CN207341631U - A kind of food processor - Google Patents

Abstract

It the utility model is related to kitchen small household appliances, particularly a kind of food processor, including crushing cup, be installed on shaft end Disintegrating knife and lid driven and driven by motor loaded on the cup lid at the top of crushing cup, the shaft, and Disintegrating knife is located in the crushing chamber of crushing cup formation, it is characterised in that：The junction sealing of the crushing cup and cup lid coordinates, the ratio between the crushing slurrying amount V1 of the crushing cup and the volume V2 of crushing cup are not less than 0.52, the cup lid bottom is formed with upward concave compensated cavity, the compensated cavity surrounds to form slurry filling container with crushing chamber, during food processor slurrying, the slurries in crushing cup are influxed in compensated cavity along in the cavity wall of crushing chamber.Compared with the prior art, slurrying amount is than higher, can reliably to solve slurries anti-overflow, reduces cup body space waste, and crush efficiency is high, easy cleaning for the food processor of the utility model.

Description

A kind of food processor

Technical field

Kitchen small household appliances are the utility model is related to, particularly a kind of food processor.

Background technology

Mainstream soybean milk maker structure is mainly made of cup body, head currently on the market, and head is buckled on cup body.Set in head Motor is equipped with, the shaft of motor stretches out lower cover end face and stretches into water, and motor shaft ends are provided with crushing knife tool.Due to soya bean certainly The characteristic of body, soy bean milk making machine can produce substantial amounts of foam in infusion soya-bean milk, and in order to avoid foam overflow, existing soy bean milk making machine is general It is that larger anti-overflow space is reserved in the top of slurrying amount tag line in cup body, this causes cup using the bigger cup body of volume Internal dischargeable capacity is smaller, and the utilization rate in space is relatively low, the volume of existing cup body of soymilkgrinder and maximum slurrying amount（Beans can be made The maximum capacity of slurry）Ratio usually all in 2.5-3, i.e., soy bean milk making machine that existing conventional maximum slurrying amount is 1200ml-1500ml, The volume of its cup body is usually all in 3000ml-3500ml.Nonetheless, it is also necessary to which anti-overflow electricity is set on the head of soy bean milk making machine Pole, when slurry foam touches anti-flow electrode, stops heating, avoids slurry foam spilling in time.

Cup body is in the case of same cross-sectional area, its bigger depth of volume（Highly）It is bigger, the cup body of existing soy bean milk making machine All in 200mm even deeper depth, half of arm is almost goed deep into cup body when cleaning and carried out clearly depth by user Wash, be inconvenient, while be difficult the cleaning performance observed in cup body when cup body too deep cleaning, thus every time cleaning when, all Clean, stop observation repeatedly, user experience is very bad.

In addition, when the depth of cup body is deeper, required rapidoprint increase, weight increase, and processing technology is more, multiple It is miscellaneous, meanwhile, difficulty of processing coefficient also increases, and rejection rate is higher.In summary, when cup body of soymilkgrinder depth is deeper, it will Cause the cup body high expensive of soy bean milk making machine.The existing molding mode of cup body of soymilkgrinder generally use multi-drawing, and cup body When depth is bigger, it is necessary to drawing numbers it is also more, drawing numbers inevitably results in yield rates reduction.Therefore, beans are reduced Pulp grinder cup body depth（Highly）, the reduction of material cost and process costs to cup body of soymilkgrinder can all have very big benefit.

Utility model content

The utility model purpose to be reached just be to provide a kind of slurrying amount than higher, can reliably solve slurries and prevent Overflow, reduce cup body space waste, and crush efficiency is high, the food processor of easy cleaning.

