CN206560334U - A kind of soy bean milk making machine - Google Patents
A kind of soy bean milk making machine Download PDFInfo
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- CN206560334U CN206560334U CN201621049469.5U CN201621049469U CN206560334U CN 206560334 U CN206560334 U CN 206560334U CN 201621049469 U CN201621049469 U CN 201621049469U CN 206560334 U CN206560334 U CN 206560334U
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- cup body
- bean milk
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Abstract
The utility model is related to kitchen small household appliances, particularly a kind of soy bean milk making machine, including head and metal cup body, and the head includes head upper cover and head lower cover, it is characterised in that：Without anti-flow electrode on the head, water level tag line is provided with the metal cup body inwall, and metal cup body inner surface is coated with insulated non-stick coating, the metal cup body inwall and is additionally provided with anti-overflow detection pole, the lower section positioned at anti-overflow detection pole, conductive electrode is provided with the head, wherein, the anti-overflow detection pole is located at the top of water level tag line, and the conductive electrode is located at the lower section of water level tag line, slurries, which rise, connects conductive electrode with anti-overflow detection pole, realizes the detection of anti-overflow signal.After adopting the above technical scheme, without anti-flow electrode on handpiece of soybean milk machine, complete machine cleaning is easier, and the soy bean milk making machine can reliably, the detection of the stable anti-overflow signal of progress, in addition, compared to prior art, slurries adhesion phenomenon will not occur completely for soy bean milk making machine of the present utility model.
Description
Technical field
The utility model is related to kitchen small household appliances, particularly a kind of soy bean milk making machine.
Background technology
Heating tube is provided with existing soy bean milk making machine, including head and cup, also, cup, it is right so as in pulping process
Cup is heated infusion soya-bean milk, still, and during infusion is heated, the particulate matter in slurries can be covered in cup
On wall, cause slurries to be burned, be sticking, be unfavorable for cleaning afterwards.Therefore, for existing soy bean milk making machine, it cannot not develop viscously, easy cleaning
Cup body of soymilkgrinder will be following development trend.
For existing soy bean milk making machine, anti-flow electrode bar can be provided with its head, the spill over for detecting slurries.
It is arranged at because anti-flow electrode bar is lofty on head, outward appearance is not attractive in appearance enough, also, after the completion of slurrying, anti-flow electrode bar and machine
The junction of head easily hides slag, hides dirty, is unfavorable for cleaning.In addition, the mode point of existing anti-flow electrode bar detection spill over
For the following two kinds：
1）Collection of simulant signal method：Gather analog signal to recognize by MCU AD mouths.As shown in figure 1, working as anti-overflow system
（FY）Two ends e1 and e2 is formed after circuit communication by slurries with ground, and AD mouthfuls collect voltage division signal（Less than VCC）；And when anti-overflow
System（FY）Two ends e1 does not have slurries to connect with e2, i.e., when without anti-overflow signal, and the AD mouthfuls of voltages collected are VCC.MCU passes through
The signal collected is different, so as to recognize whether there is anti-overflow signal.
2）Digital signal acquiring method：Gather data signal to recognize by MCU AD mouths.As shown in Fig. 2 working as anti-overflow system
（FY）Two ends e1 does not have slurries to connect with e2, i.e., without anti-overflow signal when, AD mouthful recognize be high level signal（1）, when anti-overflow
System（FY）When two ends e1 and e2 forms circuit communication by slurries with ground, triode Q1 conductings, AD mouthfuls recognize low level letter
Number（0）.MCU is by collecting low and high level（0 and 1）Difference, so as to recognize whether there is anti-overflow signal.
Above two mode is to be grounded cup, realizes that slurries connect anti-flow electrode bar with cup to form loop detection
Anti-overflow signal.
With the development of technology, some research staff are based on the not viscous technology such as electric cooker, frying pan and start to associate utilization
The insulated non-stick such as inorganic ceramic, polytetrafluoroethylene (PTFE) material is coated on the inwall of cup to realize anti-sticking, anti-paste, easily as coating
The effect of cleaning.But, now, cup can not be connected due to the slurries being coated with insulated non-stick material, cup with ground, slurries
Anti-flow electrode bar and ground can not be connected and form loop to detect anti-overflow signal.Therefore, for being coated with insulated non-stick in cup
After coating, the anti-overflow signal of reliably detection of soy bean milk making machine how is realized, will be the following technical problem for being badly in need of solving.In addition, with
Consumer to the aesthetic appearance of soy bean milk making machine and the requirement more and more higher of operating experience sense, head how is createed without anti-flow electrode
Bar, the soy bean milk making machine for being particularly easy to cleaning is also the problem of following research staff needs thinking.
