CN205649418U - Grinder for food preparation machine and food preparation machine thereof - Google Patents
Grinder for food preparation machine and food preparation machine thereof Download PDFInfo
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- CN205649418U CN205649418U CN201521133014.7U CN201521133014U CN205649418U CN 205649418 U CN205649418 U CN 205649418U CN 201521133014 U CN201521133014 U CN 201521133014U CN 205649418 U CN205649418 U CN 205649418U
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- Food-Manufacturing Devices (AREA)
Abstract
The utility model discloses a grinder for food preparation machine and food preparation machine thereof belongs to the kitchen appliances field, and solved current abrasive -type food preparation machine and be realizing that material circulation grinding need increase the defect of outside circulation subassembly, the utility model discloses grinder includes the cup and locates the mill in the cup for the food preparation machine, the mill is including moving mill, quiet mill and being used for moving the pivot of mill moving, quiet mill with move mill cooperation and form feeding chamber and milling zone, the milling zone is located the periphery in feeding chamber, be equipped with on the quiet mill with the communicating feed inlet in feeding chamber, it still is equipped with pusher blade on the mill to move, pusher blade is located the periphery of milling zone, it drives pusher blade with the material to the propelling movement of quiet mill direction to move the mill operation. The embodiment of the utility model provides a be applied to domestic food preparation machine, if cooking machine, soybean milk machine etc.
Description
[technical field]
This utility model relates to kitchen small household appliances, particularly relates to a kind of food processing machine lapping device and food processor thereof.
[background technology]
Existing food processor, such as household soy milk machine, its crushing system mainly has two kinds, one is to rotate in order to crushing knife tool to pulverize bean material, another kind is dependent on mill grinding and pulverizes bean material, two ways respectively has advantage, but comparatively speaking, the soy bean milk making machine operating noise of abrading type is less, grind finer and smoother, in good taste, but existing most grinding type soymilk machine the most only grinds once, grinding-crushing effect cannot promote further, the bean milk finer and smoother in order to obtain mouthfeel, current method is to realize the circular grinding of material by arranging external pipe recirculation assembly, its complicated structure, and not easy cleaning.
[utility model content]
Technical problem to be solved in the utility model is to overcome the deficiencies in the prior art to provide a kind of food processing machine lapping device, its simple in construction, easy cleaning.
Solving above-mentioned technical problem, this utility model adopts the following technical scheme that
A kind of food processing machine lapping device, including cup and the dismembyator being located in cup, described dismembyator includes movable grinding disc, static cutting disk and for the rotating shaft driving movable grinding disc to operate, described static cutting disk and movable grinding disc cooperatively form feed cavity and milling zone, described milling zone is positioned at the periphery of described feed cavity, described static cutting disk is provided with the charging aperture communicated with feed cavity, it is additionally provided with pusher blade on described movable grinding disc, described pusher blade is positioned at the periphery of described milling zone, and the operating of described movable grinding disc drives pusher blade to be pushed to the charging aperture direction of static cutting disk by material.
Further scheme, described pusher blade is extended radially outwardly by movable grinding disc edge and is formed, and described pusher blade reverses relative to movable grinding disc and arranges.
Further scheme, by movable grinding disc edge, to static cutting disk direction, extension is formed described pusher blade, and described pusher blade is provided with pusher inclined-plane, and described pusher inclined-plane is towards movable grinding disc rotation direction.
Further scheme, on described movable grinding disc, the position of corresponding feed cavity is provided with precomminution tooth.
Further scheme, described charging aperture sidewall is provided with the material blocking block extended to charging aperture center；Or described static cutting disk forms the sidewall of feed cavity and is provided with the expeller extended to feed cavity center.
Further scheme, described movable grinding disc includes movable grinding disc diapire and movable grinding disc sidewall, and by movable grinding disc bottom wall edge, to static cutting disk direction, extension is formed described movable grinding disc sidewall, and described movable grinding disc inside sidewalls face forms sidewall milling zone with static cutting disk lateral surface.
Further scheme, described static cutting disk week side be provided with baffle plate, arranged circumferentially spaced on described baffle plate have discharging opening, described pusher blade be located on described movable grinding disc sidewall and with baffle plate formed pusher milling zone.
Further scheme, described movable grinding disc deviates from the side of static cutting disk and is provided with drain muscle, and described drain muscle is extended to movable grinding disc edge by movable grinding disc center.
This utility model also proposes a kind of food processor, including the food processing machine lapping device described in any of the above-described technical scheme.
Further scheme, described food processor includes support and the motor being located in support, and described cup is arranged on above support, and described static cutting disk is positioned at above movable grinding disc, and described static cutting disk is fixing with cup to be connected；
Or, described food processor includes head and the motor being located in head, and described head buckles in described cup upper end, and described head includes that head upper cover and head lower cover, described movable grinding disc are positioned at above static cutting disk, and described static cutting disk is fixing with head lower cover to be connected；
Or, described food processor includes head and the motor being located in head, described head buckles in described cup upper end, described head includes head upper cover and head lower cover, described static cutting disk is positioned at above movable grinding disc, described static cutting disk is fixing with head lower cover to be connected, and the motor shaft of described motor is connected on movable grinding disc through static cutting disk.
The beneficial effects of the utility model:
1, this utility model adds pusher blade on the movable grinding disc of lapping device, this pusher blade is positioned at the periphery of milling zone, movable grinding disc operating drives pusher blade to be pushed to static cutting disk direction by material, so that material enters feed cavity through charging aperture is circulated grinding, so, material is directly pushed to static cutting disk direction by pusher blade after grinding through milling zone, material is enable again to enter feed cavity through charging aperture, realize circular grinding, lapping device self is made to achieve that inner loop, without by other outer loop assemblies, structure simplifies, cost reduces；Material is after repeatedly grinding, and its smashing fineness is greatly improved, and promotes the concentration of beverage and drinks mouthfeel.
