CN204218680U - A kind of safe soy bean milk making machine - Google Patents
A kind of safe soy bean milk making machine Download PDFInfo
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- CN204218680U CN204218680U CN201420670500.1U CN201420670500U CN204218680U CN 204218680 U CN204218680 U CN 204218680U CN 201420670500 U CN201420670500 U CN 201420670500U CN 204218680 U CN204218680 U CN 204218680U
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Abstract
The utility model relates to a kind of kitchen appliance piece fitment, be specifically related to a kind of safe soy bean milk making machine, comprise head and cup, head comprises head upper cover and head lower cover, head lower cover is metal lower cover, motor is provided with in head, and head is provided with anti-flow electrode assembly, metal lower cover comprises the tubbiness accommodation section being positioned at bottom and the anti-flow electrode installation portion be connected with tubbiness accommodation section, anti-flow electrode installation position is in the top of tubbiness accommodation section, motor is positioned at tubbiness accommodation section, anti-flow electrode assembly passes from anti-flow electrode installation portion and stretches in cup, the external diameter of tubbiness accommodation section is D1, the internal diameter of cup is D2, wherein, 0.2 < D1/D2 < 0.6.Soy bean milk making machine of the present utility model, owing to eliminating lower plastic cover, when D1/D2 is positioned at 0.2 ~ 0.6 scope, has larger anti-overflow space in cup, the risk of overflowing when greatly reducing slurries heating, improves security performance.Meanwhile, soy bean milk making machine outward appearance of the present utility model is more attractive in appearance, and more convenient cleaning.
Description
Technical field
The utility model relates to small household appliances, particularly a kind of safe soy bean milk making machine.
Background technology
Existing soy bean milk making machine on market, generally comprise head and cup, head is made up of head upper cover and head lower cover, head lower cover comprises lower plastic cover and is closely wrapped in the metal lower cover outside lower plastic cover, in head lower cover, motor is installed, motor is generally the bottom being directly fixed on lower plastic cover by screw, or motor is fixed from outside through metal lower cover by screw together with lower plastic cover.The handpiece of soybean milk machine of employing said structure is attractive in appearance, easy cleaning, and motor is fixed.But simultaneously, soy bean milk making machine is in slurrying heating process, expand because slurries are heated, and produce slurry foam, be positioned at the slurries of bottom of cup along with the slurry foam rising increasing its top of promotion of expanding absorbing heat, after slurry foam touches anti-flow electrode, because anti-flow electrode needs the time of time delay response, and slurries can be subject to the thermal inertia power effect of cup heater and continue to heat a period of time simultaneously, thus slurries have the possibility existing and overflow, particularly when heating power is larger, slurrying amount is less, when material proportion is incorrect, soy bean milk making machine occurs that the probability that slurries overflow increases greatly, excessive slurry not only pollutes work top, waste material drink, even consumer can be scalded time serious, and cause Danger Electric shock risk etc.
In addition, because lower plastic cover is used for fixed electrical machinery, therefore, lower plastic cover itself needs to have certain thickness could meet requirement of strength, but lower plastic cover is insulation, insulation simultaneously, the heat produced by motor high-speed rotation is intercepted in head by lower plastic cover substantially, and in head, be the space of near-hermetic, heat in it not easily sheds, therefore, heat in head likely can cause the working life of the electric elements in head to reduce, and the electric elements in head even can be caused to burn because of overheated.Meanwhile, adopt the soy bean milk making machine of double-layer lower cover structure, motor is installed complicated, and complete machine cost is higher.Further, during soy bean milk making machine cleaning, head heavier-weight, has sense of heaviness when mentioning head for the elderly or child.
Utility model content
The object that the utility model will reach just is to provide a kind ofly can increase the anti-overflow space of head, reduce overflow probability and the safe soya-bean milk machine of head good heat dissipation effect.
