CN206761576U - Cooking machine with agitating function - Google Patents

Abstract

It the utility model is related to field of household appliances, disclose a kind of cooking machine with agitating function, the cooking machine includes cup (1), the cup includes cup sidewalls (10) and is arranged at the flow-disturbing mechanism of the internal face of the cup sidewalls, the flow-disturbing mechanism includes the first flow-interfering bar (11) and the second flow-interfering bar (12), short transverse extension of first flow-interfering bar along the cup sidewalls, the line at the both ends of second flow-interfering bar favours the short transverse of the cup sidewalls, the cooking machine also includes the Disintegrating knife (2) stretched into the cup, the Disintegrating knife includes wing root (20) and is connected to the wing being arranged in pairs of the wing root, mounting hole is offered on the wing root, meeting for the wing root is provided with blunt knife (22) on slurry face.There is the cooking machine of agitating function can also carry out cutting and grinding to food while the contact probability of the food in increasing fluid and blade and hit to crush for this, substantially increase the pulverized effect of food.

Description

Cooking machine with agitating function

Technical field

Field of household appliances is the utility model is related to, in particular it relates to a kind of cooking machine with agitating function.

Background technology

Cooking machine with agitating function can realize the stirring of fruit and vegetable either cereal group food, be in so as to squeeze out The nourishing beverage of sap-shape or pulpous state.Cooking machine with agitating function can be revolved by the high speed of the blade positioned at bottom of cup Turn, and smash the food in the fluid of formation repeatedly in the presence of current.After food is fully crushed, enable to drink The mouthfeel of product and nutrition are more preferable.

Wherein by taking soy bean milk making machine as an example, in order to reach the effect of preferable crashing food, the cup in soy bean milk making machine may be selected The upper setting flow-interfering bar of side wall, to change the radial motion direction of fluid, that is to say, that flow-interfering bar can change fluid circumference fortune Dynamic tangential direction, so as to increase the contact probability of bean or pea and blade in fluid, improve crushing effect.

However, in the prior art, flow-interfering bar is substantially all to be vertically arranged, i.e., flow-interfering bar is overall along the side for stirring cup The short transverse extension of wall.Although the flow-interfering bar being vertically arranged can improve the pulverized effect of food to a certain extent, It is that generally speaking effect does not protrude.

Utility model content

The purpose of this utility model is to provide a kind of cooking machine with agitating function, should the cooking machine with agitating function Cutting and grinding can also be carried out to food while the contact probability of the food in increasing fluid and blade and are hit to crush, greatly It is big to improve the pulverized effect of food.

To achieve these goals, the utility model provides a kind of cooking machine with agitating function, described to have stirring The cooking machine of function includes cup, and the cup includes cup sidewalls and is arranged at the flow-disturbing machine of the internal face of the cup sidewalls Structure, the flow-disturbing mechanism include the first flow-interfering bar and the second flow-interfering bar, height of first flow-interfering bar along the cup sidewalls Direction extends, and the line at the both ends of second flow-interfering bar favours the short transverse of the cup sidewalls, described to have stirring The cooking machine of function also includes the Disintegrating knife stretched into the cup, and the Disintegrating knife includes wing root and is connected to the wing The wing being arranged in pairs of root, mounting hole is offered on the wing root, meeting for the wing root is provided with blunt knife on slurry face.

Preferably, and the line at the both ends of second flow-interfering bar and the cup sidewalls the inclination that is formed of short transverse Angle leaves gap between 10 ° -70 °, and/or first flow-interfering bar and second flow-interfering bar.

Preferably, first flow-interfering bar and second flow-interfering bar include extending into the cup sidewalls the The angle of one flow-disturbing face and the second flow-disturbing face, the first flow-disturbing face and the mutual forming V-shape in the second flow-disturbing face.

Preferably, the angle is 30 ° -120 °, and/or the cylindrical structure of the cup sidewalls or in fillet Cuboid tubular structure.

Preferably, first flow-interfering bar to the height of the cup sidewalls internal projection be 5mm-25mm；Described second disturbs Flow muscle to the height of the cup sidewalls internal projection be 5mm-25mm.

Preferably, the cup includes multiple first flow-interfering bars and/or multiple second flow-interfering bars, multiple described First flow-interfering bar is circumferentially disposed along the cup sidewalls, and the incline directions of multiple second flow-interfering bars is consistent and along the cup Body sidewall it is circumferentially disposed.

Preferably, multiple first flow-interfering bars and multiple second flow-interfering bars are alternately distributed in the cup sidewalls Internal face.

Preferably, the cup includes the cup bottom wall for being covered in one end of the cup sidewalls, first flow-interfering bar It is H1 close to one end of the cup bottom wall and the distance between the cup bottom wall, wherein H1 is 5mm-25mm, described second Flow-interfering bar is h1 close to the distance between one end of the cup bottom wall and the cup bottom wall, and wherein h1 is 1-2 times of H1.