2, precomminution tooth is added on movable grinding disc, this precomminution tooth is positioned in feed cavity, so, material carries out precomminution by precomminution tooth in feed cavity, material is made to become piece material, flowing to milling zone along with liquid stream under centrifugal action, piece material is ground by milling zone more further, it is achieved fine grinding；Increase the precomminution stage, be possible not only to improve the smashing fineness of material, also reduce the burden of milling zone so that material completes the smooth and easy of grinding process descending, from coarse to fine, beneficially circular grinding to be carried out simultaneously.
3, the charging aperture sidewall of static cutting disk adds material blocking block, and this material blocking block can prevent the material in feed cavity from flowing out from charging aperture in process of lapping, it is ensured that Matter Transfer is carried out in order；Static cutting disk forms the sidewall of feed cavity and adds expeller, this expeller can coordinate precomminution tooth that material is carried out precomminution, under the barrier effect of expeller, the material in feed cavity quickly will not flow along with liquid stream, makes the precomminution tooth on movable grinding disc preferably material are ground precomminution.
4, movable grinding disc includes movable grinding disc diapire and movable grinding disc sidewall, by movable grinding disc bottom wall edge, to static cutting disk direction, extension is formed movable grinding disc sidewall, movable grinding disc inside sidewalls face forms sidewall milling zone with static cutting disk lateral surface, so, material is after refining through milling zone, entering back into sidewall milling zone and carry out the 3rd road grinding, further improving material grinds fineness.
5, static cutting disk week side adds baffle plate, arranged circumferentially spaced on this baffle plate have discharging opening, pusher blade is located on movable grinding disc sidewall and forms pusher milling zone with baffle plate, so, material is again after sidewall milling zone completes the 3rd road grinding, moreover it is possible to enters pusher milling zone and carries out the 4th road grinding, improving material grinds fineness again, so that material realizes pulverizing the most step by step in cyclic process, reach fine degree, to obtain finer and smoother mouthfeel.
6, movable grinding disc deviates from the side of static cutting disk and adds drain muscle, this drain muscle is extended to movable grinding disc edge by movable grinding disc center, the operating of movable grinding disc drives drain muscle to promote liquid stream to movable grinding disc periphery, liquid stream is promoted to be pooled to pusher blade region under centrifugal action, to push to static cutting disk direction under pusher blade effect, and take away the material that milling zone is sent so that circular grinding process is orderly, smooth and easy to be carried out.
7, due to lapping device simple in construction of the present utility model, without by other outer loop assemblies, highly versatile, therefore applying in various food processor, such as provided with motor at lower or the cooking machine of provided with motor at lower, soy bean milk making machine etc., or it it is the soy bean milk making machine pulverized of little space.
These features of the present utility model and advantage will be detailed in following detailed description of the invention, accompanying drawing exposure.
[accompanying drawing explanation]
Below in conjunction with the accompanying drawings this utility model is described further:
Fig. 1 is the structural representation of food processor in this utility model embodiment one；
Fig. 2 is lapping device scheme of installation in cup in this utility model embodiment one；
Fig. 3 is the sectional axonometric drawing of lapping device in this utility model embodiment one；
Fig. 4 is the structural representation (back side) of static cutting disk in this utility model embodiment one；
Fig. 5 is the structural representation (front) of static cutting disk in this utility model embodiment one；
Fig. 6 is the structural representation (front) of movable grinding disc in this utility model embodiment one；
Fig. 7 is lapping device scheme of installation in cup in this utility model embodiment two；
Fig. 8 is the sectional axonometric drawing of lapping device in this utility model embodiment three；
Fig. 9 is the structural representation (front) of static cutting disk in this utility model embodiment three；
Figure 10 is the structural representation (front) of movable grinding disc in this utility model embodiment three；
Figure 11 is the axonometric chart of lapping device in this utility model embodiment four；
Figure 12 is the structural representation (front) of static cutting disk in this utility model embodiment four；
Figure 13 is the structural representation (front) of movable grinding disc in this utility model embodiment four；
Figure 14 is the structural representation (back side) of movable grinding disc in this utility model embodiment four；
Figure 15 is the sectional axonometric drawing of lapping device in this utility model embodiment five；
Figure 16 is the structural representation (front) of static cutting disk in this utility model embodiment five；
Figure 17 is the structural representation (front) of movable grinding disc in this utility model embodiment five；
Figure 18 is the sectional axonometric drawing of lapping device in this utility model embodiment six；
Figure 19 is the structural representation (front) of static cutting disk in this utility model embodiment six；
Figure 20 is the structural representation (front) of movable grinding disc in this utility model embodiment six；
Figure 21 is the sectional axonometric drawing of lapping device in this utility model embodiment seven；
Figure 22 is the structural representation (front) of static cutting disk in this utility model embodiment seven；
Figure 23 is the structural representation (front) of movable grinding disc in this utility model embodiment seven；
Figure 24 is the structural representation (front) of static cutting disk in this utility model embodiment eight；
Figure 25 is partial enlarged drawing at the A of Figure 24；
Figure 26 is the structural representation of food processor in this utility model embodiment nine；
Figure 27 is the structural representation of food processor in this utility model embodiment ten.
[detailed description of the invention]
The technical scheme of this utility model embodiment is explained and illustrated by the accompanying drawing below in conjunction with this utility model embodiment, but following embodiment is only preferred embodiment of the present utility model, and not all.Based on the embodiment in embodiment, those skilled in the art are obtained other embodiments on the premise of not making creative work, broadly fall into protection domain of the present utility model.
