CN102742662B - Micro-pressure self-aging soybean milk machine and micro-pressure soybean milk producing technology thereof - Google Patents
Micro-pressure self-aging soybean milk machine and micro-pressure soybean milk producing technology thereof Download PDFInfo
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- CN102742662B CN102742662B CN201110102249.XA CN201110102249A CN102742662B CN 102742662 B CN102742662 B CN 102742662B CN 201110102249 A CN201110102249 A CN 201110102249A CN 102742662 B CN102742662 B CN 102742662B
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Abstract
The invention relates to a micro-pressure self-aging soybean milk machine comprising a control unit, a grinding tool, a motor for driving the grinding tool to rotate, and a grinding ager, wherein the motor is electrically connected with the control unit, the grinding tool is positioned in the grinding ager, materials and water are mixed in the grinding ager and ground into serosity/paste by the grinding tool, meanwhile heat is generated through friction between the serosity/paste and the serosity/paste, the serosity/paste and the grinding tool, as well as the serosity/paste and the grinding ager to heat the serosity/paste, the micro-pressure self-aging soybean milk machine also comprises an airtight grinding ager and a control valve which enables the serosity/paste to be aged in the grinding ager within the micro-pressure range higher than the atmospheric pressure by 5-30 kpa. In the invention, the serosity is fully emulsified at high temperature by a way of raising temperature by the heat generated through the friction in the airtight grinding ager, so as to improve the mouthfeel and conform to the safe drinking standards. The invention also relates to a micro-pressure soybean milk producing technology.
Description
Technical field
The present invention relates to a kind of food processing machinery, relate in particular to a kind of soy bean milk making machine.
Background technology
The applicant had had previously researched and developed a kind of from boiling bean milk maker, should comprise support from boiling bean milk maker, control module, crushing knife tool, drive the motor of crushing knife tool rotation, pulverize ager and heater, motor or pulverizing ager are arranged on support, motor is electrically connected with control module, crushing knife tool is positioned at pulverizes ager, material and water are in pulverizing and mixing in ager and be ground into slurries/paste by crushing knife tool, slurries/paste, crushing knife tool, pulverize mutual frictional heat between ager, make slurries/paste intensification slaking, heater is heating water and/or material before pulverizing slaking.Described stir by crushing knife tool from boiling bean milk maker material and water pulverize pulverize slurrying in ager in by soya-bean milk slaking, so comminuting matter and slaking material carry out simultaneously, save the infusion time of slurries, further shorten mixing time, save corresponding infusion structure, simplify the structure of soy bean milk making machine, saved cost.
In order to make the abundant slaking of soya-bean milk, the applicant has done further research to the above-mentioned curing process from boiling bean milk maker.
Summary of the invention
In view of this, be necessary to provide a kind of micro-pressure self-aging soybean milk machine that can prepare the more aromatic soya-bean milk of mouthfeel.
Also be necessary to provide a kind of minute-pressure pulping process of above-mentioned micro-pressure self-aging soybean milk machine.
The present invention is achieved through the following technical solutions:
A kind of micro-pressure self-aging soybean milk machine, comprise control module, crushing knife tool, drive the motor of crushing knife tool rotation and pulverize ager, motor is electrically connected with control module, crushing knife tool is positioned at pulverizes ager, material and water are in pulverizing and mixing in ager and be ground into slurries/paste by crushing knife tool, slurries/stick with paste self, between slurries/paste and crushing knife tool, frictional heat heating slurries/paste between slurries/paste and pulverizing ager, described micro-pressure self-aging soybean milk machine also comprises that airtight pulverizing ager is to make slurries/paste at the control valve of pulverizing in ager higher than the minute-pressure scope slaking of 5 ~ 30 kPas, atmospheric pressure.
Described micro-pressure self-aging soybean milk machine also comprises heater, and heater is heating water and/or material before pulverizing slaking or while pulverizing slaking.
