CN103431763B - The pulping process of energy-conservation soy bean milk making machine - Google Patents
The pulping process of energy-conservation soy bean milk making machine Download PDFInfo
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- CN103431763B CN103431763B CN201310371787.8A CN201310371787A CN103431763B CN 103431763 B CN103431763 B CN 103431763B CN 201310371787 A CN201310371787 A CN 201310371787A CN 103431763 B CN103431763 B CN 103431763B
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Abstract
The present invention relates to a kind of pulping process of energy-conservation soy bean milk making machine, comprise following step: a, water tank are filled to the water yield of setting in the grinder of little space; B, then starter motor drive the material in the grinder of crushing knife tool rotating shredder little space, simultaneously heating element heats water tank, and the heat conduction of water is to slaking slurries/paste in the grinder of little space; C, the slurries/paste after slaking is disposed to connects slurry cup; D, then water tank are filled to the water yield of setting again in the grinder of little space, are then again disposed to by the slurries/paste in the grinder of little space and connect slurry cup.Compared with prior art, while water in described heating element heats water tank, the heat conduction of water is to little space grinder, thus material in the grinder of preheating little space and mashing off, rationally and effectively the Btu utilization of water in water tank is got up, saved the energy, the continuous heating insulation of water tank also can shorten the slurrying cycle effectively.
Description
Technical field
The present invention relates to a kind of pulping process, particularly relate to a kind of pulping process of energy-conservation soy bean milk making machine.
Background technology
It is all independently arrange water tank substantially that existing soy bean milk making machine realizes automatic water-supply, this water tank is merely for supplying water, heating mashing off structure is independently arranged, namely water-supply structure and heating mashing off structure are independently arranged, not only increase the cost of soy bean milk making machine, and the heat loss of water in water tank, do not use preferably, under current energy social background less and less, energy-conservationly become one of more and more concerned problem of people.
In addition, the applicant previously have studied a kind of soy bean milk making machine of efficient pulverizing, comprise pulverizing unit, water supplying unit and control unit, this pulverizing unit and water supplying unit are electrically connected with control unit, this pulverizing unit comprises little space grinder, be arranged on the heating element heater outside the grinder of little space, motor and crushing knife tool, this heating element heater is for heating little space grinder, this driven by motor crushing knife tool rotates, this crushing knife tool is positioned at little space grinder, this water supplying unit comprises water tank, water pump and instantaneously heated type heater, the current of water tank heat through instantaneously heated type heater, then in the grinder of little space, hot water is provided by water pump.
But the mashing off of little space grinder and the water of heating water tank independently arrange heating element heater, cause soy bean milk making machine cost very high, the applicant again reduce soy bean milk making machine cost and energy-conservation on done further research.
Summary of the invention
In view of this, the pulping process that a kind of energy-conservation soy bean milk making machine is provided is necessary.
The present invention is achieved through the following technical solutions:
A kind of pulping process of energy-conservation soy bean milk making machine, described energy-conservation soy bean milk making machine comprises support, pulverizing unit, water supplying unit, mashing off unit, control unit and connect slurry cup, described water supplying unit and mashing off unit unite two into one and realize supplying water and mashing off integration, this pulverizing unit and water supplying unit are arranged on support, this pulverizing unit and water supplying unit are electrically connected with control unit, this pulverizing unit comprises little space grinder, motor, be provided with the crushing knife tool of cutter shaft, this driven by motor crushing knife tool rotates, this crushing knife tool is positioned at little space grinder, this water supplying unit comprises water tank and the heating element heater for heating water tank, the volume of described little space grinder is 60 to 790 milliliters, this water tank is arranged around little space grinder, water in this heating element heats water tank, the heat conduction of water is to little space grinder, this water tank offers apopore, this little space grinder sidewall or diapire offer inlet opening, pipeline communication is passed through in this apopore and inlet opening, this water tank supplies water in the grinder of little space through pipeline, at least comprise following step: a, water tank is filled to the water yield of setting in the grinder of little space, b, then starter motor drive the material in the grinder of crushing knife tool rotating shredder little space, simultaneously heating element heats water tank, and the heat conduction of water is to slaking slurries/paste in the grinder of little space, c, the slurries/paste after slaking is disposed to connects slurry cup, d, then water tank are filled to the water yield of setting again in the grinder of little space, are then again disposed to by the slurries/paste in the grinder of little space and connect slurry cup.