In order to achieve the above object, the utility model adopts the following technical solution：A kind of food processor, including crush Cup, the Disintegrating knife for being installed on shaft end and lid are driven by motor and driven loaded on the cup lid at the top of crushing cup, the shaft, and Disintegrating knife is located in the crushing chamber of crushing cup formation, it is characterised in that：The junction sealing of the crushing cup and cup lid Coordinate, the ratio between the crushing slurrying amount V1 of the crushing cup and the volume V2 of crushing cup are not less than 0.52, and the cup lid bottom is formed There is a concave up sunken compensated cavity, the compensated cavity surrounds to form slurry filling container with crushing chamber, during food processor slurrying, crushing cup Interior slurries are influxed in compensated cavity along in the cavity wall of crushing chamber.

Further, wherein, V1/V2=0.55 ~ 0.9.

Further, the volume of the compensated cavity is V3, wherein, V3/V2=1/8 ~ 1.

Further, the volume V2=600mL ~ 1000mL for crushing cup body；

Alternatively, the volume that the compensated cavity surrounds the slurry filling container to be formed with crushing chamber is V, wherein, 1000mL≤V≤ 1800mL。

Further, the Disintegrating knife has the pressing down section for driving slurries to be moved towards crushing cup bottom.

Further, the pressing down section is towards the blade of crushing cup bottom side on the wing for be arranged at Disintegrating knife Face；

Alternatively, the pressing down section is the wing reversed on Disintegrating knife with respect to knife root.

Further, water level mark is provided with the wall of cup of the crushing cup, the crushing slurrying amount identifies institute for water level Slurrying capacity；

Alternatively, the food processor includes presetting apparatus, the crushing slurrying amount is controlled by presetting apparatus Add the cumulative volume of the material and water in crushing cup.

Further, the food processor includes pedestal, and the crushing cup is fixed in pedestal, and the removable installation of cup lid In on pedestal.

Further, one end of the cup lid is hinged with pedestal, and cup lid can be around hinged place Unscrew with respect to crushing cup.

Further, the exhaust passage for connecting compensated cavity with outside atmosphere is provided with the cup lid, the exhaust is logical Road is set to crushing cup internal projection；

Alternatively, the compensated cavity includes vertically extending perisporium and the roof for linking into an integrated entity with perisporium and laterally setting；

Alternatively, it is provided with flow-interfering bar on the perisporium of the crushing cup；

Alternatively, the bottom of the crushing cup has the contraction flow region to contract；

Alternatively, the motor load rotating speed is 8000r/min ~ 20000r/min.

After adopting the above technical scheme, due to close at the cooperation of the cup lid and crushing cup of the food processor of the utility model Envelope, and the ratio between crushings slurrying amount V1 in the crushing cup and volume V2 of crushing cup is not less than 0.52, meanwhile, it is provided with cup lid auxiliary Chamber is helped, using the space hold of small volume, the anti-overflow space of bigger can be obtained, can prevent food processor from being sent out in slurrying It is raw to overflow risk, also, in the case of identical cup height, the food processor of the utility model can be made a greater amount of Bean milk beverage, slurrying amount is than higher, and when making same amount of bean milk beverage, the crushing cup of the utility model food processor Height can reduce, and greatly improve the space utilization of cup body, reduce and waste.

