CN204997726U - Shredding disc and cooking machine thereof - Google Patents
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- CN204997726U CN204997726U CN201520690534.1U CN201520690534U CN204997726U CN 204997726 U CN204997726 U CN 204997726U CN 201520690534 U CN201520690534 U CN 201520690534U CN 204997726 U CN204997726 U CN 204997726U
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Abstract
The utility model discloses a shredding disc and cooking machine thereof belongs to food processing technology field, has solved the problem that current cooking machine shredding disc shredded the effect difference, the utility model discloses a shredding disc includes the blade disc body and establishes shredding knife subassembly on the blade disc body, it is equipped with outlet wire port to close on shredding knife subassembly downstream side position on the blade disc body, the shredding knife subassembly includes the metal blade holder and establishes two row at least shredding knife teeth on the metal blade holder, shredding knife tooth and metal blade holder integrated into one piece, interval behind two rows of at least shredding knife fronts is and the dislocation distribution. The embodiment of the utility model provides a be applied to food preparation machine, if cooking machine.
Description
[technical field]
The utility model relates to food processing field, particularly relates to a kind of chopping cutterhead and has the cooking machine of this chopping cutterhead.
[background technology]
Chopping cutterhead is generally arranged in the food processing machinery such as cooking machine, when cooking machine works, the food materials such as potato, carrot and some fruit are put into wherein, by shredding knife disc spins, these food materials are cut into strand shape, when utilizing existing chopping cutterhead to carry out chopping, the food materials strand shape cut out is semicircular arc mostly, and thickness is partially thick, the effect that this and actual kitchen knife cut out differs comparatively large, chopping poor effect.
[utility model content]
Technical problem to be solved in the utility model is to overcome the deficiencies in the prior art and provides a kind of chopping cutterhead, improves chopping effect.
Solve the problems of the technologies described above, the utility model adopts following technical scheme:
A kind of chopping cutterhead, comprise cutterhead body and be located at the shredding knife assembly on described cutterhead body, described cutterhead body closes on shredding knife assemblies downstream side and be provided with filament mouth, described shredding knife assembly comprises metal tool rest and is located at least two row's chopping cutters tooth on described metal tool rest, described chopping cutter tooth and metal tool rest one-body molded, described at least two row's chopping cutter tooth time intervals and being dislocatedly distributed.
Chopping cutterhead of the present utility model, be provided with shredding knife assembly, this shredding knife assembly comprises metal tool rest and arranges chopping cutter tooth with this metal tool rest integrated at least two, and this at least two rows chopping cutter tooth time interval is dislocatedly distributed, on the one hand, in cutting food materials process, food materials are cut into the position of strand shape by front-seat chopping cutter tooth, again can also be cut by rear at least one row's chopping cutter tooth, thus more refinement is thin to make the food materials strand that cuts out, the chopping effect of the actual kitchen knife that can match in excellence or beauty; On the other hand, because this at least two rows chopping cutter tooth time interval is arranged, while realizing the thin thinning of food materials chopping, make often to arrange in chopping cutter tooth and still can keep suitable spacing between adjacent two chopping cutters tooth, especially chopping cutter tooth and the integrated structure of metal tool rest, can reduce the manufacture difficulty of shredding knife assembly, ensures the intensity of each chopping cutter tooth, thus on the basis of improving chopping effect, the service life of shredding knife assembly can be ensured.
Further scheme, described chopping cutter tooth is two rows, and described two row's chopping cutters tooth are circumferentially arranged with one heart.Make the food materials strand even width cutting out.
Further scheme, in two row's chopping cutters tooth, two concentrically ringed semidiameters in chopping cutter tooth place of mutual dislocation are L1,1mm≤L1≤3mm.If L1 < is 1mm, in adjacent two row's chopping cutters tooth, two shredding knife space widths of mutual dislocation are too small, be not easy to manufacture, and chopping cutter tooth intensity can be reduced, if L1 > is 3mm, reduce chopping effect, two concentrically ringed semidiameters in chopping cutter tooth place of mutual dislocation in adjacent two row's chopping cutters tooth control between 1mm ~ 3mm by this programme, on the basis ensureing chopping effect, make shredding knife be convenient to manufacture, and possess good intensity.
