CN102160753A publication Critical patent/CN102160753A/en
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Abstract

The invention relates to a steam heating type intelligent soybean milk machine and a soybean milk making method thereof. This intelligence soybean milk machine includes the slurrying cup, smashes slurrying device and steam generator, and the steam outlet on this steam generator passes through the pipe connection with the steam inlet on this slurrying cup, wherein: the steam generating device comprises a water tank and a heating element for heating liquid in the water tank to generate steam, and the steam outlet is positioned between the bottom of the water tank and a preset liquid level; and the pipeline is also provided with a control valve for controlling the pipeline to open and close. The pulping method comprises the steps of adding water for the first time, crushing and pulping, adding water for the second time and heating by steam. The intelligent soybean milk machine has a simple structure, the same set of mechanism simultaneously realizes two functions of water adding and steam heating, and the invention realizes the reserved soybean milk making by the way of adding soybean material firstly and then adding water, thereby breaking through the limitation of the traditional reserved soybean milk making thinking. In addition, the invention can realize large-capacity pulping and improve the heating effect.

Description

Intelligent soy milk grinder and pulping process thereof
Technical field
The present invention relates to a kind of intelligent soy milk grinder and pulping process thereof of steam heating type.
Background technology
It is longer that traditional soybean milk machine prepares the required time of soya-bean milk, and the user need wait for that the long period just can drink soya-bean milk.Wait for time of soy bean milk making machine slurrying in order to save the user, the intelligent soy milk grinder of band reservation function occurred.This soy bean milk making machine can begin slurrying to schedule, and just soya-bean milk is carried out before needs drink bean milk the user, makes the user need not to spend the extra time to wait for the soymilk grinder soya-bean milk, has saved user's quality time.
Because the water that soaks soybean can not directly be used for making soya-bean milk, added that soybean can not be immersed in the water for a long time, so soy bean milk making machine separates water before need being implemented in slurrying with the beans material, and when slurrying begins again with both mixing.At present the intelligent soy milk grinder of band reservation function mostly is the water of disposable adding q.s in the slurrying cup earlier, and then utilizes the automatic blanking mechanism timing that is arranged on slurrying cup top that the beans material is poured into (then to begin to pulverize slurrying) in the slurrying cup and realize reservation function.
For realizing above-mentioned reservation function, need to increase extra material-storing box and driving mechanism for opening or closing thereof, promptly reservation function is to finish by the different system of two covers respectively with the Steam Heating function, structure is comparatively complicated.
Summary of the invention
The technical problem that the present invention solves provides comparatively simple intelligent soy milk grinder of a kind of structure and reservation pulping process thereof.
For solving the problems of the technologies described above, first technical scheme that the present invention adopts is:
A kind of intelligent soy milk grinder, comprise the slurrying cup, pulverize pulping device and steam raising plant, steam (vapor) outlet on this steam raising plant is connected by pipeline with steam inlet on this slurrying cup, wherein: the liquid that described steam raising plant comprises water tank and is used for heating this water tank is to produce the heater element of steam, and described steam (vapor) outlet is between the bottom and default liquid level of this water tank; Also be provided with on the described pipeline and be used to control the control valve that described pipeline opens and closes.
For solving the problems of the technologies described above, second technical scheme that the present invention adopts is:
A kind of intelligent soy milk grinder comprises the slurrying cup, pulverizes pulping device and steam raising plant, and this steam raising plant is connected by pipeline with this slurrying cup, wherein:
Described steam raising plant comprises water tank and is used for heating the heater element of the liquid of this water tank with generation steam; Described water tank is provided with steam (vapor) outlet, and described slurrying cup is provided with the steam inlet;
Also be provided with on the described pipeline and be used to control the control valve that described pipeline opens and closes, and the peak of described pipeline is higher than the default liquid level in the described water tank, it comprises first extension, coupling part and second extension, this coupling part connects described steam (vapor) outlet and described steam inlet, this first extension extends into the bottom of described water tank from described steam (vapor) outlet, and second extension extends into the bottom of described slurrying cup from described steam inlet.
