CN204520332U - The head of soy bean milk making machine - Google Patents
The head of soy bean milk making machine Download PDFInfo
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- CN204520332U CN204520332U CN201420873620.1U CN201420873620U CN204520332U CN 204520332 U CN204520332 U CN 204520332U CN 201420873620 U CN201420873620 U CN 201420873620U CN 204520332 U CN204520332 U CN 204520332U
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Abstract
The utility model discloses a kind of head of soy bean milk making machine, be arranged on the ladle body of soy bean milk making machine, head has rotating shaft, rotating shaft is provided with crushing knife and flow-disturbing part, flow-disturbing part is downward opening bowl shape, crushing knife is positioned at the region that opening surrounds, flow-disturbing part is set with on the rotary shaft and relative rotation axi is rotatable, crushing knife drives the food materials in ladle body to rotate and food materials drive flow-disturbing part to rotate: the ratio of the bore of flow-disturbing part and the diameter of crushing knife is 0.3125≤W≤7.25, the ratio of the bore of flow-disturbing part and its height is 0.139≤X≤14.5, the ratio of the bore of flow-disturbing part and the distance between the lower surface of flow-disturbing part and the interior diapire of ladle body is 0.416≤Y≤725, the ratio of the rotating speed of crushing knife and the rotating speed of flow-disturbing part is 1<Z≤1500, distance between crushing knife and the interior diapire of soy bean milk making machine ladle body is not less than 7mm, and crushing knife is not higher than the lower end 60mm of flow-disturbing part, be not less than the lower end 50mm of flow-disturbing part.
Description
Technical field
The utility model relates to field of household appliances, more specifically, relates to a kind of head of soy bean milk making machine.
Background technology
Soy bean milk making machine utilizes motor as power part, drives the crushing knife High Rotation Speed in ladle body, to realize the pulverizing to the food materials in ladle body.But traditional soybean milk machine operationally noise is comparatively large, and effects on slurry making is poor, energy consumption is high, therefore there are the needs of improvement.
Utility model content
The application makes following problem and true consciousness and discovery based on inventor.
Soy bean milk making machine produces large noise when operating, reason is: crushing knife High Rotation Speed and mutually colliding with food materials, noise is produced while pulverizing food materials, and the crushing knife of High Rotation Speed drives food materials to rotate in ladle body, the inwall of food materials and ladle body clashes into generation noise mutually, thus the noise that soy bean milk making machine is operationally produced is very large.
In addition, also there is the crushing effect of not easy cleaning, food materials and effects on slurry making is poor, energy consumption is high problem in the soy bean milk making machine in correlation technique.
Document 1-CN1613410A proposes a kind of Are Easy to Clean Multi-Soya-Bean Milk Machine, wherein on head lower cover, is fixed with kuppe, so that cleaning.But this soy bean milk making machine is when operating, and the food materials rotated in ladle body and the kuppe be fixed on head collide, and increase the noise of soy bean milk making machine, and kuppe consume the kinetic energy of food materials, cause energy consumption high.
Document 2-CN102018053 discloses a kind of soy bean milk making machine, and this soy bean milk making machine comprises flow-disturbing frame and limited block, and flow-disturbing frame is set on motor output shaft, and limited block is located on the position relative with flow-disturbing frame, to stop flow-disturbing frame.When soy bean milk making machine operates, limited block stops that flow-disturbing frame rotates relative to ladle body with the food materials rotated in ladle body.Therefore, because flow-disturbing frame is motionless relative to ladle body, the same with document 1, in ladle body, the food materials of High Rotation Speed and flow-disturbing frame collide, and increase the noise of soy bean milk making machine, and the flow-disturbing frame static relative to ladle body consume the kinetic energy of food materials, causes energy consumption high.
Present inventor is found by large quantifier elimination, by flow-disturbing part is located in the ladle body of soy bean milk making machine rotationally relative to the rotating shaft and ladle body installing crushing knife, namely when soy bean milk making machine is run, rotating shaft drives crushing knife to rotate, to pulverize food materials in ladle body and to drive food materials to rotate in ladle body, food materials simultaneously in ladle body drive flow-disturbing frame to rotate (namely food materials drive upset frame to rotate relative to ladle body), simultaneously because the rotating speed of flow-disturbing frame is lower than the rotating speed of rotating shaft, therefore flow-disturbing frame also rotates relative to rotating shaft.