Described pulverizing ager offers the passage being communicated with ambient atmosphere, pulverizes ager to being provided with fairlead by passage, and this fairlead is communicated with passage, and control valve is arranged on fairlead.
Described micro-pressure self-aging soybean milk machine also comprises the pressure-detecting device being electrically connected with control module, and this control valve is the magnetic valve being electrically connected with control module, pulverizes on ager the safety valve being communicated with the inner chamber of pulverizing ager is installed.
On described pulverizing ager, pulp valve is also installed.
Described pulverizing ager comprises the cylinder body and the cylinder cap that are provided with opening, and described micro-pressure self-aging soybean milk machine also comprises the pressure protective device that anti-cylinder cap gets loose from cylinder body.
A kind of minute-pressure pulping process of micro-pressure self-aging soybean milk machine as claimed in claim 1, comprise material is pulverized to the also pulverizing maturation stage of slaking, described pulverizing maturation stage includes following subprocess, be material with water in pulverizing and mixing in ager and be ground into slurries/paste by crushing knife tool, mutual frictional heat between slurries/paste, crushing knife tool, pulverizing ager, makes the minute-pressure scope slaking higher than 5 ~ 30 kPas, atmospheric pressure in pulverizing ager of slurries/paste.
Described minute-pressure pulping process also comprises the heating period that water and/or material are heated.
The described heating period by water and/or heating material to 80 ℃ to 100 ℃.
The mixed volume of described material and water is 1:1 to 1:2 with the ratio of the volume of pulverizing ager.
Described control valve is pulverizing before slaking in opening.
Described control valve is to seal this pulverizing ager when more than 80 ℃ in the temperature of slurries/paste.
Described minute-pressure pulping process also comprises that by slurries, by pulverizing the plasma discharge process of discharging in ager, in plasma discharge process, control valve is opened this pulverizing ager after maturation stage pulverizing.
Described micro-pressure self-aging soybean milk machine comprises that being contained with connecing of drinkable liquid starches cup, minute-pressure pulping process also comprises diluting to be blent the stage, this plasma discharge step occurs in dilution and blends in the stage, blend in the stage in this dilution, pulverize in maturation stage slurries/pastes of slaking and be discharged to connect in slurry glass and blend with drinkable liquid mixed diluting.
Described control valve is less than or equal to and in 1 atmospheric situation, opens this pulverizing ager pulverizing air pressure in ager.
Described minute-pressure pulping process also comprises wash phase, in wash phase, is filled to and pulverizes in ager, and crushing knife tool agitate water is washed away and pulverized ager inwall and crushing knife tool.
In the present invention, described pulverizing ager is different from the open large volume cup of existing soy bean milk making machine, especially refers to the little space pulverizing ager of volume at 55～800ml.Every material and water circulate in the space of same pulverizing ager, with respect to the effective working space of described pulverizing ager, crushing knife tool is larger, in crushing process, in the deep enough material of described crushing knife tool energy, described pulverizing ager has to be forced material and water constraint to pulverize therein and around being centered around crushing knife tool, form mud/paste class underflow, and pulverizing and circulating path are short, mud simultaneously/stick with paste self, mud/paste and crushing knife tool, and mud/paste adds warm sludge/paste with pulverizing ager frictional heat, be the category that includes of pulverizing ager of the present invention.It is to be noted; the volume is here interpreted as the volume of the effective working space of pulverizing ager, and such as for " calabash shaped " ducted body, its latter half is its effective working space; as long as the volume of its latter half is within the scope of this, in protection scope of the present invention.
The said minute-pressure of the present invention refers to slightly higher than atmospheric pressure, refers in particular to higher than the pressure within the scope of atmospheric pressure 10-30 kPa.