Preferably, it is the cup along the distance of the short transverse of the cup sidewalls between the both ends of first flow-interfering bar 0.3-0.6 times of the height of body sidewall.

Preferably, the wing being arranged in pairs is formed at the outer rim of the wing root.

Preferably, a wing in the wing being arranged in pairs is bent up relative to the plane where the wing root Folding, another wing are bent downwards relative to the plane where the wing root.

Preferably, blade surface is provided with the wing, the knife being folded upward at relative to the plane where the wing root Down, the blade surface of the wing bent downwards relative to the plane where the wing root is upward for the blade surface of the wing.

Preferably, the angle of the plane where the wing and the plane where the wing root is γ, wherein 5 ° of ＜ γ ＜ At least three cutters tooth are provided with 30 °, and/or the blade surface.

Preferably, the wing root is arranged to the tabular with rounding off corner, and the blunt knife is arranged to the wing root The rounding off corner.

Preferably, the Disintegrating knife includes a pair of wings, and a pair of wings are separately positioned on the wing root Both ends and the both sides for being located at the wing root respectively, the blunt knife are arranged on the relative with the wing of the both ends of the wing root Side.

Preferably, be provided with blade surface and dull face on the wing, the dull face of the wing and the wing root with it is described blunt The side of face adjoining the wing root angle between projection in the plane be θ, wherein 60 °≤θ≤120 °.

Preferably, the blunt knife is in wing, and the blunt knife is generally aligned in the same plane interior with the wing root.

Preferably, the Disintegrating knife includes a pair of wings, and the blunt knife and a pair of wings are uniformly distributed in The outer rim of the wing root, and/or meeting for the blunt knife are provided with teeth portion on slurry face.

In the above-mentioned technical solutions, by setting the height along the cup sidewalls on the internal face of the cup sidewalls First flow-interfering bar of direction extension and the line at its both ends favour described the second of the short transverse of the cup sidewalls Flow-interfering bar, not only changes the tangential direction of fluid circular motion, and changes the fluid axial direction direction of motion (axial movement side To the direction that can be understood as fluid up and down motion), therefore in the power and axially downwardly at center towards the cup sidewalls Under the collective effect of power, fluid towards rotation blade movement, simultaneously because be provided with the Disintegrating knife blunt knife and The wing being arranged in pairs, realize while cutting and grinding are carried out to food such as bean or pea and hit the purpose crushed, thus exist Increase the food in fluid the contact probability of bean or pea and the Disintegrating knife simultaneously can also be to Disintegrating knife as described in flow direction Food carries out cutting and grinding and hit to crush simultaneously, so as to substantially increase the pulverized effect of food.

Other features and advantages of the utility model will be described in detail in subsequent specific embodiment part.

Brief description of the drawings

Accompanying drawing is to be further understood for providing to of the present utility model, and a part for constitution instruction, and following Embodiment be used to explain the utility model together, but do not form to limitation of the present utility model.In the accompanying drawings：

Fig. 1 is the overall structure diagram of the cooking machine with agitating function of preferred embodiment of the present utility model；

Fig. 2 is the overall structure diagram of the cup in the cooking machine with agitating function shown in Fig. 1；

Fig. 3 is the overlooking the structure diagram of the cup in the cooking machine with agitating function shown in Fig. 1；

Fig. 4 is the cross-sectional view that line A-A intercepts along Fig. 3；

Fig. 5 is a kind of preferable overall structure of the Disintegrating knife in the cooking machine with agitating function shown in Fig. 1 Schematic diagram；

Fig. 6 is the side structure schematic view of the Disintegrating knife shown in Fig. 5；

Fig. 7 is the overlooking the structure diagram of the Disintegrating knife shown in Fig. 5；

Fig. 8 is the preferable overall knot of the another kind of the Disintegrating knife in the cooking machine with agitating function shown in Fig. 1 Structure schematic diagram.

Description of reference numerals

The blunt knife of 1 cup 22

The blade surface of 10 cup sidewalls 23

The dull face of 11 first flow-interfering bar 24

The cutter tooth of 110 first flow-disturbing face 25

The teeth portion of 111 second flow-disturbing face 26

The wing of 12 second flow-interfering bar 27 first

The wing of 13 cup bottom wall 28 second

The shell of 14 abrasive disk 3

The handle of 15 locating slot 30

Covered on 16 heat-generating pipes 4

2 Disintegrating knife, 40 anti-overflow rod

The head lower casing of 20 wing root 41

The motor shaft of 21 mounting hole 42

Embodiment

Specific embodiment of the present utility model is described in detail below in conjunction with accompanying drawing.It should be appreciated that herein Described embodiment is merely to illustrate and explained the utility model, is not limited to the utility model.

