CN101228938A - Domestic soymilk machine - Google Patents
Domestic soymilk machine Download PDFInfo
- Publication number
- CN101228938A CN101228938A CNA2008100256332A CN200810025633A CN101228938A CN 101228938 A CN101228938 A CN 101228938A CN A2008100256332 A CNA2008100256332 A CN A2008100256332A CN 200810025633 A CN200810025633 A CN 200810025633A CN 101228938 A CN101228938 A CN 101228938A
- Authority
- CN
- China
- Prior art keywords
- air deflector
- described air
- staving
- blade
- soy milk
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Abstract
The invention discloses a household soymilk machine, which comprises a driving motor, a blade, a barrel body, a flame deflector and a headpiece cover which is buttoned on the upper part of the barrel body to contain the driving motor and the controlling device. The top of the flame deflector is open and the side all of the flame deflector is provided with an outlet. The blade is fixedly connected to the output rotation axis under the headpiece coverer and also extends into the flame deflector. The part between the side wall of flame deflector and the inner wall of the barrel body is reserved certain space to let the particle soymilk to flow freely with water. The bottom end of the headpiece and the inner wall of the barrel body respectively touch the upper and lower ends of the flame deflector and the flame deflector positions in the radial direction and axial direction. The lower part of the side wall of the flame deflector is provided with a feeding mouth and the rotation plane of the blade is higher than the feeding mouth of the flame deflector. The rotation diameter of the blade is a little bit shorter than the inner diameter of the flame deflector at the position of the blade rotation plane. The invention is safe and simple and the soymilk making time is obviously reduced while the soybean residue left is very fine and the juice yield rate is high. The invention can be used to make soymilk and other milk-like products.
Description
Technical field
The utility model relates to a kind of soy bean milk making machine that family's self-control soya-bean milk is used that is convenient to.
Background technology
In the disclosed at present relevant soy bean milk making machine technology, as the patent No. is ZL200410036418.4, name is called " Are Easy to Clean Multi-Soya-Bean Milk Machine ", relate to a kind of making soya-bean milk, the device of rice paste and fruits and vegetables soup etc., include motor, blade, head, staving, the head lower cover spiral-lock is on staving, it is characterized in that on head lower cover, being set with an air deflector, the air deflector bottom is stretched in the water, the air deflector end opening is what open wide, fixing blade is in air deflector and stretch in the water on the motor major axis front end, air deflector is provided with pod apertures, also can be that head lower cover is provided with the guiding gutter that is communicated with the air deflector inner chamber, when head lower cover is provided with the guiding gutter that is communicated with the air deflector inner chamber, can also on air deflector, also be provided with pod apertures, water and pulverized pulping materials in staving and air deflector between repeatedly circulation finish pulping process.Because the air deflector that this technology relates to is the design of last lower open mouth, and the hole of air deflector sidewall is bigger, it is few than guard class air deflector to distribute, thereby has solved traditional guard type air deflector preferably because the defective of the fine and closely woven not easy cleaning of cinclides.Because air deflector adopts the rotation mode folk prescription to being fixed on the head lower cover, because the drive unit that this series products uses must be that rotating speed is generally at the motor that runs up more than 6500 ~ 20000 rev/mins, produce high-frequency vibration because of rotating at a high speed, thereby in use, the rotary fixing device of air deflector is wearing and tearing or aging easily, air deflector is in use pitched because of the high-frequency vibrations from head lower cover easily, security incident takes place; Secondly, this technical scheme is fixed on air deflector on the head lower cover from the convenient angle of cleaning and using, its underpart open-mouth is arranged on and leaves barrel place of diapire certain distance, the beans material is inhaled into air deflector from the bottom open-mouth of air deflector, but because current can be with the blade fast rotational in bucket under the driving of blade, the speed that the beans large particulate matter precipitates in water is fast, centrifugal force is also big than water, the beans large particulate matter can mainly accumulate in the bottom and the base angle of bucket, moreover the bottom of air deflector absorbs the beans material in bucket central authorities with axial hoisting type for worn-out mouthful, mainly the radial motion direction because of rotation formation is just opposite with the beans material, thereby is not easy to be inhaled into an air deflector that is positioned at bucket central authorities.The invention technical scheme that another kind of and above-mentioned patent is more approaching, as number of patent application is 200710102701.6, name is called " mill of easy cleaning, boiling integrated soya-bean milk machine ", though mention the projection that is the smooth arc wire in the setting of organism bottom inner surface by the bottom sides edge to the center, convex water conservancy diversion cambered surface in forming, and be beans material water conservancy diversion, but still do not overcome above-mentioned technical deficiency by this convex water conservancy diversion cambered surface.Also has a kind of technical scheme that on the bucket wall, increases deflection plate, for example the patent No. is ZL200420053238.2, name is called the patent scheme of " multifunctional soya-bean milk machine ", test discovery in detail through us, the preferably continuous turbulent motion of rotating fluid in the bucket, though can not be too fast, can not be blocked, otherwise can be at the residual bulky grain beans of blocking position material, so deflection plate produce substantial effect.Therefore utilize technique scheme to make soya-bean milk, not only air deflector comes off easily and damages soy bean milk making machine or security incident takes place, and the pulping process consumed time is long, and processing back bean dregs particle is big, and corresponding crushing juice rate is lower.