Utility model content
The utility model purpose to be reached just is to provide a kind of head and coated without anti-flow electrode, and metal cup body inwall
There is insulated non-stick coating, anti-overflow detection pole is arranged on metal cup body inwall, how solution, which is realized, is reliably detected anti-overflow signal, and
The soy bean milk making machine for the phenomenon that will not stick together.
In order to achieve the above object, the utility model is adopted the following technical scheme that：A kind of soy bean milk making machine, including head and metal
Cup, the head includes head upper cover and head lower cover, it is characterised in that：Without anti-flow electrode on the head, the metal
Water level tag line is provided with cup inwall, and metal cup body inner surface is coated with insulated non-stick coating, the metal cup body
Anti-overflow detection pole is additionally provided with wall, the lower section positioned at anti-overflow detection pole is provided with conductive electrode on the head, wherein, it is described
Anti-overflow detection pole is located at the top of water level tag line, and the conductive electrode is located at the lower section of water level tag line, and slurries, which will rise, to lead
Electrode is connected with anti-overflow detection pole, realizes the detection of anti-overflow signal.
Further, the uncoated hollow out line of insulated non-stick coating, the hollow out are provided with the metal cup body inwall
Line forms anti-overflow detection pole.
Further, the hollow out wire loop is horizontally disposed around metal cup body madial wall.
Further, the width of the hollow out line is D1, wherein, D1 is not less than 0.3mm；
Or, the hollow out line is extended upwardly at the cup edge of metal cup body；
Or, the height of the bottom margin of the hollow out line apart from metal cup body bottom is H, wherein, 120mm≤H≤
200mm。
Further, the first through hole is provided with the madial wall of the metal cup body, the anti-overflow detection is extremely passed through
First through hole and the anti-flow electrode post being exposed in metal cup body, and the anti-flow electrode post matches somebody with somebody with the first through hole for sealing
Close.
Further, the head lower cover is metal lower cover, and exterior surface has insulated non-stick coating bag under the metal
The cladding area covered and the uncoated vacancy section of insulated non-stick coating, the vacancy section are located at the lower section of water level tag line, described to engrave
Dead zone forms conductive electrode.
Further, the vacancy section is the hollow out ring set around metal lower cover lateral wall；
Or, the vacancy section is the hollow out ring for being arranged at metal lower cover bottom wall outer surface.
Further, motor is installed, motor shaft is stretched into cup through head lower cover, the electricity in the head lower cover
Arbor formation conductive electrode；
Or, motor is installed, motor shaft is stretched into cup through head lower cover, the motor shaft in the head lower cover
On be coated with insulated non-stick coating.
Further, the head lower cover bottom is provided with metal crushing cover, the metal crushing cover formation conductive electrode；
Or, the head lower cover bottom is provided with temperature sensor, and the temperature sensor, which has, to be exposed under head
Metal shell in outer side of lid, the metal shell formation conductive electrode；
Or, the head lower cover is metal lower cover, the metal lower cover formation conductive electrode；
Or, the second through hole is provided with the head lower cover, the conduction extremely through the second through hole and is exposed to
Conductive pole on the outside of head lower cover, the conductive pole and the second through hole coordinate for sealing.
Further, the soy bean milk making machine also includes detection circuit, the anti-overflow detection pole and detection circuit communication, and institute
Conductive electrode is stated to connect with civil power ground wire；
Or, the soy bean milk making machine also includes detection circuit, and the anti-overflow detection pole and conductive electrode are respectively with detecting circuit
Connection；
Or, the soy bean milk making machine also includes detection circuit, the conductive electrode and detection circuit communication, the anti-overflow detection
Pole is connected with civil power ground wire.
