CN209437085U - A kind of food processing machine cup body and food processor - Google Patents

Abstract

The utility model relates to kitchen small household appliances and its components, especially a kind of food processing machine cup body and food processor, the food processing machine cup body, including inner cup, the shell being set on the outside of inner cup, it is characterized by: being provided with fan in the shell and the circumferential interlayer of inner cup, cooling is blowed in the side wall of the fan face inner cup.The food processing machine cup body of the utility model has the effect of drinking drink fast cooling, and, the food processor of the utility model, the fan that cooling defoaming is carried out with internal cup sidewall, greatly shortens mixing time, and can be realized laser heating, and do not have to worry to overflow risk, meanwhile the bean milk beverage produced is more aromatic, and slurrying noise can also be effectively reduced.

Description

A kind of food processing machine cup body and food processor

Technical field

The utility model relates to kitchen small household appliances and its component, especially a kind of food processing machine cup body and food processing Machine.

Background technique

Existing soy bean milk making machine includes head and cup body, is provided with anti-flow electrode on head, when the intracorporal slurries of Heating Cup into When row infusion slurrying, during slurries roll, air can be constantly wrapped up, so that very how tiny slurry foam bubble is generated, And with the raising of slurry temperature, the air in lower layer's slurry foam bubble constantly expands, and upper layer slurry foam is pushed constantly to rise.By In being provided with anti-flow electrode on head, after when upper layer, slurry foam touches anti-flow electrode, the control device in head can control heating Device stops heating, so that slurry temperature no longer increases, at the same time, the also not reflation of the air in foam bubble, slurry are starched by lower layer Under gravity, constantly the phenomenon that foam constantly subsides is starched on extruding brokenly bubble, realization upper layer to foam bubble, the wind for preventing slurries from overflowing Danger occurs.But this extends time of soy bean milk making machine slurrying accordingly, and when infusion soya-bean milk, heating device needs heating repeatedly and stops Only, lasting boiling infusion cannot be formed, the bean milk beverage of production is not aromatic enough.

Based on this, a patent of invention is disclosed in the prior art, and patent name is " automatic defoaming soy bean milk making machine and elimination beans The method of pulp grinder foam ", Patent No. " CN201510018262.5 ".On the head for disclosing cup body ullage in the patent Heater element is set, by heat that heater element generates come heat froth expansion, is generated with eliminating soy bean milk making machine when beating Foam, realization defoam anti-overflow function automatically.Although the soy bean milk making machine can effectively eliminate foam, the slurry that overflows, heater element are prevented It being mounted in head, the head that is bound to needs to have bigger installation space, the weight and size of head have been increased accordingly, and Other automatically controlled components are additionally provided in head, while heater element generates heat defoaming, the temperature in head can also be increased, It certainly will can also produce bigger effect in performance to automatically controlled component and service life, soy bean milk making machine, which exists, uses safe hidden danger.

In addition, the prior art also discloses a kind of heat dissipation defoaming scheme, radiator fan, fan face are provided in head The blowing of cup body entoplasm vacuole foam realizes that defoaming is anti-overflow.The program is that directly cooling is blowed to foam itself in fan, really can Enough realize the defoaming and anti-overflow effect of foam, but fan needs to be mounted in head, and interior blowing in face cup, therefore head On need to be arranged corresponding circulation air duct structure, head inner mounting structure is complicated, and when head cleans, be also easy to exist into Water, the risk into steam, there are the electric leakage hidden danger of electric elements in head.At the same time, the direct face foam blowing of fan, While brokenly bubble, the stationarity of slurry surface can be also upset, the risk that foam splashes occurs, also, when fan power is larger, It is also possible to the overflow situation that foam is blown out outside cup body can occur.

Utility model content

The utility model purpose to be achieved is just to provide a kind of pair of inner cup outer wall and cooling is blowed, and realizes that defoaming is anti- It overflows, not only substantially reduces mixing time, but also can be realized laser heating, so that the food that the bean milk beverage of production is more aromatic Product processing machine cup body and its food processor.

In order to achieve the above object, the utility model adopts the following technical solution: a kind of food processing machine cup body, including Inner cup, the shell being set on the outside of inner cup, it is characterised in that: be provided with fan in the shell and the circumferential interlayer of inner cup, institute Cooling is blowed in the side wall for stating fan face inner cup.