Main reason is that：Existing soy bean milk making machine presents the state that rising foam goes out in foam caused by infusion soya-bean milk, mainly The foam for being embodied in cup body inner wall edge rises upwards along wall of cup, and the foam in cup body central area can't fill up entirely The space of cup body central area, it is higher to be rendered as the foam at wall of cup edge, and the foam in the space of cup body central area is relatively low.This It is that the foam in cup body central area is rendered as overlaying state in layer because when constantly being heated to slurries infusion, Although single foam is lighter, after the countless foam of multilayer adds up, the foam of lower floor is subject to the more foamy gravity in upper strata to squeeze Pressure effect can constantly be extruded brokenly bubble, after upper foam does not have the strength of lower floor's foam to support, can cause cup body central area Foam can not fill the space of completely whole cup body central area, at the same time, since foam has adhesion, continuous infusion adds During hot slurries, foam is covered on wall of cup, and can't have the squeezing action of gravity to the foam of lower floor, which forms The foam risen along wall of cup is higher, and the phenomenon that the foam height in the space of cup body central area is relatively low.The phenomenon causes Existing routine soy bean milk making machine, must be requested that cup body depth is larger, and it is reliable anti-overflow to solve to realize larger anti-overflow height The problem of, and in fact, most anti-overflow spaces of cup body central area are in waste state, this is also existing soy bean milk making machine The main reason for cup body capacity utilization is not high.And sealed at the cooperation of the cup lid and crushing cup of the utility model, and on cup lid Upward concave compensated cavity is provided with, accordingly increases the anti-overflow height above crushing cup and anti-overflow space, i.e., when crushing cup is deep Degree is reduced when causing the anti-overflow height reduction in crushing cup, can be mended by the height and space of the compensated cavity in cup lid Repay, therefore, compared to existing conventional cup body of soymilkgrinder, the crushing cup depth of the utility model can greatly reduce, space Utilization rate higher, the cup body of large capacity, which no longer occurs, can only make less amount of bean milk beverage.

In addition, the crushing slurrying amount V1 of the utility model food processor crushing cup and the ratio between the volume V2 of crushing cup be not small In 0.52, compared with the prior art for will be big it is more, the utilization rate in cup body space is greatly improved, identical in making During the bean milk beverage of amount, the depth of crushing cup can be with smaller, during such slurrying, and the crushing either crushed to the concentration of material is imitated Rate, or cleaning to crushing cup can be all obviously improved, also, the cost and efficiency manufactured also have and significantly change It is kind.

Brief description of the drawings

The utility model is described in further detail below in conjunction with the accompanying drawings：

Fig. 1 is the structure diagram of the utility model food processor embodiment one；

Fig. 2 is the partial structural diagram of Disintegrating knife in Fig. 1；

Fig. 3 is the structure diagram of the utility model food processor embodiment two；

Fig. 4 is the partial sectional view of food processor in Fig. 3；

Fig. 5 is the structure diagram of the utility model food processor embodiment three.

Embodiment

Embodiment one：

As shown in Figure 1 and Figure 2, it is the structure diagram of the first embodiment of the utility model.A kind of food processor, bag Include crushing cup 1, be installed on the cup lid 3 of Disintegrating knife 2 and lid loaded on the top of crushing cup 1 of 41 end of shaft, the shaft 41 by Motor（It is not drawn into figure）Driving is driven, and Disintegrating knife 2 is located in the crushing chamber 10 of the crushing cup 1 formation, the crushing The seal 5 being provided between cup 1 and cup lid 3 at sealing cooperation, 3 bottom of cup lid is formed with upward concave compensated cavity 30, the compensated cavity 30 and crushing chamber 10 surround to form slurry filling container, and during food processing slurrying, slurries in crushing cup 1 are along powder Poured into the cavity wall of broken chamber 10 in compensated cavity 30.

In the present embodiment, the Plane of rotation of the Disintegrating knife 2 and the central axis upright of crushing cup 1, the compensated cavity 30 include vertically extending perisporium 301 and the roof 302 for linking into an integrated entity with perisporium and laterally setting, also, the crushing knife Piece 2 has the pressing down section for driving slurries to be moved towards 1 bottom of crushing cup, wherein, the pressing down section is to be arranged at Disintegrating knife Towards the blade face 22 of 1 bottom side of crushing cup on wing 21.

In the present embodiment, the crushing slurrying amount of the crushing cup is V1, and the volume of crushing cup be V2, wherein V1 and V2 it Than not less than 0.52.In the present embodiment, water level mark 19 is provided with the wall of cup of the crushing cup 1, wherein, it is described to crush system Slurry amount is the slurrying capacity where water level mark.