Summary of the invention
The utility model is primarily aimed at the problem that prior art exists, and we are through detailed experiments, proposes a kind of can making and installs and uses simpler and easy but the household soy milk machine that air deflector structure and mounting structure thereof are more safe and reliable of air deflector.
Scheme one: household soy milk machine, include drive motors, blade, staving, air deflector and spiral-lock head lid at holding of staving top described drive motors and control device, the side wall upper part of described air deflector open topped and described air deflector is provided with discharging opening, and described blade is connected on the output rotating shaft of head lid bottom and extend in the described air deflector; Be reserved with between the sidewall of described air deflector and the madial wall of described staving and can make graininess soya-bean milk material with the free-pouring space of water, the lower surface of described head lid and the interior diapire of described staving are pressed on the two ends up and down of described air deflector respectively and described air deflector are given radial and axial location; The lower sidewall of described air deflector is provided with charging aperture, and the Plane of rotation of described blade is higher than the charging aperture of described air deflector; In the Plane of rotation position of described blade, the rotating diameter of described blade is slightly smaller than the internal diameter of described air deflector.
Scheme two: household soy milk machine includes drive motors, blade, staving, air deflector and the spiral-lock head lid at holding of staving top described drive motors and control device; The side wall upper part of described air deflector open topped and described air deflector is provided with discharging opening, and described blade is connected on the output rotating shaft of head lid bottom and extend in the described air deflector; Be reserved with between the sidewall of described air deflector and the madial wall of described staving and can make graininess soya-bean milk material with the free-pouring space of water; The 3rd boss with the adaptive hollow form of the side wall dimensions of the bottom open-mouth of described air deflector is set on the interior diapire of described staving, the lug of described the 3rd boss supports the bottom open-mouth of described air deflector, and the lower surface of described head lid and the lug of described the 3rd boss are pressed on the two ends up and down of described air deflector respectively and described air deflector is given radial and axial location; The lug root of described the 3rd boss is provided with charging aperture, and the Plane of rotation of described blade is higher than the charging aperture of described air deflector; In the Plane of rotation position of described blade, the rotating diameter of described blade is slightly smaller than the internal diameter of described air deflector.
Adopt technique scheme, have following advantage:
Since the lower surface of described head lid and the interior diapire of described staving be pressed on the two ends up and down of described air deflector respectively and described air deflector given radial and axial location, described air deflector not with its any parts up and down, particularly the parts on top are fixedly connected and only be that the mode of compressing connects, only need during use air deflector is put into staving, when fastening the head lid, give radial and axial fixed getting final product again, use very easy;
2. because drive motors is the micromachine of ultrahigh speed running, moreover radiating condition is very poor, can violent heating during running, so all there is disposable continuous operation time restriction at present in the soy bean milk making machine series products, generally can not surpass 3 minutes, can reach 9 minutes individually.Because air deflector described in the utility model is not fastenedly connected with head lid large tracts of land, only be to compress structure, thereby in the soya-bean milk boiling part, described air deflector only have only the described head lid of a spot of heat transferred, the temperature rise of described head lid is reduced, make soya-bean milk thereby help continuity.
3. because adopting, described air deflector charging aperture is set in lower sidewall, and the bottom of described air deflector is pressed on the interior diapire of staving, thereby make charging aperture basic near diapire in the described staving, even the beans large particulate matter is deposited on the bottom, also can be inhaled into described air deflector on the plane of its rotation.
4. in lower sidewall charging aperture is set because described air deflector adopts, produces suction radially at the charging aperture place of described air deflector, this attraction is consistent with the direction of rotation of beans large particulate matter, thereby also is easier to suck.
5. because the charging aperture in the scheme two is arranged on the lug root of described the 3rd boss rather than in the lower sidewall of described air deflector, thereby charging aperture can be finished by Mould Machining together with staving is disposable, and the lower sidewall of described air deflector punching out charging aperture again makes whole process simple.
Because the present invention has above-mentioned advantage, make that the soy bean milk making machine of using the present invention program is safe in utilization, easy, the time of making soya-bean milk obviously reduces, the bean dregs particle exquisiteness after the making soya-bean milk, crushing juice rate improves greatly; Manufacture process is also simple in addition, and cost is low.Thereby the present invention can be used to manufacture the milk products of soya-bean milk or other similar products.