Further, the fan center is arranged higher than 1/2 inner cup height.

Further, mounting portion is set on the shell, and the fan is fixed on mounting portion；

Alternatively, being located in shell and the interlayer of inner cup, outwardly extending mounting portion is provided on the interior cup sidewall, it is described Fan is fixed on mounting portion.

Further, the minimum range of the fan threshold value inner cup is W, wherein W=2mm ~ 20mm；

Alternatively, the vertical height of the fan center to inner cup cup edge is H1, wherein H1=30mm ~ 70mm；

Alternatively, being provided with water level mark in the inner cup, the fan is higher than water level mark setting, and fan center is to water The vertical height of bit identification is H2, wherein H2 is not more than 65mm.

Further, it is located on the shell on rear side of fan and is provided with air inlet.

Further, the shell is the cup body shell being set on the outside of inner cup, on the cup body shell with fan face Side is provided with air outlet, wherein the interlayer between air inlet and outlet and cup body shell and inner cup is enclosed circulating cooling Channel；

Alternatively, the inner cup is metal cup body, the shell is the mounting plate extended from metal cup body upper end to lower end, institute Stating has outlet air gap between mounting plate and metal cup body, wherein the folder between air inlet, outlet air gap and mounting plate and inner cup Layer is enclosed circulating cooling channel.

Further, the accommodating chamber for accommodating fan is provided in the shell or inner cup；

Alternatively, the shell and inner cup surround and be formed with accommodating chamber, the fan is installed in accommodating chamber；

Alternatively, being provided with the barrier rib to inner cup protrusion on the shell, the barrier rib is located at the lower section of fan；

Alternatively, being provided with barriers between the shell and the interlayer of inner cup, the barriers are located at the lower section of fan.

Further, the heating for control device being additionally provided between the shell and the interlayer of inner cup and inner cup being heated Device, the fan, heating device are electrically connected with control device respectively；

Alternatively, being provided with the shock absorber part for keeping apart fan and shell between the fan and shell.

Further, the inner cup is metal cup body；

Alternatively, cooling fin is glued on the inner cup outer wall, the fan face cooling fin quenching；

Alternatively, being wound with pipeline on the inner cup outer wall, cooling medium, the fan face pipeline are connected in the pipeline Quenching.

In addition, the utility model additionally provides a kind of food processor, including cup body, it is characterised in that: the cup body is Food processing machine cup body as described above.

After adopting the above technical scheme, since fan is set in shell and the circumferential interlayer of inner cup, and face inner cup Side wall is blowed, and therefore, the peripheral wall heat of inner cup can be absorbed to take away high temperature drink in inner cup in the cold air that fan is pumped Temperature, thus realize drink cool down.And working as, there is the food processor of the food processing machine cup body of glass utility model to exist During slurrying, since cooling is blowed in side wall of the fan to inner cup, the heat of lower layer's slurry foam is pulled away in inner cup, so that Air in lower layer's slurry foam bubble, which is notheated, to be expanded, so that upper layer slurry foam bubble is under gravity, it can be voluntarily It squeezes lower layer and starches foam bubble, realize that lower layer's slurry foam bubble voluntarily defoams, it is anti-overflow to achieve the effect that slurry foam voluntarily subsides.Effectively solve The risk that food processor is overflowed in slurrying.At the same time, during heating, since fan can be by outer Cornice walks the heat of a large amount of slurry foam bubbles, and therefore, food processor can carry out lasting boiling in the case where low heating power The heating infusion under state is risen, not only slurries drink is cooked faster, but also the time of slurries drink infusion is more permanent, produces Slurries drink is more aromatic.Secondly, the food processor of the utility model, fan is blowed cup body on the outside of cup body It is cooling, the generation for starching foam splash phenomena will not can be effectively prevented to slurries itself there are perturbation action.Also, compared to existing There is technology to need to be arranged for the scheme that heater element defoams in head, the food processor of the utility model will not be to automatically controlled The service life of component and performance impact, and there is no the security risks that machine uses.In addition, due to the food of the utility model Product processing machine compared with the prior art for, can in the case where low heating power, carry out fluidized state under lasting infusion, And under fluidized state, the dynamic viscosity of hot drink will be greatly reduced, at this point, if the grinding device of food processor carries out material It crushes, then crush efficiency can greatly promote, also, be beaten noise and also will be greatly reduced.