Further scheme, the upstream side of described chopping cutter tooth is provided with chopping cutting edge, described chopping cutting edge indentation.Arrange chopping cutting edge to be conducive to food materials cutting process, and jagged chopping cutting edge strength is higher.
Further scheme, described chopping cutting edge thickness is L2, L2≤0.1mm.By chopping cutting edge thickness for controlling in 0.1mm, making chopping cutting edge sharper, being more conducive to food materials cutting.
Further scheme, described chopping cutterhead also comprises slicer, and described slicer and shredding knife are located at the same face of cutterhead body, and the knife edge part of described slicer extends to above filament mouth, and described slicer upper surface is lower than chopping cutter tooth upper surface.Slicer can be used for the food materials strand root be cut into by shredding knife to cut off, and food materials strand can directly be discharged from filament mouth, improves chopping efficiency.
Further scheme, described slicer upper surface and chopping cutter tooth upper surface spacing are L3,0.5mm≤L3≤3mm.If L3 < is 0.5mm, shredding knife can not ensure food materials to be cut off completely by shredding knife cutting tip, easily occurs the situation of some strand adhesions; If L3 is greater than 3m, make the food materials strand that cuts out generous uneven, and food materials are easily in the blocking of filament mouth place, reduce result of use; Slicer upper surface and chopping cutter tooth upper surface spacing control between 0.5mm ~ 3mm by this programme, food materials strand can not only be made evenly generous, and chopping is effective, and can reduce the situation that food materials block at filament mouth place and occur, make chopping, wire vent more smooth, improve food materials working (machining) efficiency.
Further scheme, described cutterhead body edges is provided with flange, and described flange and chopping cutter tooth are positioned at cutterhead body the same side.Flange is set in cutterhead body edges, the structural strength of cutterhead body can be improved on the one hand, deform after avoiding Long-Time Service, on the other hand, the center of gravity of whole chopping cutterhead can improve by flange, significantly improves dynamic balancing and the stationary performance of chopping cutterhead, chopping cutterhead is run more steady.
Further scheme, described flange height is L4, L4≤8mm.If flange height L4 > is 8mm, not only increase material cost, and whole chopping cutterhead center of gravity can be made higher, weaken balance quality, controlled by flange height in 8mm, the center of gravity of the whole chopping cutterhead of conservative control, guarantees dynamic balancing and the stationary performance of chopping cutterhead.
The utility model also proposes a kind of cooking machine, comprise the support with motor, the cutterhead being arranged on the cup on described support, covering the bowl cover at described cup rim of a cup place and be arranged in described cup, described motor drives described cutterhead to rotate in described cup, and described cutterhead is the chopping cutterhead described in above-mentioned arbitrary technical scheme.
These features of the present utility model and advantage will detailed description of the invention below, exposure detailed in accompanying drawing.
[accompanying drawing explanation]
Below in conjunction with accompanying drawing, the utility model is described further:
Fig. 1 is the structural representation of chopping cutterhead in the utility model embodiment one;
Fig. 2 is the A place partial enlarged drawing of Fig. 1;
Fig. 3 is the structural representation of shredding knife in the utility model embodiment one;
Fig. 4 is the top view in chopping cutterhead chopping face in the utility model embodiment one;
Fig. 5 is the B place partial enlarged drawing of Fig. 4;
Fig. 6 is the partial side view of chopping cutterhead in the utility model embodiment one;
Fig. 7 is the side view of chopping cutterhead in the utility model embodiment one;
Fig. 8 is the C place partial enlarged drawing of Fig. 7;
Fig. 9 is the structural representation of cooking machine in the utility model embodiment two.
[detailed description of the invention]
The technical scheme of accompanying drawing to the utility model embodiment below in conjunction with the utility model embodiment is explained and illustrated, 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 under the prerequisite not making creative work obtain other embodiments, all belong to protection domain of the present utility model.