The beneficial effect that the present invention brings is:
The crushing material probability that the little space characteristic of this pulverizing ager makes to pulverize in ager is greatly improved, in addition in improving crush efficiency, the ratio that also can make this pulverizing ager be applicable to higher weight of material and water (for example can reach the ratio of 2:1, existing cup body of soymilkgrinder cannot be realized), therefore can make the magma product that denseness is higher, for example, be the magma product of mud shape or pasty state.Simultaneously, the material of this pulverizing ager and water pulverize accounting in ager large (with in commercially available cup body of soymilkgrinder, add material and water comparison, for example its accounting can reach more than 1/2), make in crushing process, more for pulverizing, collide the energy of acting, the temperature rise that soya-bean milk or beans mud or beans are stuck with paste is very fast, be more conducive to the self heating of soya-bean milk, heat is difficult for scattering and disappearing simultaneously, along with the carrying out of pulverizing constantly heated up, has reached the temperature of self heating therein.
Pulverizing ager of the present utility model is different from commercially available cup body of soymilkgrinder: the relative crushing knife tool volume of commercially available cup body of soymilkgrinder is conventionally larger, like this can not be well material be forced be limited near of crushing knife tool, and need improve crushing effect as guard, air deflector or deflection plate by other structure example; The contiguous crushing knife tool setting of pulverizing ager of the present utility model, object is exactly near for material being forced to be limited to crushing knife tool, so could form fierce turbulent crushing effect, improves the efficiency of crush efficiency and friction slaking.Commercially available cup body of soymilkgrinder, because volume is larger, so can only be made the good low concentration soya-bean milk of mobility.The utility model is first produced the high dense soy milk that concentration is higher conventionally in pulverizing ager, and then blends into the soya-bean milk of final desired concn by adding water.
The present invention's mode that frictional heat heats up in airtight pulverizing ager, take full advantage of the feature that frictional heat thermic load is less, relatively easily control the pressure of pulverizing ager in the minute-pressure of 5 ~ 30 kPas, so slurries are by high temperature emulsification fully, improve mouthfeel, meet safe standard for drinking.This kind of mode can not cause the dangerous situation of " pressure jumps ", uses safer reliable.Hermetic pulverizing ager thoroughly solved in pulping process overflow, the problem such as splash, and the part noise that collision produces while having stopped to pulverize, realizes noise reduction, reduces scattering and disappearing of slurries heat, promotes the utilization ratio of frictional heat; In addition, adopt pressure type pulping way, even if can make micro-pressure self-aging soybean milk machine also can boil soya-bean milk in high altitude localities.Further, owing to having adopted air-tight manner slurrying, the liquid level of so pulverizing in ager can be higher as much as possible, is so beneficial to the inwall that cleans and crush ager; And crushing knife tool is almost dived in liquid level below, further reduces slurrying noise.
The present invention is arranged on control valve on fairlead, makes on the one hand the safer convenience of installation of control valve, also avoids on the other hand pulverizing the structure too complex of ager, increases cost and the technology difficulty of processing.
The present invention adopts control valve and safety valve twice pressure protective device, safe and reliable.
The present invention can go out slurries and waste water by slurry-supplying valve door row, and in the time blending process, can utilize fully the minute-pressure of pulverizing in ager for example to come faster effectively slurries to be expelled to, in container (connecing slurry cup), if held in advance water at container, when can discharging by slurries, realize slurries the blending of container, shortened the time of overall slurrying.
Heating period, the origin temp that makes to pulverize maturation stage was higher, can greatly shorten the crushing material curing time by water and/or heating material to 80 ℃ to 100 ℃.
The mixed volume of described material and water in the scope of 1:1 to 1:2, so also can improve the temperature arrising caused by friction efficiency between slurries/paste, crushing knife tool, pulverizing ager with the ratio of the volume of pulverizing ager.In the time that described material and the mixed volume of water are greater than 1:1 with the ratio of volume of pulverizing ager, material and water will overflow pulverizing ager; In the time that described material and the mixed volume of water are less than 1:2 with the ratio of volume of pulverizing ager, the frictional force that on the one hand easily makes to pulverize between slurries/paste in maturing process, crushing knife tool, pulverizing ager weakens, also can make in addition sealing pulverize ager time, pulverize gas remaining in ager more, so after sealing along with pulverizing the propelling of maturing process, pressure rises amount in pulverizing ager is larger, the easily excessive danger of build-up of pressure.