In other words, rotating shaft drives crushing knife High Rotation Speed, the crushing knife of High Rotation Speed drives food materials to rotate in ladle body, under the drive of food materials, flow-disturbing part absorb food materials part kinetic energy and with food materials rotating in same direction, due to flow-disturbing part rotating in same direction under the drive of food materials, the speed discrepancy of flow-disturbing part and food materials diminishes, the flow-disturbing part simultaneously rotated also can stir food materials stably, food materials being more evenly distributed in ladle body thus, the rotation of food materials is also more steady, the flow-disturbing effect of flow-disturbing part is then more remarkable, also reduce the noise that food materials and flow-disturbing part produce because speed discrepancy is comparatively large simultaneously, achieve the object to soy bean milk making machine noise reduction better.
In addition, under the drive of food materials, flow-disturbing part absorbs the part kinetic energy of food materials and with food materials rotating in same direction, food materials are under the effect of flow-disturbing part, kinetic energy diminishes, and rotating speed reduces, and the speed discrepancy of food materials and crushing knife becomes large, be equivalent to crushing knife cutting speed and become large, therefore, the effect of pulverizing can be better.
For this reason, the utility model provides the head of the little soy bean milk making machine of a kind of stirring to food materials noise that is steady, that produce.
According to the head of soy bean milk making machine of the present utility model, described head is arranged on the ladle body of described soy bean milk making machine, described head has rotating shaft, described rotating shaft is provided with crushing knife and flow-disturbing part, described flow-disturbing part is downward opening bowl shape, described crushing knife is positioned at the region that described opening surrounds, wherein: described in state flow-disturbing part and to be sleeved on described rotating shaft and relatively described rotating shaft is rotatable, described crushing knife drives the food materials in described ladle body to rotate and described food materials drive described flow-disturbing part to rotate: the ratio W of the bore D of described flow-disturbing part and the diameter d of described crushing knife is 0.3125≤W≤7.25, the bore D of described flow-disturbing part and the ratio X of its height H are 0.139≤X≤14.5, the ratio Y of the bore D of described flow-disturbing part and the distance h between the lower surface of described flow-disturbing part and the interior diapire of described ladle body is 0.416≤Y≤725, the ratio Z of the rotating speed V1 of described crushing knife and the rotating speed V of described flow-disturbing part is 1<Z≤1500, distance t between the interior diapire of described crushing knife and described soy bean milk making machine ladle body is not less than 7mm, and described crushing knife is not higher than lower end more than the 60mm of described flow-disturbing part, be not less than lower end more than the 50mm of described flow-disturbing part.
According to the head of soy bean milk making machine of the present utility model, the crushing knife of High Rotation Speed drives food materials to rotate in ladle body, under the drive of food materials, flow-disturbing part absorb food materials part kinetic energy and with food materials rotating in same direction, the speed discrepancy of flow-disturbing part and food materials diminishes, the flow-disturbing part simultaneously rotated also can stir food materials stably, food materials being more evenly distributed in ladle body thus, the rotation of food materials is also more steady, flow-disturbing part flow-disturbing effect is then more remarkable, also reduce the noise that food materials and flow-disturbing part produce because speed discrepancy is comparatively large simultaneously, achieve the object to soy bean milk making machine noise reduction better.
In addition, under the drive of food materials, flow-disturbing part absorbs the part kinetic energy of food materials and with food materials rotating in same direction, food materials are under the effect of flow-disturbing part, kinetic energy diminishes, and rotating speed reduces, and the speed discrepancy of food materials and crushing knife becomes large, be equivalent to crushing knife cutting speed and become large, therefore, the effect of pulverizing can be better.
The head of the soy bean milk making machine adopting above-mentioned parameter to make, compare with the soy bean milk making machine of correlation technique, its noise at least reduces 1-3dB.