In order to achieve the above object, the utility model adopts following technical scheme: a kind of safe soy bean milk making machine, comprise head and cup, described head comprises head upper cover and head lower cover, described head lower cover is metal lower cover, motor is provided with in described head, and head is provided with anti-flow electrode assembly, it is characterized in that: described metal lower cover comprises the tubbiness accommodation section being positioned at bottom and the anti-flow electrode installation portion be connected with tubbiness accommodation section, described anti-flow electrode installation position is in the top of tubbiness accommodation section, described motor is positioned at tubbiness accommodation section, described anti-flow electrode assembly passes from anti-flow electrode installation portion and stretches in cup, the equivalent external diameter of described tubbiness accommodation section is D1, the equivalent internal diameter of described cup is D2, wherein, 0.2 < D1/D2 < 0.6.
Further, described anti-flow electrode installation portion is horizontal, and the floor space of described anti-flow electrode installation portion is S1, is S2 with anti-flow electrode installation position in the cup sectional area of same level, wherein, and 0.12≤S1/S2≤0.77.
Further, described tubbiness accommodation section has anti-spilling safety section, described anti-spilling safety section is the part that anti-flow electrode element end place horizontal plane and place, anti-flow electrode installation portion bottom surface horizontal plane intercept tubbiness accommodation section, the equivalent external diameter of described anti-spilling safety section is D3, wherein, 40mm≤D3≤70mm.
Further, described anti-flow electrode element end is H1 to the distance of the bottom outer surface of anti-flow electrode installation portion, wherein, and 20mm≤H1≤60mm.
Further, the transition bracket be connected with head upper cover and metal lower cover is also provided with in described head, described transition bracket is between head upper cover and metal lower cover, and transition bracket has the horizontal mounting plate installing anti-flow electrode assembly, described horizontal mounting plate is positioned at the top of anti-flow electrode installation portion.
Further, described anti-flow electrode assembly by horizontal mounting plate pressure holding on anti-flow electrode installation portion.
Further, described anti-flow electrode assembly comprises anti-flow electrode, wraps up the housing of anti-flow electrode and be set in anti-overflow seal, described anti-flow electrode and the housing integrated through injection molding of hull outside.
Further, described horizontal mounting plate is provided with the installation cavity installing anti-flow electrode assembly;
Or described anti-flow electrode installation portion is provided with the installation cavity installing anti-flow electrode assembly.
Further, the height of described tubbiness accommodation section is H2, wherein, and 10mm≤H2≤100mm.
Further, described metal lower cover also comprises superposed annular opening, described annular opening and anti-flow electrode installation portion one-body molded, transition bracket is provided with between described head upper cover and metal lower cover, described transition bracket has the annular insertion section of inserting in annular opening, and described annular insertion section and annular opening are interference fit.
After adopting technique scheme, the utility model tool has the following advantages: the utility model eliminates lower plastic cover, motor is directly arranged in the tubbiness accommodation section of metal lower cover, and the ratio 0.2 < D1/D2 < 0.6 of the equivalent internal diameter D2 of the equivalent outer diameter D 1 of tubbiness accommodation section and cup, there is compared to prior art the soy bean milk making machine of the double-layer lower cover structure of lower plastic cover, the bottom of its metal lower cover is thinner, submerge the metal lower cover in cup cumulative volume reduce, thus after heated slurry foams, in cup reality can hold slurry foam space increase, when soy bean milk making machine heated slurry touches anti-flow electrode to slurry foam, even if be subject to the impact of the response time delay of the power continuation effect of cup heater block thermal inertia and anti-flow electrode, because the space holding slurry foam actual in cup increases, namely anti-overflow required space is increased, therefore, slurries occur that the probability overflowed reduces greatly, improve the safety and reliability of soy bean milk making machine further.
Simultaneously, soy bean milk making machine of the present utility model is owing to eliminating lower plastic cover, motor is directly installed in metal lower cover, because metal lower cover is metalwork, has good thermal conduction characteristic according to metalwork, the heat that electric machine rotation produces can directly conduct to outside head by metal lower cover, therefore, compared to existing double-deck soy bean milk making machine, handpiece of soybean milk machine radiating effect of the present utility model is better, the electric elements being positioned at head reduce by the probability of thermal failure, and working life is longer.And, during heating soybean milk, slurry foam can directly contact with metal lower cover, because metal lower cover of the present utility model has the heat conduction in head to the effect outside head, therefore, under metal of the present utility model, the heat of exterior surface is larger, temperature is higher, when tiny bubble contact in slurry foam is under metal during exterior surface, under metal, exterior surface can heat bubble simultaneously, gas in bubble is heated and constantly expands, reach bubble breaking after certain limit, therefore, soy bean milk making machine of the present utility model has certain froth breaking, disappear foam function, further increase the no-spill ability of soy bean milk making machine.