Embodiment one:
With reference to Fig. 1,2, a kind of chopping cutterhead that the utility model embodiment proposes, the shredding knife assembly 2 comprising cutterhead body 1 and be located on this cutterhead body 1, this shredding knife assembly 2 comprises metal tool rest 21 and is located at least two row's chopping cutters tooth 22 on metal tool rest 21, chopping cutter tooth and metal tool rest one-body molded.With reference to Fig. 3, described metal tool rest 21 is preferably the sheet metal of stainless steel, what this sheet metal went out several predetermined shapes by punching process rushes material, bent from its root to same direction by these punching material, form described chopping cutter tooth 22, on the present embodiment metal tool rest 21, bending forming two arranges chopping cutter tooth 22, each chopping cutter tooth 22 is in trapezoidal, namely chopping cutter tooth 22 head reduces gradually to its root width, and chopping cutter tooth 22 intensity of this structure is high, not yielding.In other embodiments, this chopping cutter tooth also can be designed to the shapes such as rectangle, square, arc or triangle.
With reference to Fig. 2,3, the metal tool rest 21 of embodiment is by weld or riveted joint form is fixed to cutterhead body 1 side, metal tool rest 21 by metal tool rest 21 center to the curved extension of metal tool rest 21 edge direction, several chopping cutters tooth 22 in same row's chopping cutter tooth are spaced apart along the bearing of trend of metal tool rest 21, formed and cut mouth in same row's chopping cutter tooth between adjacent two chopping cutters tooth 22.According to existing shredding knife 2 structure, shredding knife 2 only has usually row's chopping cutter tooth 22, it is consistent for so cutting out the width of food materials strand with the width of the cutting mouth formed between adjacent two chopping cutters tooth 22, in theory, to reduce the width of food materials strand, make the chopping effect of chopping effect close to actual kitchen knife of shredding knife assembly, the width reducing to cut mouth just can realize, but in fact, because chopping cutter tooth is by laminar metal tool rest stamping-out, be bent to form, the width of cutting mouth is reduced, the spacing at adjacent two stamping-out positions on metal tool rest then will be reduced when stamping-out, such stamping-out size is wayward, easily the material between two stamping-out positions is thrust, be unfavorable for the bending forming of chopping cutter tooth, even if the chopping cutter tooth after shaping in use its intensity also can not be guaranteed, easy distortion is even ruptured.
Therefore, the solution that the present embodiment proposes is on metal tool rest 21, arrange two row's chopping cutters tooth 22, this two rows chopping cutter tooth 22 is time interval and is dislocatedly distributed, so-called time interval and being dislocatedly distributed refers to: wherein row's chopping cutter tooth 22 cutting mouth that another row's chopping cutter tooth 22 corresponding is formed on chopping track, like this, in cutting food materials process, food materials are cut into the position of strand shape by front-seat chopping cutter tooth 22, again can also be cut by rear row's chopping cutter tooth 22, thus more refinement is thin to make the food materials strand that cuts out, can be matched in excellence or beauty the chopping effect of actual kitchen knife, two row's chopping cutters tooth 22 of such as the present embodiment, the cutting mouth width that in last row's chopping cutter tooth 22, adjacent chopping cutter tooth 22 is formed is 6mm, if the cutting mouth centre position of the corresponding front-seat chopping cutter tooth 22 of rear row's chopping cutter tooth 22, so food materials are cut into the position of strand shape by front-seat chopping cutter tooth 22, by rear row's chopping cutter tooth 22 secondary cutting, the food materials strand that final formation 3mm is wide, compare the food materials strand that current row's chopping cutter tooth cuts out, its width reduces half, improve chopping effect.
