A kind of Multifunctional household soya-bean milk machine
Technical field
The invention belongs to household appliance technical fields, and in particular to a kind of multifunctional soya-bean milk machine.
Background technique
Bean or pea are generally broken into powder using high-speed rotating blade by existing household soy milk machine, while blade rotation
It is dissolved into bean powder in water and forms soya-bean milk, in order to shorten the time of production soya-bean milk, general blade is high-speed rotating same
When soy bean milk making machine soya-bean milk is heated, made however, the soya-bean milk mouthfeel of this kind of soymilk grinder is still less than using traditional stone mill
Soya-bean milk.
On the other hand, due to being traditionally used for making the stone mill heavier-weight of soya-bean milk, and volume is big, is unsuitable for average family
It uses.
Summary of the invention
The technical problems to be solved by the present invention are: in view of the deficienciess of the prior art, providing a kind of small in size, imitation
Stone mill polishing soya-bean milk, and can be used in the soy bean milk making machine of squeezed juice.
Purpose to realize the present invention, is achieved using following technical scheme: a kind of Multifunctional household soya-bean milk machine, including
There is juice cup, be mounted on the filter bowl of the annular of juice cup upper end, and is mounted on the grinding cup of filter bowl upper end;
The grinding cup include the cup body of circular groove shape and be molded over cup body lower end middle position circular groove shape motor installation
Chamber, the motor installation cavity lower end pass through the filter bowl and extend to bottom in juice cup, the motor installation cavity lower end connection
There is the heater to be heated to the soya-bean milk in juice cup;The bottom of cup form lead to filter bowl be lauched through-hole;
The motor that an output shaft is vertically arranged upward is fixedly installed in the motor installation cavity, bottom is located in the cup body
It is fixedly installed with an annular electromagnet above motor, the output shaft of the motor is passed through from the mesoporous of electromagnet, and is exported
Pass through sealing bearing rotation connection between axis and the mesoporous of electromagnet;
The periphery of the electromagnet is polygonized structure, and the top of the electromagnet is arranged with a lower millstone, lower millstone it is outer
Week is cylindrical wall, and lower millstone lower end forms the locating slot with the polygon of electromagnet cooperation grafting;
A upper millstone to cooperate mill soya-bean milk with lower millstone is removably equipped with positioned at lower millstone upper end in the grinding cup
a;The intermediary form of the upper millstone a has a driving hole, corresponded on the output shaft upper millstone a position form with it is described
The positioning region upper millstone a of driving hole cooperation grafting;
The upper end the upper millstone a is located at driving hole periphery and forms an annular recess, and the notched bottoms, which form, to be run through
Upper millstone a into beans hole, the periphery that the upper millstone a is located at recess forms an annular groove, fixed peace in the annular groove
Equipped with the permanent magnet attracting by magnetic force with electromagnet;
The upper end the upper millstone a is connected with a feed cup, and the lower end intermediary form of the feed cup has on one and upper millstone a
Mating recesses grafting positioning convex platform, the partition of an arc is formed in the feed cup, is located at partition one in feed cup
Side is water storage tank, and the other side is storage beans slot, feed cup bottom be located within the scope of the storage beans slot and with into the corresponding position in beans hole
It sets and forms feed inlet;
The water flow that position in the feed cup between water storage tank and storage beans slot forms a circular trough shape is adjusted
Slot, water flow regulating tank bottom sides form the water inlet being connected to water storage tank, and the water outlet being connected to storage beans slot, described
Water inlet is in longitudinally disposed rectangular shape, and the water outlet is in longitudinally disposed strip crevice shape, the face of the water inlet
Product is 5-10 times of water outlet open area;A regulating piston, the regulating piston packet are slidably fitted in the water flow regulating tank
Include the piston body and the coaxially connected piston rod held on the piston body of a cylindrical rubber material;
A upper millstone to cooperate mill fruit juice with lower millstone is removably equipped with positioned at lower millstone upper end in the grinding cup