In the utility model, in the case where not making opposite explanation, the noun of locality such as " upper and lower, left and right " used is usual Refer to the upper and lower, left and right shown in refer to the attached drawing；" inside and outside " refers to the inside and outside of the profile relative to each part in itself.

Below with reference to the accompanying drawings and embodiment is combined to describe the utility model in detail.

The utility model provides a kind of cooking machine with agitating function, and the cooking machine with agitating function includes Cup 1, cup 1 include cup sidewalls 10 and are arranged at the flow-disturbing mechanism of the internal face of cup sidewalls 10, flow-disturbing mechanism bag Include the first flow-interfering bar 11 and the second flow-interfering bar 12, short transverse extension of first flow-interfering bar 11 along cup sidewalls 10, that is to say, that First flow-interfering bar 11 is vertically arranged at the internal face of cup sidewalls 10, and the line at the both ends of the second flow-interfering bar 12 favours cup side The short transverse of wall 10, i.e. the second flow-interfering bar 12 are obliquely installed in the short transverse of cup sidewalls 10, for more popular, second Flow-interfering bar 12 is inclined on the whole, meanwhile, the cooking machine with agitating function also includes the crushing knife stretched into cup 1 Piece 2, Disintegrating knife 2 include wing root 20 and are connected to the wing being arranged in pairs of wing root 20, and mounting hole 21 is offered on wing root 20 In order to which with driving axis connection, meeting for wing root 20 is provided with blunt knife 22 to carry out shock crushing to food such as bean or pea on slurry face, And cutting and grinding are carried out to food such as bean or pea by wing.By being set on the internal face of cup sidewalls 10 along cup sidewalls 10 The first flow-interfering bar 11 of short transverse extension and the line at its both ends favour the short transverses of cup sidewalls 10 and second disturb Muscle 12 is flowed, not only changes the tangential direction of fluid circular motion, and change the fluid axial direction direction of motion (axial movement side To the direction that can be understood as fluid up and down motion), therefore in the power and power axially downwardly at the center towards cup sidewalls 10 Collective effect under, fluid blunt knife 22 and is arranged in pairs towards the blade movement of rotation simultaneously because being provided with Disintegrating knife 2 Wing, realize at the same to food for example bean or pea carry out cutting and grinding and hit crush purpose, thus in fluid is increased The contact probability of food such as bean or pea and Disintegrating knife 2 simultaneously can also be to flowing to the food of Disintegrating knife 2 while carrying out cutting powder Broken and shock crushes, so as to substantially increase the pulverized effect of food.

It should be noted that the cooking machine can exist in a variety of forms, such as can be soy bean milk making machine, juice extractor, wall-breaking machine Or grinder etc..

Due under the collective effect of the first flow-interfering bar 11 and the second flow-interfering bar 12, change fluid that can be by a relatively large margin The direction of motion, make it towards the blade movement of rotation.Such as during slurrying, the blade of rotation drives fluid rotary, more Specifically, drive fluid to turn clockwise (from the angle shown in Fig. 2), flow through and be vertically arranged close to the fluid of cup sidewalls 10 The first flow-interfering bar 11 when, change the direction of fluid circular motion, then the fluid close to cup sidewalls 10 flows through inclination and set During the second flow-interfering bar 12 put, fluid is by power and axially downward direction by the center position towards cup sidewalls 10 Towards blade it is that Disintegrating knife 2 moves under the collective effect of power, therefore substantially increases such as bean or pea of the food in fluid and rotation The contact probability of blade so that food is fully crushed, and improves mouthfeel and the nutrition of obtained drink such as soya-bean milk.

Second flow-interfering bar, 12 inclined angle can be selected according to the actual requirements, be not exposed to specific limitation.And it is The utility model is better understood from, provides following preferable angled manner：As shown in Figure 4, the Single port of cup sidewalls 10 Covered with cup bottom wall 13, by the line at the both ends of flow-interfering bar 11 with cup bottom wall 13 (substantially it is considered that cup bottom wall 13 is Plane) between the angle that is formed be designated as β, β is preferably 20 ° -80 °, that is to say, that the line at the both ends of the second flow-interfering bar 12 with The angle of inclination that the short transverse of cup sidewalls 10 is formed preferably is 10 ° -70 °.By angle of inclination control within the above range, The direction of motion of the change fluid of the second flow-interfering bar 12 by a relatively large margin is enabled to, increases contact of the food in fluid with blade Probability.Above-mentioned angle of inclination is more preferably 45 °.In addition, gap is left between the first flow-interfering bar 11 and the second flow-interfering bar 12, also It is to say, the first flow-interfering bar 11 and the second flow-interfering bar 12 are spaced apart and be not attached to, in such manner, it is possible to further effectively change fluid The direction of motion, while it is also convenient for the smooth outflow of fluid.