Described control valve is just to seal this passage when more than 80 ℃ in the temperature of slurries/paste, can make on the one hand to be originally discharged in ambient atmosphere pulverizing gas in the ager expanded by heating part that takes the lead in, also make on the other hand the survival gas temperature variation of pulverizing in ager behind control valve sealing ventilation hole reduce, the appearance of the situation of avoiding as far as possible pulverizing in ager that Keep Clear-High Voltage.
Described control valve is opened this passage before pulverizing slaking, while so making to pulverize slaking, can completely cut off completely in the pulverizing ager of sealing pulverizing noise, greatly reduces the slurrying noise of micro-pressure self-aging soybean milk machine.
Described minute-pressure pulping process is blent and has not only been realized tolerance slurrying by dilution, can also realize the soymilk concentration finally making adjustable, and, automatically please pulverize ager inwall and crushing knife tool etc. by wash phase.Blend in stage and wash phase in described dilution, control valve is opened this passage, is to occur " negative pressure " phenomenon affecting plasma discharge or sewer effect in order to prevent from pulverizing in ager.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the present invention is described in further detail.
Figure l is the structural representation of micro-pressure self-aging soybean milk machine the first preferred embodiments of the present invention;
Fig. 2 is the structural representation of micro-pressure self-aging soybean milk machine the second preferred embodiments of the present invention;
Fig. 3 is the structural representation of micro-pressure self-aging soybean milk machine of the present invention the 3rd preferred embodiments;
Fig. 4 is the IV regional enlarged drawing of the micro-pressure self-aging soybean milk machine shown in Fig. 3;
Fig. 5 is the structural representation of micro-pressure self-aging soybean milk machine of the present invention the 4th preferred embodiments.
The specific embodiment
Below in conjunction with embodiment, the present invention is described in further detail:
Embodiment one:
Refer to the first preferred embodiments of the micro-pressure self-aging soybean milk machine of the present invention shown in Fig. 1, motor 14, pulverizing ager 15 and heater 16 that this micro-pressure self-aging soybean milk machine 10 comprises support 11, control module 12, crushing knife tool 13, drives crushing knife tool 13 to rotate.Support 11 is provided with motor 14 and pulverizes ager 15.Motor 14 is electrically connected with control module 12.Crushing knife tool 13 is positioned at pulverizes ager 15, material and water are in pulverizing that ager 15 is interior and mixing and be ground into slurries/paste by crushing knife tool 13, mutual frictional heat between slurries/paste, crushing knife tool 13, pulverizing ager 15, makes slurries/paste intensification slaking.Heater 16 is heating water and/or material before pulverizing slaking or while pulverizing slaking.
Described pulverizing ager 15 offers the passage 151 being communicated with ambient atmosphere, and to being provided with fairlead 152 by passage 151.Micro-pressure self-aging soybean milk machine 10 also comprises the control valve 153 that opens and closes this passage 151.This fairlead 152 is communicated with passage 151, and control valve 153 is arranged on fairlead 152.In the present embodiment, the magnetic valve of this control valve 153 for being electrically connected with control module 12, it can open and close passage 151 according to the instruction of control module 12.The safety valve 154 being communicated with the inner chamber of pulverizing ager 15 is also installed on described pulverizing ager 15, so in the time that the chamber pressure of pulverizing ager 15 reaches certain force value, safety valve 154 can be washed open and realize the effect that is communicated with pressure release with ambient atmosphere by pressure, guarantees safety.Be appreciated that pulverizing ager 15 can, for double layer design, so can play heat insulation effect.