Also comprise preheating step before described step a, the water in described heating element heats water tank is to design temperature, and the heat conduction of water is to preheating material in the grinder of little space simultaneously.
The rated power of described heating element heater is Pe, the heating power 1/4Pe≤P1≤Pe of this heating element heater in described preheating step.
Also comprise mutual frictional heat between slurries/paste, little space grinder and crushing knife tool in described step b and make slurries/paste intensification slaking.
In described step b, heating element heater continuous heating or intermittent-heating are to keep the temperature of water in water tank.
In described step c, while discharge slurry/paste, water tank is to water filling in the grinder of little space, and slurries/paste is extruded discharges little space grinder.
In described step c plasma discharge process, starter motor drives crushing knife tool to rotate.
Described steps d drives crushing knife tool to rotate to starter motor after water filling in the grinder of little space; Or described steps d at least circulation primary.
The bottom of described apopore is higher than the bottom of inlet opening, and the water in this water tank enters in the grinder of little space through the pressure of water;
Or described pipeline is also provided with water pump, and the water in this water tank is evacuated in the grinder of little space through water pump.
The pulping process of described energy-conservation soy bean milk making machine also comprises automatic cleaning step, is filled to the water yield of setting to little space grinder, and then starter motor drives crushing knife tool to rotate, this automatic cleaning step at least circulation primary.
The beneficial effect that the present invention brings is:
The surfaces of revolution of crushing knife tool: the region that the wing of described crushing knife tool rotates a circle inswept forms the surfaces of revolution.
The volume of described little space grinder is 60 to 790 milliliters, and pulverizing and the circulating path of material are short, thus improve crush efficiency and smashing fineness, efficient pulverizing thus reach energy-conservation object.Described water tank is arranged around little space grinder, while water in described heating element heats water tank, the heat conduction of water is to little space grinder, thus material in the grinder of preheating little space and mashing off, rationally and effectively the Btu utilization of water in water tank is got up, saved the energy, the continuous heating insulation of water tank also can shorten the slurrying cycle effectively; In addition, water tank can realize automatic feeding water to little space grinder, user can add water directly to water tank, without the need to adding water in the grinder of little space again, also can realize automatic cleaning simultaneously, greatly facilitating the operation of user, and the mode heating surface area of water-bath mashing off is large, temperature is less than or equal to boiling point all the time, and little space grinder is generally used for making underflow, and this mode of heating can reduce the risk that soya-bean milk is charred greatly; In addition, water tank is arranged around little space grinder, and the stop of the water of noise in water tank during pulverizing in the grinder of little space and absorption, also can play good Noise Reduction.
Also comprise preheating step before described step a, the water in described heating element heats water tank is to design temperature, and the heat conduction of water is to preheating material in the grinder of little space simultaneously, so, can shorten the slurrying cycle further.
The rated power of described heating element heater is Pe, the heating power 1/4Pe≤P1≤Pe of this heating element heater in described preheating step, so, can largely on shorten preheating time, thus make whole slurrying cycle time.
Also comprise mutual frictional heat between slurries/paste, little space grinder and crushing knife tool in described step b and make slurries/paste intensification slaking, so, effectively utilize frictional heat slaking soya-bean milk, reduce further energy consumption, more remarkable energy-conservation.
In described step b, heating element heater continuous heating or intermittent-heating are to keep the temperature of water in water tank, so can make little space grinder persistently overheating or insulation, make slurries/pastes be in higher temperature all the time, shortening mixing time.
In described step c, pulp-expelling valve opens water intaking valve while opening, water tank is to water filling in the grinder of little space, slurries/paste is extruded and discharges little space grinder simultaneously, so makes slurries/paste discharge favourable, and it is more thorough that the slurries in the grinder of little space/paste is discharged.
