CN102090548B - Method for boiling grains or beans and automatic boiling machine suitable for same - Google Patents
Method for boiling grains or beans and automatic boiling machine suitable for same Download PDFInfo
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- CN102090548B CN102090548B CN2010106046871A CN201010604687A CN102090548B CN 102090548 B CN102090548 B CN 102090548B CN 2010106046871 A CN2010106046871 A CN 2010106046871A CN 201010604687 A CN201010604687 A CN 201010604687A CN 102090548 B CN102090548 B CN 102090548B
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Abstract
The invention provides a method for boiling grains or beans. The method comprises the following steps of: adding water into a container for heating, and putting the grains or beans into a grinding device; when the water is heated to hot water with the temperature between 68 DEG C and 90 DEG C, starting the grinding device to grind the grains or beans into powder particles with a selected fineness degree; putting the powder particles into the container; continually heating and stirring; after heating to 94-99 DEG C, stopping heating; when the temperature of the mixture falls by 1-3 DEG C, reheating; and heating repeatedly 12-16 times to form a boiled pasty mixture. The method has the advantages of simple procedure, great reduction in the loss of nutrients, obtaining of optimal mouthfeel and high nutrition value. The invention also provides an automatic boiling machine suitable for the method. The machine comprises a kettle body, a control circuit, a temperature sensor, a heating pipe and a handpiece, wherein the handpiece is detachably connected with the kettle body; a handpiece cover is provided with a shifting device and a storage tank; and a handpiece lower cover is provided with a movable opening and closing door and a driving mechanism. The machine is convenient to operate and is simple and quick.
Description
Technical field
The present invention relates to cereal infusion technical field, refer in particular to a kind of cereal or beans infusion method and be applicable to the automatic infusion machine of the method.
Background technology
Cereal, bean food comprise barley, corn, oat, rice, wheat, soya bean, mung bean, red bean etc., mainly by being the forming of one or more mixing in the seed of the species such as barley, corn, oat, rice, wheat, soya bean.
Any species have all been given seed the abundantest nutrient in order to multiply, and seed is nutrition, the most vital.The lotus seeds that in the ancient tomb, take out, rice grain, though after a bimillennium, give moisture content and still can germinate, visible its powerful vitality, this vitality are the most precious Material Sources, the mankind correctly edible it, it will present a gift in return the healthy vigor to the people.The same as other food that is rich in fiber and vitamin, cereal provides abundant carbohydrate, edible cereal is the main source of our energy, except the effect with prevention of cardiac, apoplexy, diabetes, also have many other wholesome functions, therefore receive people's favor greatly.
Yet the way of cereal infusion of the prior art generally all is that cereal is ground in the rear adding normal-temperature water, heats slowly infusion again and forms.The defective of this type of way is that it is rotten that part is occured by airborne dioxygen oxidation the cereal after grinding easily, affects the original flavor mouthfeel of cereal; It is steeped in the normal-temperature water, cause easily again the nutriment in the cereal to run off, the nutritive value of cereal is difficult to be fully used; Different cereal or beans can not fully discharge idiotrophic at an identical temperature spot, must be according to the nutritive peculiarity of different cereal or beans, select the reasonable infusion temperature of this cereal or beans, so just be conducive to the nutriment that this cereal or beans fully discharge self, and some nutritional labeling that can guarantee cereal or beans keeps high-load and is not destroyed by temperature under this temperature.
In addition, also do not occur on the market being used for cereal or beans paste producing infusion, and can effectively pin cereal or the beans infusion equipment of cereal or beans nutrition.
Therefore, for deficiency of the prior art, a kind of automatic infusion machine that can effectively pin cereal or the beans infusion method of cereal nutrition and be applicable to the method that provides is provided badly, the fineness of powder particle after this automatic infusion machine can be regulated and grind, to be applicable to different people to the actual demand of paste producing, and can be according to the nutritive peculiarity of different cereal or beans, select the reasonable infusion temperature of this cereal or beans, make this cereal or beans fully discharge self nutriment, some nutritional labeling that guarantees cereal or beans keeps high-load and is not destroyed by temperature under this temperature.
Summary of the invention
The object of the invention is to avoid weak point of the prior art and a kind of automatic infusion machine that can effectively pin cereal or the beans infusion method of cereal nutrition and be applicable to the method is provided, the fineness of powder particle after this automatic infusion machine can be regulated and grind, to be applicable to different people to the actual demand of paste producing, and can be according to the nutritive peculiarity of different cereal or beans, select the reasonable infusion temperature of this cereal or beans, make this cereal or beans fully discharge self nutriment, some nutritional labeling that guarantees cereal or beans keeps high-load and is not destroyed by temperature under this temperature.