Embodiment one:
With reference to Fig. 1, the food processor that the present embodiment proposes, including support 1, motor 11 and lapping device, lapping device includes cup 2 and the dismembyator 3 being located in cup 2, cup 2 is arranged on above support 1, motor 11 is arranged in support 1, dismembyator 3 is located at bottom cup 2, dismembyator 3 includes movable grinding disc 32, the static cutting disk 31 that coordinates with movable grinding disc 32 and for the rotating shaft 33 driving movable grinding disc 32 to operate, movable grinding disc 32 is positioned at the lower section of static cutting disk 31, rotating shaft 33 upper end is fixing with movable grinding disc 32 to be connected, shaft coupling 4 is set between the motor shaft of rotating shaft 33 lower end and motor 11, motor shaft transmits power to rotating shaft 33 by shaft coupling 4, rotating shaft 33 drives movable grinding disc 32 to operate.In other embodiments, the motor shaft of motor can be connected on movable grinding disc directly as rotating shaft.The food processor of the present embodiment, by the dismembyator 3 arranged in its cup 2, can realize beating bean milk, mill dry powder, squeezed juice, beating the multiple cooking function such as meat stuffing, shaved ice.Other structures of food processor and operation principle thereof have belonged to existing known technology, are referred to cooking machine or the soy bean milk making machine of existing disclosed provided with motor at lower formula, and the present embodiment no longer describes in detail.
With reference to Fig. 2,3, the static cutting disk 31 of the present embodiment dismembyator 3 is fixedly installed in cup 2, concrete: static cutting disk 31 edge is radially outward from connecting sheet 311, and connection sheet 311 is fixing with cup 2 sidewall to be connected, concrete fixed form can be screw, buckle, spinner etc., it is simple to dismounting and change；Can also is that and be pressed abd fixed on cup 2 sidewall by connection sheet 311 by accessory, other modes describe in detail the most one by one.Movable grinding disc 32 is positioned at the lower section of static cutting disk 31, has gap between movable grinding disc 32 and cup 2 diapire, scratch cup 2 during to avoid movable grinding disc 32 to operate, and this mounting means is applicable to the situation that cup 2 inner space is less.
In conjunction with Fig. 3-6, unlike the prior art: static cutting disk 31 and the movable grinding disc 32 of the present embodiment cooperatively form feed cavity 34 and milling zone 35, milling zone 35 is positioned at the periphery of feed cavity 34, static cutting disk 31 is provided with the charging aperture 310 communicated with feed cavity 34, pusher blade 321 it is additionally provided with on movable grinding disc 32, this pusher blade 321 is positioned at the periphery of milling zone 35, movable grinding disc 32 operating drives pusher blade 321 to be pushed to static cutting disk 31 direction by material, so that material enters feed cavity 34 through charging aperture 310 is circulated grinding.nullSpecifically: the static cutting disk 31 of the present embodiment and movable grinding disc 32 are the disk of flat，Charging aperture 310 and the feeding-passage communicated with charging aperture 310 are set in the middle part of static cutting disk 31，After static cutting disk 31 and movable grinding disc 32 coordinate，This feeding-passage forms feed cavity 34 with movable grinding disc 32 front，It is positioned at feed cavity 34 periphery in movable grinding disc 32 front and is provided with some fine grinding grooves 322，These fine grinding grooves 322 are provided at circumferentially spaced along movable grinding disc 32，And each fine grinding groove 322 all deviates the radial direction of movable grinding disc 32，Fine grinding groove 322 offset direction is contrary with movable grinding disc 32 direction of rotation，Static cutting disk 31 front is provided at circumferentially spaced some finishing grinding tooths 313 around charging aperture 310，After static cutting disk 31 and movable grinding disc 32 coordinate，Finishing grinding tooth 313 is corresponding with fine grinding groove 322 thus forms above-mentioned milling zone 35，Material is ground by the relative motion of finishing grinding tooth 313 with fine grinding groove 322.Pusher blade 321 is extended radially outwardly by movable grinding disc 32 edge and is formed, and the relative movable grinding disc 32 of pusher blade 321 reverses and arranges, i.e. between upper surface and movable grinding disc 32 front of pusher blade 321, shape forms an angle, and pusher blade 321 torsional direction is identical with the rotation direction of movable grinding disc 32 or contrary.
It should be understood that in the present embodiment, after movable grinding disc 32 and static cutting disk 31 coordinate, movable grinding disc 32 and static cutting disk 31 face relative to each other are respectively movable grinding disc 32 front and static cutting disk 31 front, and movable grinding disc 32 and static cutting disk 31 face away from one another are respectively movable grinding disc 32 back side and static cutting disk 31 back side, following example are not described further.
Operation principle: during food processor work, material is entered feed cavity 34 by charging aperture 310, along with relatively rotating of static cutting disk 31 and movable grinding disc 32, material is gradually pushed to milling zone 35, coordinated from finishing grinding tooth 313 grind with fine grinding groove 322, material after pulverizing is outwards extruded along with liquid stream, material is upwards pushed by the pusher blade 321 at movable grinding disc 32 edge, material flows from bottom to top, finally the most again entered feed cavity 34 by charging aperture 310, repeat above-mentioned grinding process, it is achieved circular grinding.So, dismembyator 3 self achieves that inner loop, it is not necessary to by other outer loop assemblies, and structure simplifies, and cost reduces；Material is after repeatedly grinding, and its smashing fineness is greatly improved, and promotes the concentration of beverage and drinks mouthfeel.The pusher blade 321 of the present embodiment, beyond static cutting disk 31 edge, has certain interval between static cutting disk 31 edge and cup 2 sidewall, and material can pass through from this gap, it is achieved circulates.