As for form existing for flow-interfering bar 11 can be it is a variety of, as long as can convection body play flow-disturbing effect.For example, knot Close shown in Fig. 2 and Fig. 4, what the first flow-interfering bar 11 and the second flow-interfering bar 12 included extending into cup sidewalls 10 first disturbs The flow-disturbing face 111 of stream interface 110 and second, the angle of 111 mutual forming V-shape of the first flow-disturbing face 110 and the second flow-disturbing face.By disturbing Flow the first flow-disturbing face 110 of muscle and the second flow-disturbing face 111 forms the angle of V-arrangement each other, can further increase and rotate The change amplitude of the direction of motion of fluid under blade drive, such as can effectively change the tangential direction of fluid circular motion, The fluid axial direction direction of motion can also effectively be changed simultaneously, so as to considerably increase connecing for the food in fluid such as bean or pea and blade Probability is touched, improves the pulverized effect of food.

As shown in Figure 3, the angle of the V-arrangement the first flow-disturbing face 110 and the second flow-disturbing face 111 mutually formed is designated as α, α is preferably 30 ° -120 °, and further to improve the pulverized effect of food, further, α is more preferably 90 °.In addition, cup The shape and structure of side wall 10 can be designed according to the demand in market or other purposes completely, such as the ease of manufacturing and making With cup sidewalls 10 can be arranged to cylinder-like structure, cup sidewalls 10 can be also arranged to the cuboid tubulose with fillet Structure, that is, cup sidewalls 10 can enter in cuboid tubular structure and in the corner of cuboid by flexure plane rounding off One step, the flexure plane is preferably arc surface.It is it has been investigated that above-mentioned with fillet by the way that cup sidewalls 10 are arranged to Cuboid tubular structure, the direction of motion of fluid can be varied multiple times in limited scope so that fluid is in rotating blade Lower increase and the probability of blade contact are driven, further to improve the pulverized effect of food.

In order to further increase the contact probability of the fluid in rotation and the blade, while will not also be in rotation Fluid produce excessive resistance, height from the second flow-interfering bar 12 to the internal projection of cup sidewalls 10, as shown in Figure 4, the height D is designated as, d can be 5mm-25mm, likewise, the first flow-interfering bar 11 is also configured as 5mm- to the height of the internal projection of cup sidewalls 10 25mm.In addition, by the raised height d controls of the first flow-interfering bar 11 and the second flow-interfering bar 12 within the above range, will not also be excessive Take cup 1 in space, while be also convenient for flow-interfering bar shaping prepare, simplify cup manufacture craft.It is highly preferred that disturb Flow muscle to the height d of the internal projection of cup sidewalls 10 be 10mm.

It is preferred that multiple first flow-interfering bars 11 and/or multiple second flow-interfering bars 12 are set on the internal face of cup sidewalls 10, For multiple first flow-interfering bars 11 along the circumferentially disposed of cup sidewalls 10, the incline direction of multiple second flow-interfering bars 12 is consistent and along cup Side wall 10 it is circumferentially disposed.In order that better, the uniform point of circumference in cup sidewalls 10 of multiple first flow-interfering bars 11 is obtained, together Sample, multiple second flow-interfering bars 12 are evenly distributed on the circumference of cup sidewalls 10.Due in multiple first flow-interfering bars 11 and multiple Under the collective effect of second flow-interfering bar 12 so that the direction of motion of fluid has obtained change by a relatively large margin, adds and rotates The contact probability of blade so that food is fully crushed.The number of wherein flow-interfering bar is selected according to the actual requirements, such as can The first flow-interfering bar of 2-6 bars 11 is set, and more preferably 4, the second flow-interfering bar 12 also can be selected and be set with the identical of the first flow-interfering bar 11 Bar number is put, so repeating no more.

Study and find through the present inventor, when setting multiple first flow-interfering bars 11 and multiple on the internal face in cup sidewalls 10 During the second flow-interfering bar 12, preferably multiple first flow-interfering bars 11 and multiple second flow-interfering bars 12 are alternately distributed in cup sidewalls 10 Internal face, can reach more preferable effect, rotating blade be fluid under the drive of Disintegrating knife 2 can in limited space, Repeatedly by the first flow-interfering bar 11 and the alternate change direction of motion of the second flow-interfering bar 12, substantially increase contacted with rotating blade it is several Rate, finally make it that food is fully crushed.