For solving the problems of the technologies described above, the 3rd technical scheme that the present invention adopts is:A kind of pulping process, this method may further comprise the steps:
(1) add water first: to the scheduled time, heater element begins heating water tank, the control valve opening conduits, and water tank is carried a spot of water to the slurrying cup.Here " a spot of water " is relative notion just, is for the relatively large water (concentration of slurry is suitable directly to be drunk) with respect to slurrying institute actual needs.Do the benefit of two aspects like this: pulverizing slurrying with less water can improve crushing effect on the one hand; Can improve a crushing quantity of beans material on the other hand, thereby improve the capacity of soy bean milk making machine.The water-carriage mode of this step can have multiple, for example can utilize law of connected vessels, water flows into the slurrying cup automatically under the gravity effect, can also water be pumped into the slurrying cup by the steam pressure after the water tank heating, or utilize law of connected vessels and steam pressure water delivery simultaneously, even can also the water in the water tank be imported the slurrying cup by the active water delivery device of other routines;
(2) pulverize pulping device and pulverize slurrying;
(3) secondary adds water: the control valve opening conduits, the water that is arranged in the steam (vapor) outlet top in the water tank is pumped into the slurrying cup under steam pressure.After secondary added water, the concentration of slurry in the slurrying cup reduced, and suited more directly to drink.And secondary adds that water adds is hot water, can shorten follow-up steam heating time, improves soy bean milk making machine efficient;
(4) Steam Heating: the control valve opening conduits, the high-temperature steam that produces in the water tank flows to the slurrying cup.
(holding state) beans material separates with water before beginning slurrying, and when the control valve opening conduits flowed to the slurrying cup with the water in the water tank, beans material and water just began to mix.All need not user's participation in whole standby and pulping process (comprise and add water, pulverizing slurrying and heating), therefore can realize preengaging Automatic pulp making.
Compared with prior art, the invention has the beneficial effects as follows:
(1) simple in structure
Steam (vapor) outlet in the water tank is arranged between the bottom and default liquid level of water tank, make the water that is positioned at the steam (vapor) outlet top in the water tank be used for for the slurrying of slurrying cup, the water that is arranged in the steam (vapor) outlet below then is used to produce the slurries that steam heats the slurrying cup, and promptly same set of mechanism has realized adding water and two functions of Steam Heating simultaneously.
(2) can realize reservation function (full-automatic slurrying)
Because the capacity of general steam boiler is less, steam boiler itself can't provide enough water to come slurrying, so also needs the user to add water to the slurrying cup during slurrying, can't realize reservation function.And the present invention adopts bigger (capacity can be adjusted) the water tank type steam raising plant of capacity, itself just can provide enough water to soy bean milk making machine slurrying, therefore pulping process need not the user and adds water again, makes the present invention can realize full automatic reservation slurrying function.In addition, the present invention adds the beans material earlier, the timing automatic water that adds in back, and the soy bean milk making machine that has broken through existing band reservation function adds the restriction of traditional thinking of water and then automatic timing bait falling earlier.
(3) improve the slurrying capacity
The slurrying capacity of existing soy bean milk making machine is less, usually below 1.5L.The present invention then can break through the capacity limit of existing soy bean milk making machine, is made into big capacity soy bean milk making machine, and for example 3-5 rises the soy bean milk making machine of capacity.
(4) improve the heating soybean milk effect
There is the problem of heating poor effect in existing steam heating type bean milk machine, and for example the temperature of the water of slurrying is lower, slurries so just may take place boil not yet done situation.The present invention then can overcome this problem, no matter is that cold water or hot water can be used for slurrying.
Description of drawings
Fig. 1 is the principle schematic of the embodiment of the invention one;
Fig. 2 is the principle schematic of the embodiment of the invention two;
Fig. 3 is one of principle schematic of the embodiment of the invention three;
Fig. 4 be the embodiment of the invention three principle schematic two;
Fig. 5 is the principle schematic of the embodiment of the invention four.
The specific embodiment
The present invention is described further below in conjunction with drawings and Examples.