Described micro-pressure self-aging soybean milk machine 10 also comprises the pressure-detecting device 17 being electrically connected with control module 12.This pressure-detecting device 17 can be temperature sensor or barometer.In concrete use procedure, this pressure-detecting device 17 can be immersed in slurries, also can be suspended on the top of slurries.
In order to realize plasma discharge and sewer, pulverize on ager 15 grout outlet 155 and blow-off pipe 156 are also installed.In the present embodiment, this grout outlet 155 and blow-off pipe 156 are realized and being opened and sealed closure by rotary valve 157.Below grout outlet 155, putting and connecing slurry cup 158.Below blow-off pipe 156, putting waste water box 159.
Described heater 16 comprises water tank 161, water pipe 162 and heating unit 163.Water pipe 162 one end are communicated with water tank 161, and the other end is communicated with fairlead 152.In the present embodiment, heating unit 163 is heating tube, carries out transmission of heat by contact together with one section of die casting of this heating tube and water pipe 162, thereby realizes the heating to water.Certainly, heating unit 163 also can be arranged in water tank 161.
A minute-pressure pulping process for described micro-pressure self-aging soybean milk machine 10, comprising:
(1) heating period of water and/or material being heated;
(2) material is pulverized to the also pulverizing maturation stage of slaking, be material with water in pulverizing that ager 15 is interior and mixing and be ground into slurries/paste by crushing knife tool 13, mutual frictional heat between slurries/paste, crushing knife tool 13, pulverizing ager 15, makes the minute-pressure scope slaking higher than 5 ~ 30 kPas, atmospheric pressure in pulverizing ager 15 of slurries/paste.As it is lower to pulverize pressure in ager 15, can make maturing process pulverize maturation stage longer, and pulverize the hypertonia in ager 15, can produce potential safety hazard on the one hand, too high to pulverizing the associated components requirements such as ager, also can make on the other hand slurries (as soya-bean milk) that Maillard reaction occurs.In the present embodiment, the pressure in pulverizing ager 15 is higher than 15 kPas, atmospheric pressure.
In step (1), the described heating period, the origin temp that makes to pulverize maturation stage was higher, can greatly shorten the crushing material curing time by water and/or heating material to 80 ℃ to 100 ℃.In addition, the mixed volume of described material and water is 1:1 to 1:2 with the ratio of the volume of pulverizing ager 15, so also can improve the temperature arrising caused by friction efficiency between slurries/paste, crushing knife tool, pulverizing ager 15.In the time that described material and the mixed volume of water are greater than 1:1 with the ratio of volume of pulverizing ager 15, material and water will overflow pulverizing ager; In the time that described material and the mixed volume of water are less than 1:2 with the ratio of volume of pulverizing ager 15, the frictional force that on the one hand easily makes to pulverize between slurries/pastes in maturing process, crushing knife tool 13, pulverizing ager 15 weakens, also can make in addition sealing pulverize ager 15 time, pulverize the interior remaining gas of ager 15 more, so after sealing along with pulverizing the propelling of maturing process, pressure rises amount in pulverizing ager 15 is larger, the easily excessive danger of build-up of pressure.In the present embodiment, the mixed volume of described material and water is 2:3 with the ratio of the volume of pulverizing ager 15.
Described minute-pressure pulping process also comprises that control valve 153 is the step that just seals this passage 151 when more than 80 ℃ in the temperature of slurries/paste, so make the temperature variation in the control valve 153 rear pulverizing agers 15 in sealing ventilation hole 151 reduce, the appearance of the situation of avoiding as far as possible pulverizing in ager 15 that Keep Clear-High Voltage.In the present embodiment, this control valve 153 is just to seal this passage 151 when more than 95 ℃ in the temperature of slurries/paste.In addition, after control valve 153 sealings, can also completely cut off completely in the pulverizing ager 15 of sealing pulverizing noise, greatly reduce the slurrying noise of micro-pressure self-aging soybean milk machine 10.