Purpose of the present invention is achieved through the following technical solutions:
A kind of cereal or beans infusion method, described cereal or beans infusion method may further comprise the steps:
A, water added in the container heat, simultaneously cereal or beans are put into lapping device;
B, when treating water in the steps A to be heated to temperature being 68 ℃～90 ℃ hot water, start lapping device and grind, described cereal or beans are ground to form the powder particle of selected fineness; Wherein, the actual temp value of described hot water needs according to the nutritive peculiarity of different types of cereal or beans and concrete selected;
C, the powder particle that obtains among the step B is inserted in the container, make powder particle and hot water mixed-shaped resulting mixture;
D, the described mixture among the described step C is carried out continuous heating, and constantly stir this mixture to evenly;
E, when the mixture described in the step D is heated to 94 ℃～99 ℃, stop this mixture is heated, it is lowered the temperature naturally; When 1 ℃～3 ℃ of this mixture coolings, restart this mixture is heated;
After the operation of F, repetition above-mentioned steps E 12～16 times, form the ripe pasty mixture of infusion.
Wherein, among the described step B, when described cereal or beans are ground to form the powder particle of selected fineness, when cereal is ground, carry out step C.
A kind of automatic infusion machine that is applicable to above-mentioned cereal or beans infusion method, comprise that kettle body, control circuit, temperature detector, heat-generating pipe reach and the detachable head that is connected of kettle body, wherein, head comprises nose cover, is arranged at the lapping device of nose cover, and described lapping device comprises upper millstone, lower millstone and drives the main motor that lower millstone rotates; Temperature detector, heat-generating pipe, upper coupler and main motor all are electrically connected with control circuit; Nose cover is provided with shifting device and storage tank, and shifting device is threaded with nose cover, and shifting device is connected with upper millstone; The bottom of nose cover is provided with head lower cover, head lower cover is provided with magazine Lou, upper coupler, mobilizable switching door and drives the driving mechanism that switching door opens or closes, the kettle body is provided with the lower coupler that matches with upper coupler, when head and kettle body covered, upper coupler was electrically connected with lower coupler.
Wherein, described shifting device is provided with some gears hole, and described nose cover is equiped with spring, and the upper end of this spring is provided with holder, and this holder is embedded in one of them gear hole, and described shifting device is labeled with the gear mark.
Wherein, described shifting device is provided with the lid of limiting the quantity of, and described bore of limiting the quantity of lid is 15mm～30mm, and described side wall surface of limiting the quantity of lid offers the hole of limiting the quantity of of passing through for cereal.
Wherein, the bottom of described lower millstone is provided with drive plate, and this drive plate is connected with main motor, is provided with main electricity secret seal between drive plate and the main motor.
Wherein, described driving mechanism comprises the driven gear that is connected with switching door and is arranged at the small machine of head lower cover, and small machine is equiped with driving gear, and driving gear and driven gear are connected with a joggle.
Wherein, storage tank is the storage tank with detachable top.
Wherein, described kettle body comprises outer kettle body, be arranged at the interior kettle body in the outer kettle body and be arranged at the kettle base of outer kettle body bottom, and described kettle body is provided with handle.
Wherein, the bottom of described interior kettle body is provided with described temperature detector.
Wherein, be provided with the drying oar in the described interior kettle body, described kettle base is provided with the auxiliary-motor that rotates for driving the drying oar, and the output shaft of drying oar and auxiliary-motor is in transmission connection.
Beneficial effect of the present invention is:
The invention provides a kind of cereal or beans infusion method, this cereal or beans infusion method may further comprise the steps: A, water added in the container heat, simultaneously cereal or beans are put into lapping device; B, when treating water in the steps A to be heated to temperature being 68 ℃～90 ℃ hot water, start lapping device and grind, described cereal or beans are ground to form the powder particle of selected fineness; Wherein, the actual temp value of described hot water needs according to the nutritive peculiarity of different types of cereal or beans and concrete selected; C, the powder particle that obtains among the step B is inserted in the container, make powder particle and hot water mixed-shaped resulting mixture; D, the described mixture among the described step C is carried out continuous heating, and constantly stir this mixture to evenly; E, when the mixture described in the step D is heated to 94 ℃～99 ℃, stop this mixture is heated, it is lowered the temperature naturally; When 1 ℃～3 ℃ of this mixture coolings, restart this mixture is heated; After the operation of F, repetition above-mentioned steps E 12～16 times, form the ripe pasty mixture of infusion.