In certain embodiments, the ratio W of the bore of described flow-disturbing part and the diameter of described crushing knife is 0.714≤W≤3.43, the ratio X of the bore of described flow-disturbing part and its height is 0.357≤X≤6, the bore of described flow-disturbing part and described flow-disturbing part are 1.25≤Y≤60 with the ratio Y of the distance in described ladle body between diapire, the ratio Z of the rotating speed of described crushing knife and the rotating speed of described flow-disturbing part is 1<Z≤1300, and described crushing knife not higher than described flow-disturbing part lower end more than 50mm, be not less than lower end more than the 20mm of described flow-disturbing part.
In certain embodiments, the ratio W of the bore of described flow-disturbing part and the diameter of described crushing knife is 1.33≤W≤2.66, the ratio X of the bore of described flow-disturbing part and its height is 0.8≤X≤3.33, the bore of described flow-disturbing part and described flow-disturbing part are 4≤Y≤20 with the ratio Y of the distance in described ladle body between diapire, the ratio Z of the rotating speed of described crushing knife and the rotating speed of described flow-disturbing part is 1.25≤Z≤45, and described crushing knife is 5-30mm higher than the distance of the lower end of described flow-disturbing part.
In certain embodiments, the head of described soy bean milk making machine is also provided with damping piece, described damping piece is used for the rotation of flow-disturbing part described in damping.
In certain embodiments, described head comprises: head body; Head lower cover, described head lower cover to be positioned at below described head body and to be arranged in described head body, surrounds accommodating chamber between described head body and described head lower cover;
Motor, described motor is arranged in described accommodating chamber and described motor is connected with described rotating shaft, extend out to the below of described head lower cover under described axial rotary; Described crushing knife is positioned at the below of described head lower cover and is fixedly mounted on described rotating shaft; Described flow-disturbing part is positioned at the below of described head lower cover.
In certain embodiments, described flow-disturbing part comprises: sleeve, and described sleeve set is on described rotating shaft and can rotate relative to described rotating shaft; With flow-disturbing body, described flow-disturbing body is positioned at the below of described head lower cover and is arranged on described sleeve.
In certain embodiments, described crushing knife is positioned at the below of described flow-disturbing body, and the upper end of described sleeve is positioned at described accommodating chamber.
In certain embodiments, described damping piece is positioned at described accommodating chamber and is sleeved on described sleeve, and the lower surface of described damping piece is resisted against on the interior diapire of described head lower cover.
In certain embodiments, described crushing knife is positioned at the inside of described flow-disturbing body.
In certain embodiments, described crushing knife is positioned at the outside of described flow-disturbing body.
Additional aspect of the present utility model and advantage become obvious by description part below, or are recognized by practice of the present utility model.
Accompanying drawing explanation
Above-mentioned and/or additional aspect of the present utility model and advantage will become obvious and easy understand from accompanying drawing below combining to the description of embodiment, wherein:
Fig. 1 is the partial schematic sectional view of the soy bean milk making machine of the head had according to the utility model embodiment.
Fig. 2 is the broken section structural representation of the head of soy bean milk making machine shown in Fig. 1.
Fig. 3 is the partial structurtes cross-sectional schematic of the head of soy bean milk making machine shown in Fig. 2.
Fig. 4 is another partial schematic sectional view of the soy bean milk making machine of the head had according to the utility model embodiment.
Reference numeral
Head 1, crushing knife 11, flow-disturbing part 12, sleeve 121, flow-disturbing body 122, rotating shaft 131, damping piece 14, head body 15, head lower cover 16, accommodating chamber 17, ladle body 2.
Detailed description of the invention
In order to more clearly understand above-mentioned purpose of the present utility model, feature and advantage, below in conjunction with the drawings and specific embodiments, the utility model is further described in detail.It should be noted that, when not conflicting, the feature in the embodiment of the application and embodiment can combine mutually.
Set forth a lot of detail in the following description so that fully understand the utility model; but; the utility model can also adopt other to be different from mode described here to implement, and therefore, protection domain of the present utility model is not by the restriction of following public specific embodiment.