Described minute-pressure pulping process also comprise control valve 153 at control valve pulverizing before slaking in opening, the air pressure that so makes to pulverize in the pulverizing ager 15 before slaking is all communicated with atmosphere, thereby avoids as far as possible pulverizing the danger that high pressure appears in ager.
Described minute-pressure pulping process also comprises diluting after pulverizing maturation stage blends stage and wash phase, and wash phase is positioned at dilution and blends after the stage.Blend in the stage in dilution, by drinkable liquid with blend pulverizing in maturation stage slurries/paste mixed diluting of slaking.Described minute-pressure pulping process is blent and has not only been realized tolerance slurrying by dilution, can also realize the soymilk concentration finally making adjustable.It is to be noted, the dilution stage of blending can be injected into water to pulverize in ager 15 carries out, also can first water be injected into and connect slurry cup 158, then utilize the minute-pressure of pulverizing ager 15, slurries are expelled to and are connect in slurry cup 158 by pulverizing in ager 15, realize at the homogeneous of blending connecing in slurry cup 158.In plasma discharge process, control valve 153 is opened this pulverizing ager 15, is especially less than or equal in 1 atmospheric situation at the air pressure of pulverizing in ager 15, so can make plasma discharge process carry out comparatively triumphantly.In order to improve and to blend effect better, the outlet that can make grout outlet 155 is towards the wall of cup tangential direction that connects slurry cup 158, the effect that so can connect the 158 interior generations " whirlpool " of slurry cup and blend.
In wash phase, be filled to and pulverize in ager 15, crushing knife tool 13 agitate water are washed away and are pulverized ager 15 inwalls and crushing knife tool 13, have realized automatic cleaning.In described wash phase, control valve 153 need to be opened this passage 151 equally, is also to pulverize the interior appearance of ager 15 " negative pressure " phenomenon in order to prevent, affects sewer effect.
Be appreciated that the described heating period that water and/or material are heated also can save, and directly by slurries/paste, crushing knife tool 13, pulverize between ager 15 frictional heat mutually and carry out slaking slurries.
Embodiment two:
Refer to the second preferred embodiments of the micro-pressure self-aging soybean milk machine of the present invention shown in Fig. 2, this micro-pressure self-aging soybean milk machine 20 is with the difference of micro-pressure self-aging soybean milk machine 10: the heating unit 163 of described heater 16 is arranged on the periphery wall of pulverizing ager 15, so can together material and water be heated, and can also be unlocked to assist slaking in pulverizing maturation stage.
In present embodiment, all the other structures are all consistent with the first preferred embodiments with beneficial effect, repeat no longer one by one here.
Embodiment three:
Refer to the 3rd preferred embodiments of the micro-pressure self-aging soybean milk machine of the present invention shown in Fig. 3, this micro-pressure self-aging soybean milk machine 30 is with the difference of micro-pressure self-aging soybean milk machine 10: described pulverizing ager 15 comprises and be provided with the cylinder body 252 of opening 251 and the cylinder cap 253 of salable keying cylinder body opening 251, and this fairlead 152 is arranged on cylinder body 252.User like this can directly open cylinder cap 253 and feeds in raw material and clean and crush ager 15.
See also Fig. 4; it needs to be noted; this micro-pressure self-aging soybean milk machine 30 also comprises pressure protective device 31; this pressure protective device 31 comprises the electromagnet 311, locking rod 312 and the lock groove 313 that are electrically connected with control module 12, thereby locking rod 312 is driven the locking and the release that realize with lock groove 313 by electromagnet 311.For example, in the time needing minute-pressure slurrying, locking rod 312 is driven and is embedded in lock groove 313 by electromagnet 311, thereby guarantees firmly sealed between cylinder cap 253 and cylinder body 252, prevents unexpected generation.
In present embodiment, all the other structures are all consistent with the first preferred embodiments with beneficial effect, repeat no longer one by one here.