The technical program has shortened powder particle (cereal after namely grinding) aerial open-assembly time greatly, reduces the degree of oxidation of powder particle (cereal after namely grinding), keeps the original flavor mouthfeel of cereal; After water temperature reaches design temperature, again powder particle is inserted in the container and mix with hot water, avoided the time of contact of powder particle (cereal after namely grinding) and normal-temperature water, prevent from soaking and destruction protein, effectively prevent the rotten fermentation of cereal, greatly reduced the loss of nutriment; According to the nutritive peculiarity of different foods, begin infusion at different temperature spots, fully discharge the nutriment of cereal or beans self, some nutritional labeling that guarantees cereal or beans keeps high-load and is not destroyed by temperature under this temperature; Pin the best nutritional of cereal, and obtain best mouthfeel.Cereal of the present invention or beans infusion method operation are simple, are of high nutritive value; Operation easier is low, and operability is high, and is easy to utilize, practical, and economic benefit is high.
The present invention also provides a kind of automatic infusion machine that is applicable to said method, comprise that kettle body, control circuit, temperature detector, heat-generating pipe reach and the detachable head that is connected of kettle body, wherein, head comprises nose cover, is arranged at the lapping device of nose cover, and described lapping device comprises upper millstone, lower millstone and drives the main motor that lower millstone rotates; Temperature detector, heat-generating pipe, upper coupler and main motor all are electrically connected with control circuit; Nose cover is provided with shifting device and storage tank, and shifting device is threaded with nose cover, and shifting device is connected with upper millstone; The bottom of nose cover is provided with head lower cover, head lower cover is provided with magazine Lou, upper coupler, mobilizable switching door and drives the driving mechanism that switching door opens or closes, the kettle body is provided with the lower coupler that matches with upper coupler, when head and kettle body covered, upper coupler was electrically connected with lower coupler.
Before the use, an amount of normal-temperature water is injected the kettle body, and an amount of cereal packed in the storage tank, then head and kettle body are covered, with the thickness gear of shifting device turn to required grinding, give at last described automatic infusion machine energising and start to get final product, under the control of control circuit, automatically carry out subsequently cereal paste producing infusion action, convenient and simple for operation quick.
Description of drawings
The invention will be further described to utilize accompanying drawing, but the embodiment in the accompanying drawing does not consist of any limitation of the invention, for those of ordinary skill in the art, under the prerequisite of not paying creative work, can also obtain according to the following drawings other accompanying drawing.
Fig. 1 is the perspective view of the embodiment one of automatic infusion machine of the present invention;
Fig. 2 is the perspective view after the embodiment one of automatic infusion machine of the present invention breaks;
Fig. 3 is the exploded perspective view of the embodiment one of automatic infusion machine of the present invention;
Fig. 4 is the exploded perspective view after head, shifting device and the storage tank of the embodiment one of automatic infusion machine of the present invention partly cuts;
Fig. 5 is the cross-sectional view of the embodiment one of automatic infusion machine of the present invention;
Fig. 6 is the cross-sectional view at another visual angle of the embodiment one of automatic infusion machine of the present invention;
Fig. 7 is the shifting device perspective view partly of the embodiment one of automatic infusion machine of the present invention;
Fig. 8 is the perspective view at another visual angle of shifting device part of the embodiment one of automatic infusion machine of the present invention;
Fig. 9 is the stereochemical structure decomposing schematic representation of leakage magazine, switching door and the driving mechanism part of the embodiment one of automatic infusion machine of the present invention;
Figure 10 is the holder of embodiment one of automatic infusion machine of the present invention and the perspective view of spring;
Figure 11 is the polycrystalline substance schematic diagram that removes the kettle base of the embodiment one of automatic infusion machine of the present invention;
Figure 12 is the exploded perspective view of the embodiment two of automatic infusion machine of the present invention;
Figure 13 is the cross-sectional view of the embodiment two of automatic infusion machine of the present invention.