Description of drawings
Fig. 1 is a structural representation of using the embodiment one of the technology of the present invention;
Fig. 2 is first kind of scheme generalized section using between the interior diapire 31 that air deflector 4 among the embodiment one of the technology of the present invention is pressed on the lower surface 50 of head lid 5 and staving 3;
Fig. 3 is second kind of scheme generalized section using between the interior diapire 31 that air deflector 4 among the embodiment one of the technology of the present invention is pressed on the lower surface 50 of head lid 5 and staving 3;
Fig. 4 is the generalized section of using between the interior diapire 31 that the air deflector 4 that is provided with shutoff base plate 43 schemes among the embodiment one of the technology of the present invention is pressed on the lower surface 50 of head lid 5 and staving 3;
Fig. 5 is the third scheme generalized section of using between the interior diapire 31 that air deflector 4 among the embodiment one of the technology of the present invention is pressed on the lower surface 50 of head lid 5 and staving 3;
Fig. 6 is a kind of generalized section of replacement scheme of the third scheme of using the embodiment one of the technology of the present invention;
Fig. 7 is the 4th kind of scheme generalized section of using between the interior diapire 31 that air deflector 4 among the embodiment one of the technology of the present invention is pressed on the lower surface 50 of head lid 5 and staving 3;
Fig. 8, be use the technology of the present invention embodiment one the third scheme further improvement air deflector 4 structure and realize compressing the generalized section of structure;
Fig. 9, be use the technology of the present invention embodiment one the 4th kind of scheme further improvement air deflector 4 structure and realize compressing the generalized section of laminated structure;
Figure 10 is a structural upright schematic diagram of using further improved air deflector 4 among Fig. 8, Fig. 9 of embodiment one of the technology of the present invention;
Figure 11 is a generalized section of using the 5th kind of scheme between the interior diapire 31 that air deflector 4 among the embodiment one of the technology of the present invention is pressed on the lower surface 50 of head lid 5 and staving 3;
Figure 12 is a generalized section of using the 6th kind of scheme between the interior diapire 31 that air deflector 4 among the embodiment one of the technology of the present invention is pressed on the lower surface 50 of head lid 5 and staving 3;
Figure 13 is the A-A generalized section of Figure 12 of the embodiment one of the technology of the present invention;
Figure 14 is a partial cutaway schematic of using the 7th kind of scheme between the interior diapire 31 that air deflector 4 among the embodiment one of the technology of the present invention is pressed on the lower surface 50 of head lid 5 and staving 3;
Figure 15 is the B-B cutaway view of Figure 14 of the embodiment one of the technology of the present invention;
Figure 16 is a structural representation of using the embodiment two of the technology of the present invention;
Figure 17 is a partial sectional view of using annexation between the air deflector 4 of embodiment two of the technology of the present invention and the 3rd boss 7;
Figure 18 is the 3rd boss 7 further generalized sections of improving structure of using the embodiment two of the technology of the present invention;
Figure 19 is the 3rd boss 7 further generalized sections of improving structure of using the embodiment two of the technology of the present invention;
Figure 20 is the 3rd boss 7 further generalized sections of improving structure of using the embodiment two of the technology of the present invention.
The specific embodiment
Embodiment one
As shown in Figure 1, household soy milk machine, include drive motors 1, blade 2, staving 3, air deflector 4 and spiral-lock the head lid 5 that holds described drive motors and control device on staving 3 tops, the side wall upper part of the upper opening of described air deflector 4 and described air deflector 4 is provided with discharging opening 41, and described blade 2 is connected on the output rotating shaft 6 of bottom of head lid 5 and extend in the described air deflector 4; Be reserved with between the madial wall of the sidewall of described air deflector 4 and described staving 3 and can make graininess soya-bean milk material with the free-pouring space of water, the lower surface 50 of described head lid 5 is pressed on the two ends up and down of described air deflector 4 respectively and described water conservancy diversion 4 is given radial and axial location with the interior diapire 31 of described staving 3; The lower sidewall of described air deflector 4 is provided with charging aperture 42, and the Plane of rotation of described blade 2 is higher than the charging aperture 42 of described air deflector, also is lower than the described discharging opening 41 of the side wall upper part setting of described air deflector 4 simultaneously; Plane of rotation position at described blade 2, difference gap between the rotating diameter of described blade 2 and the internal diameter of described air deflector is 4MM ~ 12MM, consider that the manufacturing capacity of current blade limits, cause the radial beat eccentricity that the blade asymmetry produces when running up, in fact difference gap is preferably selected 7MM ~ 10MM.The charging aperture 42 of the lower sidewall setting of described air deflector 4 is down " U " font, as the mode that is equal to, also can be the notch of shapes such as " mouth " font of the no end, semicircle, circle, strip; The minimum point of notch is positioned at the side wall lower ends face of described air deflector, can certainly be higher than described side wall lower ends face a little.