b;The upper millstone b is integrally in circular ring shape, is fruit feed inlet among upper millstone b, the upper surface the upper millstone b be located at fruit into
Material mouth periphery forms driven tooth, and it is convex that the periphery that the upper surface the upper millstone b is located at driven tooth forms socket protruding upward
Circle, the upper end the upper millstone b be located at socket flange collar periphery form an annular groove, be fixedly installed in the annular groove with
The electromagnet permanent magnet attracting by magnetic force;
The lower end surface the upper millstone b is located at fruit feed inlet periphery and forms intermediate height, the low tapered surface in periphery, the tapered surface
On form the arcuate rib of circumferentially array distribution;
Top on the output shaft of the motor positioned at the positioning region upper millstone a is threaded shank, is connected in the threaded shank by screw thread
It is connected to a feeding pressure mechanism;The feeding pressure mechanism includes the rotation body of rod, and is integrally attached to the multiple of swingle external week
Push blade;The lower end of the rotation body of rod forms the connecting screw hole being threadedly coupled with the threaded shank;The rotation body of rod
Lower end periphery one annular linkage circle is connected with by 2-3 connection blade, the lower end surface of the linkage circle form with
The sliding tooth of driven tooth cooperation transmission on upper millstone b;
When upper millstone b is arranged in the lower millstone upper end, the grinding cup upper end is detachably connected with a feed well.
As preferred: the output shaft of the motor rotates clockwise, and is left-handed spiral shell between the threaded shank and connecting screw hole
Line connection, the sliding tooth and driven tooth are the unidirectional tooth of single-direction transmission clockwise;Each pushing blade is in left-handed spiral shell
In spin line.
As preferred: the lower end surface of the connection blade connects the inclination of blade towards clockwise obliquely downward
Angle, which is less than, pushes blade.
As preferred: the upper end of the rotation body of rod is rotatably connected to a back-out bar, the rotation body of rod by pin shaft
Upper side, which forms, accommodates the side tank for screwing out bar;Back-out bar described in juice-extracting process is threaded in the tank of side, has been used
Motor is when back-out bar being unfolded after finishing to screw off feeding pressure mechanism from the output shaft of motor, and screwing off feeding pressure mechanism with 0.2-1 per second
The velocity reversal's rotation turned.
As preferred: the angle between the tapered surface and horizontal direction is 2-5 degree, the outer end direction of the arcuate rib
Counterclockwise it is bent.
As preferred: the feed well includes the external groove sidevall and internal groove side wall of circular tube shaped, and is integrally formed in external groove sidevall
Upper connection wall between internal groove side wall upper end;The inside of internal groove side wall funnel shaped wide at the top and narrow at the bottom, in the upper connection wall
The circular conical surface for holding inner circumferential low between the senior middle school of periphery;
The internal groove side wall lower end forms interior grafting wall, and the interior grafting wall and socket flange collar inner circumferential cooperate grafting;The outer groove
Wall lower end inner circumferential forms outer connection wall, and outer connection wall periphery forms clamp, the cup body upper inside wall of the grinding cup at
Type has the L-shaped bayonet with clamp cooperation clamping.
As preferred: the cup sidewalls form cup handle, and the cup sidewalls, which are located at, to be equipped with power supply below cup handle and connect
Mouthful, the cup sidewalls position mutually separate with cup handle is equipped with control panel, is equipped with control circuit in the control panel
Plate, the motor, heater and power interface are electrically connected with control circuit board respectively;Be also equipped on the control panel to
Control motor rotates clockwise the control button a of work, the control button b to work to control heater, and to control
Motor rotates counterclockwise to unload the control button c of feeding pressure mechanism.
As preferred: the lower millstone, upper millstone a, upper millstone b diameter be 10-16cm.
Compared with prior art, the beneficial effects of the present invention are: the present invention between upper millstone a and lower millstone by setting
Electromagnet and permanent magnet are set to increase the pressure between upper millstone a and lower millstone, so that the volume of upper millstone a and lower millstone is not required to
Sufficiently large pressure can be also generated to carry out mill beans greatly very much.