As shown in Figures 1 to 4, be arranged on the ladle body 2 of soy bean milk making machine according to the head 1 of the soy bean milk making machine of the utility model embodiment, head 1 has rotating shaft 131, rotating shaft 131 is provided with crushing knife 11 and flow-disturbing part 12, and flow-disturbing part 12 is downward opening bowl shape.
Flow-disturbing part 12 is sleeved on rotating shaft 131 and relative rotation axi 131 is rotatable.Crushing knife 11 drives the food materials in ladle body 2 to rotate in ladle body 12, and then food materials drive flow-disturbing part 12 to rotate (that is: flow-disturbing part 12 rotating in same direction under the drive of food materials).Here, be understandable that, food materials can be the mixture of " beans and water ", but are not limited thereto, such as, also can be other fluid mixture, the mixture of such as fruit or vegetables and water.In other words, here, " soy bean milk making machine " should be interpreted broadly, and is not limited to for pulverizing bean or pea.
Here, it will be appreciated that, flow-disturbing part rotatably refers to when installation crushing knife on the rotary shaft drives food materials to rotate in ladle body relative to rotating shaft, flow-disturbing part and rotating shaft all rotate relative to ladle body and flow-disturbing part rotates relative to rotating shaft simultaneously, in other words, when rotating shaft drives crushing knife to rotate, flow-disturbing part rotates relative to ladle body under the drive of food materials, and because the rotating speed of flow-disturbing part is lower than the rotating speed of rotating shaft, therefore flow-disturbing part also rotates relative to rotating shaft, flow-disturbing part rotates as freely to rotate relative to ladle body, and the angle of namely rotating is more than 360 degree.
What it will be appreciated by those skilled in the art that is, as mentioned above, in soy bean milk making machine disclosed in document 1, the kuppe with the soy bean milk making machine of kuppe is fixed on the head lower cover of soy bean milk making machine, namely kuppe cannot rotate under the drive of food materials, and the speed discrepancy of food materials and kuppe is very large, and the noise therefore produced is large, and food materials easily stick on kuppe, not easy cleaning.
There is disclosed in document 2 soy bean milk making machine of flow-disturbing frame, although flow-disturbing part rotates relative to the rotating shaft of head, but, owing to being provided with the limited block for stopping flow-disturbing part, when rotating shaft drives crushing knife to rotate, flow-disturbing part relative to the rotation of rotating shaft be rotating shaft rotate cause relatively rotate, flow-disturbing part self is static, do not rotate, namely do not rotate relative to ladle body, therefore, flow-disturbing part cannot absorb the part kinetic energy of food materials, still very large with the speed discrepancy of rotating shaft and food materials, noise is large thus, and food materials also easily stick on static flow-disturbing frame, flow-disturbing part is to the flow-disturbing of food materials and mixing effect difference and the crushing effect of crushing knife is poor.
Comparatively speaking, according to the head of the soy bean milk making machine of the utility model embodiment, rotating shaft drives crushing knife High Rotation Speed, the crushing knife of High Rotation Speed drives food materials to rotate in ladle body, under the drive of food materials, flow-disturbing part absorb food materials part kinetic energy and with food materials rotating in same direction, thus, the speed discrepancy of flow-disturbing part and food materials diminishes, the flow-disturbing part simultaneously rotated also can stir food materials stably, like this, food materials being more evenly distributed in ladle body, the rotation of food materials is also more steady, flow-disturbing part flow-disturbing effect is then more remarkable, also reduce the noise that food materials and flow-disturbing part produce because speed discrepancy is comparatively large simultaneously, achieve the object to soy bean milk making machine noise reduction better, in addition, food materials are under the effect of flow-disturbing part, and kinetic energy diminishes, and rotating speed reduces, and its speed discrepancy with crushing knife then becomes large, and be equivalent to crushing knife cutting speed and become large, therefore, the effect of pulverizing can be better.