In Fig. 1 to Figure 13, include: 01---the kettle body, 02---head, 1---storage tank, 2---shifting device, 3---upper millstone, 4---lower millstone, 5---drive plate, 6---holder, 7---spring, 8---nose cover, 9---main electricity secret seal, 10---main motor, 11---leak magazine, 12---switching door, 13---driven gear, 14---small machine, 15---the head sealing ring, 16---head lower cover, 17---anti-overflow pin, 18---heat-generating pipe, 19---water level needle, 20---interior kettle body, 21---temperature detector, 22---the drying oar, 23---the auxiliary-motor sealing ring, 24---auxiliary-motor, 25---outer kettle body, 26---the kettle base, 27---handle, 28---the gear hole, 29---the gear mark, 30---lower coupler, 31---upper coupler, 32---the lid of limiting the quantity of, 33---the hole of limiting the quantity of, 34---blanking channel.
The specific embodiment
For the ease of those skilled in the art's understanding, the present invention is further illustrated below in conjunction with embodiment and accompanying drawing, and the content that embodiment is mentioned not is limitation of the invention.
A kind of cereal or beans infusion method, this cereal or beans infusion method may further comprise the steps: A, water added in the container heat, simultaneously cereal or beans are put into lapping device; B, when treating water in the steps A to be heated to temperature being 68 ℃～90 ℃ hot water, start lapping device and grind, described cereal or beans are ground to form the powder particle of selected fineness; Wherein, the actual temp value of described hot water needs according to the nutritive peculiarity of different types of cereal or beans and concrete selected; C, the powder particle that obtains among the step B is inserted in the container, make powder particle and hot water mixed-shaped resulting mixture; D, the described mixture among the described step C is carried out continuous heating, and constantly stir this mixture to evenly; E, when the mixture described in the step D is heated to 94 ℃～99 ℃, stop this mixture is heated, it is lowered the temperature naturally; When 1 ℃～3 ℃ of this mixture coolings, restart this mixture is heated; After the operation of F, repetition above-mentioned steps E 12～16 times, form the ripe pasty mixture of infusion.Then can pour out from container the pasty mixture that becomes ripe drinks for people.
The technical program has shortened powder particle (cereal after namely grinding) aerial open-assembly time greatly, reduces the degree of oxidation of powder particle (cereal after namely grinding), keeps the original flavor mouthfeel of cereal; After water temperature reaches design temperature again with powder particle, avoided the time of contact of powder particle (cereal after namely grinding) and normal-temperature water, prevent from soaking and destruction protein, effectively prevent the rotten fermentation of cereal, greatly reduce the loss of nutriment, according to the nutritive peculiarity of different foods, begun infusion at different temperature spots, fully discharge the nutriment of cereal or beans self, some nutritional labeling that guarantees cereal or beans keeps high-load and is not destroyed by temperature under this temperature; Pin the best nutritional of cereal, and obtain best mouthfeel.Cereal of the present invention or beans infusion method operation are simple, are of high nutritive value; Operation easier is low, and operability is high, and is easy to utilize, practical, and economic benefit is high.
Among the described step B in the present embodiment, when described cereal or beans are ground to form the powder particle of selected fineness, when cereal is ground, carry out above-mentioned steps C, the powder particle that is about to obtain is inserted in the container, makes powder particle and hot water mixed-shaped resulting mixture.
Among the described step D of present embodiment, after powder particle adds container, the mixture of powder particle and hot water is constantly stirred, to strengthen fully mixing of powder particle and hot water, prevent the powder particle caking, the quality of raising cereal paste producing.
In the described step e in the present embodiment, when the mixture described in the step D is heated to 95 ℃～98 ℃ of preferred temperature, stop this mixture is heated, it is lowered the temperature naturally.
Such as Fig. 1 to the embodiment one that Figure 11 shows that automatic infusion machine of the present invention, comprise that kettle body 01, control circuit, temperature detector 21, heat-generating pipe 18 reach and the kettle body 01 detachable head that is connected 02, head 02 comprises nose cover 8, is arranged at the lapping device of nose cover 8, this lapping device comprises upper millstone 3, lower millstone 4 and drives the main motor 10 that lower millstone 4 rotates that main motor 10 is arranged at head 02; Temperature detector 21, heat-generating pipe 18, upper coupler 31 and main motor 10 all are connected with control circuit; Nose cover 8 is provided with shifting device 2 and storage tank 1, and shifting device 2 is threaded with nose cover 8, and shifting device 2 is connected with upper millstone 3; The bottom of nose cover 8 is provided with head lower cover 16, head lower cover 16 is provided with magazine 11 Lou, upper coupler 31, mobilizable switching door 12 and drives the driving mechanism that switching door 12 opens or closes, kettle body 01 is provided with the lower coupler 30 that matches with upper coupler 31, when head 02 covered with kettle body 01, upper coupler 31 was electrically connected with lower coupler 30.Wherein, concrete main motor 10 can be arranged at the head lower cover 16 of head 02.