After adopting the above technical scheme, because metal cup body inner surface is coated with insulated non-stick coating, compared to existing skill
For soy bean milk making machine in art, after soy bean milk making machine slurrying of the present utility model is complete, it is easier to clean, be not on metal cup body inwall
The phenomenon be burned, being sticking, or even need not be cleaned after the completion of slurrying.Simultaneously as anti-overflow detection pole is arranged in metal cup body
On wall, for detecting anti-overflow signal, compared to soy bean milk making machine of the prior art, anti-flow electrode bar need not be set on its head, make
After the completion of slurry, the cleaning of head also by enhanced convenience, easily, not only the outward appearance of complete machine is more attractive, installs also simpler, and
And the cost of complete machine is also further reduced.In addition, being additionally provided with conduction on the lower section of water level tag line, the head
Pole, when heating slurries, slurries rise, and conductive electrode is connected with anti-overflow detection pole, realize the detection of anti-overflow signal, solve
In the prior art, after metal cup body is coated with insulated non-stick coating, the problem of how soy bean milk making machine realizes anti-overflow signal detection carries
The reliability and stability of the anti-overflow signal of soya-bean milk machine testing have been risen, have prevented slurries from occurring slurry risk of overflowing.At the same time, due to anti-overflow
Detect that pole is located at the top of water level tag line, and conductive electrode is located at the lower section of water level tag line, anti-overflow detection pole and conductive electrode phase
Away from farther out, also, metal cup body inwall is coated with insulated non-stick coating, does not heat or when foam is moved back in slurries cooling, due to metal
Cup inner wall smooth and insulated non-stick, it is not easy to there is hanging phenomenon, for prior art, beans of the present utility model
Slurries adhesion problems will not occur completely for pulp grinder.
Brief description of the drawings
The utility model is described in further detail below in conjunction with the accompanying drawings：
Fig. 1 is a kind of circuit diagram of anti-overflow signal detection in the prior art；
Fig. 2 is another circuit diagram of anti-overflow signal detection in the prior art；
Fig. 3 is the structural representation of the first embodiment of the utility model；
Fig. 4 is the mplifying structure schematic diagram at A in Fig. 3；
Fig. 5 is the mplifying structure schematic diagram at B in Fig. 3；
Fig. 6 is the mplifying structure schematic diagram at C in Fig. 3；
Fig. 7 is the structural representation of second of embodiment of the utility model；
Fig. 8 is the mplifying structure schematic diagram at D in Fig. 7；
Fig. 9 is the structural representation of the third embodiment of the utility model；
Figure 10 is the mplifying structure schematic diagram at E in Fig. 9；
Figure 11 is the mplifying structure schematic diagram at F in Fig. 9.
Embodiment
Embodiment one：
It is the structural representation of the first embodiment of the present utility model as shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6.A kind of soya-bean milk
Machine, including head 1 and metal cup body 2, the head 1 are included on head upper cover 11 and head lower cover, the head 1 without anti-overflow electricity
Water level tag line 20 is provided with pole, the inwall of metal cup body 2, and the inner surface of metal cup body 2 is coated with insulated non-stick coating
21, anti-overflow detection pole is additionally provided with the inwall of metal cup body 2, and the lower section positioned at anti-overflow detection pole is set on the head 1
There is conductive electrode, wherein, the anti-overflow detection pole is located at the top of water level tag line 20, and the conductive electrode is located at water level tag line
20 lower section, slurries, which rise, connects conductive electrode with anti-overflow detection pole, realizes the detection of anti-overflow signal.
In the present embodiment, the uncoated hollow out line 22 of insulated non-stick coating is provided with the inwall of metal cup body 2, it is described
Hollow out line 22 is horizontally disposed with around the madial wall of metal cup body 2, wherein, the hollow out line 22 forms anti-overflow detection pole.The head
Lower cover is metal lower cover 12, and the outer surface of metal lower cover 12 has the cladding area 121 that insulated non-stick coating is coated and insulated not
The uncoated vacancy section of adhesive coating layer, the vacancy section is the hollow out ring 122 set around the lateral wall of metal lower cover 12, the hollow out
Ring 122 is located at the lower section of water level tag line 20, the formation of hollow out ring 122 conductive electrode.
In the present embodiment, cup housing 4, cup housing 4 and the interlayer of metal cup body 2 are also set with the outside of metal cup body 2
Space in be provided with control detection means 5, the control detection means 5 include detection circuit and control circuit, wherein, metal cup
The outer wall of body 2 is electrically connected with control detection means 5, and the inwall of metal lower cover 12 is connected with civil power ground wire, in order to prevent getting an electric shock,
The wire harness being connected with ground wire is also equipped with control detection means 5（It is not drawn into figure）.