On the other hand, because this at least two rows chopping cutter tooth 22 time interval is arranged, while realizing the thin thinning of food materials chopping, make often to arrange in chopping cutter tooth 22 and still can keep suitable spacing between adjacent two chopping cutters tooth 22, especially chopping cutter tooth 22 and the integrated structure of metal tool rest 21, same row's chopping cutter tooth 22 is avoided to distribute overstocked and punching process difficulty is strengthened, the problem that chopping cutter tooth 22 intensity can not be guaranteed, the scheme of the present embodiment can reduce the manufacture difficulty of shredding knife 2, ensure the intensity of each chopping cutter tooth 22, thus can on the basis of improving chopping effect, ensure the service life of shredding knife 2.
According to the present embodiment such scheme by that analogy, can arrange the chopping cutter tooth of three rows, the even more rows of four rows on metal tool rest, to reduce tobacco cut width further, these schemes are all within protection domain of the present utility model.
In order to improve chopping effect further, the present embodiment includes but not limited to following preferred version in addition:
This two rows chopping cutter tooth is circumferentially arranged with one heart, specifically: with reference to Fig. 4, 5, the circumferential movement track of one of them chopping cutter tooth 22 of last row's chopping cutter tooth forms round a, the circumferential movement track of one of them chopping cutter tooth 22 of rear row's chopping cutter tooth forms round b, circle a and circle b is arranged with one heart, and the center of circle of circle a and circle b overlaps with the axis of rotation of chopping cutterhead, certainly, on metal tool rest 21, the circumferential movement track of other chopping cutter tooth 22 is all for the center of circle with the axis of rotation o of chopping cutterhead, setting like this, better smooth and easy when making chopping cutter tooth 22 cut food materials, cutting resistance is little, reduce chopping cutter tooth 22 stress, extend shredding knife 2 service life, also can make cutting food materials strand even width out simultaneously.Further improvement: in this two rows chopping cutter tooth, two concentrically ringed semidiameters in chopping cutter tooth 22 place of mutual dislocation are L1, the i.e. radius R a of round a, the radius R b of circle b, 1mm≤L1=Ra-Rb≤3mm, in two row's chopping cutters tooth, two chopping cutters tooth of other mutual dislocation are also designs like this, if L1 < is 1mm, in adjacent two row's chopping cutters tooth 22, two chopping cutter tooth 22 spacing of mutual dislocation are too small, be not easy to manufacture, and chopping cutter tooth 22 intensity can be reduced, if L1 > is 3mm, reduce chopping effect, two concentrically ringed semidiameters in chopping cutter tooth 22 place of mutual dislocation in adjacent two row's chopping cutters tooth control between 1mm ~ 3mm by this programme, on the basis ensureing chopping effect, shredding knife 2 is made to be convenient to manufacture, and possess good intensity.Preferably: in two row's chopping cutters tooth, two concentrically ringed semidiameter L1 in chopping cutter tooth 22 place of mutual dislocation are 1mm, 2mm, 3mm etc.
With reference to Fig. 2, the upstream side of the present embodiment chopping cutter tooth 22 is provided with chopping cutting edge 221, this chopping cutting edge 221 indentation.Chopping cutter tooth 22 upstream side mentioned here refers to when cutting food materials, chopping cutter tooth 22 contacts the side of food materials at first, at the upstream side of chopping cutter tooth 22, chopping cutting edge 221 is set, be conducive to food materials cutting process, and jagged chopping cutting edge 221 can improve cutting effect, reduce the stress on chopping cutter tooth 22, make chopping cutter tooth 22 intensity higher, not yielding.Chopping cutting edge also can be designed to other shapes in other embodiments.Preferably: this chopping cutting edge 221 thickness is L2, L2≤0.1mm, by chopping cutting edge 221 thickness for controlling in 0.1mm, making chopping cutting edge 221 sharper, being more conducive to food materials cutting.