Embodiment four:
Refer to the 4th preferred embodiments of the micro-pressure self-aging soybean milk machine of the present invention shown in Fig. 5, this micro-pressure self-aging soybean milk machine 40 is with the difference of micro-pressure self-aging soybean milk machine 10: described motor 14 is horizontally-arranged at support 11 and is positioned at a side of pulverizing ager 15, and cutter shaft stretches into and pulverizes in ager 15 through the wall of pulverizing ager 15.The motor 14 of present embodiment is horizontally-arranged at support 11 and is positioned at a side of pulverizing ager 15, reduce the center of gravity of overall soy bean milk making machine, improve the stability of complete machine, and slurries or water are reduced and have invaded the probability of motor 14 and control module 12 in manual operation process, make slurrying safer reliable, also make in addition crushing knife tool 13 directly contact with material, and under the drive of motor 14 High Rotation Speed comminuting matter, improve crush efficiency.
In present embodiment, all the other structures are all consistent with the first preferred embodiments with beneficial effect, repeat no longer one by one here.
Claims (16)
1. a micro-pressure self-aging soybean milk machine, comprise control module, crushing knife tool, drive the motor of crushing knife tool rotation and pulverize ager, motor is electrically connected with control module, crushing knife tool is positioned at pulverizes ager, this pulverizing ager is that ager is pulverized in the little space of 55-800 milliliter, this pulverizing ager is forced material and water constraint to pulverize therein and around being centered around crushing knife tool, material and water are in pulverizing and mixing in ager and be ground into slurries/paste by crushing knife tool, slurries/stick with paste self, between slurries/paste and crushing knife tool, frictional heat heating slurries/paste between slurries/paste and pulverizing ager, it is characterized in that: described micro-pressure self-aging soybean milk machine also comprises that airtight pulverizing ager is to make slurries/paste at the control valve of pulverizing in ager higher than the minute-pressure scope slaking of 5～30 kPas, atmospheric pressure, this control valve is to seal this pulverizing ager when more than 80 ℃ in the temperature of slurries/paste.
2. micro-pressure self-aging soybean milk machine as claimed in claim 1, is characterized in that: described micro-pressure self-aging soybean milk machine also comprises heater, and heater is heating water and/or material before pulverizing slaking or while pulverizing slaking.
3. micro-pressure self-aging soybean milk machine as claimed in claim 1, it is characterized in that: described pulverizing ager offers the passage being communicated with ambient atmosphere, pulverize ager to being provided with fairlead by passage, this fairlead is communicated with passage, and control valve is arranged on fairlead.
4. micro-pressure self-aging soybean milk machine as claimed in claim 1, it is characterized in that: described micro-pressure self-aging soybean milk machine also comprises the pressure-detecting device being electrically connected with control module, this control valve is the magnetic valve being electrically connected with control module, pulverizes on ager the safety valve being communicated with the inner chamber of pulverizing ager is installed.
5. the micro-pressure self-aging soybean milk machine as described in claim 1 to 4 any one, is characterized in that: on described pulverizing ager, pulp valve is also installed.
6. the micro-pressure self-aging soybean milk machine as described in claim 1 to 4 any one, is characterized in that: described pulverizing ager comprises the cylinder body and the cylinder cap that are provided with opening, and described micro-pressure self-aging soybean milk machine also comprises the pressure protective device that anti-cylinder cap gets loose from cylinder body.
7. the minute-pressure pulping process of micro-pressure self-aging soybean milk machine as claimed in claim 1, comprise material is pulverized to the also pulverizing maturation stage of slaking, it is characterized in that: described pulverizing maturation stage includes following subprocess, be material with water in pulverizing and mixing in ager and be ground into slurries/paste by crushing knife tool, mutual frictional heat between slurries/paste, crushing knife tool, pulverizing ager, makes the minute-pressure scope slaking higher than 5～30 kPas, atmospheric pressure in pulverizing ager of slurries/paste.