In the present embodiment, because the outer surface of metal cup body inner surface and metal lower cover is coated with insulated non-stick coating, phase
Than for soy bean milk making machine of the prior art, after the soy bean milk making machine slurrying of the present embodiment is complete, it is easier to clean, metal cup body inwall and
Be not in the phenomenon being charred substantially on the outer wall of metal lower cover, or even need not be cleaned after the completion of slurrying.Simultaneously as metal
The hollow out line for detecting anti-overflow signal, compared to soy bean milk making machine of the prior art, the present embodiment are provided with cup inwall
Anti-flow electrode bar need not be set on handpiece of soybean milk machine, after the completion of slurrying, the cleaning of head also by enhanced convenience, easily, not only
The appearance looks elegant of complete machine, installs also simpler, and the cost of complete machine is also further reduced.
Secondly, positioned at the lower section of water level tag line, hollow out ring is additionally provided with lid under the metal, when heating slurries,
Slurries rise, and hollow out ring is connected with hollow out line, realize the detection of anti-overflow signal, solve in the prior art, work as metal cup
Internal wall is coated with after insulated non-stick coating, the problem of how soy bean milk making machine realizes anti-overflow signal detection, and the hollow out line also enters
The reliability and stability for improving the anti-overflow signal of soya-bean milk machine testing of one step, prevent slurries from occurring the risk starched of overflowing.It is realized
The principle of anti-overflow signal detection is：Due to the uncoated insulated non-stick coating of the outer wall of metal cup body, and the outer wall of metal cup body
It is electrically connect with control detection means, i.e., hollow out line is with controlling detection means to electrically connect, and simultaneously, the inwall of metal lower cover is not yet
Insulated non-stick coating is coated, and the inwall of metal lower cover is connected with civil power ground wire, i.e., and hollow out ring is electrically connected to ground with civil power.When
Heat slurries when, slurries rise, hollow out ring connect with hollow out line, now, hollow out ring, hollow out line, control detection means and greatly
Ground forms the measure loop of closing, after slurries connect hollow out ring with hollow out line, and detection trigger circuit receives anti-overflow signal,
The MCU trigger control circuits action in detection means is controlled simultaneously, and control heater stop is heated to metal cup body, to starch
Foam is moved back in liquid cooling.Simultaneously as hollow out line is is horizontally disposed with around the inwall of metal cup body, set compared in existing soy bean milk making machine
There is anti-flow electrode bar, it detects that the reliability of anti-overflow signal is higher, also sensitiveer, because slurries are heated when rising, slurries table
The slurry foam height in face is uneven, and anti-flow electrode bar detects for single-point, it is more likely that when slurries soon overflow, and anti-flow electrode bar is not
Detect anti-overflow signal.
In addition, anti-flow electrode bar is provided with the prior art, on head, because anti-flow electrode bar is in shaft-like, when slurries are cold
When but moving back foam, the easy hanging in end of anti-flow electrode bar, and slurries have viscosity, and the slurry foam of hanging is not easy to drop, and works as institute
When the slurry foam of extension is larger, easily contacted with the outer wall of metal lower cover or the inwall of metal cup body, when the slurries hung will be anti-overflow
After the inwall continual communication of the outer wall or metal cup body of electrode stem and metal lower cover, the detection circuit of soy bean milk making machine will be detected persistently
To anti-overflow signal, soy bean milk making machine is not heated when causing slurrying, and the drink that there is making boils not yet done possibility, and the phenomenon industry is referred to as slurry
Liquid adhesion phenomenon.And in the present embodiment, because hollow out line is located at the top of water level tag line, and hollow out ring is located at water level tag line
Lower section, hollow out line and hollow out ring be apart from each other, also, the outer wall of metal cup body inwall and metal lower cover is coated with insulation not
Adhesive coating layer, is not heated or slurries cooling is when moving back foam, due to the inwall of metal cup body and the outer wall of metal lower cover is smooth, insulation and
Do not glue, it is not easy to there is the phenomenon of hanging, for prior art, slurries will not occur completely for the soy bean milk making machine of the present embodiment
The problem of adhesion.
It should be noted that in the present embodiment, during general heating slurries, slurries liquid level rises, and by hollow out ring with engraving
Ceases to be busy is turned on.For the material of different attribute, when heating slurries, rising be also likely to be slurry surface slurry foam or foam
Or bubble etc. turns on hollow out ring and hollow out line, therefore, the slurries described in the present embodiment include slurry liquid and slurries table
Slurry foam, foam, the bubble in face etc..
Insulated non-stick coating is generally ceramic coating in the present embodiment, and ceramic coating has excellent insulating properties and anti-sticking
Performance, can be coated on the inner surface of metal cup body by way of spraying or sintering.And hollow out line and hollow out ring can then lead to
The local mode for not spraying or not sintering is crossed to make to be formed.Certainly, insulated non-stick coating is not limited to ceramic coating or sheet
It is other both with insulating properties used in field, there are non-adhesion behavior, and the other coating materials that can be contacted with food again
Material.