In addition, head lower cover size of the present utility model compared to prior art double-deck handpiece of soybean milk machine size more carefully, less, outward appearance is more attractive in appearance, and owing to eliminating lower plastic cover, the weight of complete machine and cost are also lower.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is described in further detail:
Fig. 1 is the structural representation of the utility model preferred embodiment;
Fig. 2 is the structural representation of head in Fig. 1;
Fig. 3 is the cross section structure schematic diagram of M horizontal plane in Fig. 1.
Detailed description of the invention
It should be noted that, in the present embodiment, the tubbiness accommodation section covered under described metal refers to that the part that root place horizontal plane that the front end face place horizontal plane of motor and anti-flow electrode assembly expose to anti-flow electrode installation portion intercepts metal lower cover is tubbiness accommodation section.Wherein, when anti-flow electrode installation portion is horizontal, with the bottom outer surface place horizontal plane of anti-flow electrode installation portion for intercepting face, and when anti-flow electrode installation portion is curved surface, expose to the root lowest part place horizontal plane of anti-flow electrode installation portion for intercepting face with anti-overflow electrode assemblie.Also it should be noted that, described tubbiness accommodation section can be straight barrel-like structure, also can be cone barrel-like structure.And the bottom outer surface of described tubbiness accommodation section can be planar structure, it also can be curved structure.
Embodiment:
As shown in Figure 1, Figure 2, Figure 3 shows, be the structural representation of preferred embodiment of the present utility model.A kind of safe soy bean milk making machine, comprise head 1 and cup 2, described head 1 comprises head upper cover 11 and head lower cover, described head lower cover is metal lower cover 12, motor 3 is provided with in described head, and head is provided with anti-flow electrode assembly 4, described metal lower cover 12 comprises superposed annular opening 121, be positioned at the tubbiness accommodation section 122 of bottom and be positioned at the anti-flow electrode installation portion 123 at middle part, described anti-flow electrode installation portion 123 one end is connected with tubbiness accommodation section rounding off, the other end is connected with annular opening 121 rounding off, described motor 3 is positioned at tubbiness accommodation section 122, described anti-flow electrode assembly 4 passes from anti-flow electrode installation portion 123 and stretches in cup 2, the equivalent external diameter of described tubbiness accommodation section is D1, the equivalent internal diameter of described cup is D2, wherein, 0.2 < D1/D2 < 0.6.
In the present embodiment, cup is the cup body structure that bilayer has heat insulation function, in straight barrel-like structure, certainly, identical with tubbiness accommodation section, and cup also can in cone barrel-like structure.It should be noted that, no matter cup or tubbiness accommodation section are straight tubbiness or cone barrel-like structure, the equivalent outer diameter D 1 of described tubbiness accommodation section and the equivalent internal diameter D2 of cup, refer to the mean value of external diameter, or the mean value of internal diameter, can calculate the mean value D1 of its external diameter and the mean value D2 of internal diameter respectively by the internal diameter of the external diameter of each level cross-sectionn, tubbiness accommodation section and each level cross-sectionn of cup.
In the present embodiment, transition bracket 5 is also provided with between described head upper cover and metal lower cover, described transition bracket 5 has the annular insertion section 51 of inserting in annular opening 121, and described annular insertion section 51 is interference fit with annular opening 121, realize compact siro spinning technology and the sealing of transition bracket 5 and metal lower cover 12.In the present embodiment, described anti-flow electrode installation portion 123 is horizontal, and transition bracket 5 has the horizontal mounting plate 52 installing anti-flow electrode assembly 4, described horizontal mounting plate 52 is positioned at the top of anti-flow electrode installation portion 123, simultaneously, described horizontal mounting plate 52 is provided with the installation cavity 521 installing anti-flow electrode assembly 4, certainly, anti-flow electrode installation portion 123 also can be arranged installation cavity and install anti-flow electrode assembly.In the present embodiment, described anti-flow electrode assembly 4 by horizontal mounting plate 52 pressure holding on anti-flow electrode installation portion 123.Anti-flow electrode assembly 4 comprises anti-flow electrode 41, wraps up the housing 42 of anti-flow electrode and be set in the anti-overflow seal 43 of hull outside, and described anti-flow electrode 41 moulds one with housing note 42.