In the present embodiment, due to the present embodiment food processor cup lid and crushing cup cooperation at seal, and powder The ratio between volume V2 of crushing slurrying amount V1 and crushing cup in broken cup be not less than 0.52, meanwhile, compensated cavity is provided with cup lid, profit With the space hold of small volume, the anti-overflow space of bigger can be obtained, can prevent food processor from being overflowed in slurrying Risk, also, in the case of identical cup height, a greater amount of soya-bean milk drinks can be made in the food processor of the present embodiment Product, slurrying amount is than higher, and when making same amount of bean milk beverage, the crushing cup height of the present embodiment food processor can be with Reduce, greatly improve the space utilization of cup body, reduce and waste.

Main reason is that：Existing soy bean milk making machine presents the state that rising foam goes out in foam caused by infusion soya-bean milk, mainly The foam for being embodied in cup body inner wall edge rises upwards along wall of cup, and the foam in cup body central area can't fill up entirely The space of cup body central area, it is higher to be rendered as the foam at wall of cup edge, and the foam in the space of cup body central area is relatively low.This It is that the foam in cup body central area is rendered as overlaying state in layer because when constantly being heated to slurries infusion, Although single foam is lighter, after the countless foam of multilayer adds up, the foam of lower floor is subject to the more foamy gravity in upper strata to squeeze Pressure effect can constantly be extruded brokenly bubble, after upper foam does not have the strength of lower floor's foam to support, can cause cup body central area Foam can not fill the space of completely whole cup body central area, at the same time, since foam has adhesion, continuous infusion adds During hot slurries, foam is covered on wall of cup, and can't have the squeezing action of gravity to the foam of lower floor, which forms The foam risen along wall of cup is higher, and the phenomenon that the foam height in the space of cup body central area is relatively low.The phenomenon causes Existing routine soy bean milk making machine, must be requested that cup body depth is larger, and it is reliable anti-overflow to solve to realize larger anti-overflow height The problem of, and in fact, most anti-overflow spaces of cup body central area are in waste state, this is also existing soy bean milk making machine The main reason for cup body capacity utilization is not high.And sealed at the cooperation of the cup lid and crushing cup of the present embodiment, and set on cup lid Upward concave compensated cavity is equipped with, accordingly increases the anti-overflow height above crushing cup and anti-overflow space, i.e., when crushing cup depth When reduction causes the anti-overflow height reduction in crushing cup, it can be compensated by the height and space of the compensated cavity in cup lid, Therefore, can greatly reduce compared to existing conventional cup body of soymilkgrinder, the crushing cup depth of the present embodiment, space availability ratio Higher, the cup body of large capacity, which no longer occurs, can only make less amount of bean milk beverage.

Meanwhile the crushing slurrying amount V1 of the present embodiment food processor crushing cup and the ratio between the volume V2 of crushing cup are not less than 0.52, compared with the prior art for will be big it is more, the utilization rate in cup body space is greatly improved, in making equal amount Bean milk beverage when, the depth of crushing cup can be with smaller, during such slurrying, and the crushing either crushed to the concentration of material is imitated Rate, or cleaning to crushing cup can be all obviously improved, also, the cost and efficiency manufactured also have and significantly change It is kind.

For the present embodiment, crush the ratio between volume V2 of slurrying amount V1 and crushing cup and be generally preferred to 0.55 ~ 0.9. The present inventor's root it is found by researches that when V1/V2 be less than 0.55 when, due to crush slurrying amount it is relatively fewer, Disintegrating knife mashing During, slurry surface stationarity is deteriorated, it is possible to occurs expulsion events, during and V1/V2 >=0.55, can prevent from crushing slurrying The too low generation for causing expulsion events is measured, because there is the security risk in the presence of scald user during splash, also, is starched in infusion During liquid, due to slurry liquid can expanded by heating, when V1/V2 is more than 0.9, even equal to or during more than 1, be bound to slurries meeting Into in compensated cavity, when causing user's any instant to uncap, slurries can all overflow crushing cup, and there are security risk.