Described drive motors 1 is a kind of quick peeler device, and rotating speed can divide many speed adjustable between 6500 ~ 20000.
The Plane of rotation of described blade 2 is between the charging aperture 42 and discharging opening 41 of described air deflector.It is 20MM ± 5MM that the distance that the Plane of rotation of wherein said blade 2 is higher than the charging aperture 42 of described air deflector is preferably selected.
Described air deflector 4 be ring-type and the complete uncovered shape cylindrical body of opening up and down; Do not hindering under the situation that compresses connected mode, described air deflector 4 also can be designed as top or bottom part back cover also is the barrel of part opening, can also be the structure of the whole back covers in top or bottom, concrete structure can be selected accordingly according to the difference mode that compresses that is provided with.Be reserved with between the madial wall of the sidewall of described air deflector 4 and described staving 3 and can make graininess soya-bean milk material with the free-pouring space of water, thereby can make the beans large particulate matter enter and flow out, and then between the cavity volume of the inner chamber of described air deflector 4 and described staving 3, circulate with water from described discharging opening 41 from described charging aperture 42.Described air deflector 4 is by the stainless steel material manufacturing, or makes with the heatproof plastics.
The lower sidewall of described air deflector 4 is provided with charging aperture 42, makes the soya-bean milk material of the sidewall outside that is positioned at described air deflector 4 radially rotate into described air deflector 4; Though is not a complete chamber wall at the position of described charging aperture 42 sidewall because of making the remaining retention wall body 44 of charging aperture, but because water velocity is very fast, and generation has bigger external and internal pressure poor in described charging aperture position, and this pressure differential will be diffused into the cavity volume of the whole lower inlet position of described air deflector 4.
Described head lid 5 is housings that hold devices such as described drive motors, control device, switch, described head covers the top of 5 spiral-locks at described staving 3, promptly cooperate the top that is positioned at described staving 3, make described staving 3 form the soya-bean milk container of a relative closure by modes such as positioning spigots.
By the lower surface 50 of described head lid 5 and the relative radial and axial location that compresses realization to described air deflector 4 of the interior diapire 31 of described staving 3, also realize to described air deflector 4 it originally being to go up the lower open mouth position in use to be sealed, thereby make described air deflector 4 in use safe and reliable, simultaneously very easy again.The location mode can realize by a variety of modes, wherein:
First kind of scheme, as shown in Figure 2, the first adaptive short boss 51 of internal diameter at the open topped place of setting and described air deflector on the lower surface of described head lid 5, the described first short boss 51 is height short boss about 3MM, form the common used positioning spigot of our mechanical field, stretch into and be pressed on the open topped place of described air deflector 4, form radial location described air deflector 4; The lower surface 50 of described head lid 5 and the interior diapire of described staving 3 31 cooperate at axial direction, form the axial location to described air deflector 4 again.Like this, described air deflector 4 neither can move radially in use, also the problem that can not take place axially to come off.Finish using, take out described air deflector 4 cleanings and also make things convenient for.
Second kind of scheme, as shown in Figure 3, Positioning Principle and corresponding effects and first kind of scheme basically identical.The first adaptive pit 52 of external diameter at the open topped place of setting and described air deflector 4 on the lower surface 50 of described head lid 5, the open topped place of described air deflector 4 stretches into and is pressed in described first pit 52, cooperates the radial and axial location that forms described air deflector 4 with the interior diapire 31 of described staving 3 in the lower surface 50 of described head lid 5.
In above-mentioned two each and every one technical schemes, further scheme can also be, as shown in Figure 4, the bottom of described air deflector 4 is provided with shutoff base plate 43, give the bottom open-mouth of described air deflector complete or semiclosed by shutoff base plate 43, thereby a kind of brute force that adds is provided for the retention wall body 44 between the charging aperture of lower sidewall setting of described air deflector 4, makes that to retain wall body 44 not yielding.
The third scheme, as shown in Figure 5, Positioning Principle and corresponding effects and first kind of scheme basically identical.The bottom of described air deflector 4 is uncovered, the second adaptive short boss 32 of internal diameter of the bottom open-mouth of setting and described air deflector 4 on the interior diapire 31 of described staving 3, the uncovered position, bottom that the described second short boss 32 inserted and compressed described air deflector 4, cooperate the radial and axial location that forms described air deflector with the lower surface 50 of described head lid 5, also pass through the plugging structure of interior diapire 31 formation of the described second short boss 32 or described staving simultaneously the uncovered position, bottom of described air deflector 4.As a kind of equivalent, can also be, as shown in Figure 6, two second concentric short boss 32 being set on the interior diapire 31 of described staving 3, uncovered position, the bottom of described air deflector 4 is radially positioned in the groove between described two second concentric short boss 32.Further, can also can dismantle the ground mode easily by spiral shell mosquito, mode such as button tooth etc. the bottom of described air deflector is connected with the described second short boss 32, thereby described air deflector 4 is not only located but also directly is fixed on the interior diapire 31 of described staving; But in the further improved plan of this kind, the bottom of described air deflector 4 is fixed under the situation about connecting, and the top of described air deflector 4 just not necessarily must be pressed on the lower surface 50 of described head lid 5, even allows and have certain clearance.