In described step c plasma discharge process, starter motor drives crushing knife tool to rotate, and so, promotes the plasma discharge efficiency in the grinder of little space further.
Described steps d drives crushing knife tool to rotate to starter motor after water filling in the grinder of little space, and so, crushing knife tool makes water be thrown to each corner in the grinder of little space, reduces slurries/paste residual in the grinder of little space.
The bottom of described apopore is higher than the height of inlet opening, and the water in this water tank enters in the grinder of little space through the pressure of water, so, utilize the principle of linker, making water tank to little space grinder automatic water filling, without the need to arranging power source in addition, reducing the cost of soy bean milk making machine and energy-conservation.
Described steps d at least circulates 1 time, so, reduces the residual of slurries/paste in the grinder of little space, and slurries/stick with paste farthest are utilized.
The pulping process of described energy-conservation soy bean milk making machine also comprises automatic cleaning step, open water intaking valve, continue the water yield to the water inlet of little space grinder to setting, then starter motor drives crushing knife tool to rotate, this automatic cleaning step at least circulates 1 time, so, carry out Manual-cleaning without the need to user, user operation is got up more convenient.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the present invention is described in further detail:
Fig. 1 is the schematic diagram of energy-conservation soy bean milk making machine first better embodiment of the present invention;
Fig. 2 is the sectional view of energy-conservation soy bean milk making machine described in Fig. 1.
Fig. 3 is the schematic diagram of energy-conservation soy bean milk making machine second better embodiment of the present invention.
The label that in figure, component names is corresponding is as follows:
10, energy-conservation soy bean milk making machine; 11, support; 12, pulverizing unit; 121, little space grinder; 1211, cylinder body; 1212, cylinder cap; 1213, passage; 1214, plasma discharge hole; 1215, waste discharge water hole; 1216, valve; 1217, inlet opening; 122, motor; 123, crushing knife tool; 1231, cutter shaft; 13, water supplying unit; 131, water tank; 1311, apopore; 1312, tank lid; 132, heating element heater; 133, pipeline; 134, temperature sensor; 1331, water intaking valve; 14, slurry cup is connect; 15, waste water box; 20, energy-conservation soy bean milk making machine; 21, upper coupling; 22, lower coupler.
Detailed description of the invention
Below in conjunction with drawings and the embodiments, the present invention is described in further detail:
Embodiment one:
See also the first better embodiment of energy-conservation soy bean milk making machine described in Fig. 1 and Fig. 2, described energy-conservation soy bean milk making machine 10 comprises support 11, pulverizing unit 12, water supplying unit 13, mashing off unit and control unit (not shown), this pulverizing unit 12 and water supplying unit 13 are arranged on support 11, this pulverizing unit 12 and water supplying unit 13 are electrically connected with control unit, in the present embodiment, described support 11 is also provided with and connects slurry cup 14 and waste water box 15, this connects the below that slurry cup 14 and waste water box 15 are arranged on pulverizing unit 12.
Described pulverizing unit 12 comprises little space grinder 121, motor 122, is provided with the crushing knife tool 123 of cutter shaft 1231, this motor 122 drives crushing knife tool 123 to rotate, this crushing knife tool 123 is positioned at little space grinder 121, the cylinder cap 1212 that described little space grinder 121 comprises cylinder body 1211 and fastens with cylinder body 1211, this motor 122 is positioned at below cylinder body 1211, this cutter shaft 1231 stretches in little space grinder 121 from the bottom of cylinder body 1211, and this cutter shaft 1231 is the motor shaft of motor 122.In the present embodiment, described cylinder cap 1212 is provided with passage 1213, the bottom of described cylinder body 1211 is respectively equipped with plasma discharge hole 1214 and waste discharge water hole 1215, this plasma discharge hole 1214 and waste discharge water hole 1215 place are also provided with the valve 1216 controlling its break-make, this connects the below that slurry cup 14 is positioned over plasma discharge hole 1214, this waste water box 15 is positioned over the below in waste discharge water hole 1215, and this plasma discharge hole 1214 and waste discharge water hole 1215 can be same certainly.In the present embodiment, the sidewall of described cylinder body 1211 offers inlet opening 1217, this inlet opening 1217 also can be opened on the diapire of cylinder body 1211 certainly.