When in the Single port of cup sidewalls 10 covered with cup bottom wall 13, in order to which the food and knife in fluid can be increased The contact probability and can of piece causes blade smoothly to rotate, can be by the first flow-interfering bar 11 close to one end of cup bottom wall 13 and cup The distance between bottom wall 13 H1 is set as 5mm-25mm, by H1 settings within the above range, do not interfere with also the motion of blade with And miscellaneous part is for example installed on the running status for being used to grind the abrasive disk 14 of food of cup bottom wall 13, wherein abrasive disk 14 Surface in rough structure in order to crashing food.It has been investigated that best results when H1 is 10mm.In addition, by second Flow-interfering bar 12 is arranged to 1-2 times of H1 close to the distance between one end of cup bottom wall 13 and cup bottom wall 13 h1, with first Flow-interfering bar 11 preferably coordinates so as to further carry the contact probability of food and rotating blade in fluid.More electedly, h1= 1.5H1。

As shown in Figure 4, H2 is designated as along the distance of the short transverse of cup sidewalls 10 between the both ends of the first flow-interfering bar 11, The height of cup sidewalls 10 is designated as H, and wherein H2 is preferably 0.3-0.6 times of H, with ensure most fluids in cup by Enough power can further improve the contact probability of the food and blade in fluid towards blade movement.Further, H2 is 0.5 times of H.

For the ease of mounting temperature sensor, as shown in Fig. 2-Fig. 4, can also be offered on cup sidewalls 10 for pacifying Fill the locating slot 15 of temperature sensor.According to demand, as shown in fig. 1, heat-generating pipe 16 can be also installed on cup bottom wall 13.This Outside, also shell 3 can be arranged in the outside of cup 1, handle 30 be installed in the side wall of shell 3, the position of handle 30 can be according to institute The locating slot 15 opened up is configured, in order to the button being arranged on handle 30 and the TEMP being installed in locating slot 15 Device is engaged.

For the ease of Disintegrating knife 2 be manufactured and steadiness when whole Disintegrating knife 2 rotates, may be such that in pairs The wing set is formed at the outer rim of wing root 20.

Preferably, a wing in the wing being arranged in pairs is folded upward at relative to the plane where wing root 20, Another wing is bent downwards relative to the plane where wing root 20.It is in such manner, it is possible to curved up and down by paired difference The wing of folding strengthens the agitation to slurries, improves contact of the particle in slurries with the blade surface of the wing and with blunt knife Probability, so as to improve crushing effect.

It is installed on when by Disintegrating knife 2 on axle such as motor shaft, i.e., when Disintegrating knife 2 is in use state, such as Fig. 5 and Fig. 8 Shown in, blade surface 23 is provided with the wing, wherein blade surface 23 is used as and meets slurry face, what paired difference was bent up and down The blade surface 23 of wing can be configured using following manner：The wing being folded upward at relative to the plane where wing root 20 Down, the blade surface 23 of the wing bent downwards relative to the plane where wing root 20 is upward for blade surface 23.When in use, blade surface 23 meet to the slurries for carrying bean or pea (and bean or pea particle) so that slurries flow along blade surface 23.Therefore, in the wing being folded upward at Under blade surface 23 acts on, slurries flow downward and can collided the wing bent downwards；The blade surface 23 of the wing bent downwards is made Under, slurries, which flow up, can collide the wing being folded upward at.Therefore, Disintegrating knife 2 can make slurries in paired wing Between it is reciprocal, the flow regime of slurries is changed in a manner of being advantageous to crush, is added and the collision probability of wing and can The stabilization of liquid level of slurry is kept, so as to improve crushing effect.

As described above, the guide effect for the blade surface 23 for passing through wing, slurries can be more toward redoubling between paired wing Secondary collision wing, can be with relative set wing relative to wing root to ensure that the flowing to slurries is sexually revised advantageously in crushing The angle of 20 bendings.As shown in Figure 6, the angle of the plane where the wing and the plane where wing root 20 is γ, wherein 5 ° of 30 ° of ＜ γ ＜, it is further preferred that γ is 10 °.

As shown in fig. 1, it is described with the cooking machine of agitating function in be additionally provided with and can be fastened on the opening of shell 3 The upper lid 4 at end, upper lid 4 include the head lower casing 41 protruded towards the inside of cup 1, are provided with head lower casing 41 towards cup The motor shaft 42 and anti-overflow rod 40 of the inside extension of body 1, Disintegrating knife 2 is arranged on motor shaft 42, in the band of motor shaft 42 Gyration is done under dynamic, produces stirring crushing effect.For the ease of the installation of Disintegrating knife 2, as shown in Fig. 5, Fig. 7 and Fig. 8, Mounting hole 21 is provided with wing root 20.Wherein, according to the concrete form of institute's mounting structure, mounting hole 21 can be various corresponding Shape, such as circular, square and diagram D-shaped etc..In addition, turned round to be steady to avoid the shape and structure of skew from producing volume Outer load, the wing being arranged in pairs are symmetrical arranged on wing root 20 (i.e. on mounting hole 21).