In addition, in the present embodiment, since slurry filling container is the auxiliary that the crushing chamber formed by crushing cup is formed with cup lid Chamber surrounds to be formed, and is tightly connected at the cooperation of crushing chamber and compensated cavity, and therefore, food processor can also be in the slurry filling container It is interior to be cleaned automatically, it is more safe and convenient without manual intervention, operation.

During food processor is cleaned, when Disintegrating knife high-speed rotation, the cleaning solution in crushing cup can be driven Body at a high speed rotate, due to the space in crushing cup compared with the prior art in cup body of soymilkgrinder volume it is small, at a high speed revolve The cleaning liquid turned is subject to the loss of the shearing resistance of molecule between liquid to be also much smaller, wall of cup of the cleaning liquid along crushing cup On the kinetic energy that gushes it is accordingly larger, so as to be entered by rim of a cup in compensated cavity, in the process, since crushing cup can have Kinetic energy loss and the conflux effect of the reduction liquid stream of effect so that cleaning liquid can clean the whole wall of cup of crushing cup, For soy bean milk making machine compared with the prior art, the automatic cleaning to whole cup body is realized.At the same time, since compensated cavity has Certain space, during cleaning, compensated cavity can accommodate more cleaning liquids and enter in compensated cavity, also, enter The cleaning liquid of compensated cavity under gravity, and can be back to the bottom of crushing cup along the wall of cup of crushing cup, so that real The secondary flushing to whole wall of cup is showed, after multiple iterative cycles, it is ensured that food processor can clean up automatically.

During food processor slurrying, it is desirable to which the crushing chamber volume V2 that crushing cup is formed is not more than 1000mL, thing Material and slurries can form concentration in relatively narrow and small crushing cup and crush, and crush efficiency is very high, and Disintegrating knife has The pressing down section for driving slurries to be moved towards crushing cup bottom, the meeting again after the material collision cup body bottom wall or perisporium moved downward Easily nearby rebound to Disintegrating knife, so as to add the probability that material is crushed blade hit, greatly improve material Crush efficiency.For the food processor of the present embodiment, obtained bean milk beverage can realize the filtering of 50 mesh without slag, greatly It is big improve consumer drink mouthfeel.In addition, for the food processor of the present embodiment, although Disintegrating knife is revolved in high speed When turning, slurries can be driven to make high speed centrifugation rotary motion, also, the meeting after being collided with the wall of cup of crushing cup of high-speed rotating slurries Generation splash or splash phenomena, still, in the present embodiment, the Disintegrating knife, which has, drives slurries to be moved towards crushing cup bottom Pressing down section, when after the slurries that move downward hit the bottom wall of crushing cup can along crushing cup perisporium it is upward on gush, generation The probability of expulsion events is greatly reduced, at the same time, it is desirable to which the volume V3 of the compensated cavity of the present embodiment is not less than 100mL, and crushes The sealing of chamber and compensated cavity coordinates, therefore, even if having splash or the generation of splash phenomena, the work of the slurries of splash or splashing in gravity Under, it can also be limited in the compensated cavity in relatively large space, and the speed of splash or splashing also can gradually weaken, although There are slurries to spray outside slurry filling container, the distance of slurries ejection also greatly reduces, reduce further what user was burned Risk.

It should be noted that for the present embodiment, flow-interfering bar can be set on the perisporium of crushing cup, increase slurries The effect that stream gets muddled, accordingly also improves the efficiency that material is cut.Certainly, for the present embodiment, improving material Smashing fineness also have diversified forms, the present inventor's root it is found by researches that lifting motor load speed can also lift this implementation The crush efficiency of example food processor, also, for the present embodiment, motor load rotating speed generally require 8000r/min ~ 20000r/min, wherein, motor load rotating speed is preferably 12000r/min ~ 18000r/min.Alternatively, set in the bottom of crushing cup The contraction flow region to contract is put, Disintegrating knife is arranged in contraction flow region, realizes that the concentration crushing in smaller space also can be significantly Improving material smashing fineness.