The present embodiment is compared to prior art, eliminate lower plastic cover, motor is directly arranged in the tubbiness accommodation section of metal lower cover, and the ratio 0.2 < D1/D2 < 0.6 of the equivalent internal diameter D2 of the equivalent outer diameter D 1 of tubbiness accommodation section and cup, there is compared to prior art the soy bean milk making machine of the double-layer lower cover structure of lower plastic cover, the bottom of its metal lower cover is thinner, submerge the metal lower cover in cup cumulative volume reduce, thus after heated slurry foams, in cup reality can hold slurry foam space increase, when soy bean milk making machine heated slurry touches anti-flow electrode to slurry foam, even if be subject to the impact of the response time delay of the power continuation effect of cup heater block thermal inertia and anti-flow electrode, because the space holding slurry foam actual in cup increases, namely anti-overflow required space is increased, therefore, slurries occur that the probability overflowed reduces greatly, improve the safety and reliability of soy bean milk making machine further.
Simultaneously, soy bean milk making machine of the present utility model is owing to eliminating lower plastic cover, motor is directly installed in metal lower cover, because metal lower cover is metalwork, has good thermal conduction characteristic according to metalwork, the heat that electric machine rotation produces can directly conduct to outside head by metal lower cover, therefore, compared to existing double-deck soy bean milk making machine, handpiece of soybean milk machine radiating effect of the present utility model is better, the electric elements being positioned at head reduce by the probability of thermal failure, and working life is longer.And, during heating soybean milk, slurry foam can directly contact with metal lower cover, because metal lower cover of the present utility model has the heat conduction in head to the effect outside head, therefore, under metal of the present utility model, the heat of exterior surface is larger, temperature is higher, when tiny bubble contact in slurry foam is under metal during exterior surface, under metal, exterior surface can heat bubble simultaneously, gas in bubble is heated and constantly expands, reach bubble breaking after certain limit, therefore, soy bean milk making machine of the present utility model has certain froth breaking, disappear foam function, further increase the no-spill ability of soy bean milk making machine.
In addition, head lower cover size of the present utility model compared to prior art double-deck handpiece of soybean milk machine size more carefully, less, outward appearance is more attractive in appearance, and owing to eliminating lower plastic cover, the weight of complete machine and cost are also lower.
It should be noted that, in prior art, because motor itself has certain diameter, the internal diameter of tubbiness accommodation section requires the external diameter being greater than motor, to facilitate the installation of motor, and motor is directly installed in metal lower cover, motor can pass through metal lower cover heat conduction, but when the internal diameter of metal lower cover, external diameter are larger, the sidewall of electric machine casing and metal lower cover departs from far away, heat-transfer effect is poorer, and therefore, metal lower cover needs to have suitable size relative to motor itself.Simultaneously, for the soy bean milk making machine of motor overhead, the inner diameter values of its cup is also have certain limit, because when cup internal diameter is larger, owing to being subject to centrifugal action material, to be thrown off the center of Disintegrating knife also far away, even if cup sidewalls arranges on flow-interfering bar or head and arranges disturbing flow device, material also can be reduced by the probability rebounded near Disintegrating knife, the pulverizing of material will certainly be caused so bad, thus easily cause drink mouthfeel not good, and cup internal diameter is more hour, the slurrying amount of cup and all can there is certain impact with the installation etc. of head.In prior art, the internal diameter of general cup body of soymilkgrinder is not more than 250mm.Existence for above-mentioned reasons, in the present embodiment, D1/D2 is substantially unlikely is less than or equal to 0.2.And simultaneously, when D1/D2 >=0.6, in the external diameter of tubbiness accommodation section and prior art, the bottom external diameter of the metal lower cover of double-layer lower cover structure is suitable, thus, substantially cannot realize the utility model and increase the object that anti-overflow space reduces spilling risk probability, meanwhile, head also can seem comparatively heavy, and outward appearance also unsightly etc.It should be noted that, for the present embodiment, D1/D2 can more preferably 0.25 ~ 0.55, wherein specifically can be preferably 0.25,0.3,0.35,0.4,0.45,0.5,0.55.It should be noted that, motor of the present utility model is directly installed in tubbiness accommodation section, and its mounting means has multiple, such as directly be fixed in metal lower cover by screw, press-fited by pressing plate, the mode such as lifting, also have the electrical installation that this area is conventional, the utility model is also suitable for.