Embodiment one
As shown in Figure 1, the intelligent soy milk grinder of present embodiment comprises slurrying cup 10, pulverizes pulping device 90 and steam raising plant 30.The liquid that steam raising plant 30 comprises water tank 31 and is used for heating this water tank 31 is to produce the heater element 32 of steam, and steam (vapor) outlet 33 is between the bottom and default liquid level 50 of this water tank 31.To be the user add the water water level according to what actual slurrying amount was determined to the default liquid level here, also can be understood as the height of water level in the water tank before soy bean milk making machine begins slurrying as long as this water level in safe range, is therefore preset liquid level.Steam (vapor) outlet 33 on this steam raising plant 30 is connected by pipeline 20 with steam inlet 11 on this slurrying cup 10, and also is provided with on the pipeline 20 and is used to control the control valve 40 that pipeline 20 opens and closes.
The intelligent soy milk grinder of present embodiment can realize preengaging slurrying by the following method, and this method may further comprise the steps:
(1) add water first: to the scheduled time, heater element 32 beginning heating water tank 31, control valve 40 opening conduits 20, water tank 31 is carried a spot of water to slurrying cup 10.
Here " a spot of water " is relative notion just, is for the relatively large water (concentration of slurry is suitable directly to be drunk) with respect to slurrying institute actual needs.Do the benefit of two aspects like this: pulverizing slurrying with less water can improve crushing effect on the one hand; Can improve a crushing quantity of beans material on the other hand, thereby improve the capacity of soy bean milk making machine.The water-carriage mode of this step can have multiple, for example can utilize law of connected vessels, water flows into slurrying cup 10 automatically under the gravity effect, can also water be pumped into slurrying cup 10 by the steam pressure after water tank 31 heating, or utilize law of connected vessels and steam pressure water delivery simultaneously, even can also the water in the water tank 31 be imported slurrying cup 10 by the active water delivery device of other routines.
(2) pulverize pulping device 90 and pulverize slurrying.
(3) secondary adds water: control valve 40 opening conduits 20, the water that is arranged in steam (vapor) outlet 33 tops in the water tank 31 is pumped into slurrying cup 10 under steam pressure.After secondary added water, the concentration of slurry in the slurrying cup 10 reduced, and suited more directly to drink.And secondary adds that water adds is hot water, can shorten follow-up steam heating time, improves soy bean milk making machine efficient.
(4) Steam Heating: control valve 40 opening conduits 20, the high-temperature steam that produces in the water tank 31 flows to slurrying cup 10.
In above-mentioned steps, heater element 32 can be to continue heating water tank 31 also can come heating water tank 31 according to the needs of each step.The intelligent soy milk grinder of present embodiment (holding state) beans material before beginning slurrying separates with water, and when control valve 40 opening conduits 20, when the water in the water tank 31 flowed to slurrying cup 10, beans material and water just began to mix.All need not user's participation in whole standby and pulping process (comprise and add water, pulverizing slurrying and heating), therefore can realize preengaging Automatic pulp making.
In the present embodiment, steam raising plant 30 can be realized two functions simultaneously: required whole water of slurrying and the required steam of heating slurries are provided.Most of water is used for slurrying (water tank 31 capacity according to slurrying amount determine) in the water tank 31, and small part water is used to produce high-temperature steam, specifically is that the water of steam (vapor) outlet 33 tops in the water tank 31 is used for slurrying, and the water of steam (vapor) outlet 33 belows then is used for producing steam.And the water in the water tank 31 can be input to slurrying cup 10 in several ways, for example can utilize steam pressure that water is pumped into slurrying cup 10, also can utilize law of connected vessels that water is imported slurrying cup 10, or is that this dual mode uses together.But no matter be the sort of mode,, just can control carrying capacity, thereby realize that few water slurrying and secondary add water by controlling the time that control valve 40 opens or closes pipeline 20.
Embodiment two
As shown in Figure 2, the difference of present embodiment and embodiment one is: the peak of pipeline 21 is lower than the default liquid level 50 of water tank 31.Therefore the water between liquid level and pipeline 21 peaks can only rely on gravity to flow into slurrying cup 10 automatically in the water tank 31, therefore the water in the water tank 31 need not to be heated to too high-temperature even need not heating and just can enter slurrying cup 10 automatically, reduces whole pulping process institute time-consuming.