Detailed description of the invention

The utility model is described in further detail with reference to the accompanying drawing:

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

Fig. 2 is the shaft side figure of Fig. 1；

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

Fig. 4 is the shaft side figure of Fig. 3；

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

Specific embodiment

Embodiment one:

It as shown in Figure 1 and Figure 2, is the structural schematic diagram of the first embodiment of the utility model.A kind of food processor, packet It includes cup body and protrudes into the intracorporal grinding device of cup (unmarked in figure), the cup body includes inner cup 1, the shell that is set on the outside of inner cup Body 2 and the heating device 3 heated to inner cup 1 are provided with water level mark 11, the shell 2 and inner cup 1 in the inner cup 1 Circumferential interlayer between be provided with cooling device, wherein in 3 heating process of heating device, the cooling device is to water level stake 1 outer wall of inner cup for knowing 11 tops is cooled down.

In the present embodiment, which is soy bean milk making machine, and inner cup 1 is metal cup body, and heating device 3 is fixed on metal Heating tube on bottom of cup side wall, and shell 2 is the cup body shell being set on the outside of metal cup body, positioned at the upper of metal cup body Side is additionally provided with head 5, and the anti-overflow detection pole 51 protruded into inner cup 1 is provided on head 5, and the cooling device is to be installed on cup Cooling is blowed in the metal cup body outer wall of fan 41 in body case, 41 face water level of fan mark, 11 top.Wherein, It is provided with operation interface 21 on cup body shell, there is the installation cavity 20 for accommodating lamp plate 22, fan positioned at the inside of operation interface 21 41 are located in cup body shell in the rear end spaces of lamp plate 22, and metal cup body has the recessed portion to central concave, and fan 41 is set It is placed in cup body shell and metal cup body surrounds in the accommodating chamber 100 to be formed, meanwhile, positioned at the lower section of fan 41, the cup body The barrier rib 23 of the annular to metal cup body protrusion is additionally provided on shell, the barrier rib 23 supports the outer wall for terminating in metal cup body On, so that metal cup body is separated into the air-cooled area and the heating zone of lower section of upper section.

Meanwhile in the present embodiment, it is additionally provided with air inlet 24 on the cup body shell of the rear side of fan 41, the air inlet 24 are located at the lower section of operation interface 21, moreover, air outlet 25 is additionally provided with 41 face side of fan on cup body shell, in this reality It applies in example, the interlayer between air inlet 24, air outlet 25 and cup body shell and metal cup body is enclosed circulating cooling channel.

In addition, being additionally provided with control device 6 between the bottom interlayer of cup body shell and metal cup body, the control in the present embodiment Device 6 processed is electrically connected with fan 41 and heating device 3 respectively, is controlled respectively fan 41 and heating device 3 with realizing.

For the present embodiment, the intracorporal slurries of heating device continuous heating metal cup, slurry temperature constantly rises, and Rolling generates slurry foam bubble in metal cup body, and lower layer's slurry foam bubble is constantly expanded with the rising of slurry temperature, to push away Dynamic upper layer slurry foam bubble constantly floats, and after starching the anti-overflow detection of foam bubble touching extremely, control device starts fan work, and fan is logical It crosses air inlet suction soy bean milk making machine cool exterior air and enters circulating cooling channel, the metal cup body outer wall of water level mark top is carried out Quenching, according to the conduction principle of heat, the high object of temperature can conduct heat, the high slurry foam of temperature to the low object of temperature Bubble can conduct heat to the side wall of metal cup body, then absorb heat by cold air, and be expelled to soy bean milk making machine by air outlet Outside, by constantly recycling quenching, to realize that lower layer's slurry foam bubbler temperature constantly declines, foam bubble is starched by corresponding lower layer Air will not expand effect, moreover, upper layer slurry foam bubble gravity under, lower layer starch foam bubble can also be continuous Extruding brokenly bubble, form the anti-overflow effect that voluntarily subsides of slurry foam.Soy bean milk making machine is efficiently solved to occur to overflow risk in slurrying Security risk.At the same time, during heating, since fan can take away a large amount of slurry foam gas by the outer wall of metal cup body The heat of bubble, therefore, in pulping process, soy bean milk making machine can carry out under lasting fluidized state in the case where low heating power Heating infusion, not only slurries drink is cooked faster, but also the time of slurries drink infusion is also more permanent, the slurries drink produced Product are more aromatic.Secondly, the soy bean milk making machine of the present embodiment, cooling is being blowed to cup body on the outside of cup body in fan, will not be right There are perturbation actions for slurries itself, and the generation of slurry foam splash phenomena can be effectively prevented.Also, it needs compared with the prior art For the scheme that setting heater element defoams in head, the soy bean milk making machine of the present embodiment will not service life to automatically controlled component and performance It impacts, there is no the security risks that machine uses.In addition, since the soy bean milk making machine of the present embodiment is come compared with the prior art It says, the lasting infusion under fluidized state can be carried out in the case where low heating power, and under fluidized state, hot drink moves Power viscosity will be greatly reduced, at this point, crush efficiency can greatly promote if the grinding device of head crushes material, and And mashing noise also will be greatly reduced.