The 4th kind of scheme, as shown in Figure 7, Positioning Principle and corresponding effects and first kind of scheme basically identical.The bottom of described air deflector 4 is uncovered, the second adaptive pit 33 of external diameter of the bottom open-mouth of setting and described air deflector 4 on the interior diapire 31 of described staving, uncovered position, the bottom of described air deflector is inserted and is pressed in described second pit 33, cooperates the radial and axial location that forms described air deflector 4 with the lower surface 50 of described head lid 5, the while also the diapire by described second pit 33 form plugging structure to the uncovered position, bottom of described air deflector 4.Further, can also can dismantle the ground mode easily by spiral shell mosquito, mode such as button tooth etc. the bottom of described air deflector 4 is connected with described second pit 33, thereby described air deflector 4 is not only located but also directly is fixed on the interior diapire 31 of described staving.But in the further improved plan of this kind, the bottom of described air deflector 4 is fixed under the situation about connecting, and the top of described air deflector 4 just not necessarily must be pressed on the lower surface 50 of described head lid 5, even allows and have certain clearance.
On the basis of above-mentioned the third or the 4th kind of scheme, can also further be, as Fig. 8,9, shown in 10, the opened upper end place of described air deflector 4 or be provided with top sealing plate 45 in low a little any position open topped is sealed, thereby the center of described top sealing plate 45 is provided with top center hole 46 and forms the structure that part binds, described air deflector 4 is sleeved on the output rotating shaft 6 between described blade 2 and the described head lid 5 by described top center hole 46, the lower surface 50 of described head lid 5 is pressed on the top sealing plate 45 of described air deflector 4, and described air deflector 4 also just can be positioned at described head and cover between the interior diapire 31 of 5 lower surface 50 and described staving 3 by radial and axial.Under this kind scheme, described air deflector 4 just need not be again can be dismantled the ground mode easily by modes such as spiral shell mosquito, button teeth and fixedlyed connected with the interior diapire 31 of described staving in the bottom of described air deflector 4.
The 5th kind of scheme, as shown in figure 11, Positioning Principle and corresponding effects and first kind of scheme basically identical.Described shutoff base plate 43 is provided with bottom center hole 47, the short protrusion post 34 adaptive with described bottom center hole 47 is set on the interior diapire 31 of described staving 3, described short protrusion post 34 is inserted in the described bottom center hole 47, cooperates the radial and axial location that forms described air deflector 4 with the lower surface 50 of described head lid 5.
The 6th kind of scheme, shown in Figure 12,13, Positioning Principle and corresponding effects and first kind of scheme basically identical.Described shutoff base plate 43 is provided with three bottom plate hole 48, the little protrusion post 35 adaptive with described bottom plate hole 48 is set on the interior diapire 31 of described staving 3, described little protrusion post 35 is inserted in the described bottom plate hole 48, cooperates the radial and axial location that forms described air deflector 4 with the lower surface 50 of described head lid 5.
The 7th kind of scheme, shown in Figure 14,15, at the lower end of described air deflector 4 arranged outside extension base plate 49, described extension base plate 49 connects as one with described shutoff base plate 43, evenly is provided with mesh-like hole 401 on described shutoff base plate 43 and the described extension base plate 49.The size in mesh-like hole 401 can make fermented bean drink reveal again to exceed to block bean dregs.Described extension base plate 49 extends to the madial wall of described staving 3 on the interior diapire 31 of described staving 3, cooperate the radial and axial location that forms described air deflector 4 with the lower surface of described head lid 5.So, described extension base plate 49 is bearing on the interior diapire 31 of described staving 3 and is subjected to the constraint of the madial wall of described staving 3, cooperates the radial and axial location of formation to described air deflector 4 with the lower surface 50 of described head lid 5, can form filter screen again.If do not consider filtering function, just the mesh-like hole can be set on described extension base plate 49 and the described shutoff base plate 43.Secondly, iff angle from the realization radial location, described extension base plate 49 can also be designed to skeleton structure rather than plank frame, and the positioner of this skeleton structure can be arranged on any position of the sidewall of described air deflector 4, rather than can only be arranged on the arranged outside of the side wall lower ends of described air deflector 4.Described extension base plate 49 and described shutoff base plate 43 be by the stainless steel material manufacturing, or make with the heatproof plastics.