In the present embodiment, the volume of described little space grinder 121 is 60 to 790 milliliters, the diameter of the isometric spheroid of described little space grinder is D, the wing end of described crushing knife tool is d to the distance of little space grinder inwall, the ratio of described d and D is α, 1/20≤α < 1/2, such as, 1/20, 1/18, 1/16, 1/14, 1/12, 1/10, 1/5, 1/4, 1/3 etc., so, relative to the effective working space of little space grinder 121, crushing knife tool 123 is larger, in crushing process, described crushing knife tool 123 can go deep in material, described little space grinder 121 have by material and water constraint within it and be centered around crushing knife tool 123 surrounding force pulverize, and the pulverizing of material and circulating path short, thus improve crush efficiency and smashing fineness, efficient pulverizing thus reach energy-conservation object further.
Described water supplying unit 13 comprises water tank 131 and the heating element heater 132 for heating water tank 131, and this water supplying unit 13 is also mashing off unit, and this water supplying unit heats little space grinder.Described water tank 131 is arranged around little space grinder 121, this little space grinder 121 is positioned at water tank 131, in the present embodiment, described water tank 131 was around little space grinder 121 1 weeks, this water tank 131 is cannelure, the outer wall of this little space grinder 121 forms the internal ring wall of this cannelure, water tank 131 water space is formed between the outer wall of i.e. water tank 131 and little space grinder 121, be connected by the mode of welding between this water tank 131 with little space grinder 121, the extreme lower position of this water tank 131 offers apopore 1311, in the present embodiment, this apopore 1311 is arranged on the diapire of water tank 131, the diapire of this water tank 131 is higher than the surfaces of revolution of crushing knife tool 123.In the present embodiment, the bottom of described apopore 1311 is higher than the bottom of this inlet opening 1217, this apopore 1311 is communicated with by the inlet opening 1217 of pipeline 133 with little space grinder 121, the principle of linker is utilized to realize water tank 131 to little space grinder 121 automatic water-supply, in the present embodiment, this pipeline 133 is also provided with water intaking valve 1331, and this water intaking valve 1331 is magnetic valve.Described water tank 131 also comprises tank lid 1312, and this tank lid 1312 is removably fixed on water tank 131, and this tank lid 1312 also offers passage.In the present embodiment, described heating element heater 132 is arranged on the bottom of water tank 131, and this heating element heater 132 is electrically connected with control unit.
Described water tank 131 is also provided with temperature sensor 134, and this temperature sensor 134 is electrically connected with control unit.
Be appreciated that described water intaking valve is individual event valve.
Be appreciated that and described pipeline can also be provided with water pump.
Be appreciated that described tank lid and cylinder cap Integral design.
Be appreciated that described heating element heater also can be arranged on the sidewall of water tank, on the diapire that certain described heating element heater also can be arranged on water tank simultaneously and sidewall, in addition, described heating element heater also can be arranged in water tank the heating realizing immersion.
Be appreciated that described water tank also can locally around water tank, i.e. the curved groove of water tank, the outer wall of this little space grinder forms the inner arc wall of this deep-slotted chip breaker.
Be appreciated that described water tank also can be square groove or special-shaped slot.
Be appreciated that and also can be connected by sealing ring between described water tank with little space grinder.
The pulping process of described energy-conservation soy bean milk making machine 10, comprises following step:
Step a, water tank 131 are filled to the water yield of setting in little space grinder 121;
In the present embodiment, before described step a, also comprise preheating step: the water in described heating element heater 132 heating water tank 131 is to design temperature, and the heat conduction of water is to preheating material in little space grinder 121 simultaneously; Described in preheating step, heating element heater 132 can total power heat, and so, fast the water in water tank 131 can be heated to the temperature set, thus farthest can shorten the time of preheating, make whole slurrying cycle time.