In order to enrich function of the invention, upper millstone b cooperation lower millstone is increased to realize juice extracting function, due to one
As pulp it is all more much larger than squeezing the soya bean of soya-bean milk, be not suitable for carrying out the squeezing of fruit juice, therefore the lower end upper millstone b using upper millstone a
Form the narrow space in intermediate wide periphery equipped with tapered surface, between tapered surface and lower millstone, pulp by upper millstone b and lower millstone it
Between when generate from-inner-to-outer and move, while pressure gradually increases, and pulp is adequately compressed, sufficiently squeezed conducive to fruit juice
Out;The arcuate rib is for pushing pulp to rotate relative to lower millstone.Also squeezing action is generated while rotation, is conducive to fruit juice
Squeeze out.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention.
Fig. 2 is schematic cross-sectional view of the invention.
Fig. 3 is decomposition texture schematic diagram of the invention.
Fig. 4 is the structural schematic diagram of filter bowl.
Fig. 5 is the structural schematic diagram of grinding cup.
Fig. 6 is the structural schematic diagram of upper millstone a and charging cup portion.
Fig. 7, Fig. 8 are the structural schematic diagrams of feed cup.
Fig. 9 be the present invention as juice extractor when schematic cross-sectional view.
Figure 10 be the present invention as juice extractor when decomposition texture schematic diagram.
Figure 11 is the structural schematic diagram of feed well.
Figure 12 is the structural schematic diagram of feeding pressure mechanism.
Figure 13 is the structural schematic diagram of upper millstone b.
Figure 14 is the schematic cross-sectional view of upper millstone b.
Figure 15 is configuration state figure when dismantling feeding pressure mechanism.
Figure 16 is the structural schematic diagram of 2 filter bowl of embodiment and juice cup part.
Figure 17, Figure 18 are the structural schematic diagrams of 2 filter bowl of embodiment.
1, juice cup;
2, filter bowl;21, interior wall of cup;22, strainer;23, outer cup wall;24, bracing ring;
2a, the first filter pocket;2b, the second filter pocket;25, isolation board;26, the second strainer;27, juice opening;
3, grinding cup;31, cup body;311, bayonet;32, control panel;33, cup handle;34, power interface;35, motor installation cavity;
4, feed cup;41, partition;42, water flow regulating tank;421, water inlet;422, water outlet;43, feed inlet;44, convex
Platform;40, regulating piston;
50, electromagnet;51, lower millstone;511, locating slot;52, upper millstone a;521, permanent magnet;522, driving hole;523, into beans
Hole;524, recess;53, upper millstone b;531, it is socketed flange collar;532, driven tooth;533, tapered surface;534, arcuate rib;
6, heater;
7, motor;71, output shaft;711, the positioning region upper millstone a;712, threaded shank;
8, feed well;81, external groove sidevall;811, outer connection wall;82, internal groove side wall;821, interior grafting wall;83, upper connection wall;
9, feeding pressure mechanism;90, bar is screwed out;91, the body of rod is rotated;92, blade is pushed;93, blade is connected;94, linkage circle;941, it drives
Movable tooth;95, connecting screw hole.
Specific embodiment
Embodiment 1
According to Fig. 1 to Figure 15, the present embodiment is a kind of Multifunctional household soya-bean milk machine, includes juice cup 1, is mounted on Sheng juice
The filter bowl 2 of the annular of cup upper end, and it is mounted on the grinding cup 3 of filter bowl upper end.
The grinding cup include the cup body 31 of circular groove shape and be molded over cup body lower end middle position circular groove shape electricity
Machine installation cavity 35, the motor installation cavity lower end pass through the filter bowl and extend to bottom in juice cup, the motor installation cavity
Lower end is connected with the heater 6 to be heated to the soya-bean milk in juice cup;The bottom of cup, which forms, leads to filter bowl
It is lauched through-hole.