With reference to Fig. 2, 6, 7, two sides of the present embodiment cutterhead body 1 are respectively chopping face 12 and sliced surfaces 13, above-mentioned shredding knife 2 is arranged on chopping face 12, cutterhead body 1 closes on shredding knife 2 downstream side part and be provided with filament mouth 11, chopping cutterhead comprises the first slicer 3, this first slicer 3 is all located on the chopping face 12 of cutterhead body 1 with shredding knife 2, the knife edge part of this first slicer 3 extends to above filament mouth 11, first slicer 3 upper surface is lower than chopping cutter tooth 22 upper surface, the relative cutterhead body 1 of chopping cutting edge 221 of chopping cutter tooth 22 is vertical setting, so the relative cutterhead body of the blade of the first slicer 31 is horizontally set, when food materials pass through shredding knife 2 along with shredding knife disc spins, some strands are cut by front two rows chopping cutter tooth 22 bottom food materials, along with chopping cutterhead continues to rotate, by the first slicer 3 by bottom food materials some strands of cutting forming cut off from root, the food materials strand cut out is discharged from filament mouth.Above-mentioned first slicer 3 upper surface and chopping cutter tooth 22 upper surface spacing are L3,0.5mm≤L3≤3mm, if L3 < is 0.5mm, shredding knife 2 can not ensure food materials to be cut off completely by shredding knife 2 cutting tip, easily occurs the situation of some strand adhesions, if L3 is greater than 3mm, make the food materials strand that cuts out generous uneven, and food materials are easily in the blocking of filament mouth place, reduce result of use, slicer upper surface and chopping cutter tooth 22 upper surface spacing control between 0.5mm ~ 3mm by this programme, food materials strand can not only be made evenly generous, chopping is effective, and the situation that food materials block at filament mouth place can be reduced occur, and ensure that food materials can be cut off by shredding knife 2 cutting tip by the first slicer 3 completely, make chopping, wire vent is more smooth, improve food materials working (machining) efficiency, preferably: the first slicer 3 upper surface and chopping cutter tooth 22 upper surface spacing L3 are 0.5mm, 0.6mm, 0.8mm, 1mm, 1.5mm, 1.6mm, 1.9mm, 2mm, 2.1mm, 2.2mm, 2.5mm, 2.6mm, 2.7mm, 2.8mm, 3mm etc.
With reference to Fig. 7,8, the chopping cutterhead of the present embodiment also comprises the second slicer 4, this second slicer 4 is located in the sliced surfaces 13 of cutterhead body 1, and cutterhead body 1 is positioned at below the second slicer 4 and is provided with piece mouth, the relative cutterhead body 1 of blade of the second slicer 4 is also horizontally set, when food materials pass through the second slicer 4 along with shredding knife disc spins, cut off by the second slicer 4 bottom food materials and form food materials thin slice, the food materials thin slice cut out is discharged from piece mouth.Because the present embodiment chopping cutterhead chopping face 12 is provided with the first slicer 3 and shredding knife 2, sliced surfaces 13 is provided with the second slicer 4, and chopping cutterhead need only overturn by chopping and section, reinstalls in food processor, efficient and convenient, chopping section is dual-purpose.Because shredding knife 2 on chopping cutterhead is different with the position that the second slicer 4 is installed, for ensureing the dynamic balancing of chopping cutterhead, for this enforcement arranges flange 14 at cutterhead body 1 edge, this flange 14 and chopping cutter tooth 22 are positioned at the same side of cutterhead body 1, flange 14 comprises vertical portion 141 and transverse part 142, vertical portion 141 by cutterhead body 1 edge towards deviating from sliced surfaces 13 direction bending forming, vertical portion 141 end is radially outward bent to form transverse part 142, flange 14 structure of design like this, the center of gravity of whole chopping cutterhead can be improved, significantly improve dynamic balancing and the stationary performance of chopping cutterhead, chopping cutterhead is run more steady.The flange 14 of this programme is highly L4, L4≤8mm, if flange 14 height L4 > is 8mm, not only increase material cost, and whole chopping cutterhead center of gravity can be made higher, weaken balance quality, by flange 14 Altitude control in 8mm, the center of gravity of the whole chopping cutterhead of conservative control, guarantees dynamic balancing and the stationary performance of chopping cutterhead.In addition; chopping cutter tooth 22 on the present embodiment shredding knife 2 is highly generally 3mm ~ 5mm; if L4 meets: 5mm < L4≤8mm; namely flange 14 upper surface is higher than chopping cutter tooth 22 upper surface; like this when chopping cutterhead chopping face 12 is placed down; chopping cutter tooth 22 can not touch work top, to protect chopping cutter tooth 22.