In the present embodiment, the principle that described step a make use of linker realizes water tank 131 to automatic water filling in little space grinder 121, namely utilizes the pressure of water to realize water inlet.Certainly, water pump also can be utilized in described step a to form power source, to little space grinder 121 internal pump water.
Step b, starter motor 122 drive crushing knife tool 123 to rotate, and the crushing material in little space grinder 121 is become slurries/paste, simultaneously heating element heater 132 heating water tank 131, and the heat conduction of water is to slaking slurries/paste in little space grinder 121;
In the present embodiment, the volume of described little space grinder 121 is less, the volume of this little space grinder 121 is about 500-700 milliliter, also comprises mutual frictional heat between slurries/paste, little space grinder 121 and crushing knife tool 123 in stepb and makes slurries/paste intensification slaking.In this step, heating element heater 132 can continuous heating, also can intermittent-heating to keep the temperature of water in water tank 131.
Step c, open the valve 1216 in plasma discharge hole 1214, the slurries/paste of slaking is disposed to and connects slurry cup 14;
In described step c, water intaking valve 1331 can be opened simultaneously, and while grinder 121 plasma discharge of little space, water tank 131 is to water filling in little space grinder 121, and slurries like this/water extruding of sticking with paste by coming in is discharged, and is conducive to discharging slurries/paste.Certainly, also can crushing knife tool 123 be driven to rotate by starter motor 122 in described step c plasma discharge process, auxiliary plasma discharge in crushing knife tool 123 rotary course, be conducive to discharging slurries/paste.
Steps d, open water intaking valve 1331, water tank 131 is filled to the water yield of setting again in little space grinder 121, then opens the valve 1216 in plasma discharge hole 1214, is again disposed to by the slurries/paste in little space grinder 121 and connects slurry cup 14.
Described steps d can drive crushing knife tool 123 to rotate by starter motor 122 after water filling in little space grinder 121, crushing knife tool 123 rotates each corner of to be got rid of by water to little space grinder 121, thus the slurries/paste in little space grinder 121 is farthest discharged, can not waste be caused.Certain described steps d also can circulate repeatedly, and the slurries/paste of little space grinder 121 is farthest discharged.
The pulping process of described energy-conservation soy bean milk making machine can also comprise automatic cleaning step e, open water intaking valve 1331, the water yield of setting is filled in little space grinder 121, then starter motor 122 drives crushing knife tool 123 to rotate, this crushing knife tool 123 rotates each corner of to be got rid of by water to little space grinder 121, and what little space grinder 121 was cleaned is cleaner.Certainly, this automatic cleaning step f also can circulate repeatedly, guarantees that little space grinder 121 cleans up.
Below with the volume of little space grinder 121 be 600 milliliters, the power of heating element heater 132 is 1800 watts, slurrying amount is 1200 milliliters is example, specifically sets forth its pulping process.