The motor 7 that an output shaft is vertically arranged upward, bottom in the cup body are fixedly installed in the motor installation cavity
Portion, which is located above motor, is fixedly installed with an annular electromagnet 50, and the output shaft of the motor is worn from the mesoporous of electromagnet
It crosses, and passes through sealing bearing rotation connection between output shaft and the mesoporous of electromagnet.
The periphery of the electromagnet is polygonized structure, and the top of the electromagnet is arranged with a lower millstone 51, lower mill
The periphery of disk is cylindrical wall, and lower millstone lower end forms the locating slot 511 with the polygon of electromagnet cooperation grafting.
One is removably equipped with to cooperate the upper of mill soya-bean milk with lower millstone positioned at lower millstone upper end in the grinding cup
Mill a52;The intermediary form of the upper millstone a has a driving hole 522, corresponded on the output shaft position of upper millstone a at
Type has the positioning region upper millstone a 711 with driving hole cooperation grafting, and the positioning region the upper millstone a is polygon or such as Fig. 3
Shown in side have a plane cylinder.
The upper end the upper millstone a is located at driving hole periphery and forms an annular recess 524, the notched bottoms molding
Have through upper millstone a into beans hole 523, the periphery that the upper millstone a is located at recess forms an annular groove, the annular groove
Inside it is fixedly installed with the permanent magnet 521 attracting by magnetic force with electromagnet.When the motor drives upper millstone a rotation, electromagnet
It is powered and generates magnetic attraction force between permanent magnet, so that the pressure between upper millstone a and lower millstone increases, magnetic field force is instead of big
The part gravity of volume stone mill upper millstone, such upper millstone, lower millstone a volume can do it is smaller, be suitable for average family use.
The upper end the upper millstone a is connected with a feed cup 4, and the lower end intermediary form of the feed cup has one and upper mill
The positioning convex platform 44 of mating recesses grafting on disk a forms the partition 41 of an arc, position in feed cup in the feed cup
Be water storage tank in partition side, the other side is storage beans slot, feed cup bottom be located within the scope of the storage beans slot and with into beans hole phase
Corresponding position forms feed inlet 43.
Position in the feed cup between water storage tank and storage beans slot forms the water flow of a circular trough shape
Regulating tank 42, water flow regulating tank bottom sides form the water inlet 421 being connected to water storage tank, and go out with what storage beans slot was connected to
The mouth of a river 422, the water inlet are in longitudinally disposed rectangular shape, and the water outlet is in longitudinally disposed strip crevice shape, institute
The area for stating water inlet is 5-10 times for being discharged open area;A regulating piston 40 is slidably fitted in the water flow regulating tank,
The regulating piston includes the piston body and the coaxially connected piston held on the piston body of a cylindrical rubber material
Bar.
By moving up and down the position of regulating piston, the size of adjusting water exit mouth goes out water speed so as to adjust water storage tank
Degree, so as to adjust the concentration of the soya-bean milk finally processed.
One is removably equipped with to cooperate the upper of mill fruit juice with lower millstone positioned at lower millstone upper end in the grinding cup
Mill b53;The upper millstone b is integrally in circular ring shape, is fruit feed inlet among upper millstone b, the upper surface the upper millstone b is located at
Fruit feed inlet periphery forms driven tooth 532, and the periphery that the upper surface the upper millstone b is located at driven tooth forms protruding upward
Socket flange collar 531, the periphery that the upper end the upper millstone b is located at socket flange collar forms an annular groove, in the annular groove
It is fixedly installed with the permanent magnet 521 attracting by magnetic force with electromagnet.
The lower millstone, upper millstone a and upper millstone b are made by natural green stone or granite etc. respectively.
The lower end surface the upper millstone b is located at fruit feed inlet periphery and forms intermediate height, the low tapered surface 533 in periphery, institute
State the arcuate rib 534 that circumferentially array distribution is formed on tapered surface.