Certainly, it should be noted that for the present embodiment, fan can be during heating devices heat always It is in running order, and the present embodiment is when anti-overflow detection pole is triggered, fan just opens work and mainly reduces heating initial stage The loss of energy promotes heating efficiency and shortens heating time.It certainly, can also be in heating device for the present embodiment Heat the t time after, and anti-overflow detection pole triggering before, fan is then turned on, with prevent because thermal inertia effect, caused by slurries not Timely cooling and the slurries spillover occurred.For heating device and fan work-based logic relationship there are many mode, it is unlimited Scheme mentioned by the present embodiment.

In the present embodiment, there are two water level lines, i.e. maximum water level and lowest water level line on the inner wall of metal cup body, needs It is noted that the mark of water level described in the present embodiment refers to any position between maximum water level and lowest water level line Liquid level.And when an only water level line, then water level is identified as the liquid level where this water level line.

In addition, can also only be arranged on cup body shell or on metal cup body for the present embodiment and accommodate fan Accommodating chamber, and in accommodating chamber simultaneously be provided with mounting portion, to secure the fan on mounting portion.Certainly, for this implementation For example, cooling is blowed in cup sidewall in the lower section that fan can also be identified with face water level, at this point, fan exhausting is taken away and is The heat of slurries drink realizes drink fast cooling.Therefore, the food processing machine cup body of the present embodiment can also contain heat It is used alone when drink, drink fast cooling is drunk in realization.

It should also be noted that, the above structure variation for the present embodiment is readily applicable to the other of the utility model In embodiment.

Embodiment two:

It as shown in Figure 3, Figure 4, is the structural schematic diagram of second of embodiment of the utility model.The present embodiment and embodiment one The difference is that: in the present embodiment, the inner cup 1 is exposed single-layer metal cup body, and the bottom setting of metal cup body adds Thermal 3, the shell 2 is the mounting plate extended from metal cup body upper end to lower end, between the mounting plate and metal cup body It (is not drawn into figure) with outlet air gap, wherein the interlayer between air inlet 24, outlet air gap and mounting plate and metal cup body encloses Conjunction forms circulating cooling channel.

In the present embodiment, the shock absorber part for keeping apart fan 41 and mounting plate is provided between fan 41 and mounting plate 26, to prevent that vibration is transferred to mounting plate in 41 course of work of fan, and cause the vibration of soy bean milk making machine, meanwhile, the present embodiment In, one end of shock absorber part 26, which is supported, to be terminated on the outer wall of metal cup body, forms barriers, and metal cup body is divided into the cold of upper section But the heating zone in area and lower section.