It should also be noted that, for the present embodiment, the preferred 600mL ~ 1000mL of volume V2 of crushing cup, and aid in The volume V3 of chamber is preferably 100mL ~ 600mL.Because the volume V2 of crushing cup is smaller, concentrate the efficiency crushed better material, At the same time, also corresponding requirements increase the volume V3 of corresponding compensated cavity, so as to accommodate on more slurry foams and cleaning liquid Pour into and being also prevented from food processor splash occurs hurting sb.'s feelings phenomenon.The present inventor's root is it is found by researches that by crushing chamber The volume V that the slurry filling container to be formed is surrounded with compensated cavity generally requires to be 1000mL ~ 1800mL, also, the volume V of slurry filling container It is in the case where the volume of crushing cup is not more than 1000mL, is recessed to form compensated cavity volume to compensate upwards by cup lid, realization is surrounded The slurry filling container volume of formation is more than 1000mL.Because if the slurry filling container V to be formed is surrounded in below 1000mL, although thing The smashing fineness of material can be ensured well, but during Disintegrating knife high speed rotation, the stationarity of slurry surface certainly will become Acutely, the degree of splash, which occurs, can also become more violent, and the risk accordingly, there exist scald user certainly will increase, and there are safety Hidden danger.On the contrary, if V is more than 1800mL, while crushing material fineness is ensured, substantially will not again there is a phenomenon where splash, But at this time, the volume of compensated cavity has excessively big possibility, the waste of auxiliary cavity space is caused, meanwhile, also can on product-forming It is not beautiful enough there are too fat to move, and if to reduce the volume size of compensated cavity, corresponding requirements increase the volume of crushing cup, This just causes crushing material degree and does not reach again, also, when cleaning and crush glass, since the height of crushing cup is excessive, cleaning Liquid can not on influx in compensated cavity, can not realize the automatic cleaning of whole crushing cup.For the present embodiment, slurry filling container Volume V be generally preferred to 1100mL ~ 1600mL, it is also, the same reason as above, for the present embodiment, the ratio of V3/V2 Value is generally chosen for 1/8 ~ 1, such as volume V2=700mL of crushing cup, volume V3=500mL of compensated cavity.

In addition, it should also be noted that, for the present embodiment, when food processor is cleaned, Disintegrating knife revolves at a high speed Turn, cleaning liquid can influx compensated cavity along wall of cup, so as to fulfill crushing cup without dismounting i.e. can be achieved whole cup body from Dynamic cleaning.The present inventor's root it is found by researches that when Disintegrating knife knife rhizoplane to crushing cup rim of a cup distance H1 and crushing cup Depth H 2 ratio be located at 0.6 ~ 0.9 when, it is ensured that Disintegrating knife at a high speed rotate when, cleaning liquid can on influx it is auxiliary Help intracavitary.And less than 0.6 when, although cleaning liquid can on influx rim of a cup, at this time, cleaning dosage it is larger, do not only exist Waste is possible, moreover, when Disintegrating knife rotates, the load that motor is born is also larger, and the service life of motor is impacted.It is and if big In 0.9, then Disintegrating knife is located at the bottom of a cup of crushing cup apart from relatively small, in pulping process, when Disintegrating knife rotates at a high speed, Since Disintegrating knife is smaller with respect to bottom of a cup spacing, liquid stream can form upward recoil liquid stream after bottom of a cup is touched, this just has can Bounce-back to the material near Disintegrating knife can be washed from Disintegrating knife, so that material and the probability of Disintegrating knife collision are reduced, Influence the crush efficiency of slurrying.Therefore, for the present embodiment, H1/H2 is preferably 0.65 ~ 0.85.Certainly, for this implementation For example, pressing down section, or pressing down section can not also be set on Disintegrating knife to reverse with respect to knife rhizoplane on Disintegrating knife Wing can also realize the automatic cleaning to whole crushing cup.It should also be noted that, the cup lid in the present embodiment can also be Plate-like structure, washes away wall of cup using bounce-back of the cup lid to cleaning liquid, for the cup lid of this tabular, general cup lid On be preferably not provided with exhausting-gas hole, to avoid expulsion events.