With reference to Fig. 1, chopping cutterhead is arranged the side that the first slicer 3 arranges the second slicer 4 compared with the side of shredding knife 2, its weight is larger, so can affect the dynamic balancing of chopping cutterhead, for this reason, the present embodiment cutterhead body 1 arranges some counterweight holes 15 near the first slicer 3 and the position of shredding knife 2, the side making chopping cutterhead is arranged the first slicer 3 and shredding knife 2 with the second slicer 4 side balanced weight is set, to promote stationarity and the dynamic balancing of chopping cutterhead.
Continue with reference to Fig. 1, cutterhead body 1 center of chopping cutterhead is provided with joint pin 5, this joint pin 5 is provided with special-shaped connecting hole 51, removable for chopping cutterhead is installed on the driving shaft of food processor, driving shaft drives shredding knife disc spins by joint pin 5, joint pin 5 preferably adopts injection molding manner to be fixed on cutterhead body 1, in order to ensure the axiality of special-shaped connecting hole 51 and cutterhead body 1 axis of rotation on joint pin 5, the present embodiment still arranges two locating holes 16 on cutterhead body 1, these two locating holes 16 are symmetrical arranged on cutterhead body 1, so, when again joint pin 5 being injected on cutterhead body 1, the axiality of special-shaped connecting hole 51 and cutterhead body 1 axis of rotation on joint pin 5 can be ensured preferably, to guarantee stationarity and the dynamic balancing of chopping cutterhead.
Embodiment two:
With reference to Fig. 9, the present embodiment proposes a kind of cooking machine, comprise the support (not shown) with motor, cup 01 and the bowl cover 04 covered on this cup 01 top, bowl cover 04 is provided with charging aperture 041, cup 01 is provided with discharging opening 011, processing assembly is provided with in cup 01, the sweeping through the material dish 03 that this processing assembly comprises cutterhead 02 and is positioned at below cutterhead 02, sweeping through the material dish 03 center is provided with driving shaft 031, cutterhead 02 is provided with joint pin 021, joint pin 021 is provided with connecting hole, driving shaft 031 stretches into connecting hole and coordinates with connecting hole, driving shaft 031 is provided with through hole, below cup 01, reducing gear 05 is also housed, reducing gear 05 is provided with output shaft 051, this output shaft 051 stretches into through hole and coordinates with this through hole, rotating to make output shaft 051 to drive sweeping through the material dish 03 and cutterhead 02 to rotate, driving shaft 031 lower end is connected by removable shaft coupling with the motor shaft of motor.Cutterhead 02 described in the present embodiment adopts the chopping cutterhead 02 described in embodiment one.
In actual mechanical process, first will the food materials of cutting be needed to put into charging aperture 041, then stick pusher is promoted, food materials are pushed to cutterhead 02, food materials are after cutterhead 02 chopping or section, silk or sheet fall into by motor-driven sweeping through the material dish 03, this sweeping through the material dish 03 has the sweeping through the material face in umbrella, silk or a sheet part is facilitated to get rid of to discharging opening 011, a part gets rid of the inwall to cup 01, due to the Action of Gravity Field of silk or sheet, gets rid of to the silk of cup 01 inwall or sheet and still can fall from sweeping through the material face, continue centrifugal throwing away, until all throw away to discharging opening 011.Food materials in chopping or slicing processes so effectively can be avoided to cause brokenly the situation of silk or fragmentation to occur because of External Force Acting, ensure that the integrality of food materials, make process after food materials at high speed can be complete throw away.
The utility model embodiment is applied to food processor, as cooking machine.