In the present embodiment, the horizontal structure of described anti-flow electrode installation portion, during soy bean milk making machine heating slurrying, after slurries touch the end of anti-flow electrode assembly, slurries are due to the impact of the effect and anti-flow electrode operating lag that are subject to the thermal inertia power of cup heater block, slurry foam can continue rising of being heated, because anti-flow electrode installation portion is horizontal structure, the slurry foam risen can be subject to the stop of the bottom outer surface of anti-flow electrode installation portion, make slurry foam cannot continue to rise, and while the base plane of anti-flow electrode installation portion stops slurry foam, the bubble that in slurry foam, part is tiny is owing to being subject to the squeezing action of below slurries, Fragmentation Phenomena can be there is when the moment touching anti-flow electrode installation portion, and, due to the part that anti-flow electrode installation portion is metal lower cover, for metal material, heat on anti-flow electrode installation portion and temperature heat the bubble in slurry foam simultaneously, when acquiring a certain degree, bubble in slurry foam also there will be Fragmentation Phenomena, therefore, anti-flow electrode installation portion in the present embodiment also has bubble crushing, froth breaking, disappear foam function, the probability of the anti-spilled risk of further lifting soy bean milk making machine.The applicant studies discovery, the floor space of anti-flow electrode installation portion is larger, larger to the function of the slurry stop of foam and froth breaking, the foam that disappears, but meanwhile, the size of the floor space of anti-flow electrode installation portion is limited to again the size of cup internal diameter and the size (with the external diameter of anti-flow electrode installation portion junction) of tubbiness accommodation section external diameter.The applicant studies discovery further, when the floor space S1 of anti-flow electrode installation portion and anti-flow electrode installation position are when ratio S1/S2=0.12 ~ 0.77 of the cup sectional area S2 of same level, anti-flow electrode installation portion can realize the installation of anti-flow electrode assembly, the function of the anti-overflow froth breaking of anti-flow electrode installation portion can be promoted again, meanwhile, the installation of head and cup is also very convenient.Find according to research, as S1/S2 < 0.12, the floor space S1 of anti-overflow installation portion is less, the installation of anti-flow electrode assembly has difficulties, and the end of anti-flow electrode assembly is close to the sidewall of tubbiness accommodation section, when anti-flow electrode element end hanging foam, easily there is the impact that adhesion is not heated, drink easily exists and boils not yet done problem, there is food security and drinks hidden danger.And as S1/S2 > 0.77, namely S1 is larger, assemblage gap between head and cup is less, make head and cup may there is the difficult problem loaded, in addition, during soy bean milk making machine energising slurrying, due to the vibration of head, may cause the continual continuous collision of the sidewall of head and cup, easily produce larger noise, the normal life and the slurrying that affect consumer are experienced.It should be noted that, the floor space S1 of anti-flow electrode installation portion is shown in the area of dash area in Fig. 3, and it does not comprise the projected area of tubbiness accommodation section, and the sectional area S2 of cup refers to the area that cup internal diameter is formed.Wherein, the utility model S1/S2 is preferably 0.4 ~ 0.6.