It should be noted that the said structure conversion and the selection of parameter of the present embodiment, it is new to be readily applicable to this practicality The other embodiments of type.

Embodiment two：

As shown in Figure 3, Figure 4, it is the structure diagram of second of embodiment of the utility model.In the present embodiment, the food Product processing machine includes pedestal 6 and the water tank 7 being installed on pedestal 6, and the crushing cup 1 is fixed in pedestal 6, and water tank 7 passes through Pipeline（It is not drawn into figure）It is connected in crushing cup 7, one end and the pedestal 6 of the cup lid 3 are hingedly fixed（It is not drawn into figure）, and Cup lid 3 can be around hinged place Unscrew with respect to crushing cup 1, also, cup lid 3 can be disassembled from pedestal 6.

In addition, the exhaust passage 31 of oriented compensated cavity internal projection, the exhaust passage are set on the roof of the compensated cavity 31 connect with outside atmosphere, and the outside of exhaust passage 31 is in lower small horn-like structure upper greatly, on the periphery wall of the cup lid 3 It is additionally provided with outwardly extending ring plate 32, the top flush of the ring plate 32 and pedestal so that overall more beautiful See, and at least ring plate more than 32 cup lid part is transparent or translucent, with facilitate user observe slurrying and Cleaning process.

In the present embodiment, the food processor further includes presetting apparatus（It is not drawn into figure）, programme-control dress Control water tank is put to intake into crushing cup, wherein, crushing slurrying amount in crushing cup be from presetting apparatus into crushing cup The material of addition and the cumulative volume of water.

In the present embodiment, compensated cavity, which equally has, aids in anti-overflow compensation function, can prevent slurries from occurring to overflow risk.And And after motor speed is more than 12000r/min, when food processor is cleaned, Disintegrating knife rotates at a high speed, along the cup of crushing cup The cleaning liquid speed gushed on wall, it is possible to the roof of compensated cavity can be flushed to, and is sprung up along roof to cup lid center, by In this present embodiment, the outside of exhaust passage is in lower small horn-like structure upper greatly, when the cleaning liquid above gushed touches exhaust During the exterior contour of passage, understand along on the horn-like perisporium for being directed to crushing cup of exhaust passage, it is clear so as to fulfill what is above gushed Wash liq washes away wall of cup, realizes second and cleans, also, by after iterative cycles, finally realizing that whole crushing cup cleaning is dry Only.

It should be noted that the said structure conversion for the present embodiment is readily applicable to other realities of the utility model Apply example.

Embodiment three：

As shown in figure 5, the structure diagram for the third embodiment of the utility model.The present embodiment is different from embodiment two Part is：In the present embodiment, exhaust hole 33 is provided with the roof of the compensated cavity, and be provided with exhaust hole 33 Exhaust cap 34, the exhaust cap 34, which has, to be stretched into exhaust hole 33 and in the exhaust column 35 of hollow form, and is vented 35 perisporium of column On be provided with the exhaust outlet 36 connected with outside atmosphere, the gas in slurry filling container can pass through hollow exhaust column 35 and exhaust Mouth 36 is expelled to outside atmosphere, also, due to being sealed at the cooperation of crushing cup and cup lid, even if Disintegrating knife is beaten at a high speed During slurry, the slurries for forming splash are also not easy directly to spill outside food processor by being vented column 35 and exhaust outlet 36, therefore, It substantially can completely avoid the security risk of slurries splashing scald user.