For optimizing grinding effect, the wedge shaped shape of fine grinding groove 322 of the present embodiment, the groove depth of fine grinding groove 322 is gradually reduced from inside to outside, the groove width of fine grinding groove 322 is the most also gradually reduced, and fine grinding groove 322 is extended out to movable grinding disc 32 edge, i.e. fine grinding groove 322 by feed cavity 34 always and has part to be in feed cavity 34, it is so designed that, milling zone 35 can be entered by directing material, and beneficially liquid stream flows outside grinding chamber, improves cycle efficieny.The shape of fine grinding groove 322 is not limited thereto, and in other embodiments, fine grinding groove can also be designed to the shape such as rectangle, ellipse, has the technique effect of suboptimum.For coordinating fine grinding groove 322, on static cutting disk 31, the cross section of finishing grinding tooth 313 is triangle or trapezoidal, and each finishing grinding tooth 313 is along static cutting disk 31 radial direction and arranges, so, finishing grinding tooth 313 coordinates material can play shear action with fine grinding groove 322, and grinding-crushing effect is preferable.
Preferably, it is additionally provided with precomminution tooth 323 on the movable grinding disc 32 of the present embodiment, precomminution tooth 323 is positioned in feed cavity 34, specifically: at site distribution many groups precomminution tooth of movable grinding disc 32 front correspondence feed cavity 34, often group precomminution tooth generally comprises 5-8 the precomminution tooth 323 being arranged in a linear, the orientation of precomminution tooth 323 can be the radial direction of movable grinding disc 32, movable grinding disc 32 radial direction certain angle can also be deviateed, precomminution tooth 323 is preferably tri-prismoid, cross section is right angled triangle, its vertical right-angle side is towards the rotation direction of movable grinding disc 32, for cutting material.In other embodiments, precomminution tooth can also be tetragonal body or the shape of other approximations, as long as ensureing have a limit can cut material.Material carries out precomminution by precomminution tooth 323 in feed cavity 34, makes bulk materials become piece material, flows to milling zone 35 along with liquid stream under centrifugal action, and piece material is ground by milling zone 35 more further, it is achieved fine grinding；Increase the precomminution stage, be possible not only to improve the smashing fineness of material, also reduce the burden of milling zone 35, it is achieved material completes the smooth and easy of grinding process descending, from coarse to fine, beneficially circular grinding to be carried out simultaneously.
For improving precomminution effect, the static cutting disk 31 of the present embodiment forms the sidewall of feed cavity 34 and is obliquely installed from inside to outside, form the conical surface, comminuting matter is guided to flow to milling zone 35 while material carries out precomminution, more preferably: circumference multiple expellers 312 spaced apart on the sidewall that static cutting disk 31 forms feed cavity 34, expeller 312 is formed the sidewall of feed cavity 34 by static cutting disk 31, and to feed cavity center, extension is formed, and expeller 312 coordinates precomminution tooth 323 that material is carried out precomminution.During material carries out precomminution, expeller 312 side stops material, material in feed cavity 34 quickly will not flow along with liquid stream, the precomminution tooth 323 on movable grinding disc 32 is made preferably material to be ground precomminution, the lateral cross section of the present embodiment expeller 312 is from top to bottom gradually reduced, the circumferential both sides of expeller 312 are inclined-plane, and expeller 312 entirety tilts certain angle to the direction deviating from movable grinding disc 32 operating, it is so designed that, expeller 312 is also avoided that some more difficult pulverizing of rigid material while material and stuck situation between expeller 312 and precomminution tooth 323 stopping.In other embodiments, expeller side can also be the cambered surface of indent or evagination, or curved surfaces of other approximations, and static cutting disk 31 forms the sidewall of feed cavity 34 and at least to have an expeller, depending on concrete quantity can be according to the size of feed cavity 34.Further, the material blocking block extended to charging aperture center also can be set on charging aperture 310 sidewall, material blocking block can prevent the material in feed cavity from flowing out from charging aperture in process of lapping, guarantee that Matter Transfer is carried out in order, the present embodiment is formed in the case of the sidewall of feed cavity 34 is provided with expeller 312 at static cutting disk 31, expeller 312 top extends at charging aperture, takes into account the effect of pusher and backgauge；Certainly, in other embodiments, material blocking block can be separately provided at charging aperture sidewall, or only form the sidewall of feed cavity at static cutting disk and expeller is set all is possible.
In other embodiments, it can also be vertical plane that static cutting disk forms the sidewall of feed cavity, arranges expeller at its sidewall and can also coordinate precomminution tooth that material is carried out precomminution, belongs to the technical scheme of suboptimum, also in protection domain of the present utility model.
Thus, the present embodiment preferably circular grinding flow process is: material is first entered feed cavity 34 by the charging aperture 310 of static cutting disk 31, in feed cavity 34, expeller 312 coordinates precomminution tooth 323 that material is carried out precomminution, pulverize for fritter material along with liquid stream along movable grinding disc 32 fine grinding groove 322 outwardly, material by fine grinding groove 322 during, fine grinding groove 322 coordinate the finishing grinding tooth 313 on static cutting disk 31 that material is refined, make material pulverize further, promote grinding-crushing effect；Material after pulverizing is outwards extruded along with liquid stream, material is upwards pushed by the pusher blade 321 at movable grinding disc 32 edge, material from bottom to top with fluid flow to static cutting disk 31 above, effect due to gravity, material can be entered feed cavity 34 by charging aperture 310 again, repeat above-mentioned grinding process, it is achieved circular grinding.
As shown in Figure 2, after dismembyator 3 is fixedly installed to cup 2, cup 2 diapire, cup 2 sidewall, between movable grinding disc 32 and static cutting disk 31, surround nonocclusive discharge space, 1～3 times of the volume of this discharge space preferably feed cavity 34 volume, if the volume of discharge space is less than the volume of feed cavity 34, material easily produces blocking in pusher blade 321 position, reduces circular grinding efficiency；If the volume of discharge space is more than 3 times of feed cavity 34 volume, too much material easily deposits to cannot participate in discharge space circular grinding, and easily causes dismembyator 3 and dally.By the volumetric void fraction of discharge space 1～3 times of feed cavity 34 volume, it is ensured that Matter Transfer grinds orderly, smooth and easy carrying out.