Hollow out line in the present embodiment is to set to be formed along the madial wall horizontal circle of metal cup body, and the hollow out line can connect
Continuous linear structure, or be spaced interrupted linear structure, also, the hollow out line can also be disposed on metal cup body
Short-term.Certainly, anti-overflow detection pole can also be other engraved structures, such as hollow out annular, and hollow out is circular, hollow out it is square or
Person's Else Rule and irregular hollow out form.
Wherein, the width of the hollow out line in the present embodiment is D1, and, it is desirable to D1 is not less than 0.3mm, because working as hollow out
When the width D 1 of line is less than 0.3mm, the material particles in slurries are possible to fill up on hollow out line, to prevent the hydrone in slurries
With hollow out linear contact lay, so as to control detection means can not detect anti-overflow signal.Also, when D1 values are too small, the thing in hollow out line
Material particle does not allow easy to clean yet, and unclean, easy breed bacteria is cleared up for a long time, there is food security hidden danger.Meanwhile, from being manufactured into
For the angle of type, if the width of hollow out line is less than in 0.3mm, technique manufacture also than relatively difficult to achieve.For the present embodiment,
The scope of metal cup body inwall coating insulated non-stick coating is bigger, the easier cleaning of metal cup body, and the present embodiment is for guarantee fund
Category cup is cleaned well, and it is smaller that the width of hollow out line is set, typically within 20mm, such as 3mm ~ 10mm, and hollow out line
Bottom margin apart from metal cup body bottom wall inner surface height H between 120mm ~ 200mm, during so as to slurrying, slurries can be by
Sufficient heating, and be cooked, meanwhile, it can ensure that slurries can rise and anti-overflow again, and, it can also be ensured that slurries are not
There can be sufficiently large thermal inertia and be overflowed out of cup.Certainly, in the present embodiment, hollow out line can also extend upwardly to metal
The cup edge of cup, forms the state that metal cup body inwall is topical application insulated non-stick coating.
Also, in the present embodiment, vacancy section is the lateral wall along metal lower cover around the hollow out ring for setting formation, the hollow out
Ring can certainly be continuous cyclic structure, or, to be spaced interrupted cyclic structure, or it is semi-ring ring structure etc..And
And, vacancy section may not be annular, such as linear, circular, square or Else Rule and irregular form, certainly, this
Hollow out ring in implementation can also be arranged at the bottom wall outer surface of metal lower cover.In the present embodiment, the width of hollow out ring is D2, its
In, it is desirable to 0.3mm≤D2≤20mm, because when the width D 2 of hollow out ring is less than 0.3mm, the material particles in slurries have can
Hollow out ring can be filled up, to prevent the fluid molecule in slurries from being contacted with hollow out ring so that can not realize slurries by hollow out ring with
Hollow out line is turned on.Also, when D2 values are too small, the material particles in hollow out ring do not allow easy to clean yet, long-term cleaning is not clean, easily
, there is food security hidden danger in breed bacteria.Meanwhile, in the present embodiment, also require that D2 values are less than 20mm, because, in the present embodiment
The purpose of metal cup body and metal lower cover coating insulated non-stick coating is exactly the cleaning after slurrying is complete for convenience, and if D2 values
More than 20mm, it is possible in the presence of being charred phenomenon in hollow out ring, it is impossible to the easy cleaning effect required by the present embodiment is fully achieved.
In addition, if D2 values are excessive, the top edge of hollow out ring may accordingly reduce apart from the height of the bottom margin of hollow out line, when enough
Hour, slurries may turn on hollow out line and hollow out ring, now, there is the risk that there is adhesion.For the present embodiment, engrave
The preferable width of idle loop is 0.5 ~ 10mm, such as, 1mm, 3mm, 5mm, 6mm, 8mm etc..Both technological forming is facilitated, also beneficial to whole
Machine is cleaned.