In the present embodiment, water level is identified as a water level line being set on metal cup body inner wall, also, fan 41 is higher than Water level line setting, and the vertical height of 41 center of fan to metal cup body cup edge is H1, also, water level line is arrived at 41 center of fan Vertical height is H2.For the present embodiment, for existing conventional use of fan dimension, it is desirable that H1 be generally 30mm ~ 70mm because if the centre distance cup edge of fan be greater than 70mm, fan will certainly some be installed on water level line hereinafter, from And cooling defoaming quickly cannot be carried out to slurry foam, still have in the presence of the risk overflowed；And if H1 is less than 30mm, then it is opposite from Cup edge is closer, and lower layer's slurry foam bubble, which can not be cooled rapidly still, will push upper layer slurry foam rising, even and if upper layer slurry foam bubble disappears Bubble, it is also possible to the rate of climb of foam bubble can not be starched with upper and lower level, therefore also had in the presence of spilling risk.The present embodiment is come It says, between H1=30mm ~ 70mm, cooling defoaming maximumlly can be carried out to slurry foam bubble, wherein H1 is preferential in the present embodiment For 39mm ~ 55mm, such as 44.5mm, 45mm, 50mm etc..Meanwhile H2 requires to be not more than 65mm, also previous reasons are identical, if H2 Greater than 65mm, the antifoaming speed that foam is starched on upper layer possibly can not starch the rate of climb that foam pushes upper layer slurry foam with upper and lower level, there is presence The risk of spilling, wherein H2 is preferably 45mm ~ 59mm, such as 50mm, 58.5mm etc..

In addition, the minor distance of W of end to the metal cup body inner wall of fan is also more crucial for the present embodiment Parameter, for conventional use of fan, W is generally 2mm ~ 20mm, if W be less than 2mm, fan is too from metal cup body Closely, thus fan pump blow cold air to metal cup body outer wall side when can rebound, so that edge can not be continued Metal cup body outer wall surface heat absorption；Also, for existing household food processor, due to whole design space Limitation, therefore, W can not be designed to that W value is bigger, the cycle efficieny of wind speed greater than 20mm, also, existing conventional fan power It is poorer.For the present embodiment, W is preferably 2mm ~ 10mm, for example W is 4mm, 5mm etc., when fan is fixed in inner cup, At this point, needing to be provided with outwardly extending mounting portion on the side wall of inner cup, secure the fan on mounting portion.Certainly, this implementation When the food processing machine cup body of example is used alone, fan can also be located at the lower section of water level mark, directly in inner cup Cooling is blowed in drink, realizes that fast cooling is drunk.

It should be noted that being readily applicable to other realities of the utility model for the above structure variation of the present embodiment It applies in example.

Embodiment three:

As shown in figure 5, being the structural schematic diagram of the third embodiment of the utility model.A kind of food processor, including machine Seat 7, the cup body that is set on base 7, the cup body include inner cup 1 and the shell 2 for being set to 1 outside of inner cup, the cup body It is provided with cup lid 8 at rim of a cup, without anti-overflow detection pole on the cup lid 8, the inner cup 1 is metal cup body, and the bottom of inner cup 1 is set It is equipped with heating device 3, control device 6 and cooling device 4, the heating device are provided between the inner cup 1 and the interlayer of shell 2 3, cooling device 4 is electrically connected with control device 6 respectively, wherein the cooling device 4 includes being tightly attached to dissipating on 1 outer wall of inner cup Backing 42 and cooling fin 42 is blowed cooling fan 41, the fan 41 is installed on shell 2, also, the inner cup 1 Side wall on be provided with water level mark 11, the cooling fin 42 be higher than water level mark 11 setting.

In the present embodiment, 1 height of inner cup is H, and the height of the water level mark 11 is H3.The present embodiment is come It says, it is desirable that H3 < 1/2H, as H3 < 1/2H, the food processor of the present embodiment, without installing anti-overflow detection pole on cup lid 8, because For, during heating device 3 heats the liquid in inner cup 1, slurry foam of the cooling device 4 to 11 top of water level mark Bubble carries out cooling defoaming, and due to H3 < 1/2H, there is enough spaces to starch foam bubble for water level mark top in inner cup 1, with This simultaneously, the persistently cooling defoaming of cooling device 4, slurry foam, which rises, reaches balance with slurry foam defoaming, and it is sustainable to be rendered as heating device Heating can greatly promote the efficiency of food processor slurrying without spillover occurs in this way, shorten mixing time.

Meanwhile for the present embodiment, the center of fan is also required to be higher than H3, that is, is greater than 1/2H, because only that being higher than H3, which is just able to achieve food processor fan in pulping process, can be blowed cooling to slurry foam bubble, to reach anti-overflow effect Food processor may be implemented no setting is required anti-overflow detection pole or anti-flow electrode in fruit.