In the present embodiment, the peak of pipeline 21 is arranged on steam (vapor) outlet 33 places (referring to Fig. 2), and whole liquid of steam (vapor) outlet 33 tops can only rely on gravity current system slurry cup 10 in the water tank 31, thereby save the energy.Certainly the peak of pipeline 21 also can be arranged on the position that is higher than steam (vapor) outlet 33, just in this case in the water tank 31 between steam (vapor) outlet 33 and steam inlet 11 water of (between the height and position) need the steam pressure effect just can enter slurrying cup 10.That is to say that a part of water can only rely on gravity to flow into slurrying cup 10(water tank 31 and can heat), some water then needs to pump into slurrying cup 10(water tank 31 by steam pressure and will heat).
The intelligent soy milk grinder of present embodiment realizes preengaging slurrying by the following method, and this is below method step:
(1) add water first: to the scheduled time, control valve 40 opening conduits 21, water tank 31 is carried a spot of water to slurrying cup 10.Because the peak of pipeline 21 is lower than the default liquid level 50 of water tank 31, even therefore need not after control valve 40 is opened by the steam pressure in the water tank 31, based on law of connected vessels, the water in the water tank 31 also can flow in the slurrying cup 10 automatically.In this step also can be first heating water tank 31 back control valves 40 opening conduits 21, make that water tank 31 is a hot water to 10 inputs of slurrying cup.In the present embodiment, water tank 31 is heated to just opening conduits 21 of 60 ° of control valves 40, and the time of control valve 40 opening conduits 21 can be determined according to required carrying capacity.
(2) pulverize pulping device 90 and pulverize slurrying.
(3) secondary adds water: heater element 32 heating water tank 31, control valve 40 opening conduits 21, water in the water tank 31 between predetermined level and pipeline 21 peaks flows into slurrying cup 10 under the double action of steam pressure and gravity, the water in the water tank 31 between pipeline 21 peaks and steam (vapor) outlet 33 then pumps into slurrying cup 10 under the steam pressure effect.
(4) Steam Heating: heater element 32 continues heating water tank 31, control valve 40 opening conduits 21, and the high-temperature steam that produces in the water tank 31 flows to slurrying cup 10.
Embodiment three
As shown in Figure 3, the difference of present embodiment and embodiment one is: the peak of present embodiment pipeline 22 is higher than the default liquid level 50 of water tank 31.Therefore the water in the water tank 31 can not lean on gravity to flow into slurrying cup 10 automatically, needs heating water tank 31 to utilize steam pressure water could be pumped into slurrying cup 10.The benefit of doing like this is that the water that enters into slurrying cup 10 all has been heated to uniform temperature, helps comminuting matter.
In the present embodiment, steam inlet 11 is arranged on the side wall surface of slurrying cup 10, and the position of the position of pipeline 22 peaks and steam inlet 11 on same horizontal plane (referring to Fig. 3).This pipeline 22 comprises coupling part 221 and extension 222, and this coupling part 221 connects steam (vapor) outlet 33 and steam inlets 11, this extension 222,11 bottoms that extend into slurrying cup 10 from the steam inlet.In addition, the position of pipeline 22 peaks also is arranged on the position (referring to Fig. 4) that is higher than steam inlet 11.In this case, 22 needs coupling parts of pipeline are just passable.
The intelligent soy milk grinder of present embodiment realizes preengaging slurrying by the following method, and this method step is as follows:
(1) to the scheduled time, heater element 32 beginning heating water tank 31, control valve 40 opening conduits 22, water tank 31 is imported a spot of water in the effect of steam pressure to slurrying cup 10.Because pipeline 22 peaks are higher than the default liquid level 50 of water tank 31, therefore can only lean on the steam pressure in the water tank 31 that water is pumped into slurrying cup 10.In this step, the water heating in the water tank 31 will be arrived (than embodiment two height) about 100 °, and control valve 40 is opening conduits 22.
(2) pulverize pulping device 90 and pulverize slurrying.
(3) control valve 40 opening conduits 22, water tank 31 pumps into slurrying cup 10 at the water that under the steam pressure effect it is positioned at above the steam (vapor) outlet 33;
(4) Steam Heating: control valve 40 opening conduits 22, the high-temperature steam that produces in the water tank 31 flows to slurrying cup 10.