In the present embodiment, described anti-flow electrode element end is H1 to the distance of the bottom outer surface of anti-flow electrode installation portion.Because as 0.2 < D1/D2 < 0.6, soy bean milk making machine of the present utility model has larger anti-overflow space, relative to existing technologies, the end of anti-flow electrode assembly can suitably shorten to the distance of anti-flow electrode installation portion, thus head can be made more easily to clean.When D1/D2 levels off to 0.2 change, the ratio of tubbiness accommodation section and cup is less, anti-overflow space in cup can increase gradually, can not overflow, now during in order to ensure that slurries heat, the end of anti-flow electrode assembly can be suitable to the distance of anti-flow electrode installation portion reduction gradually, but H1 can not be less than 20mm, because the applicant studies discovery, when H1 is less than 20mm, during heating slurrying, occur that the probability overflowed increases to some extent.And when D1/D2 levels off to 0.6 change, along with the ratio of tubbiness accommodation section and cup increases, anti-overflow space in cup can reduce gradually, now in order to ensure that slurries are not easy to overflow, the end of anti-flow electrode assembly can not be greater than 60mm to the distance H1 of anti-flow electrode installation portion, because, as H1 > 60mm, the slurrying capacity of soy bean milk making machine can reduce, thus the function of soy bean milk making machine tolerance slurrying can not be realized, in addition, anti-flow electrode assembly stretches into the long cleaning being also unfavorable for head of cup, meanwhile, anti-flow electrode assembly stretches into long when also can cause slurrying, slurries touch anti-flow electrode repeatedly, thus mixing time is extended, even not yet done phenomenon is boiled in slurries existence.Therefore, require 20mm≤H1≤60mm in the present embodiment, wherein, H1 is preferably 30mm ~ 50mm.In addition, the height of described tubbiness accommodation section is H2, wherein, H2=10mm ~ 100mm, time within the scope of this, soy bean milk making machine is generally within ullage slurrying, thus reduce tubbiness accommodation section and submerge and increase the height of liquid level in liquid level, and the anti-overflow space of slurries is reduced.Wherein, H2 is preferably 40mm ~ 80mm.
In the present embodiment, described tubbiness accommodation section 122 has anti-spilling safety section 1221, its particular location is: the base plane place horizontal plane N being positioned at anti-flow electrode assembly 4 end place horizontal plane M and anti-flow electrode installation portion 123 intercepts the part of tubbiness accommodation section 122, and this segment is also the section between anti-flow electrode element end to anti-flow electrode installation portion.Wherein, the equivalent external diameter of described anti-spilling safety section is D3.Because, during soy bean milk making machine heating slurrying, after slurries touch the end of anti-flow electrode assembly, slurries are due to the impact of the effect and anti-flow electrode operating lag that are subject to the thermal inertia power of cup heater block, and slurry foam can continue rising of being heated, and the applicant studies discovery, if the volume of this anti-spilling safety section is less, the space of continuing to rise after slurries touching anti-flow electrode is larger, and namely actual effective anti-overflow space increases further, thus the probability that slurries overflow reduces greatly.The applicant studies discovery, for the single-layer metal lower cover structure removed after lower plastic cover, due to tubbiness accommodation section domestic demand mounted motor, and motor is the requirement meeting rotating speed in prior art, the diameter of electric machine casing has relative fixed interval, and the conveniently installation of motor, requires 40mm≤D3≤70mm in the present embodiment.Wherein, D3 is preferably 50mm ~ 60mm.It should be noted that, equivalent outer diameter D 3 of the present utility model is same as described above, is also the mean value of anti-spilling safety section external diameter.
It should be noted that, in the present embodiment, anti-flow electrode installation portion is horizontal structure, and this horizontal structure can be complete horizontal structure, also can be level of approximation structure.And anti-flow electrode installation portion also can be cone structure or curved structure, and the distortion of this structure is also in protection domain of the present utility model.In addition, also it should be noted that, for the present embodiment, the top of anti-flow electrode installation portion has annular opening, this annular opening is connected with head upper cover, and certainly, the top of anti-flow electrode installation portion can not have annular opening yet, now, anti-flow electrode installation portion directly can be fixedly connected with head upper cover.
Those of ordinary skill in the art should be understood that the content that the utility model includes but not limited to accompanying drawing and describes in detailed description of the invention above.Any amendment not departing from function and structure principle of the present utility model all will comprise within the scope of the appended claims.