Top on the output shaft of the motor positioned at the positioning region upper millstone a is threaded shank 712, is passed through in the threaded shank
It is threaded with a feeding pressure mechanism 9;The feeding pressure mechanism includes the rotation body of rod 91, and to be integrally attached to swingle external
Multiple pushing blades 92 in week;The lower end of the rotation body of rod forms the connecting screw hole 95 being threadedly coupled with the threaded shank;
The lower end periphery of the rotation body of rod is connected with an annular linkage circle 94 by 2-3 connection blade, the linkage circle
Lower end surface forms the sliding tooth 941 with the driven tooth cooperation transmission on upper millstone b.
Since pulp volume is larger, in other words in order to cut pulp, pulp is cut by the pushing blade of feeding pressure mechanism
Fritter, while pushing downwards, it can smoothly enter into pulp and squeezed between upper millstone b and lower millstone.
When upper millstone b is arranged in the lower millstone upper end, the grinding cup upper end is detachably connected with a feed well
8。
The feed well includes the external groove sidevall 81 and internal groove side wall 82 of circular tube shaped, and is integrally formed in external groove sidevall and inside groove
Upper connection wall 83 between wall upper end;The inside of internal groove side wall funnel shaped wide at the top and narrow at the bottom, in the upper connection wall upper end
All circular conical surfaces low between the senior middle school of periphery.
The internal groove side wall lower end forms interior grafting wall 821, and the interior grafting wall and socket flange collar inner circumferential cooperate grafting;Institute
It states external groove sidevall lower end inner circumferential and forms outer connection wall 811, outer connection wall periphery forms clamp, in the cup body of the grinding cup
Wall top forms the L-shaped bayonet 311 with clamp cooperation clamping.
The cup sidewalls form cup handle 33, and the cup sidewalls, which are located at below cup handle, is equipped with power interface 34, institute
It states the cup sidewalls position mutually separate with cup handle and control panel 32 is installed, control circuit board is installed in the control panel,
The motor, heater and power interface are electrically connected with control circuit board respectively;It is also equipped on the control panel to control
Motor processed rotates clockwise the control button a of work, the control button b to work to control heater, and to control electricity
Machine rotates counterclockwise to unload the control button c of feeding pressure mechanism.
Motor speed is 1-3 revolutions per seconds when grinding soya-bean milk;Motor speed is 2-4 revolutions per seconds when squeezed juice.
The filter bowl has the interior wall of cup 21 of a tubular, the outer cup wall 23 of a tubular, and is connected to inner cup
Strainer 22 between wall and outer cup wall lower end, the upper end periphery of the outer cup wall form a bracing ring, the bracing ring
It is against the upper end periphery of juice cup, the lower end of the grinding cup is plugged in bracing ring inner circumferential.
The output shaft of the motor rotates clockwise, and connects between the threaded shank and connecting screw hole for left hand thread, institute
It states sliding tooth and driven tooth is the unidirectional tooth of single-direction transmission clockwise;Each pushing blade is on left-handed twist.
When motor rotates, output shaft drives the rotation of binder component, and binder component is driven by the sliding tooth on linkage circle
Mill b rotation, binder component by fruit chunk for tentatively shredding and being depressed between upper millstone b and lower millstone, then again by upper
Mill b and lower millstone, which further roll, is squeezed out fruit juice sufficiently.
The lower end surface of the connection blade is towards clockwise obliquely downward, and under the tilt angle for connecting blade is less than
Press blade.It is smaller to connect blade angle, the downward pressure generated under same revolving speed, which is greater than, pushes blade, squeezes into conducive to fruit chunk
Between upper millstone b and lower millstone.
The upper end of the rotation body of rod is rotatably connected to a back-out bar 90, the rotation body of rod upper side by pin shaft
It forms and accommodates the side tank for screwing out bar;Back-out bar described in juice-extracting process is threaded in the tank of side, is unfolded after use
The speed that motor is turned when screwing out bar to screw off feeding pressure mechanism from the output shaft of motor, and screwing off feeding pressure mechanism with 0.2-1 per second
It reversely rotates.