Embodiment four
As shown in Figure 5, the intelligent soy milk grinder of present embodiment comprises: slurrying cup 10 ', pulverizing pulping device 90 ' and steam raising plant 30 ', this steam raising plant comprise water tank 31 ' and are used for heating the heater element 32 ' of the liquid of this water tank 31 ' with generation steam.Water tank 31 ' is provided with steam (vapor) outlet 31 ', and slurrying cup 10 ' is provided with steam inlet 32 '.
This steam raising plant is connected by pipeline 20 ' with this slurrying cup 10 '.This pipeline 20 ' comprises first extension 21 ', coupling part 22 ' and second extension 23 ', this coupling part 22 ' connects steam (vapor) outlet 31 ' and steam inlet 32 ', this first extension 21 ' extends into the bottom of water tank 31 ' from steam (vapor) outlet 31 ', and second extension 23 ' is the 32 ' bottom that extends into slurrying cup 10 ' from the steam inlet.In addition, also be provided with the control valve that is used to control pipeline 20 ' switching on the pipeline 20 ', and the peak of pipeline 20 ' is higher than the default liquid level 50 ' in the water tank 31 '.
The pulping process of the pulping process of present embodiment intelligent soy milk grinder and embodiment three is similar, and promptly the water in the water tank 31 ' all needs to utilize steam pressure can import slurrying cup 10 '.
In the above-described embodiments, pulverize pulping device and both can adopt the design of head formula, also can adopt provided with motor at lower formula (base type) design.The pulverizing pulping device of provided with motor at lower formula generally comprises the base that is built-in with motor and is arranged on and also passes through this motor-driven crushing knife tool in the slurrying cup, and slurrying cup and steam raising plant are separately positioned on this base.The design of provided with motor at lower formula can be so that the complete machine structure of soy bean milk making machine be more compact.

Claims (13)

1. intelligent soy milk grinder comprises the slurrying cup, pulverizes pulping device and steam raising plant, and the steam (vapor) outlet on this steam raising plant is connected by pipeline with steam inlet on this slurrying cup, it is characterized in that:
The liquid that described steam raising plant comprises water tank and is used for heating this water tank is to produce the heater element of steam, and described steam (vapor) outlet is between the bottom and default liquid level of this water tank; Also be provided with on the described pipeline and be used to control the control valve that described pipeline opens and closes.
2. intelligent soy milk grinder according to claim 1 is characterized in that: the peak of described pipeline is lower than the default liquid level of described water tank.
3. intelligent soy milk grinder according to claim 2 is characterized in that: the peak of described pipeline is positioned at described steam outlet.
4. intelligent soy milk grinder according to claim 2 is characterized in that: the position of the peak of described pipeline is higher than the position of described steam (vapor) outlet.
5. intelligent soy milk grinder according to claim 1 is characterized in that: the peak of described pipeline is higher than the default liquid level of described water tank.
6. intelligent soy milk grinder according to claim 5 is characterized in that: described steam inlet is arranged on the side wall surface of described slurrying cup, and the position of the position of described pipeline peak and described steam inlet is on same horizontal plane.
7. intelligent soy milk grinder according to claim 6, it is characterized in that: described pipeline comprises coupling part and extension, this coupling part connects described steam (vapor) outlet and described steam inlet, and this extension extends into the bottom of described slurrying cup from described steam inlet.
8. intelligent soy milk grinder according to claim 5 is characterized in that: described steam inlet is arranged on the side wall surface of described slurrying cup bottom, and the position of the peak of described pipeline is higher than the position of described steam inlet.
9. according to the arbitrary described intelligent soy milk grinder of claim 1 to 8, it is characterized in that: described pulverizing pulping device comprises that the base that is built-in with motor also passes through this motor-driven crushing knife tool with being arranged in the described slurrying cup, and described slurrying cup and described steam raising plant are separately positioned on this base.