In a word, have a variety ofly by the mode that compresses syndeton and realize the radial and axial location of described air deflector, just do not enumerate one by one at this.
Shown in Figure 14,15, can hold more bean dregs in order to make full use of described extension base plate 49, and when moving described extension base plate 49, making bean dregs be difficult for scattering, the outer portion of described extension base plate 49 also is provided with the crimping 490 that raises up, and forms an accommodation tool by crimping 490.
As shown in figure 14, the diapire of described staving 3 is the pot shape to lower recess, and the outer of described extension base plate 49 is bearing in the sidewall of described staving 3 and the turning transition position between the pot shape diapire, thereby the bucket base space is separated into two spaces up and down; Thus, not only can utilize concave surface to form to particularly being positioned at the reflective water flow of soya-bean milk material of the bucket position, angle on the described extension base plate 49 in the staving, the bulky grain beans of washing the bucket angle that is positioned on the described extension base plate 49 open make it to be inhaled into easily air deflector, and can fully separate, collect soya-bean milk juice with the filter screen cooperation of described extension base plate 49 formation.Secondly, as shown in figure 14, the lowest part of the diapire of described staving 3 is provided with outage 36, can conveniently collect fermented bean drink from the bottom of bucket like this.
Embodiment two
As shown in figure 16, household soy milk machine includes drive motors 1, blade 2, staving 3, air deflector 4 and the spiral-lock head lid 5 at holding of staving top described drive electrode and control device; The side wall upper part of described air deflector 4 upper openings and described air deflector 4 is provided with discharging opening 41, and described blade 2 is connected in head and covers on the output rotating shaft 6 of 5 bottoms and from extending in the described air deflector 4; Be reserved with between the madial wall of the sidewall of described air deflector 4 and described staving 3 and can make graininess soya-bean milk material with the free-pouring space of water; The 3rd boss 7 with the adaptive hollow form of the side wall dimensions of the bottom open-mouth of described air deflector 4 is set on the interior diapire 31 of described staving 3, the lug of described the 3rd boss 7 supports the bottom open-mouth of described air deflector 4, and the lower surface 50 of described head lid 5 is pressed on the two ends up and down of described air deflector 4 respectively and described air deflector 4 is given radial and axial location with the lug of described the 3rd boss 7; The root of the lug of described the 3rd boss 7 is provided with charging aperture 71, and the Plane of rotation of described blade 2 is higher than the charging aperture 71 of described air deflector 4; In the Plane of rotation position of described blade 2, the rotating diameter of described blade 2 is slightly smaller than the internal diameter of described air deflector 4.
As shown in figure 17, the 3rd boss 7 of described hollow form, be meant the annular hollow body of described the 3rd boss 7 projection from the interior diapire 31 of described staving 3, the middle end be described in diapire 31.The lug of described the 3rd boss 7 supports the bottom open-mouth of described air deflector 4, and the side wall lower ends portion that is meant described air deflector 4 is bearing on the supporting positions such as the positioning spigot that is provided with on the lug of described the 3rd boss 7, top plan.Described charging aperture 71 is arranged on the root of the lug of described the 3rd boss 7, and soya-bean milk class material is inhaled in the described air deflector 4 by described charging aperture 71.The interior diapire 31 of the preferably approaching described staving 3 of the minimum point of described charging aperture 71.Further technical scheme can also be, as shown in figure 18, the lug of described the 3rd boss 7 is that the detent projection of gap arrangement combines around a center of circle, and the gap between the detent projection forms described charging aperture 71.
Further technical scheme can also be that the lower end of described air deflector 4 removably is connected on the lug of described the 3rd boss 7.
Further technical scheme is that as shown in figure 19, the edge, lower end of described air deflector 4 contains the lug of described the 3rd boss 7, and the charging aperture 71 of perforation is set on the lug of the lower sidewall of described air deflector 4 and described the 3rd boss 7 simultaneously.Further technical scheme is that as shown in figure 20, the edge, lower end of described air deflector 4 is inclusive in the lug of described the 3rd boss 7, and the charging aperture 71 of perforation is set on the lug of the lower sidewall of described air deflector 4 and described the 3rd boss 7 simultaneously.These two kinds of technical schemes are actually among the embodiment one the third scheme conversion scheme as shown in Figure 5, and difference is the height of projection of the height of projection of present embodiment two greater than embodiment one.
In the present embodiment, as the syndeton that compresses that forms the two ends up and down of described air deflector 4, can also be according to the embodiment one the same radial and axial location structure that on the lower surface 50 of described head lid 5, is provided with described air deflector 4.These are expected easily according to thinking of the present utility model, in this draw no longer in addition schematic diagram and description in addition.