The above; be only detailed description of the invention of the present utility model; but protection domain of the present utility model is not limited thereto, is familiar with this those skilled in the art and should be understood that the content that the utility model includes but not limited to accompanying drawing and describes in detailed description of the invention above.Any amendment not departing from function and structure principle of the present utility model all will comprise within the scope of the appended claims.
Claims (10)
1. a chopping cutterhead, comprise cutterhead body and be located at the shredding knife assembly on described cutterhead body, described cutterhead body closes on shredding knife assemblies downstream side and be provided with filament mouth, it is characterized in that: described shredding knife assembly comprises metal tool rest and is located at least two row's chopping cutters tooth on described metal tool rest, described chopping cutter tooth and metal tool rest one-body molded, described at least two row's chopping cutter tooth time intervals and being dislocatedly distributed.
2. chopping cutterhead as claimed in claim 1, is characterized in that: described chopping cutter tooth is two rows, and described two row's chopping cutters tooth are circumferentially arranged with one heart.
3. chopping cutterhead as claimed in claim 2, is characterized in that: in two row's chopping cutters tooth, two concentrically ringed semidiameters in chopping cutter tooth place of mutual dislocation are L1,1mm≤L1≤3mm.
4. chopping cutterhead as claimed in claim 1, is characterized in that: the upstream side of described chopping cutter tooth is provided with chopping cutting edge, described chopping cutting edge indentation.
5. chopping cutterhead as claimed in claim 4, is characterized in that: described chopping cutting edge thickness is L2, L2≤0.1mm.
6. chopping cutterhead as claimed in claim 1, it is characterized in that: described chopping cutterhead also comprises slicer, described slicer and shredding knife are located at the same face of cutterhead body, and the knife edge part of described slicer extends to above filament mouth, and described slicer upper surface is lower than chopping cutter tooth upper surface.
7. chopping cutterhead as claimed in claim 6, is characterized in that: described slicer upper surface and chopping cutter tooth upper surface spacing are L3,0.5mm≤L3≤3mm.
8. chopping cutterhead as claimed in claim 1, it is characterized in that: described cutterhead body edges is provided with flange, described flange and chopping cutter tooth are positioned at cutterhead body the same side.
9. chopping cutterhead as claimed in claim 8, is characterized in that: described flange height is L4, L4≤8mm.
10. a cooking machine, comprise the support with motor, the cutterhead being arranged on the cup on described support, covering the bowl cover at described cup rim of a cup place and be arranged in described cup, described motor drives described cutterhead to rotate in described cup, it is characterized in that: described cutterhead is the chopping cutterhead described in one of claim 1 to 9.
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| CN201520690534.1U CN204997726U (en) | 2015-09-08 | 2015-09-08 | Shredding disc and cooking machine thereof |
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| CN201520690534.1U CN204997726U (en) | 2015-09-08 | 2015-09-08 | Shredding disc and cooking machine thereof |
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| CN204997726U true CN204997726U (en) | 2016-01-27 |
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| CN107296530A (en) * | 2017-08-08 | 2017-10-27 | 丁芸 | Multifunctional domestic kitchen cooking machine |
| CN107457819A (en) * | 2016-06-03 | 2017-12-12 | 深圳市联创三金电器有限公司 | Avoid the center slice device that food materials fracture |
| CN107744349A (en) * | 2017-11-23 | 2018-03-02 | 候胜利 | Multi-functional circular disc type wipes vegetable dish |
| CN107890302A (en) * | 2017-11-23 | 2018-04-10 | 候胜利 | A kind of multifunctional wiping dish mechanism |
| CN110367851A (en) * | 2018-04-13 | 2019-10-25 | 主力智业（深圳）电器实业有限公司 | A kind of chopping cutterhead and food processor for food processor |
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- 2015-09-08 CN CN201520690534.1U patent/CN204997726U/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107457819A (en) * | 2016-06-03 | 2017-12-12 | 深圳市联创三金电器有限公司 | Avoid the center slice device that food materials fracture |
| CN107457819B (en) * | 2016-06-03 | 2023-11-17 | 深圳市联创三金电器有限公司 | Avoid edible material rupture's central section device |
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