Because motor shaft 42 drives Disintegrating knife 2 to rotate, wherein the rotating diameter of Disintegrating knife 2 can be according to difference Application scenario be configured.As shown in Figure 7, (dotted line shown in Fig. 7 is with Disintegrating knife 2 to the rotating diameter of Disintegrating knife 2 Pivot rotate the rotating paths of obtained outermost edges, rotating diameter is the diameter of the rotating path) be D.And pass through Research finds, rotating diameter D reasonable selection, it is possible to increase pulping materials and blade surface, the probability of the uniform collision of blunt knife, can Pulping materials are enough improved with number that blade surface collide and the probability suitable with the number of blunt knife collision, raising smashing effect.Diameter Too greatly, noise and vibration can all increase；If diameter is too small, it is clear that crush efficiency is low.Preferably, 50mm≤D≤ 120mm。

Further, since wing can be arranged in pairs it is one or more pairs of.To take into account efficiency and cost, Disintegrating knife 2 is excellent Choosing includes a pair of wings, such as shown in Fig. 5 and Fig. 8, Disintegrating knife 2 includes the first wing 27 and the second wing 28.

Moreover it is preferred that at least three cutters tooth 25 are provided with each wing, specifically, in the sword of the wing At least three cutters tooth 25 are provided with face 23.For example, as shown in Fig. 5 and Fig. 7, there are three in the blade surface 23 of the first wing 27 Cutter tooth 25, there are three cutters tooth 25 in the blade surface 23 of the second wing 28, more numbers can also be set according to the actual requirements certainly Cutter tooth 25.In the case where the length (i.e. from the length for the part that wing root 20 extends) of the wing is certain, pass through increase The quantity of cutter tooth 25, the length of blade surface 23, the scope in region of the increase with cutting effect can be extended.

In the utility model, blunt knife 22 is without the sheet shaped piece similar to blade mutation shape sharp like that, is used for Wing is aided in carry out preliminary crushing.Specifically, starting to stir crushing initial stage using blade, can mainly touched by blunt knife 22 The bulky grain fragment of complete bean or pea or bean or pea is hit, it is played hammering effect, that is, bean or pea are crushed by hitting, due to Cutting can only be by one piece of object dimidiation, and beating crushing energy makes one piece of object be divided into more polylith, therefore, is crushed just in stirring Phase, cut more preferably, be ground into bean or pea relatively fine than wing is used alone by the crushing effect that blunt knife 22 aids in After particle, the cutting and grinding effect of wing gradually highlights.

In addition, blunt knife 22 can by it is various it is appropriate in a manner of be arranged on wing root 20, if blunt knife 22 can be separately provided Or be wholely set with wing root 20, the position of blunt knife 22 can also arbitrarily be arranged in addition, as long as meeting on slurry face positioned at wing root 20, So that bean or pea and particulate matter can be collided, in addition, wing, blunt knife 22 each can be fixedly attached to the wing as single part On root 20.But preferably, the blade is integrated part, namely wing, blunt knife 22 pass through the appropriate one of mode and wing root 20 Shaping.For the ease of set blunt knife 22 and further improve Disintegrating knife 2 crashing food effect, be presented below on Two kinds of preferred embodiments of blunt knife 22.

In a preferred embodiment, as shown in figure 5-7, wing root 20 is arranged to the plate with rounding off corner Shape, blunt knife 22 are arranged to the rounding off corner of wing root 20.Thus, on the one hand easily in the appropriate position of wing root 20 Upper setting blunt knife 22, this change in shape more relaxed in rounding off corner on the other hand can be utilized to form blunt knife 22, and Without additionally setting blunt knife 22, production cost conveniently can be manufactured and reduced.

Further, when Disintegrating knife 2 includes a pair of wings such as the first wing 27 and the second wing 28, a pair of institutes State wing to be separately positioned on the both ends of wing root 20 and be located at the both sides of wing root 20 respectively, that is to say, that the knife being arranged in pairs A wing in the wing is arranged in the first side of wing root 20, and another wing is arranged in the second side of wing root 20, institute It is non-conterminous side to state first side and the second side, to be arrived when Disintegrating knife 2 turns round by not ipsilateral Crushed during up to same position, blunt knife 22 may be provided at the side relative with the wing at the both ends of wing root 20.Specifically, such as Shown in Fig. 7, the first wing 27 is arranged on the left side of the upper end of wing root 20, and the second wing 28 is arranged on the right side of the lower end of wing root 20 Side, two blunt knives 22 are separately positioned on the left side of lower end and the right side of upper end of wing root 20.In other words, the first wing 27 and second Wing 28 is diagonally set on mounting hole 21, and two blunt knives 22 are diagonally set on mounting hole 21, and wing and the edge of blunt knife 22 Gyratory directions are alternating with each other.Thus, when blade is stirred crushing, slurry alternately collides with wing and blunt knife 22, also It is the shock for guiding and just meeting upper blunt knife 22 towards wing root 20 by the blade surface 23 of the wing of bending, it is auxiliary strengthens above-mentioned hammering Help the crushing effect of cutting.In addition, shown in Fig. 6, the first wing 27 is bent downwards relative to the plane where wing root 20, the Two wings 28 are folded upward at relative to the plane where wing root 20.