Secondly, in the present embodiment, the water level tag line is the convex tendon being inwardly stamped and formed out on the outside of metal cup body, if golden
Insulated non-stick coating in category cup is when being formed by spraying, because the depth that spray gun is stretched into cup is limited, and positioned at convex
The lower surface area of muscle there is a situation where to be not easy spraying, therefore, in this case, the lower surface opposing metallic cup of convex tendon is interior
The angle that side wall is formed is β, wherein, it is desirable to β >=100 °, when β >=100 °, spray gun is substantially all can be to metal cup body
The region of inner surface is sprayed.Certainly, the structure of water level tag line and the mode of surface coating insulated non-stick coating are not limited to
Convex tendon and spraying method mentioned by the present embodiment, or other structures commonly used in this field and coating method.Also need
It is noted that hollow out line and hollow out ring in the present embodiment is formed to be not coated by insulated non-stick coating, it is therefore, microcosmic next
See, hollow out line and hollow out ring opposing insulation non-sticking lining are in the structure being recessed, although the thickness of insulated non-stick coating is typically relatively thin,
But it is also possible to have small material particles in the depressed area and conceals, it has not been convenient to cleans out.Therefore, asked to solve this
Topic, the hollow out can also be projection into metal cup body or to outside metal lower cover, and raised height and insulated non-stick
The thickness of coating can be suitable, and such head and cup are in cleaning, and void region is substantially not in hide material particles
Phenomenon.
Finally, in addition it is also necessary to explanation, in the present embodiment, hollow out ring with connect, and hollow out line with detection circuit connect
It is logical so that hollow out ring, hollow out line, detection circuit and the earth form loop.The present inventor is had found by studying, for detection
The circuit type that anti-overflow signal is formed can also have the deformation of other forms, such as：Hollow out line and hollow out ring respectively with detection
Circuit communication, slurries rise, and hollow out ring is connected to form loop with hollow out line, detect anti-overflow signal；Or, hollow out ring and detection
Circuit communication, and hollow out line is connected with civil power ground wire, hollow out ring, hollow out line, detection circuit can also be formed with the earth and closed back
Road, and detect anti-overflow signal；Again or, hollow out ring is connected with civil power ground wire, hollow out line and detection circuit between pass through optical coupling
Device is connected, when heating slurries, and slurries, which rise, turns on hollow out ring and hollow out line, and triggers photo-coupler and send optical signal to inspection
Slowdown monitoring circuit, realizes the detection anti-overflow signal of electric circuit inspection, now, and detection circuit need not be connected to civil power ground wire.
It should also be noted that, the control detection means in the present embodiment can also be installed in head.For this implementation
For example, the outer surface of metal lower cover can also be not coated by insulated non-stick coating, and by metal lower cover inwall directly as conduction
Pole, can also realize the purpose of anti-overflow signal detection.Also, now, being disposed in metal cup body as anti-overflow detection pole
Hollow out line on wall, and hollow out line is close on the inwall of metal cup body, therefore, when the outer surface of metal lower cover is not coated by
After insulated non-stick coating, for prior art, it is anti-overflow detection pole span from metal lower cover outer wall also farther out, and anti-overflow inspection
The problem of pole is not in hanging is surveyed, so the phenomenon that slurries will not stick together completely.It is also desirable to explanation, such as
The outer surface of fruit metal lower cover is not coated by insulated non-stick coating, then head needs insulation processing with cup top matching part, than
Such as, metal cup body cup edge coats insulated non-stick coating completely, or, cushion pad or sealing can be set between head and cup
Head is dielectrically separated from by part with metal cup body.Because only that being insulated between head and cup, it can just ensure hollow out line and metal
The conducting of lower cover can only be turned on by slurries.Equally, for similar structure, the present embodiment is also a variety of, such as, head lower cover
Bottom is provided with metal crushing cover, and regard metal crushing cover as conductive electrode etc..It should be noted that above-mentioned for the present embodiment
The change of structure and the selection of parameter are readily applicable to other embodiments of the present utility model.
Embodiment two：
As shown in Figure 7, Figure 8, it is the structural representation of second of embodiment of the utility model.The present embodiment and embodiment two
Difference is：In the present embodiment, the outer surface of metal lower cover 12 is completely coated with insulated non-stick coating, also, under metal
Motor 3 is installed, motor shaft 31 is stretched into metal cup body 2 through metal lower cover 12 in lid 12, wherein, it is also coated with motor shaft 31
There is insulated non-stick coating, and also there is the 3rd uncoated vacancy section 32 of insulated non-stick coating, the 3rd simultaneously on motor shaft 31
Vacancy section 32 forms conductive electrode.In the present embodiment, motor shaft 31 is connected with civil power ground wire.
In the present embodiment, because metal cup body, metal lower cover, motor shaft are coated with insulated non-stick coating, compared to existing
For having a technology, the anti-paste of complete machine does not glue effect more preferably, in pulping process, it is not easy to exist be burned, be sticking, motor shaft paste axle etc.