Claims (21)
1. household soy milk machine, include drive motors, blade, staving, air deflector and spiral-lock head lid at holding of staving top described drive motors and control device, the side wall upper part of described air deflector open topped and described air deflector is provided with discharging opening, and described blade is connected on the output rotating shaft of head lid bottom and extend in the described air deflector; It is characterized in that, be reserved with between the sidewall of described air deflector and the madial wall of described staving and can make graininess soya-bean milk material with the free-pouring space of water, the lower surface of described head lid and the interior diapire of described staving are pressed on the two ends up and down of described water conservancy diversion respectively and described air deflector are given radial and axial location; The lower sidewall of described air deflector is provided with charging aperture, and the Plane of rotation of described blade is higher than the charging aperture of described air deflector; In the Plane of rotation position of described blade, the rotating diameter of described blade is slightly smaller than the internal diameter of described air deflector.
2. household soy milk machine according to claim 1, it is characterized in that, the first adaptive short boss of internal diameter at the open topped place of setting and described air deflector on the lower surface of described head lid, the described first short boss stretches into and is pressed on the open topped place of described air deflector, cooperates the radial and axial location that forms described air deflector with the interior diapire of described staving.
3. household soy milk machine according to claim 1, it is characterized in that, the first adaptive pit of external diameter at the open topped place of setting and described air deflector on the lower surface of described head lid, the open topped place of described air deflector stretches into and is pressed in described first pit, cooperates the radial and axial location that forms described air deflector with the interior diapire of described staving.
4. household soy milk machine according to claim 1, it is characterized in that, the bottom of described air deflector is uncovered, the second adaptive short boss of internal diameter of the bottom open-mouth of setting and described air deflector on the interior diapire of described staving, the uncovered position, bottom that the described second short boss inserted and compressed described air deflector, cooperates the radial and axial location that forms described air deflector with the lower surface of described head lid, the while also the interior diapire by the described second short boss or described staving form plugging structure to the uncovered position, bottom of described air deflector.
5. household soy milk machine according to claim 1, it is characterized in that, the bottom of described air deflector is uncovered, the second adaptive pit of external diameter of the bottom open-mouth of setting and described air deflector on the interior diapire of described staving, uncovered position, the bottom of described air deflector is inserted and is pressed in described second pit, cooperates the radial and axial location that forms described air deflector with the lower surface of described head lid, the while also the diapire by described second pit form plugging structure to the uncovered position, bottom of described air deflector.
6. according to claim 1,2 or 3 described household soy milk machines, it is characterized in that the bottom of described air deflector is provided with the shutoff base plate.
7. household soy milk machine according to claim 6, it is characterized in that, described shutoff base plate is provided with bottom center hole, on the interior diapire of described staving, be provided with and the adaptive short protrusion post of described bottom center hole, described short protrusion post inserts and is pressed in the described bottom center hole, cooperates the radial and axial location that forms described air deflector with the lower surface of described head lid.
8. household soy milk machine according to claim 6, it is characterized in that, described shutoff base plate is provided with two or more bottom plate holes, on the interior diapire of described staving, be provided with and the adaptive little protrusion post of described bottom plate hole, described little protrusion post inserts and is pressed in the described bottom plate hole, cooperates the radial and axial location that forms described air deflector with the lower surface of described head lid.
9. household soy milk machine according to claim 6, it is characterized in that, also comprise the extension base plate that connects as one with described shutoff base plate, evenly be provided with the mesh-like hole on described shutoff base plate and the described extension base plate, the madial wall that extends to described staving on the interior diapire of described staving of described extension base plate cooperates the radial and axial location that forms described air deflector with the lower surface of described head lid.
10. household soy milk machine according to claim 9 is characterized in that, the outer portion of described extension base plate is provided with the crimping that raises up.
11. household soy milk machine according to claim 9 is characterized in that, the diapire of described staving is the pot shape to lower recess, and the outer of described extension base plate is bearing in the sidewall of described staving and the turning transition position between the pot shape diapire.
12. household soy milk machine according to claim 11 is characterized in that, the lowest part of the diapire of described staving is provided with outage.
13. household soy milk machine according to claim 1 is characterized in that, the minimum point of the charging aperture of the lower sidewall setting of described air deflector approaches the side wall lower ends face of described air deflector substantially.
14. according to claim 1 or 13 described household soy milk machines, it is characterized in that, the charging aperture of the lower sidewall setting of described air deflector be the gap side wall lower ends portion that is arranged on described air deflector be down " U " font, " mouth " font of the no end or semicircular notch.
15., it is characterized in that the lower end of described air deflector removably is connected on the interior diapire of described staving according to claim 4 or 5 described household soy milk machines.
16. according to claim 4 or 5 described household soy milk machines, it is characterized in that, the opened upper end place of described air deflector is provided with top sealing plate, the center of described top sealing plate is provided with the top center hole, described air deflector is contained on the output rotating shaft between described blade and the described head lid by described top center borehole jack, and the lower surface of described head lid is pressed on the top sealing plate of described air deflector.