Claims (10)
1. the soy bean milk making machine of a safety, comprise head and cup, described head comprises head upper cover and head lower cover, described head lower cover is metal lower cover, motor is provided with in described head, and head is provided with anti-flow electrode assembly, it is characterized in that: described metal lower cover comprises the tubbiness accommodation section being positioned at bottom and the anti-flow electrode installation portion be connected with tubbiness accommodation section, described anti-flow electrode installation position is in the top of tubbiness accommodation section, described motor is positioned at tubbiness accommodation section, described anti-flow electrode assembly passes from anti-flow electrode installation portion and stretches in cup, the equivalent external diameter of described tubbiness accommodation section is D1, the equivalent internal diameter of described cup is D2, wherein, 0.2 < D1/D2 < 0.6.
2. soy bean milk making machine safe according to claim 1, it is characterized in that: described anti-flow electrode installation portion is horizontal, the floor space of described anti-flow electrode installation portion is S1, is S2 with anti-flow electrode installation position in the cup sectional area of same level, wherein, 0.12≤S1/S2≤0.77.
3. soy bean milk making machine safe according to claim 2, it is characterized in that: described tubbiness accommodation section has anti-spilling safety section, described anti-spilling safety section is the part that anti-flow electrode element end place horizontal plane and place, anti-flow electrode installation portion bottom surface horizontal plane intercept tubbiness accommodation section, the equivalent external diameter of described anti-spilling safety section is D3, wherein, 40mm≤D3≤70mm.
4. soy bean milk making machine according to claim 2, is characterized in that: described anti-flow electrode element end is H1 to the distance of the bottom outer surface of anti-flow electrode installation portion, wherein, and 20mm≤H1≤60mm.
5. soy bean milk making machine safe according to claim 2, it is characterized in that: in described head, be also provided with the transition bracket be connected with head upper cover and metal lower cover, described transition bracket is between head upper cover and metal lower cover, and transition bracket has the horizontal mounting plate installing anti-flow electrode assembly, described horizontal mounting plate is positioned at the top of anti-flow electrode installation portion.
6. according to claim 5 safety soy bean milk making machine, it is characterized in that: described anti-flow electrode assembly by horizontal mounting plate pressure holding on anti-flow electrode installation portion.
7. soy bean milk making machine safe according to claim 5, is characterized in that: described anti-flow electrode assembly comprises anti-flow electrode, wraps up the housing of anti-flow electrode and be set in anti-overflow seal, described anti-flow electrode and the housing integrated through injection molding of hull outside.
8. soy bean milk making machine safe according to claim 5, is characterized in that: described horizontal mounting plate is provided with the installation cavity installing anti-flow electrode assembly;
Or described anti-flow electrode installation portion is provided with the installation cavity installing anti-flow electrode assembly.
9. soy bean milk making machine safe according to claim 1 or 2, is characterized in that: the height of described tubbiness accommodation section is H2, wherein, and 10mm≤H2≤100mm.
10. soy bean milk making machine safe according to claim 1 or 2, it is characterized in that: described metal lower cover also comprises superposed annular opening, described annular opening and anti-flow electrode installation portion one-body molded, transition bracket is provided with between described head upper cover and metal lower cover, described transition bracket has the annular insertion section of inserting in annular opening, and described annular insertion section and annular opening are interference fit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420670500.1U CN204218680U (en) | 2014-11-12 | 2014-11-12 | A kind of safe soy bean milk making machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420670500.1U CN204218680U (en) | 2014-11-12 | 2014-11-12 | A kind of safe soy bean milk making machine |
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| CN204218680U true CN204218680U (en) | 2015-03-25 |
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| CN201420670500.1U Active CN204218680U (en) | 2014-11-12 | 2014-11-12 | A kind of safe soy bean milk making machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107212753A (en) * | 2016-03-21 | 2017-09-29 | 广东美的生活电器制造有限公司 | The control method of beverage machine, the brewing method of beverage machine and beverage machine |
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2014
- 2014-11-12 CN CN201420670500.1U patent/CN204218680U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107212753A (en) * | 2016-03-21 | 2017-09-29 | 广东美的生活电器制造有限公司 | The control method of beverage machine, the brewing method of beverage machine and beverage machine |
| CN107212753B (en) * | 2016-03-21 | 2023-11-24 | 广东美的生活电器制造有限公司 | Beverage machine, brewing method of beverage machine and control method of beverage machine |
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