Phenomenon.Also, the present embodiment also has the identical beneficial effect of embodiment one, and here is omitted.Need explanation, the present embodiment
In, insulated non-stick coating can also be not coated by motor shaft, but used directly as conductive electrode using motor shaft.Also, this
The conversion of embodiment said structure, is readily applicable to other embodiments of the present utility model.
Embodiment three：
It is the structural representation of the third embodiment of the utility model as shown in Fig. 9, Figure 10, Figure 11.The present embodiment with it is upper
Embodiment difference is stated to be：In the present embodiment, the first through hole 25, institute are provided with the madial wall of the metal cup body 2
State anti-overflow detection and extremely pass through the first through hole 25 and the anti-flow electrode post 7 being exposed in metal cup body 2, and the anti-flow electrode post
7 and first through hole 25 be between be provided with silicone-rubber seals 8, sealed by silicone-rubber seals 8.Meanwhile, the metal lower cover 12
The second through hole 125 is provided with bottom wall, conduction extremely passes through the second through hole 125 and the conductive pole 9 being exposed to outside metal lower cover,
Also, seal member 10 is provided between the through hole 125 of conductive pole 9 and second, the seal member 10 is close by the second through hole 125
Envelope.
In the present embodiment, control detection means 5 is installed in head, and conductive pole 9 is electrically connected with control detection means 5,
And anti-flow electrode post 7 is connected with civil power ground wire, for security consideration, control detection means 5 is also connected with civil power ground wire.
In the present embodiment, when slurries rise, after conductive pole is connected with anti-flow electrode post, conductive pole, control detection means,
Greatly, anti-flow electrode post will form the loop of closing, and detection circuit is able to detect that anti-overflow signal.Also, the present embodiment also has
There is above-described embodiment identical beneficial effect, here is omitted.It should be noted that in the present embodiment, anti-flow electrode post
It can insulate, need not can also insulate between metal cup body, it is anti-overflow when being insulated between anti-flow electrode post and metal cup body
Electrode column is grounded, when on-insulated between anti-flow electrode post and metal cup body, and anti-flow electrode post is close to the outer of metal cup body
When on wall, it can be grounded with metal cup body.Equally, in the present embodiment, it can be insulated between conductive pole and metal lower cover, can also not
Insulation, during insulation, conductive pole is on-insulated with controlling detection means to electrically connect, and conductive pole with the inwall of metal lower cover when being close to,
Metal lower cover is electrically connected with control detection means, now, and conductive pole together form conductive electrode with metal lower cover.Certainly, this reality
Apply in example, conductive pole can also be temperature sensor, and the metal shell of temperature sensor can be examined as conductive electrode with control
Device electrical connection is surveyed, so, conductive pole, also with detection temperature signal, realizes signal while with anti-overflow signal is detected
Double check.
In addition, in the present embodiment, anti-overflow detection post is compared to anti-flow electrode bar of the prior art due to exposed length
It is smaller, therefore, during cleaning, cleaning is very easy to, also, the anti-overflow detection post can be along the lateral wall of metal lower cover around setting
It is multiple.Also, the head lower cover in the present embodiment can also be the head lower cover of non-metallic material, or in non-metallic material
Spray insulation non-sticking lining is formed on the outside of head lower cover.
It should be noted that for the conversion of the present embodiment said structure, being readily applicable to of the present utility model other
Embodiment.
The utility model both can be no net soy bean milk making machine or have net soy bean milk making machine.Those skilled in the art
It should be understood that the utility model includes but is not limited to the content described in accompanying drawing and above embodiment.It is any without departing from this
The modification of the function and structure principle of utility model is intended to be included in the scope of claims.
Claims (10)
1. a kind of soy bean milk making machine, including head and metal cup body, the head include head upper cover and head lower cover, its feature exists
In：Without anti-flow electrode on the head, water level tag line, and metal cup body inner surface bag are provided with the metal cup body inwall
It is covered with insulated non-stick coating, the metal cup body inwall and is additionally provided with anti-overflow detection pole, the lower section positioned at anti-overflow detection pole, institute
State and conductive electrode is provided with head, wherein, the anti-overflow detection pole is located at the top of water level tag line, and the conductive electrode is located at
The lower section of water level tag line, slurries, which rise, connects conductive electrode with anti-overflow detection pole, realizes the detection of anti-overflow signal.