17. household soy milk machine according to claim 1 is characterized in that, in the Plane of rotation position of described blade, the difference gap between the rotating diameter of described blade and the internal diameter of described air deflector is 4MM～12MM, preferably selects 7MM～10MM.
18. household soy milk machine includes drive motors, blade, staving, air deflector and the spiral-lock head lid at holding of staving top described drive motors and control device; The side wall upper part of described air deflector open topped and described air deflector is provided with discharging opening, and described blade is connected on the output rotating shaft of head lid bottom and extend in the described air deflector from the open topped position of described air deflector; It is characterized in that, be reserved with between the sidewall of described air deflector and the madial wall of described staving and can make graininess soya-bean milk material with the free-pouring space of water; The 3rd boss with the adaptive hollow form of the side wall dimensions of the bottom open-mouth of described air deflector is set on the interior diapire of described staving, the lug of described the 3rd boss supports the bottom open-mouth of described air deflector, and the lower surface of described head lid and the lug of described the 3rd boss are pressed on the two ends up and down of described air deflector respectively and described air deflector is given radial and axial location; The lug root of described the 3rd boss is provided with charging aperture, and the Plane of rotation of described blade is higher than the charging aperture of described air deflector; In the Plane of rotation position of described blade, the rotating diameter of described blade is slightly smaller than the internal diameter of described air deflector.
19. household soy milk machine according to claim 18 is characterized in that, the basic interior diapire near described staving of the minimum point of the charging aperture that is provided with on the lug of described the 3rd boss.
20., it is characterized in that the lug of described the 3rd boss is that the detent projection of gap arrangement combines around a center of circle according to claim 18 or 19 described household soy milk machines, the gap between the detent projection forms described charging aperture.
21. household soy milk machine according to claim 18 is characterized in that, the lower end of described air deflector removably is connected on the lug of described the 3rd boss.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008100256332A CN101228938A (en) | 2008-01-03 | 2008-01-03 | Domestic soymilk machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008100256332A CN101228938A (en) | 2008-01-03 | 2008-01-03 | Domestic soymilk machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101228938A true CN101228938A (en) | 2008-07-30 |
Family
ID=39896008
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2008100256332A Pending CN101228938A (en) | 2008-01-03 | 2008-01-03 | Domestic soymilk machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101228938A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101869248B (en) * | 2009-04-21 | 2013-04-24 | 励春亚 | Novel soybean milk machine |
| CN105249854A (en) * | 2015-09-09 | 2016-01-20 | 杭州九阳小家电有限公司 | Soya-bean milk machine |
-
2008
- 2008-01-03 CN CNA2008100256332A patent/CN101228938A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101869248B (en) * | 2009-04-21 | 2013-04-24 | 励春亚 | Novel soybean milk machine |
| CN105249854A (en) * | 2015-09-09 | 2016-01-20 | 杭州九阳小家电有限公司 | Soya-bean milk machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN207125636U (en) | A kind of coffee pot that can grind beans | |
| US8342079B2 (en) | Multifunctional soybean milk maker | |
| CN106820992A (en) | A kind of method of work of the rotatable bean-grinding coffee machine for brewing | |
| CN101810445A (en) | Interactive shearing type cutter structure for food processor | |
| CN107374406A (en) | A kind of separate type is beaten uniform anti-clogging soy bean milk making machine | |
| CN202206838U (en) | Commercial soymilk grinder | |
| CN104161474A (en) | Full-automatic grinding miller | |
| CN101228938A (en) | Domestic soymilk machine | |
| CN103536216A (en) | Residue and juice separator | |
| CN206462788U (en) | Screw rod and Normal juice machine | |
| CN206403600U (en) | A kind of Normal juice machine | |
| CN106235921B (en) | A kind of slurry separates the household bean curd cooking machine of the continuous pulp of simultaneously energy | |
| CN201156961Y (en) | Domestic soya-bean milk making machine | |
| CN208441181U (en) | The grinding assembly of food refuse disposer and food refuse disposer with it | |
| CN201675769U (en) | Interactive shearing type crushing cutter structure of food processor | |
| CN206403601U (en) | A kind of Normal juice machine | |
| CN212234222U (en) | Novel fiberizer | |
| CN101214026A (en) | Bucket body structure of domestic soya-bean milk making machine | |
| CN202821022U (en) | Scum juice segregator | |
| CN109988703A (en) | A kind of band removes slag the fermentation machine of function | |
| CN107212769A (en) | A kind of household soya-bean milk mixer | |
| CN201491673U (en) | Soy milk grinder | |
| CN201295156Y (en) | A turbulent cover used in a soymilk machine | |
| CN206700068U (en) | A kind of soy bean milk making machine | |
| CN201156962Y (en) | Domestic soya-bean milk making machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Open date: 20080730 |