8. minute-pressure pulping process as claimed in claim 7, is characterized in that: described minute-pressure pulping process also comprises the heating period that water and/or material are heated.
9. minute-pressure pulping process as claimed in claim 8, is characterized in that: the described heating period by water and/or heating material to 80 ℃ to 100 ℃.
10. minute-pressure pulping process as claimed in claim 7, is characterized in that: the mixed volume of described material and water is 1:1 to 1:2 with the ratio of the volume of pulverizing ager.
11. minute-pressure pulping process as claimed in claim 7, is characterized in that: described control valve is pulverizing before slaking in opening.
12. minute-pressure pulping process as claimed in claim 7, is characterized in that: described control valve is to seal this pulverizing ager when more than 80 ℃ in the temperature of slurries/paste.
13. minute-pressure pulping process as described in claim 7 to 11 any one, it is characterized in that: described minute-pressure pulping process also comprises slurries by pulverizing the plasma discharge process of discharging in ager after pulverizing maturation stage, in plasma discharge process, control valve is opened this pulverizing ager.
14. minute-pressure pulping process as claimed in claim 13, it is characterized in that: described micro-pressure self-aging soybean milk machine comprises that being contained with connecing of drinkable liquid starches cup, minute-pressure pulping process also comprises diluting to be blent the stage, this plasma discharge step occurs in dilution and blends in the stage, blend in the stage in this dilution, pulverize in maturation stage slurries/pastes of slaking and be discharged to connect in slurry glass and blend with drinkable liquid mixed diluting.
15. minute-pressure pulping process as claimed in claim 13, is characterized in that: described control valve is less than or equal to and in 1 atmospheric situation, opens this pulverizing ager pulverizing air pressure in ager.
16. minute-pressure pulping process as described in claim 7 to 11 any one, it is characterized in that: described minute-pressure pulping process also comprises wash phase, in wash phase, be filled to and pulverize in ager, crushing knife tool agitate water is washed away and is pulverized ager inwall and crushing knife tool.
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| CN103445679B (en) * | 2013-08-23 | 2016-01-06 | 九阳股份有限公司 | Energy-conservation soy bean milk making machine |
| CN104543002B (en) * | 2014-12-02 | 2017-12-05 | 九阳股份有限公司 | A kind of blending method of small space crushing soymilk machine |
| CN115944223A (en) * | 2021-11-20 | 2023-04-11 | 江门市贝尔斯顿电器有限公司 | Blending and pulping method of food processor |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101485422A (en) * | 2009-03-05 | 2009-07-22 | 浙江苏泊尔家电制造有限公司 | Automatic pressure soybean milk machine and method for producing soybean milk |
| CN201418361Y (en) * | 2009-03-05 | 2010-03-10 | 浙江苏泊尔家电制造有限公司 | Automatic pressure soy milk grinder |
| CN101829680A (en) * | 2009-03-13 | 2010-09-15 | 鞍钢股份有限公司 | Method for lubricating and cooling finish rolling side guide plate |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101485422A (en) * | 2009-03-05 | 2009-07-22 | 浙江苏泊尔家电制造有限公司 | Automatic pressure soybean milk machine and method for producing soybean milk |
| CN201418361Y (en) * | 2009-03-05 | 2010-03-10 | 浙江苏泊尔家电制造有限公司 | Automatic pressure soy milk grinder |
| CN101829680A (en) * | 2009-03-13 | 2010-09-15 | 鞍钢股份有限公司 | Method for lubricating and cooling finish rolling side guide plate |
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Address after: Huaiyin District of Ji'nan City, Shandong Province, 250117 US 999 miles Patentee after: Joyoung Company Limited Address before: Xinsha Road, Huaiyin District of Ji'nan city of Shandong Province, No. 12 250118 Patentee before: Joyoung Company Limited |