It is understood that being provided with blade surface 23 on the wing, dull face 24 is additionally provided with, as shown in Figure 7, the knife The dull face 24 of the wing and wing root 20 with the side that dull face 24 abuts wing root 20 angle between projection in the plane be θ, θ angles The selection of degree, pulping materials can be enabled preferably to be moved around Disintegrating knife 2, if angle is too big, slurrying thing Material can be easy to be free within the rotating range of Disintegrating knife 2, several so as to reduce the contact with blade surface, blunt knife of the particle in slurries Rate；If angle is too small, pulping materials only move in the range of very little mostly, can cause uneven concentration and the influence of slurries Mouthfeel, and can also reduce the particle in slurries and blade surface, the contact probability of blunt knife.Thus, the rational value for setting θ angles can The particle and blade surface, the contact probability of blunt knife in slurries are improved, improves crushing effect.Preferably, 60 °≤θ≤120 °, further Preferably, 80 °≤θ≤100 °, it is highly preferred that θ is 90 °.Need it is to be noted that as shown in Figure 7, blade surface 23 and dull face 24 can To be separately positioned on the opposite side of the wing.

On another preferred embodiment of blunt knife 22, as shown in Figure 8, blunt knife 22 is in wing, blunt knife 22 and the wing In root 20 is generally aligned in the same plane, it is to be understood that after wing root 20 is installed on motor shaft 42, wing root 20 is horizontal, That is after Disintegrating knife 2 is installed and used, blunt knife 22 is horizontal, in horizontal plane.Then, blunt knife 22 crushes food Thing such as bean or pea, and the wing cutting food being arranged in pairs, so that food is preferably crushed.

Preferably, Disintegrating knife 2 is the first wing 27 and the second wing 28 including a pair of wings, blunt knife 22 and a pair The wing is uniformly distributed in the outer rim of wing root 20, so can further improve the pulverized effect of food, while can make The overall structure for obtaining Disintegrating knife 2 is more stable.More electedly, in the blunt knife 22 of wing and the shape size of a pair of wings All same, and difference is, is provided with blade surface 23 on the wing, on blunt knife 22 and be not provided with blade surface 23, simply rise To the effect for hitting crashing food, for blade surface 23, the side of blunt knife 22 is all formed as dull face 24.As shown in Figure 8, It is in swirl shape that Disintegrating knife 2 is overall.

In order to further increase teeth portion is may be provided with the striking face of food and shock dynamics, meeting for blunt knife 22 on slurry face 26, more specifically for, teeth portion 26 have in dentation projection.Due to the setting of teeth portion 26, food can be greatly improved by powder Broken effect.It can be selected according to the actual requirements completely as the number of teeth in teeth portion 26, such as can meeting in blunt knife 22 2,3 or 4 teeth are set on slurry face.

Preferred embodiment of the present utility model, still, the utility model and unlimited is described in detail above in association with accompanying drawing Detail in above-mentioned embodiment, can be to skill of the present utility model in range of the technology design of the present utility model Art scheme carries out a variety of simple variants, and these simple variants belong to the scope of protection of the utility model.

It is further to note that each particular technique feature described in above-mentioned embodiment, in not lance In the case of shield, it can be combined by any suitable means.In order to avoid unnecessary repetition, the utility model is to each The possible combination of kind no longer separately illustrates.

In addition, it can also be combined between a variety of embodiments of the present utility model, as long as it is not disobeyed Thought of the present utility model is carried on the back, it should equally be considered as content disclosed in the utility model.

Claims (17)

1. a kind of cooking machine with agitating function, it is characterised in that the cooking machine with agitating function includes cup (1), the cup (1) includes the flow-disturbing mechanism of cup sidewalls (10) and the internal face for being arranged at the cup sidewalls (10), institute Stating flow-disturbing mechanism includes the first flow-interfering bar (11) and the second flow-interfering bar (12), and first flow-interfering bar (11) is along the cup sidewalls (10) short transverse extension, the line at the both ends of second flow-interfering bar (12) favour the height of the cup sidewalls (10) Direction, the cooking machine with agitating function also include the Disintegrating knife (2) stretched into the cup (1), the crushing knife Piece (2) includes wing root (20) and is connected to the wing being arranged in pairs of the wing root (20), and peace is offered on the wing root (20) Fill hole (21), meeting for the wing root (20) is provided with blunt knife (22) on slurry face.