Before the use, an amount of normal-temperature water is injected kettle body 01, and an amount of cereal or beans packed in the storage tank 1, then head 02 and kettle body 01 are covered, with the thickness gear of shifting device 2 turns to required grinding, give at last described automatic infusion machine energising and start to get final product, under the control of control circuit, automatically carry out subsequently cereal paste producing infusion action, easy to operate.
Behind the energising starting up, under the control of control circuit, heat-generating pipe 18 begins normal-temperature water is heated; After water is heated to uniform temperature, under the control of control circuit, main motor 10 starts automatically, and lower millstone 4 begins to rotate under the effect of main motor 10, thereby makes cereal be ground into the powder particle of default fineness under the abrasive action of upper millstone 3 and lower millstone 4; When water temperature reaches the charge temperature of setting, driving mechanism automatically starts and opens switching door 12, powder particle leaks down with the blanking channel 34 that nose cover 8 set counterparts form from leaking magazine 11 immediately, enters in the hot water in the kettle body 01 through switching door 12, realizes reinforced action; Subsequently, heat-generating pipe 18 continues the mixture heating infusion to powder particle and hot water, until till the cereal full maturity.By turn shifting device 2, can regulate the distance between upper millstone 3 and the lower millstone 4, and then regulate the diameter of powder particle when grinding, with final realization the thickness that cereal grinds is regulated.Adopt automatic infusion machine of the present invention to carry out the paste producing infusion of cereal, not only convenient and simple for operation quick, and the paste that infusion goes out is nutritious, mouthfeel is pure, and practical.
The described shifting device 2 of present embodiment is provided with some gears hole 28, and described nose cover 8 is equiped with spring 7, and the upper end of this spring 7 is provided with holder 6, and this holder 6 is embedded in one of them gear hole 28.Concrete described shifting device 2 is labeled with gear mark 29.Being provided with of spring 7 and holder 6 is beneficial to the fineness of avoiding preventing shifting device 2 automatic turns in process of lapping and affecting grinding, the fineness that the setting person of being easy to use of gear mark 29 judges more intuitively and selects to grind.The particular location of gear mark 29 is corresponding with the position in some gears hole 28 with the gear of mark.
The described shifting device 2 of present embodiment is provided with to limit the quantity of and covers 32, and this is limited the quantity of and covers 32 and communicate with storage tank 1, limits the quantity of to cover 32 side wall surface and offer the hole 33 of limiting the quantity of of passing through for cereal.When carrying out milled processed, if the cereal of disposable adding is too much, then cause easily cereal between upper millstone 3 and the lower millstone 4 too many and block the rotation of lower millstone 4, cause grinding normally to carry out, the setting in hole 33 of limiting the quantity of can be controlled the addition of cereal, the phenomenon of effectively avoiding blocking lower millstone 4 occurs, and guarantees normally carrying out of grinding.The bore that covers of limiting the quantity of is set to 15mm～30mm, can prevent that user's finger from stretching in the mill, thereby further play the safeguard protection effect.
The described heat-generating pipe 18 of present embodiment is installed in head lower cover 16, and when head 02 and kettle body 01 were covered, heat-generating pipe 18 was immersed in the water, and heats with convenient mixture to water or water and powder particle.
The bottom of the described lower millstone 4 of present embodiment is provided with drive plate 5, this drive plate 5 is connected with main motor 10, be provided with main electricity secret seal 9 between drive plate 5 and the main motor 10, lower millstone 4 and main motor 10 are isolated, prevent that powder particle from entering main motor 10 and affecting the normal operation of main motor 10.
The described nose cover 8 of present embodiment is provided with head sealing ring 15 with the junction of head lower cover 16, strengthens the sealing between nose cover 8 and the head lower cover 16, enters head 02 with the mixture that prevents water or water and powder particle.
The described driving mechanism of present embodiment comprises the driven gear 13 that is connected with switching door 12 and the small machine 14 that is arranged at head lower cover 16, small machine 14 is equiped with driving gear, driving gear and driven gear 13 are connected with a joggle, when needs are opened switching door 12, control circuit moves small machine 14 forward rotation, and drive switching door 12 by driving gear and driven gear 13 and rotate, and then realize the breakdown action of switching door 12; When needs were closed switching door 12, under the control of control circuit, small machine 14 backward rotation can realize the closing motion of switching door 12, and control accurately, and is highly sensitive.