Additionally, in order to promote the circular grinding of material, in the present embodiment, the effectively charging area of charging aperture 310 is between static cutting disk 31 edge and cup 2 sidewall 1～3 times of the gap gross area, the effectively charging area of charging aperture 310 mentioned here refers to the cross-sectional area at the minimum dimension that charging aperture 310 allows material to pass through, if the effectively charging area of charging aperture 310 is less than the gap gross area between static cutting disk 31 edge and cup 2 sidewall, discharging speed is too fast, easily block at charging aperture 310, be unfavorable for that the Rapid Circulation of material grinds；If the effectively charging area of charging aperture 310 is more than between static cutting disk 31 edge and cup 2 sidewall 3 times of the gap gross area, then discharging speed is the slowest, easily block at discharging, material is hindered to enter milling zone 35, reduce circulating effect equally, the present embodiment is by the effectively charging area control of charging aperture 310 between static cutting disk 31 edge and cup 2 sidewall 1～3 times of the gap gross area, it is ensured that Matter Transfer grinds orderly, smooth and easy carrying out.
Embodiment two:
The present embodiment is with the difference of embodiment one: the fixed form of static cutting disk 31 is different, concrete: with reference to Fig. 7, the static cutting disk 31 of the present embodiment include disk body 314 and by disk body 314 edge axially extending go out leg 315, leg 315 is fixedly attached on cup 2 diapire, leg 315 also functions to support the effect of disk body 314 while fixing static cutting disk 31, the fixing connections of mode such as can connecting, be welded to connect to use screw between leg 315 with cup 2 diapire, be bonding.Thus, after dismembyator 3 is fixedly installed to cup, surrounding nonocclusive discharge space between the leg 315 of static cutting disk 31, disk body 314, cup 2 diapire and movable grinding disc 32, adjacent leg 315 has gap, in order to material passes through.The scheme of the present embodiment is applicable in the food processor that cup diameter is bigger.The disk body 314 of the present embodiment static cutting disk 31 coordinates with movable grinding disc 32 and realizes grinding and circulating of material, and therefore, the disk body 314 of static cutting disk 31 is referred to embodiment one with the concrete structure of movable grinding disc 32.
Embodiment three:
With reference to Fig. 8-10, the present embodiment is with the difference of embodiment one:
One, it is positioned at feed cavity 34 periphery in movable grinding disc 32 front and finishing grinding tooth 324 is set, these fine grinding grooves are provided at circumferentially spaced along movable grinding disc 32, and each finishing grinding tooth 324 all deviates the radial direction of movable grinding disc 32, and fine grinding groove offset direction is contrary with movable grinding disc 32 direction of rotation；It is provided at circumferentially spaced some fine grinding grooves 316 around charging aperture 310 in static cutting disk 31 front, fine grinding groove 316 is arranged along static cutting disk 31 radial direction, after static cutting disk 31 and movable grinding disc 32 coordinate, finishing grinding tooth 324 on movable grinding disc 32 is corresponding with the fine grinding groove 316 on static cutting disk 31 thus forms milling zone 35, grinds material by the relative motion of finishing grinding tooth 324 with fine grinding groove 316.Comparing embodiment one, the position of fine grinding groove and finishing grinding tooth is interchangeable by the present embodiment, when being ground pulverizing, fine grinding groove 316 is upper, finishing grinding tooth 324 under, but the fine grinding of material can be realized equally, fine grinding groove 316 and the concrete prioritization scheme of finishing grinding tooth 324 are referred to embodiment one.
Its two: the present embodiment is provided at circumferentially spaced pusher blade 321 in movable grinding disc 32 front near the position at its edge, pusher blade 321 is formed to static cutting disk 31 direction is axially extending by movable grinding disc 32, for ensureing pusher effect, pusher blade 321 is provided with pusher inclined-plane 3211, and this pusher inclined-plane 3211 is towards movable grinding disc 32 rotation direction.When dismembyator 3 works, milling zone 35 material flowed out is when pusher blade 321, under pusher inclined-plane 3211 acts on, makes material rise on pusher inclined-plane, pushes static cutting disk 31 direction to.Pusher blade 321 longitudinal cross-section of the present embodiment is the most trapezoidal, to ensure that at least an inclined-plane is used for promoting material, in other embodiments, as long as ensureing that pusher blade forms pusher inclined-plane or arc-shaped curved surface towards movable grinding disc rotation direction, pusher blade longitudinal section shape is not limited to trapezoidal, it is also possible to be designed to triangle, the triangular prism shaped or shape of other approximations.It is understood that the present embodiment can also extend radially outwardly out at movable grinding disc edge pusher blade according to the scheme described in embodiment one, two schemes can reach the effect promoting material to rise, or the pusher blade design of the present embodiment is applied to embodiment one is also feasible.