For the above structure of the present embodiment, similarly there is the identical beneficial effect of above-described embodiment, herein not It repeats again.It should be noted that cooling device can also have other deformations for the present embodiment, for example, cooling device Including water tank, the circulation line being wound on inner cup outer wall, for the water pump of water supply or other cooling mediums into circulation line And circulation line being blowed cooling fan, wherein the water inlet end of circulation line is connected to water tank with water outlet, and And circulation line is located at the top of water level mark, fan is installed on shell.Certainly, under this structure, it is also not necessary to water Case, one end of pipeline are directly accessed tap, and the other end accesses wastewater barrel etc., it should be noted that for the upper of the present embodiment Structure change is stated, is readily applicable in the other embodiments of the utility model.

For the food processor of the utility model, it can be the soy bean milk making machine set on motor, be also possible under motor The broken wall cooking machine set, can also be the food processor of frame structure.Those skilled in the art should be understood that this reality With it is novel include but is not limited to attached drawing and content described in specific embodiment above.Any function without departing from the utility model It can be intended to be included in the range of claims with the modification of structural principle.

Claims (10)

1. a kind of food processing machine cup body, including inner cup, the shell being set on the outside of inner cup, it is characterised in that: the shell With fan is provided in the circumferential interlayer of inner cup, cooling is blowed in the side wall of the fan face inner cup.

2. food processing machine cup body according to claim 1, it is characterised in that: it is high that the fan center is higher than 1/2 inner cup Degree setting.

3. food processing machine cup body according to claim 1, it is characterised in that: mounting portion is set on the shell, it is described Fan is fixed on mounting portion；

Alternatively, being located in shell and the interlayer of inner cup, outwardly extending mounting portion, the fan are provided on the interior cup sidewall It is fixed on mounting portion.

4. food processing machine cup body according to claim 1, it is characterised in that: the minimum of the fan threshold value inner cup Distance is W, wherein W=2mm ~ 20mm；

Alternatively, the vertical height of the fan center to inner cup cup edge is H1, wherein H1=30mm ~ 70mm；

Alternatively, being provided with water level mark in the inner cup, the fan is higher than water level mark setting, and fan center is to water level stake The vertical height known is H2, wherein H2 is not more than 65mm.

5. food processing machine cup body according to claim 1, it is characterised in that: be located on rear side of fan on the shell and set It is equipped with air inlet.

6. food processing machine cup body according to claim 5, it is characterised in that: the shell is to be set on the outside of inner cup Cup body shell is provided with air outlet with fan face side on the cup body shell, wherein outside air inlet and outlet and cup body Interlayer between shell and inner cup is enclosed circulating cooling channel；

Alternatively, the inner cup is metal cup body, the shell is the mounting plate extended from metal cup body upper end to lower end, the peace There is outlet air gap, wherein the interlayer between air inlet, outlet air gap and mounting plate and inner cup encloses between loading board and metal cup body Conjunction forms circulating cooling channel.

7. food processing machine cup body according to claim 1, it is characterised in that: be provided with appearance on the shell or inner cup Receive the accommodating chamber of fan；

Alternatively, the shell and inner cup surround and be formed with accommodating chamber, the fan is installed in accommodating chamber；

Alternatively, being provided with the barrier rib to inner cup protrusion on the shell, the barrier rib is located at the lower section of fan；

Alternatively, being provided with barriers between the shell and the interlayer of inner cup, the barriers are located at the lower section of fan.

8. food processing machine cup body according to claim 1, it is characterised in that: also set between the shell and the interlayer of inner cup The heating device for being equipped with control device and being heated to inner cup, the fan, heating device are electrically connected with control device respectively；

Alternatively, being provided with the shock absorber part for keeping apart fan and shell between the fan and shell.

9. food processing machine cup body according to claim 1, it is characterised in that: the inner cup is metal cup body；

Alternatively, cooling fin is glued on the inner cup outer wall, the fan face cooling fin quenching；

Alternatively, being wound with pipeline on the inner cup outer wall, cooling medium, the fan face pipeline blowing are connected in the pipeline It is cooling.

10. a kind of food processor, including cup body, it is characterised in that: the cup body is such as 1 to 9 described in any item food of power Processing machine cup body.