Such as, when making soya-bean milk, first in little space grinder 121,70 grams of beans material are added, and the water of 1600 milliliters is added to water tank 131, then the water in heating element heater 132 heating with full power water tank 131 is started, namely with the water in the heating power heating water tank 131 of 1800 watts, and preheating beans material in the heat conduction of water to little space grinder 121, when in water tank 131, the temperature of water is about 96 degree, open water intaking valve 1331, water tank 131 injects the water of 350 milliliters in little space grinder 121, close water intaking valve 1331, then starter motor 122 drives crushing knife tool 123 to rotate, motor 122 works and stops 5 seconds in 1 minute, circulation like this 4 times, motor 122 total working time is about 4 minutes, meanwhile heating element heater 132 maintains more than 98 degree with the water in the power continuous heating water tank 131 of 600 watts to keep the temperature of water, thus make the heat continued conduction of water to little space grinder 121 slaking slurries/paste, slurries/paste simultaneously, between little space grinder 121 and crushing knife tool 123, frictional heat makes slurries/paste intensification slaking mutually, pulverize and terminate the also substantially slaking of rear slurry/paste, then plasma discharge hole 1214 is opened, slurries/paste in little space grinder 121 is disposed to and connects slurry cup 14, then water intaking valve 1331 is opened again, water tank 131 injects 400 ml waters in little space grinder 121, simultaneously starter motor 122 drives crushing knife tool 123 to rotate to be dissolved in the water by residual slurries/paste, open plasma discharge hole 1214, slurries/paste is disposed to further and connects in slurry cup 14 and slurries/paste mingle blending, water tank injects 400 ml waters again in little space grinder 121, simultaneously starter motor 122 drives crushing knife tool 123 to rotate to be dissolved in the water by residual slurries/paste, open plasma discharge hole 1214, slurries/paste is again disposed to and connects in slurry cup 14 and slurries/paste mingle blending, so complete the making of soya-bean milk, the whole cycle making soya-bean milk is about 12 minutes.Automatically clean after slurrying completes, continue the water injecting 200 to 300 milliliters in little space grinder 121, close water intaking valve 1331, then starter motor 122 drives crushing knife tool 123 to rotate, motor 122 works and stops 2 seconds in 5 seconds, circulates 2 to 3 times times, then opens waste discharge water hole 1215, by the discharge of wastewater in little space grinder 121 in waste water box 15, so realize cleaning automatically.
The volume of described little space grinder 121 is 60 to 790 milliliters, described water tank 131 is arranged around little space grinder 121, water in this heating element heater 132 heating water tank, the heat conduction of water is to little space grinder 121, this water tank 121 offers apopore 1311, this little space grinder 121 sidewall or diapire offer inlet opening 1217, this apopore 1311 is communicated with by pipeline 133 with inlet opening 1217, this water tank 131 supplies water in little space grinder 121 through pipeline 133, while water in heating water tank 131, the heat conduction of water is to little space grinder 121, thus material in preheating little space grinder 121 and mashing off, a heating element heater can realize heating water tank 131 and can realize heat little space grinder 121 or be incubated, greatly reduce the manufacturing cost of soy bean milk making machine, rationally and effectively the Btu utilization of water in water tank 131 is got up simultaneously, save the energy, the continuous heating insulation of water tank 131 also can shorten the slurrying cycle effectively, in a word, very large improvement has been had on energy-conservation, in addition, water tank 131 can realize automatic feeding water to little space grinder 121, user can add water without the need to adding water in little space grinder 121 directly to water tank 131 again, also can realize automatic cleaning simultaneously, greatly facilitate the operation of user, and the mode heating surface area of water-bath mashing off is large, temperature is less than or equal to boiling point all the time, little space grinder 121 is generally used for making underflow, and this mode of heating greatly can reduce soya-bean milk and burn burnt risk, in addition, water tank 131 is arranged around little space grinder 121, and the stop of the water of noise in water tank 131 during pulverizing in little space grinder 121, also can play good Noise Reduction.
Embodiment two:
Refer to the schematic diagram of the second better embodiment of energy-conservation soy bean milk making machine described in Fig. 3, described energy-conservation soy bean milk making machine 20 is with the difference of energy-conservation soy bean milk making machine 10: described cutter shaft 1231 one end is provided with crushing knife tool 123, the other end is provided with upper coupling 21, the motor shaft of this motor 122 is provided with lower coupler 22, this upper coupling 21 is connected with lower coupler 22, thus makes motor 122 drive crushing knife tool 123 to rotate.
Be connected by upper coupling 21 and lower coupler 22, little space grinder 121 and water tank 131 all can be taken off from support 11, adding water and adding material directly to hold water tank 131 to operate, greatly improve the convenience of user operation, in addition, the cleaning of user to little space grinder 121 and water tank 131 is also facilitated.
In present embodiment, all the other structures and beneficial effect are all consistent with embodiment one, repeat no longer one by one here.