Embodiment four:
With reference to Figure 11-14, the present embodiment is with the difference of embodiment one:
One: the boss 317 prominent to movable grinding disc 32 direction is set in static cutting disk 31 front, in boss 317 lower surface, finishing grinding tooth 313 is set, after static cutting disk 31 and movable grinding disc 32 coordinate, boss 317 forms feed cavity 34 with movable grinding disc 32 front, boss 317 forms the sidewall of feed cavity and is provided with the expeller 312 extended to feed cavity center, the expeller 312 of the present embodiment is the convex tendon of triangle, simple in construction, it is easy to the design of static cutting disk 31 mould, reduce manufacture difficulty, the convex tendon of triangle can play the effect stopping material equally, and effect is as described in embodiment one.Movable grinding disc 32 front correspondence finishing grinding tooth 313 arranges fine grinding groove 322, and the fine grinding groove 322 on movable grinding disc 32 is corresponding with the finishing grinding tooth 313 on static cutting disk boss 317 thus forms milling zone 35.Owing to the present embodiment has added boss 317 in static cutting disk 31 front, after static cutting disk 31 and movable grinding disc 32 are coordinated, the axial height of the feed cavity 34 of formation increases, i.e. add the volume of feed cavity 34, avoid fast in charging, solid accumulation results in blockage in feed cavity 34 in the case of discharging is slow, also can make simultaneously feed cavity 34 can the material of precomminution more bulk, expand range.Fine grinding groove 322 and the concrete prioritization scheme of finishing grinding tooth 313 are referred to embodiment one.
Its two: deviate from the side of static cutting disk 31 at movable grinding disc 32, namely the back side of movable grinding disc 32 arranges drain muscle 325, this drain muscle 325 is extended to movable grinding disc 32 edge by movable grinding disc 32 center, drain muscle 325 decision design camber and prominent to movable grinding disc 32 rotation direction.The operating of movable grinding disc 32 drives drain muscle 325 to movable grinding disc 32 peripheral promotion liquid stream, liquid stream is promoted to be pooled to pusher blade 321 region under centrifugal action, to push to static cutting disk 31 direction under pusher blade 321 acts on, and take away the material that milling zone 35 is sent, make that circular grinding process is orderly, smooth and easy to be carried out, reduce the material of deposition below movable grinding disc 32, make whole material can obtain abundant circular grinding.In other embodiments, drain muscle can also design vertical bar shape, has the technique effect of suboptimum.Other structures of the present embodiment dismembyator are referred to aforementioned any embodiment.
Embodiment five:
nullWith reference to Figure 15-17，The present embodiment is roughly the same with embodiment four，Difference is: static cutting disk is formed the expeller structure arranged on the sidewall of feed cavity and improves，Concrete: the thickness of the expeller 312 of the present embodiment is gradually increased along movable grinding disc 32 rotation direction，Spacing between 3121 to movable grinding disc 32 front, expeller bottom surface is gradually reduced towards the direction of movable grinding disc 32 reversed operation，When material carries out precomminution，Operating along with movable grinding disc 32，Expeller bottom surface 3121 coordinates movable grinding disc 32 just while stopping material in the face of material extrudes，Rely on the precomminution tooth 323 on movable grinding disc 32 that material is carried out cutting and grinding while extruding，Promote precomminution effect，Especially for rigid material，The most dry bean、Rice etc.，Rigid material is made sufficiently to be extruded pulverizing in the precomminution stage，Reduce rigid material precomminution and thoroughly finishing grinding tooth/the groove of milling zone 35 is not caused bigger abrasion.It addition, depending on expeller 312 quantity of the present embodiment is according to the size of feed cavity, ordinary circumstance is symmetrical two expellers 312.Other structures of the present embodiment dismembyator are referred to aforementioned any embodiment.
Embodiment six:
nullWith reference to Figure 18-20，The dismembyator of the present embodiment improves on the basis of embodiment four or embodiment five: movable grinding disc 32 includes movable grinding disc diapire 326 and movable grinding disc sidewall 327，Movable grinding disc sidewall 327 is formed to static cutting disk 31 direction is axially extending by movable grinding disc diapire 326 edge，Movable grinding disc sidewall 327 medial surface forms sidewall milling zone 36 with static cutting disk 31 lateral surface，Pusher blade 321 is located on movable grinding disc sidewall 327，Specifically: static cutting disk 31 front of the present embodiment is also provided with the boss 317 prominent to movable grinding disc 32 direction，In boss 317 lower surface, finishing grinding tooth 313 is set，On boss 317 lateral wall (static cutting disk 31 lateral surface), tooth lapping 318 in sidewall is set，Movable grinding disc sidewall 327 medial surface arranges sidewall outer grinding tooth 328，After static cutting disk 31 coordinates with movable grinding disc 32，It is peripheral that movable grinding disc sidewall 327 is centered around boss 317，In sidewall on boss 317, tooth lapping 318 forms sidewall milling zone 36 with the sidewall outer grinding tooth 328 on movable grinding disc sidewall 327.So, material, after refining through milling zone 35, enters back into sidewall milling zone 36 and carries out the 3rd road grinding, and further improving material grinds fineness.
Embodiment seven:
With reference to Figure 21-23, the present embodiment is to add the 4th road on the basis of embodiment seven to grind, specifically: movable grinding disc 32 includes movable grinding disc diapire 326 and movable grinding disc sidewall 327, movable grinding disc sidewall 327 is formed to static cutting disk 31 direction is axially extending by movable grinding disc diapire 326 edge, and movable grinding disc sidewall 327 medial surface forms sidewall milling zone 36 with static cutting disk 31 lateral surface；Being provided with baffle plate 319 in 31 weeks sides of static cutting disk, arranged circumferentially spaced discharging opening 3191 on this baffle plate 319, pusher blade 321 is located on movable grinding disc sidewall 327 and forms pusher milling zone 37 with baffle plate 319.Static cutting disk 31 front of the present embodiment is also provided with the boss 317 prominent to movable grinding disc 32 direction, in boss 317 lower surface, finishing grinding tooth 313 is set, on boss 317 lateral wall (static cutting disk 31 lateral surface) top around a circle baffle plate 319, baffle plate 319 can be used for static cutting disk 31 fixing in cup；Arranged circumferentially spaced discharging opening 3191 on baffle plate 319, tooth lapping 318 in sidewall is set on boss 317 lateral wall, movable grinding disc sidewall 327 medial surface arranges sidewall outer grinding tooth 328, after static cutting disk 31 coordinates with movable grinding disc 32, it is peripheral that movable grinding disc sidewall 327 is centered around boss 317, and in the sidewall on boss 317, tooth lapping 318 forms sidewall milling zone 36 with the sidewall outer grinding tooth 328 on movable grinding disc sidewall 327；And pusher blade 321 upper end is pressed close to baffle plate 319 and is arranged, not hinder movable grinding disc 32 to run well, pusher blade 321 and baffle plate 319 form pusher milling zone 37, and pusher blade 321, while pushing material to discharging opening 3191, also coordinates baffle plate 319 to be ground material.