In order to handle pulp residue and cleaning grinding cup after use, need to remove feeding pressure mechanism, in order into one
Step remove upper millstone b and lower millstone, and if the output shaft of motor is in free state, feeding pressure mechanism is difficult to remove, therefore makes electricity
The rotation of machine low-speed reverse, the disassembly direction of rotation with feeding pressure mechanism is on the contrary, in order to conveniently remove feeding pressure mechanism.
Angle between the tapered surface and horizontal direction is 2-5 degree, and the outer end direction of the arcuate rib is square counterclockwise
To bending.
The narrow space in intermediate wide periphery is formed between upper millstone b lower end inner circumferential and lower millstone, pulp is by upper millstone b under
Moving for from-inner-to-outer is generated when between mill, while pressure gradually increases, pulp is adequately compressed, and is filled conducive to fruit juice
Partial pressure is squeezed out;The arcuate rib is for pushing pulp to rotate relative to lower millstone.Also squeezing action is generated while rotation, benefit
In squeezing out for fruit juice.
Embodiment 2
The present embodiment makes following improvement on the basis of embodiment 1: when the present invention is used as juice extractor in use, the control
Device control electromagnet processed is every to make electromagnet and permanent magnet generate mutual exclusion by the logical reverse current 0.2-0.5s of 3-5s, to make mill
Pressure between disk b and lower millstone instantaneously reduces, and other time leads to forward current and is allowed to mutually attract with permanent magnet.
In this way in juice-extracting process, pulp can more quickly pass through between upper millstone b and lower millstone, i.e., in electromagnet and forever
When the reversed mutual exclusion of magnet, the pulp positioned at lower part in feed well is pressed into the space between upper millstone b and lower millstone quickly, this
Sample for fruit lesser for hardness, significantly reduces the required time of juicing.
Embodiment 3
In conjunction with shown in Figure 16 to Figure 18, the present embodiment is the difference from embodiment 1 is that make further improvement to filter bowl 2:
The filter bowl has the interior wall of cup 21 of a tubular, and the outer cup wall 23 of a tubular and two are integrally attached to
Isolation board 25 between interior wall of cup and outer cup wall;It is located at the side of two isolation boards between the interior wall of cup and outer cup wall lower end
It is connected with strainer 22, the other side of two isolation boards is located between the interior wall of cup upper end and outer cup wall inner wall middle part or middle and upper part
It is connected with the second strainer 26, is located above the second strainer on the outer cup wall and forms juice opening 27;It is located at the in the filter bowl
One strainer side is the first filter pocket 2a, and being located at the second strainer side is the second filter pocket 2b.
The strainer is 30-35 mesh, and the second strainer is 80-85 mesh.
The juice cup upper end forms the fluid guidance port outwardly protruded, and the juice cup lateral wall is far from fluid guidance port
Side forms a hand handle;The juice opening 27 and the fluid guidance port are mutually close;The lower end of the outer cup wall is lower than fluid guidance port
Lower end.
The upper end periphery of the outer cup wall forms a bracing ring, and the bracing ring is against the upper end periphery of juice cup,
The lower end of the grinding cup is plugged in bracing ring inner circumferential.
The strainer and the second strainer are metal mesh, and the aperture of the second strainer is less than the aperture of strainer.Use this hair
When bright, the through-hole that is lauched on grinding cup is located above strainer, and the strainer carries out first time filtering;When by the soya-bean milk in juice cup
Or fruit juice carries out second level filtering by the second strainer when pouring out out of juice cup.Pass through the fruit juice of double-filtration in this way, especially
It is that soya-bean milk dregginess is few, mouthfeel is more preferably;On the other hand, the aperture of filter screen for carrying out by-pass filtration is larger, and bean dregs is avoided to block strainer
And soya-bean milk seeps filtering net spee and soya-bean milk is caused very much to overflow from the first upper end filter pocket 2a slowly.