2. the cooking machine according to claim 1 with agitating function, it is characterised in that and second flow-interfering bar (12) The angle of inclination that is formed of short transverse of line and the cup sidewalls (10) at both ends be 10 ° -70 °, and/or described first Gap is left between flow-interfering bar (11) and second flow-interfering bar (12).

3. the cooking machine according to claim 1 with agitating function, it is characterised in that first flow-interfering bar (11) and Second flow-interfering bar (12) includes the first flow-disturbing face (110) and the second flow-disturbing extended into the cup sidewalls (10) The angle of face (111), the first flow-disturbing face (110) and the second flow-disturbing face (111) mutually forming V-shape.

4. the cooking machine according to claim 3 with agitating function, it is characterised in that the angle is 30 ° -120 °, And/or the cylindrical structure of the cup sidewalls (10) or in the cuboid tubular structure with fillet.

5. the cooking machine according to claim 3 with agitating function, it is characterised in that first flow-interfering bar (11) to The height of cup sidewalls (10) internal projection is 5mm-25mm；Second flow-interfering bar (12) is into the cup sidewalls (10) Raised height is 5mm-25mm.

6. the cooking machine according to claim 1 with agitating function, it is characterised in that the cup (1) includes multiple First flow-interfering bar (11) and/or multiple second flow-interfering bars (12), multiple first flow-interfering bars (11) are along the cup Body sidewall (10) it is circumferentially disposed, the incline directions of multiple second flow-interfering bars (12) is consistent and along the cup sidewalls (10) It is circumferentially disposed.

7. the cooking machine according to claim 6 with agitating function, it is characterised in that multiple first flow-interfering bars (11) it is alternately distributed with multiple second flow-interfering bars (12) in the internal face of the cup sidewalls (10).

8. the cooking machine according to claim 1 with agitating function, it is characterised in that the cup (1) includes covering Cup bottom wall (13) in one end of the cup sidewalls (10), first flow-interfering bar (11) is close to the cup bottom wall (13) One end and the distance between the cup bottom wall (13) be H1, wherein H1 is 5mm-25mm, and second flow-interfering bar (12) is leaned on The distance between one end of the nearly cup bottom wall (13) and the cup bottom wall (13) are h1, and wherein h1 is 1-2 times of H1.

9. the cooking machine according to claim 8 with agitating function, it is characterised in that first flow-interfering bar (11) 0.3-0.6 between both ends along the distance of the short transverse of the cup sidewalls (10) for the height of the cup sidewalls (10) Times.

10. the cooking machine according to claim 1 with agitating function, it is characterised in that the wing being arranged in pairs In a wing be folded upward at relative to the plane where the wing root (20), another wing is relative to the wing root (20) The plane at place is bent downwards.

11. the cooking machine according to claim 10 with agitating function, it is characterised in that be provided with sword on the wing Face (23), the blade surface (23) for the wing being folded upward at relative to the plane where the wing root (20) down, relative to institute The blade surface (23) for the wing that plane where stating wing root (20) is bent downwards is upward.

12. the cooking machine according to claim 11 with agitating function, it is characterised in that the plane where the wing Angle with the plane where the wing root (20) is γ, wherein 5 ° of 30 ° of ＜ γ ＜, and/or be provided with the blade surface (23) At least three cutters tooth (25).

13. the cooking machine with agitating function according to any one in claim 1-12, it is characterised in that the wing Root (20) is arranged to the tabular with rounding off corner, and the blunt knife (22) is arranged to the round and smooth mistake of the wing root (20) Cross corner.

14. the cooking machine according to claim 13 with agitating function, it is characterised in that Disintegrating knife (2) bag A pair of wings are included, a pair of wings are separately positioned on the both ends of the wing root (20) and are located at the wing root (20) respectively Both sides, the blunt knife (22) is arranged on the side relative with the wing at the both ends of the wing root (20).

15. the cooking machine according to claim 14 with agitating function, it is characterised in that be provided with sword on the wing Face (23) and dull face (24), the dull face (24) of the wing and the side adjacent with the dull face (24) of the wing root (20) are in institute State wing root (20) angle between projection in the plane be θ, wherein 60 °≤θ≤120 °.

16. the cooking machine with agitating function according to any one in claim 1-12, it is characterised in that described blunt Knife (22) is in wing, and the blunt knife (22) is generally aligned in the same plane interior with the wing root (20).

17. the cooking machine according to claim 16 with agitating function, it is characterised in that Disintegrating knife (2) bag A pair of wings are included, the blunt knife (22) and a pair of wings are uniformly distributed in the outer rim of the wing root (20), and/or Meeting for blunt knife described in person (22) is provided with teeth portion (26) on slurry face.