The described head lower cover 16 of present embodiment is provided with anti-overflow pin 17, when the mixture to water and powder particle carries out infusion, when this mixture boils to the anti-overflow pin 17 of submergence, anti-overflow pin 17 passes to control circuit with this information, to reduce the heating temp of heat-generating pipe 18, prevent that the infusion mixture from overflowing.
The described head lower cover 16 of present embodiment is provided with water level needle 19, for detection of whether water being arranged in the kettle body 01 or detecting whether capacity of water, prevents the dry combustion method of described automatic infusion machine and damage equipment.
The described kettle body 01 of present embodiment comprises outer kettle body 25, be arranged at the interior kettle body 20 in the outer kettle body 25 and be arranged at the kettle base 26 of outer kettle body 25 bottoms, and described kettle body 02 is provided with handle 27, taking conveniently for kettle body 01 during the arranging of handle 27; 25 of outer kettle bodies block interior kettle body 20 and protection internal components, prevent the effects such as human body scald; 26 of kettle bases block interior kettle body 20 and protection internal components, steadily place machine effect, and be provided with the heat radiation osculum, to discharge the steam that infiltrates kettle base 26.
As shown in figure 11, the bottom of the interior kettle body 20 in the present embodiment is provided with temperature detector 21.This temperature detector 21 is for detection of the heating-up temperature of water, and main motor 10 work enabling signal effects are provided.
Be provided with drying oar 22 in the described interior kettle body 20 of present embodiment, described kettle base 26 is provided with the auxiliary-motor 24 that rotates for driving drying oar 22, and drying oar 22 is in transmission connection with the output shaft of auxiliary-motor 24.After reinforced, auxiliary-motor 24 starts under the control of control circuit automatically, and drives drying oar 22 and rotate, and the purpose so that the mixture that reaches water and powder particle stirs prevents that this mixture coagulates is agglomerating, plays the effect of uniform stirring infusion; In addition, ceaselessly stirring also, the nutritional labeling of favourable food fully discharges.
The described drying oar 22 of present embodiment is provided with auxiliary-motor sealing ring 23 with the junction of output shaft, is used for the projecting shaft of auxiliary-motor 24 is sealed, and prevents that interior kettle body 20 from leaking.
In conjunction with a kind of cereal of the present invention or beans infusion method, and utilize the embodiment of the invention one described automatic infusion machine infusion soya-bean milk, its concrete steps and detailed operation principle are as follows:
A, soya bean is prepared in storage tank 1, and normal-temperature water is prepared in interior kettle body 20, the volume ratio of beans amount and the water yield is decided according to people's mouthfeel.
B, shifting device 2 screwed with storage tank 1 be connected, again shifting device 2 is screwed on nose cover 8, be connected and finish the installation of head 02 part.After confirming that switching door 12 is in closure state, head 02 and kettle body 01 are covered, at this moment, lower coupler 30 and upper coupler 31 energisings.
C, according to individual mouthfeel needs, manual rotation shifting device 2 is threaded to the little triangle arrow of indication on the alignment machine skull 8 with the gear mark 29 of shifting device 2.Wherein, during adjusting, the user can hear that holder 6 slips into " clatter clatter " sound that sends in the gear hole 28 of shifting device 2 settings under spring 7 top power effects.
D, power line is accessed connector on the handle, plugged is in holding state after the warning of head 02 buzzing.
E, press " selection " function key, the soya-bean milk functional indicator light is activated flicker after, head 02 is in soya-bean milk infusion program candidate state, by " determining/cancellation " function key, the machine buzzing starts soya-bean milk class infusion working procedure after 2 seconds again.
After F, the machine startup soya-bean milk function, control circuit control heat-generating pipe 18 enters heated condition, and water body is continued high-power heating, and simultaneously, temperature detector 21 is the temperature of kettle body 20 interior water bodys in detecting in real time also, and to the control circuit feedback signal.Control circuit also begins timing simultaneously.
G, when water body is heated to 68 ℃～70 ℃ of scopes, the signal that temperature detector 21 feeds back to control circuit touches program, this moment heat-generating pipe 18 stopped heatings, control circuit control this moment small machine 14 starts, and drives driven gear 13 and rotates, and switching door 12 is opened.