10. an intelligent soy milk grinder comprises the slurrying cup, pulverizes pulping device and steam raising plant, and this steam raising plant is connected by pipeline with this slurrying cup, it is characterized in that:
Described steam raising plant comprises water tank and is used for heating the heater element of the liquid of this water tank with generation steam; Described water tank is provided with steam (vapor) outlet, and described slurrying cup is provided with the steam inlet;
Also be provided with on the described pipeline and be used to control the control valve that described pipeline opens and closes, and the peak of described pipeline is higher than the default liquid level in the described water tank, it comprises first extension, coupling part and second extension, this coupling part connects described steam (vapor) outlet and described steam inlet, this first extension extends into the bottom of described water tank from described steam (vapor) outlet, and second extension extends into the bottom of described slurrying cup from described steam inlet.
11. a reservation pulping process, this method utilizes intelligent soy milk grinder as claimed in claim 1 to realize, may further comprise the steps:
(1) add water first: to the scheduled time, heater element begins heating water tank, the control valve opening conduits, and water tank is carried a spot of water to the slurrying cup;
(2) pulverize pulping device and pulverize slurrying;
(3) secondary adds water: the control valve opening conduits, and the water that is arranged in the steam (vapor) outlet top in the water tank is pumped into the slurrying cup under steam pressure;
(4) Steam Heating: the control valve opening conduits, the high-temperature steam that produces in the water tank flows to the slurrying cup.
12. a reservation pulping process, this method utilization realizes as the arbitrary described intelligent soy milk grinder of claim 2 to 4, may further comprise the steps:
(1) add water first: to the scheduled time, the control valve opening conduits, water tank is carried a spot of water to the slurrying cup;
(2) pulverize pulping device and pulverize slurrying;
(3) secondary adds water: the control valve opening conduits, water in the water tank between predetermined level and pipeline peak flows into the slurrying cup under the double action of steam pressure and gravity, then pump into the slurrying cup at the water between pipeline peak and the steam (vapor) outlet under the steam pressure effect in the water tank;
(4) Steam Heating: the control valve opening conduits, the high-temperature steam that produces in the water tank flows to the slurrying cup.
13. a reservation pulping process, this method utilization realizes as the arbitrary described intelligent soy milk grinder of claim 5 to 8, may further comprise the steps:
(1) to the scheduled time, heater element begins heating water tank, the control valve opening conduits, and water tank is imported a spot of water in the effect of steam pressure to the slurrying cup;
(2) pulverize pulping device and pulverize slurrying;
(3) control valve opening conduits, water tank pumps into the slurrying cup at the water that under the steam pressure effect it is positioned at above the steam (vapor) outlet;
(4) control valve opening conduits, the high-temperature steam that produces in the water tank flows to the slurrying cup.
CN2011100673559A 2011-03-21 2011-03-21 Intelligent soybean milk machine and soybean milk making method thereof Pending CN102160753A (en)

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CN201110208325.5A CN102273510B (en) 2011-03-21 2011-07-25 Intelligent soymilk maker and pulping method thereof

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CN112167978A (en) * 2020-09-28 2021-01-05 小熊电器股份有限公司 Soybean milk machine and soybean milk making method thereof
CN112998543A (en) * 2021-03-02 2021-06-22 杭州九阳豆业有限公司 Commercial soybean milk machine pulping method

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CN102835457A (en) * 2012-08-23 2012-12-26 美的集团有限公司 Soybean milk machine and method for making soybean milk
CN106983357B (en) * 2017-06-01 2022-07-22 杭州向田科技有限公司 Wooden barrel rice and rice cooker with heating type pressure adjusting function
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CN101606823B (en) * 2009-07-18 2012-02-22 广东新宝电器股份有限公司 Soymilk machine capable of reserving
CN101828869A (en) * 2010-04-09 2010-09-15 美的集团有限公司 Steam heating soybean milk machine
CN101822493B (en) * 2010-04-19 2012-10-03 广东新宝电器股份有限公司 Full-automatic multi-functional soybean milk machine capable of reserving
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CN110916475A (en) * 2019-10-30 2020-03-27 九阳股份有限公司 Control method of food processing machine
CN112167978A (en) * 2020-09-28 2021-01-05 小熊电器股份有限公司 Soybean milk machine and soybean milk making method thereof
CN112998543A (en) * 2021-03-02 2021-06-22 杭州九阳豆业有限公司 Commercial soybean milk machine pulping method

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