Claims (10)
1. the pulping process of an energy-conservation soy bean milk making machine, it is characterized in that: described energy-conservation soy bean milk making machine comprises support, pulverizing unit, water supplying unit, mashing off unit, control unit and connect slurry cup, described water supplying unit and mashing off unit unite two into one and realize supplying water and mashing off integration, this pulverizing unit and water supplying unit are arranged on support, this pulverizing unit and water supplying unit are electrically connected with control unit, this pulverizing unit comprises little space grinder, motor, be provided with the crushing knife tool of cutter shaft, this driven by motor crushing knife tool rotates, this crushing knife tool is positioned at little space grinder, this water supplying unit comprises water tank and the heating element heater for heating water tank, the volume of described little space grinder is 60 to 790 milliliters, this water tank is arranged around little space grinder, water in this heating element heats water tank, the heat conduction of water is to little space grinder, this water tank offers apopore, this little space grinder sidewall or diapire offer inlet opening, pipeline communication is passed through in this apopore and inlet opening, this water tank supplies water in the grinder of little space through pipeline, at least comprise following step: a, water tank is filled to the water yield of setting in the grinder of little space, b, then starter motor drive the material in the grinder of crushing knife tool rotating shredder little space, simultaneously heating element heats water tank, and the heat conduction of water is to slaking slurries/paste in the grinder of little space, c, the slurries/paste after slaking is disposed to connects slurry cup, d, then water tank are filled to the water yield of setting again in the grinder of little space, are then again disposed to by the slurries/paste in the grinder of little space and connect slurry cup.
2. the pulping process of energy-conservation soy bean milk making machine as claimed in claim 1, is characterized in that: also comprise preheating step before described step a, and the water in described heating element heats water tank is to design temperature, and the heat conduction of water is to preheating material in the grinder of little space simultaneously.
3. the pulping process of energy-conservation soy bean milk making machine as claimed in claim 2, is characterized in that: the rated power of described heating element heater is Pe, the heating power 1/4Pe≤P1≤Pe of this heating element heater in described preheating step.
4. the pulping process of energy-conservation soy bean milk making machine as claimed in claim 1, is characterized in that: also comprise mutual frictional heat between slurries/paste, little space grinder and crushing knife tool in described step b and make slurries/paste intensification slaking.
5. the pulping process of energy-conservation soy bean milk making machine as claimed in claim 1, is characterized in that: in described step b, heating element heater continuous heating or intermittent-heating are to keep the temperature of water in water tank.
6. the pulping process of energy-conservation soy bean milk making machine as claimed in claim 1, is characterized in that: in described step c, while discharge slurry/paste, water tank is to water filling in the grinder of little space, and slurries/paste is extruded discharges little space grinder.
7. the pulping process of energy-conservation soy bean milk making machine as claimed in claim 1, is characterized in that: in described step c plasma discharge process, starter motor drives crushing knife tool to rotate.
8. the pulping process of energy-conservation soy bean milk making machine as claimed in claim 1, is characterized in that: described steps d drives crushing knife tool to rotate to starter motor after water filling in the grinder of little space; Or described steps d at least circulation primary.
9. the pulping process of energy-conservation soy bean milk making machine as claimed in claim 1, is characterized in that: the bottom of described apopore is higher than the bottom of inlet opening, and the water in this water tank enters in the grinder of little space through the pressure of water;
Or described pipeline is also provided with water pump, and the water in this water tank is evacuated in the grinder of little space through water pump.
10. the pulping process of energy-conservation soy bean milk making machine as described in claim 1 to 9 any one, it is characterized in that: the pulping process of described energy-conservation soy bean milk making machine also comprises automatic cleaning step, the water yield of setting is filled to little space grinder, then starter motor drives crushing knife tool to rotate, this automatic cleaning step at least circulation primary.
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| CN201310371787.8A CN103431763B (en) | 2013-08-23 | 2013-08-23 | The pulping process of energy-conservation soy bean milk making machine |
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| CN201310371787.8A CN103431763B (en) | 2013-08-23 | 2013-08-23 | The pulping process of energy-conservation soy bean milk making machine |
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