H, when step G starts, control circuit is controlled main motor 10 and is started, and soya bean is pulverized grinding, the powder particle after grinding is by leaking magazine 11, in the water body of the interior kettle body 20 that directly bleeds.
I, when step G starts, control circuit control auxiliary-motor 24 starts, and drives drying oar 22 and rotates, when grinding the leakage material, main motor 10 stirs the mixture that obtains in the previous step, prevent powder particle conglomeration in water body, also prevent the powder particle deposition simultaneously, cause infusion inhomogeneous.
J, when step H starts, control circuit begins to detect the electric current of more main motor 10, stop after 20 seconds grinding when main motor 10 current attenuations prolong machine operation during to no-load current again, 14 counter-rotatings of control circuit control small machine drive driven gear 13 and close switching door 12.
K, after step J finishes, control circuit control heat-generating pipe 18 begins heating again, control auxiliary-motor 24 continues to stir the mixture.
L, temperature detector 21 temperature of kettle body 20 interior mixtures in the Real-Time Monitoring feedback always during above step, when mixture was heated to 95 ℃～98 ℃, feedback signal was to control circuit.
After M, control circuit receive signal, control heat-generating pipe 18 stopped heatings.
N, when heat-generating pipe 18 stopped heatings, during 1 ℃～3 ℃ of this mixture coolings, control circuit receives temperature detector 21 signals and again starts heat-generating pipe 18 and add hot mixt.
O, repeating step K repeats 12 times to the program of step N again.
After P, above program were finished, head 02 buzzing 3 times continued 3 seconds at every turn, the flicker of soya-bean milk functional indicator light, and prompting soya-bean milk infusion function is finished.
When Q, water level needle carried out at above step D, internally the water levels in the kettle body 20 were monitored, and gave a warning and stoped program start, prevented that anhydrous dry combustion method or water level from crossing the failed operation such as low.
R, anti-overflow pin internal kettle body 20 mixture foams in above step are monitored, and swarm when touching at foam and send signal, make control circuit send signal, suspend heat-generating pipe 18 heating functions 30 seconds.Prevent that mixture from continuing to gush foam overflow in the boiling.
Such as Figure 12 with Figure 13 shows that the embodiment two of automatic infusion machine of the present invention, be with the difference of above-described embodiment one: described heat-generating pipe 18 is installed in the bottom outside of interior kettle body 20.The mode heating water that conducts heat by interior kettle body 20 or carry out infusion, more convenient user's cleaning equipment.
Above-described embodiment is two kinds in the better implementation of the present invention, and in addition, the present invention can also realize that any apparent replacement is all within protection scope of the present invention without departing from the inventive concept of the premise by alternate manner.
Claims (9)
1. automatic infusion machine, comprise that kettle body (01), control circuit, temperature detector (21), heat-generating pipe (18) reach and the detachable head that is connected of kettle body (01) (02), it is characterized in that: head (02) comprises nose cover (8), is arranged at the lapping device of nose cover (8), and described lapping device comprises upper millstone (3), lower millstone (4) and drives the main motor (10) that lower millstone (4) rotates; Temperature detector (21), heat-generating pipe (18), upper coupler (31) and main motor (10) all are electrically connected with control circuit; Nose cover (8) is provided with shifting device (2) and storage tank (1), and shifting device (2) is threaded with nose cover (8), and shifting device (2) is connected with upper millstone (3); The bottom of nose cover (8) is provided with head lower cover (16), head lower cover (16) is provided with magazine (11) Lou, upper coupler (31), mobilizable switching door (12) and drives the driving mechanism that switching door (12) opens or closes, kettle body (01) is provided with the lower coupler (30) that matches with upper coupler (31), when head (02) and kettle body (01) when covering, upper coupler (31) is electrically connected with lower coupler (30); Be provided with drying oar (22) in the described interior kettle body (20), described kettle base (26) is provided with the auxiliary-motor (24) that rotates for driving drying oar (22), and drying oar (22) is in transmission connection with the output shaft of auxiliary-motor (24).
2. automatic infusion machine according to claim 1, it is characterized in that: described shifting device (2) is provided with some gears hole (28), described nose cover (8) is equiped with spring (7), the upper end of this spring (7) is provided with holder (6), this holder (6) is embedded in one of them gear hole (28), and described shifting device (2) is labeled with gear mark (29).