So, material, after refining through milling zone, enters back into sidewall milling zone 36 and carries out the 3rd road grinding, and further improving material grinds fineness；Material is again after sidewall milling zone 36 completes the 3rd road grinding, pusher milling zone 37 can also be entered and carry out the 4th road grinding, improving material grinds fineness again, so that material realizes pulverizing the most step by step in cyclic process, reach fine degree, to obtain finer and smoother mouthfeel, the nutritional labeling in material is made fully to be discharged along with the intensification grinding fineness.
In other embodiments, dismembyator can only arrange pusher milling zone, and the gap between boss lateral wall and movable grinding disc inside sidewalls face is only used for liquid stream and passes into pusher milling zone.
Embodiment eight:
With reference to Figure 24,25, the present embodiment is roughly the same with embodiment one, difference is: the end face 3130 arranging finishing grinding tooth 313 on static cutting disk 31 the most gradually draws close movable grinding disc front, when being embodied as, this end face 3130 can be so designed that with inclined-plane or arc-shaped curved surface, preferably can enter milling zone by directing material, improve cycle efficieny, it is to avoid feed blocking.Obviously, the embodiment of the present embodiment is also applied in the preferred version described in embodiment two to embodiment seven.
The above is several preferred versions of this utility model dismembyator 3; it is understood that above-mentioned several embodiments can be used alone; application can also be combined as; or be to form new technical scheme in a portion feature puts into another embodiment in certain embodiment; the above technical scheme is combined or splits and is formed new technical scheme; it is the most attainable without creative work to those skilled in the art, and all should be in protection domain of the present utility model.
Embodiment nine:
With reference to Figure 26, the food processor that the present embodiment proposes is the soy bean milk making machine put on motor, mainly include head 5, cup 2, motor 11 and dismembyator 3, head 5 spiral-lock is on cup, motor 11 is arranged in head 5, dismembyator 3 is fixedly installed on head 5 bottom, specifically, head 5 includes head upper cover 51 and head lower cover 52, dismembyator 3 includes movable grinding disc 32, static cutting disk 31 and mill support 38, mill support 38 is fixedly connected on bottom head lower cover 52, static cutting disk 31 is fixedly connected on mill support 38, movable grinding disc 32 is positioned at above static cutting disk 31, motor 11 axle connects movable grinding disc 32 through mill support 38.The present embodiment movable grinding disc 32 and static cutting disk 31 can use the scheme described in aforementioned any embodiment, are the most no longer described in detail.Except for the difference that, owing to the movable grinding disc 32 of the present embodiment is positioned at above static cutting disk 31, the charging aperture 310 of static cutting disk 31 is arranged down, when soy bean milk making machine works, movable grinding disc 32 operating drives pusher blade 321 to be pushed to static cutting disk 31 direction by liquid stream, the milling zone 35 and the feed cavity 34 that make dismembyator 3 form negative pressure, under suction function, the material in cup is sucked up in feed cavity 34 with liquid stream, refined by milling zone 35 again, finally by pusher blade 321, material is pushed downwards again, circulate and so forth, it is achieved the circular grinding of material.
Technical scheme according to the present embodiment, it may occur to persons skilled in the art that, in the soy bean milk making machine put on other motors, dismembyator includes movable grinding disc, static cutting disk and mill support, mill support is fixedly connected on bottom head lower cover, static cutting disk is fixedly connected on mill support, static cutting disk is positioned at above movable grinding disc, motor shaft is connected on movable grinding disc through the charging aperture of mill support and static cutting disk, the most whole dismembyator should be closer to bottom of cup, so that the pusher blade on movable grinding disc can stir more material and promote it to flow up, set up circulating fluid, its operation principle is referred to aforementioned any embodiment.
Embodiment ten:
With reference to Figure 27, the food processor that the present embodiment proposes includes support 1, pulverizing unit 6, water supplying unit 7, hydraulic pipeline and dismembyator 3, wherein, pulverizing unit 6 includes crushing chamber 60 and the heating element heater 61 being arranged on crushing chamber 60, heating element heater 61 is used for heating crushing chamber 60, dismembyator 3 is positioned at crushing chamber 60, motor shaft is by stretching into crushing chamber 60 and connect the movable grinding disc 32 of dismembyator 3 bottom crushing chamber 60, static cutting disk 31 is positioned at above movable grinding disc 32 and fixes with crushing chamber 60 sidewall or diapire and is connected, such as embodiment one or the scheme of embodiment two；Water supplying unit 7 includes water tank 71, water pump 73 and the hottest chamber 72, the water of water tank 71 flows through the hottest chamber 72 and heats, then in crushing chamber 60, hot water is provided by water pump 73, in the case of the hottest chamber of setting 72, the water being passed through the hottest chamber 72 can be heated rapidly to reinject crushing chamber 60 close to boiling temperature, so can be greatly shortened preheating time, such that it is able to shorten the whole slurrying cycle, it is achieved quickly preparing cement paste.The present embodiment movable grinding disc 32 and static cutting disk 31 can use the scheme that one of embodiment one to embodiment eight is described.