2. soy bean milk making machine according to claim 1, it is characterised in that：Insulated non-stick coating is provided with the metal cup body inwall
Uncoated hollow out line, the hollow out line forms anti-overflow detection pole.
3. soy bean milk making machine according to claim 2, it is characterised in that：The hollow out wire loop is set around metal cup body madial wall level
Put.
4. soy bean milk making machine according to claim 3, it is characterised in that：The width of the hollow out line is D1, wherein, D1 is not less than
0.3mm；
Or, the hollow out line is extended upwardly at the cup edge of metal cup body；
Or, the height of the bottom margin of the hollow out line apart from metal cup body bottom is H, wherein, 120mm≤H≤200mm.
5. soy bean milk making machine according to claim 1, it is characterised in that：First is provided with the madial wall of the metal cup body to run through
Hole, the anti-overflow detection extremely passes through the first through hole and the anti-flow electrode post being exposed in metal cup body, and the anti-flow electrode
Post and the first through hole coordinate for sealing.
6. according to any one of claim 1 to 5 soy bean milk making machine, it is characterised in that：The head lower cover is metal lower cover, described
Exterior surface has the cladding area and the uncoated vacancy section of insulated non-stick coating that insulated non-stick coating is coated under metal, described to engrave
Dead zone is located at the lower section of water level tag line, and the vacancy section forms conductive electrode.
7. soy bean milk making machine according to claim 6, it is characterised in that：The vacancy section is to be set around metal lower cover lateral wall
Hollow out ring；
Or, the vacancy section is the hollow out ring for being arranged at metal lower cover bottom wall outer surface.
8. according to any one of claim 1 to 5 soy bean milk making machine, it is characterised in that：Motor is installed, electricity in the head lower cover
Arbor is stretched into cup through head lower cover, the motor shaft formation conductive electrode；
Or, motor is installed, motor shaft is stretched into cup through head lower cover in the head lower cover, applied on the motor shaft
It is covered with insulated non-stick coating.
9. according to any one of claim 1 to 5 soy bean milk making machine, it is characterised in that：The head lower cover bottom is provided with metal
Crushing cover, the metal crushing cover formation conductive electrode；
Or, the head lower cover bottom is provided with temperature sensor, and the temperature sensor, which has, to be exposed to outside head lower cover
Metal shell in side, the metal shell formation conductive electrode；
Or, the head lower cover is metal lower cover, the metal lower cover formation conductive electrode；
Or, the second through hole is provided with the head lower cover, the conduction extremely through the second through hole and is exposed to head
The conductive pole of lower outer side of lid, the conductive pole and the second through hole coordinate for sealing.
10. according to any one of claim 1 to 5 soy bean milk making machine, it is characterised in that：The soy bean milk making machine also includes detection electricity
Road, the anti-overflow detection pole is connected with detection circuit communication, and the conductive electrode with civil power ground wire；
Or, the soy bean milk making machine also includes detection circuit, and the anti-overflow detection pole and conductive electrode are respectively with detecting circuit communication；
Or, the soy bean milk making machine also includes detection circuit, the conductive electrode and detection circuit communication, the anti-overflow detection pole with
Civil power ground wire is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621049469.5U CN206560334U (en) | 2016-09-12 | 2016-09-12 | A kind of soy bean milk making machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621049469.5U CN206560334U (en) | 2016-09-12 | 2016-09-12 | A kind of soy bean milk making machine |
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| Publication Number | Publication Date |
|---|---|
| CN206560334U true CN206560334U (en) | 2017-10-17 |
Family
ID=60029803
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621049469.5U Active CN206560334U (en) | 2016-09-12 | 2016-09-12 | A kind of soy bean milk making machine |
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| Country | Link |
|---|---|
| CN (1) | CN206560334U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110192788A (en) * | 2018-02-27 | 2019-09-03 | 广东美的生活电器制造有限公司 | Nose assembly and soy bean milk making machine |
-
2016
- 2016-09-12 CN CN201621049469.5U patent/CN206560334U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110192788A (en) * | 2018-02-27 | 2019-09-03 | 广东美的生活电器制造有限公司 | Nose assembly and soy bean milk making machine |
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Effective date of registration: 20230518 Address after: Building 2, No. 52, 22nd Street, Baiyang Street, Qiantang New District, Hangzhou City, Zhejiang Province, 310000 Patentee after: Hangzhou Jiuchuang Home Appliances Co.,Ltd. Address before: No. 999, Mei Li Road, Huaiyin District, Ji'nan, Shandong Patentee before: JOYOUNG Co.,Ltd. |
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