In addition, in the present embodiment, the perisporium relative level of compensated cavity is inclined, the compensated cavity cavity wall of heeling condition Barrier effect is respectively provided with to the foam and cleaning liquid above gushed, in this way, on the slurry foam that gushes and cleaning liquid rate reduction, both realized The anti-overflow effect of brokenly bubble to starching foam, is also easier to so that cleaning liquid washes away wall of cup along wall of cup reflux repeatedly.

It should be noted that it is readily applicable to other implementations of the utility model for the Structural Transformation of the present embodiment Example.

For the utility model, which is with the food processing that can make the liquid beverages such as soya-bean milk Machine.Those skilled in the art should be understood that the utility model includes but not limited in attached drawing and above embodiment The content of description.The modification of any function and structure principle without departing from the utility model is intended to be included in the model of claims In enclosing.

Claims (10)

1. a kind of food processor, including crushing cup, be installed on shaft end Disintegrating knife and lid loaded at the top of crushing cup Cup lid, the shaft are driven by motor and driven, and Disintegrating knife is located in the crushing chamber of crushing cup formation, its feature exists In：The junction sealing of the crushing cup and cup lid coordinates, the crushing slurrying amount V1 of the crushing cup and the volume V2 of crushing cup The ratio between be not less than 0.52, the cup lid bottom is surrounded to be formed formed with upward concave compensated cavity, the compensated cavity with crushing chamber Slurry filling container, during food processor slurrying, the slurries in crushing cup are influxed in compensated cavity along in the cavity wall of crushing chamber.

2. food processor according to claim 1, it is characterised in that：Wherein, V1/V2=0.55 ~ 0.9.

3. food processor according to claim 1, it is characterised in that：The volume of the compensated cavity is V3, wherein, V3/V2= 1/8~1。

4. according to 1 or 2 or 3 food processor of claim, it is characterised in that：Volume V2=the 600mL for crushing cup body ~1000mL；

Alternatively, the volume that the compensated cavity surrounds the slurry filling container to be formed with crushing chamber is V, wherein, 1000mL≤V≤ 1800mL。

5. according to 1 or 2 or 3 food processor of claim, it is characterised in that：The Disintegrating knife, which has, drives slurries court The pressing down section moved to crushing cup bottom.

6. food processor according to claim 5, it is characterised in that：The pressing down section is the wing for being arranged at Disintegrating knife On towards crushing cup bottom side blade face；

Alternatively, the pressing down section is the wing reversed on Disintegrating knife with respect to knife root.

7. according to 1 or 2 or 3 food processor of claim, it is characterised in that：Water is provided with the wall of cup of the crushing cup Bit identification, the slurrying amount that crushes is the slurrying capacity where water level mark；

Alternatively, the food processor includes presetting apparatus, the crushing slurrying amount is controlled by presetting apparatus to be added The cumulative volume of material and water in crushing cup.

8. according to 1 or 2 or 3 food processor of claim, it is characterised in that：The food processor includes pedestal, institute State crushing cup to be fixed in pedestal, and cup lid is removable is installed on pedestal.

9. food processor according to claim 8, it is characterised in that：One end of the cup lid is hinged with pedestal, and cup lid Can be around hinged place Unscrew with respect to crushing cup.

10. according to 1 or 2 or 3 food processor of claim, it is characterised in that：It is provided with compensated cavity on the cup lid The exhaust passage connected with outside atmosphere, the exhaust passage are set to crushing cup internal projection；

Alternatively, the compensated cavity includes vertically extending perisporium and the roof for linking into an integrated entity with perisporium and laterally setting；

Alternatively, it is provided with flow-interfering bar on the perisporium of the crushing cup；

Alternatively, the bottom of the crushing cup has the contraction flow region to contract；

Alternatively, the motor load rotating speed is 8000r/min ~ 20000r/min.