3. automatic infusion machine according to claim 1, it is characterized in that: described shifting device (2) is provided with the lid (32) of limiting the quantity of, described bore of limiting the quantity of lid is 15mm～30mm, and described side wall surface of limiting the quantity of lid (32) offers the hole of limiting the quantity of (33) of passing through for cereal.
4. automatic infusion machine according to claim 1, it is characterized in that: the bottom of described lower millstone (4) is provided with drive plate (5), this drive plate (5) is connected with main motor (10), is provided with main electricity secret seal (9) between drive plate (5) and the main motor (10).
5. automatic infusion machine according to claim 1, it is characterized in that: described driving mechanism comprises the driven gear (13) that is connected with switching door (12) and the small machine (14) that is arranged at head lower cover (16), small machine (14) is equiped with driving gear, and driving gear and driven gear (13) are connected with a joggle.
6. automatic infusion machine according to claim 1 is characterized in that: described storage tank (1) is for having the storage tank (1) at detachable top.
7. automatic infusion machine according to claim 1, it is characterized in that: described kettle body (01) comprises outer kettle body (25), be arranged at the interior kettle body (20) in the outer kettle body (25) and be arranged at the kettle base (26) of outer kettle body (25) bottom, and described kettle body (01) is provided with handle (27).
8. right to use requires cereal or the beans infusion method of each described automatic infusion machine in 1 to 7, and it is characterized in that: described cereal or beans infusion method may further comprise the steps:
A, water added in the container heat, simultaneously cereal or beans are put into lapping device;
B, when treating water in the steps A to be heated to temperature being 68 ℃～90 ℃ hot water, start lapping device and grind, described cereal or beans are ground to form the powder particle of selected fineness; Wherein, the actual temp value of described hot water needs according to the nutritive peculiarity of different types of cereal or beans and concrete selected;
C, the powder particle that obtains among the step B is inserted in the container, make powder particle and hot water mixed-shaped resulting mixture;
D, the described mixture among the described step C is carried out continuous heating, and constantly stir this mixture to evenly;
E, when the mixture described in the step D is heated to 94 ℃～99 ℃, stop this mixture is heated, it is lowered the temperature naturally; When 1 ℃～3 ℃ of this mixture coolings, restart this mixture is heated;
After the operation of F, repetition above-mentioned steps E 12～16 times, form the ripe pasty mixture of infusion.
9. cereal according to claim 8 or beans infusion method is characterized in that: among the described step B, when described cereal or beans are ground to form the powder particle of selected fineness, when cereal is ground, carry out step C.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010106046871A CN102090548B (en) | 2010-12-24 | 2010-12-24 | Method for boiling grains or beans and automatic boiling machine suitable for same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010106046871A CN102090548B (en) | 2010-12-24 | 2010-12-24 | Method for boiling grains or beans and automatic boiling machine suitable for same |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102090548A CN102090548A (en) | 2011-06-15 |
| CN102090548B true CN102090548B (en) | 2013-03-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010106046871A Expired - Fee Related CN102090548B (en) | 2010-12-24 | 2010-12-24 | Method for boiling grains or beans and automatic boiling machine suitable for same |
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| Country | Link |
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| CN (1) | CN102090548B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107174109B (en) * | 2016-03-09 | 2020-09-01 | 广东美的生活电器制造有限公司 | Pulping method of soybean milk machine |
| CN108620168B (en) * | 2017-03-20 | 2021-03-16 | 佛山市顺德区美的电热电器制造有限公司 | Cooking appliance and control method thereof |
| CN109805760A (en) * | 2018-12-17 | 2019-05-28 | 广州正心智能科技有限公司 | A kind of manufacture craft of the existing natural beverage processed of robot |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5461968A (en) * | 1994-09-02 | 1995-10-31 | Portman; Jill | Brewing pot |
| US5678472A (en) * | 1996-01-16 | 1997-10-21 | Millman; Paul | Decoction apparatus and method |
| JPH11299862A (en) * | 1998-04-06 | 1999-11-02 | O Ikumei | Herbal medicine decocting pot |
| FR2785515B1 (en) * | 1998-11-09 | 2001-01-19 | Seb Sa | PISTON COFFEE MAKER EQUIPPED WITH AN AGITATOR |
| CN101248858A (en) * | 2008-04-08 | 2008-08-27 | 成都市宇中梅科技有限责任公司 | Electric millstone mill soya-bean milk integrated machine |
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| Publication number | Publication date |
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| CN102090548A (en) | 2011-06-15 |
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