This utility model embodiment is applied to household food processor, such as cooking machine, soy bean milk making machine etc..
The above, detailed description of the invention the most of the present utility model, but protection domain of the present utility model is not limited thereto, it is familiar with this those skilled in the art and should be understood that this utility model includes but not limited to accompanying drawing and content described in detailed description of the invention above.Any amendment without departing from function of the present utility model and structural principle is intended to be included in the scope of claims.
Claims (10)
1. a food processing machine lapping device, including cup and the dismembyator being located in cup, described dismembyator includes movable grinding disc, static cutting disk and for driving the rotating shaft that movable grinding disc operates, it is characterized in that, described static cutting disk and movable grinding disc cooperatively form feed cavity and milling zone, described milling zone is positioned at the periphery of described feed cavity, described static cutting disk is provided with the charging aperture communicated with feed cavity, it is additionally provided with pusher blade on described movable grinding disc, described pusher blade is positioned at the periphery of described milling zone, the operating of described movable grinding disc drives pusher blade to be pushed to the charging aperture direction of static cutting disk by material.
2. food processing machine lapping device as claimed in claim 1, it is characterised in that described pusher blade is extended radially outwardly by movable grinding disc edge and formed, and described pusher blade reverses setting relative to movable grinding disc.
3. food processing machine lapping device as claimed in claim 1, it is characterised in that extension is formed described pusher blade to static cutting disk direction by movable grinding disc edge, and described pusher blade is provided with pusher inclined-plane, and described pusher inclined-plane is towards movable grinding disc rotation direction.
4. the food processing machine lapping device as described in one of claims 1 to 3, it is characterised in that on described movable grinding disc, the position of corresponding feed cavity is provided with precomminution tooth.
5. food processing machine lapping device as claimed in claim 4, it is characterised in that described charging aperture sidewall is provided with the material blocking block extended to charging aperture center；Or described static cutting disk forms the sidewall of feed cavity and is provided with the expeller extended to feed cavity center.
6. the food processing machine lapping device as described in one of claims 1 to 3, it is characterized in that, described movable grinding disc includes movable grinding disc diapire and movable grinding disc sidewall, by movable grinding disc bottom wall edge, to static cutting disk direction, extension is formed described movable grinding disc sidewall, and described movable grinding disc inside sidewalls face forms sidewall milling zone with static cutting disk lateral surface.
7. food processing machine lapping device as claimed in claim 6, it is characterized in that, described static cutting disk week, side was provided with baffle plate, and arranged circumferentially spaced on described baffle plate have discharging opening, and described pusher blade is located on described movable grinding disc sidewall and forms pusher milling zone with baffle plate.
8. the food processing machine lapping device as described in one of claims 1 to 3, it is characterised in that described movable grinding disc deviates from the side of static cutting disk and is provided with drain muscle, described drain muscle is extended to movable grinding disc edge by movable grinding disc center.
9. a food processor, it is characterised in that include the food processing machine lapping device that one of claim 1 to 8 is described.
10. food processor as claimed in claim 9, it is characterised in that described food processor includes support and the motor being located in support, and described cup is arranged on above support, and described static cutting disk is positioned at above movable grinding disc, described static cutting disk is fixing with cup to be connected；
Or, described food processor includes head and the motor being located in head, and described head buckles in described cup upper end, and described head includes that head upper cover and head lower cover, described movable grinding disc are positioned at above static cutting disk, and described static cutting disk is fixing with head lower cover to be connected；
Or, described food processor includes head and the motor being located in head, described head buckles in described cup upper end, described head includes head upper cover and head lower cover, described static cutting disk is positioned at above movable grinding disc, described static cutting disk is fixing with head lower cover to be connected, and the motor shaft of described motor is connected on movable grinding disc through static cutting disk.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201521133014.7U CN205649418U (en) | 2015-12-30 | 2015-12-30 | Grinder for food preparation machine and food preparation machine thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521133014.7U CN205649418U (en) | 2015-12-30 | 2015-12-30 | Grinder for food preparation machine and food preparation machine thereof |
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| CN205649418U true CN205649418U (en) | 2016-10-19 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108478049A (en) * | 2018-05-23 | 2018-09-04 | 叶德人 | A kind of mill juice centrifuge for removing liquid cutter head structure and its mill juice centrifuge for removing liquid |
| CN109805785A (en) * | 2017-11-21 | 2019-05-28 | 九阳股份有限公司 | A kind of food processing machine grinding device |
| CN109805786A (en) * | 2017-11-21 | 2019-05-28 | 九阳股份有限公司 | A kind of no dregs food processing machine |
| CN110833338A (en) * | 2018-08-16 | 2020-02-25 | 广东美的生活电器制造有限公司 | Food processor |
| CN111434297A (en) * | 2019-01-12 | 2020-07-21 | 王三保 | Soybean milk machine with old grinding disc |
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2015
- 2015-12-30 CN CN201521133014.7U patent/CN205649418U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109805785A (en) * | 2017-11-21 | 2019-05-28 | 九阳股份有限公司 | A kind of food processing machine grinding device |
| CN109805786A (en) * | 2017-11-21 | 2019-05-28 | 九阳股份有限公司 | A kind of no dregs food processing machine |
| CN109805786B (en) * | 2017-11-21 | 2021-12-03 | 九阳股份有限公司 | Non-slag food processor |
| CN108478049A (en) * | 2018-05-23 | 2018-09-04 | 叶德人 | A kind of mill juice centrifuge for removing liquid cutter head structure and its mill juice centrifuge for removing liquid |
| CN110833338A (en) * | 2018-08-16 | 2020-02-25 | 广东美的生活电器制造有限公司 | Food processor |
| CN111434297A (en) * | 2019-01-12 | 2020-07-21 | 王三保 | Soybean milk machine with old grinding disc |
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