In some preferred embodiments, head 1 is also provided with damping piece 14, damping piece 14 is for the rotation of damping flow-disturbing part 12, thus the rotating speed of flow-disturbing part 12 can be regulated as required, avoid flow-disturbing part 12 and food materials synchronous axial system, namely avoid the rotating speed of flow-disturbing part 12 identical with the rotating speed of food materials or closely, thus reduce impact velocity and the collision probability of food materials and crushing knife 11 and ladle body 2 better, realize the object of soy bean milk making machine being carried out under duty to noise reduction better.
In a specific embodiment, head 1 comprises head body 15, the below of head body 15 and the head lower cover 16 be arranged in head body 15 and motor (not shown).
Surround accommodating chamber 17 between head body 15 and head lower cover 16, motor is arranged in accommodating chamber 17 and the motor shaft of motor is connected with rotating shaft 13, and rotating shaft 13 extend out to the below of head lower cover 16 downwards.Here, what it will be appreciated by those skilled in the art that is, motor shaft and rotating shaft 13 can for two axles be connected with each other, also can be an axle, namely the motor shaft of motor extend out to the below of head lower cover 16 downwards in accommodating chamber 17, and now rotating shaft 13 also can be called it is rotating shaft or the output shaft of motor.
Crushing knife 11 to be fixedly mounted on rotating shaft 131 and to be positioned at the below of head lower cover 16.Flow-disturbing part 12 to be sleeved on rotationally on rotating shaft 131 and to be positioned at the below of described head lower cover 16.
In a concrete example, flow-disturbing part 12 comprises sleeve 121 and flow-disturbing body 122, and flow-disturbing body 122 is in downward opening bowl shape.Sleeve 121 to be sleeved on rotating shaft 131 and can to rotate by relative rotation axi 131, in other words, rotating shaft 131 through sleeve 121 and the two can relatively rotate.Flow-disturbing body 122 to be arranged on sleeve 121 and to be positioned at the below of head lower cover 16.
Sleeve in the present embodiment is connected by the form of welding with flow-disturbing body, also can be made into integral structure etc.
Preferably, bearing can be set between sleeve and rotating shaft, to reduce the wearing and tearing between sleeve and rotating shaft, reach the object extending head service life, the user demand of user can be met better.
Preferably, crushing knife 11 is positioned at the below of flow-disturbing body 122, and such as, crushing knife 11 is arranged on the lower end of rotating shaft 131, and the lower end of rotating shaft 131 extends to the below of flow-disturbing body 122.Here, crushing knife 11 is positioned at below flow-disturbing body 122 and refers to that crushing knife 11 is positioned at the below of the peak of flow-disturbing body 122.The upper end of sleeve 121 is positioned at accommodating chamber 17.
Alternatively, damping piece 14 can be fixed on the outer wall of sleeve, also can be the rotary shaft hole place passed for rotating shaft and sleeve be sleeved on head lower cover.
As shown in Figures 1 to 4, in certain embodiments, damping piece 14 is positioned at accommodating chamber 17 and is sleeved on sleeve 121, and the lower surface of damping piece 14 is resisted against on the interior diapire of head lower cover 16, and damping piece 14 also serves the effect of location to sleeve 121.
Damping piece 14 rotates for damping flow-disturbing part 12, to regulate the rotating speed of flow-disturbing part 12 according to specific needs, such as make the rotating speed of rotating speed lower than food materials of flow-disturbing part 12, to avoid food materials and flow-disturbing part 12 synchronous axial system, to reduce collision (or shock) speed and the collision probability of food materials and crushing knife 11 and ladle body 2 better, that is: realize the object of soy bean milk making machine being carried out under duty to noise reduction.
In some preferred embodiments, crushing knife 11 is positioned at the region that described opening surrounds, and here, refer in plane projection it is to be appreciated that crushing knife is positioned at the region that opening surrounds, the projection of crushing knife is positioned within the drop shadow spread of the opening of flow-disturbing body.
Preferably, as shown in Figure 1, crushing knife 11 is positioned at the inside of flow-disturbing body 122, and (that is: the lower end (minimum point) of crushing knife 11 higher than flow-disturbing body 122, the upper end (peak) lower than flow-disturbing body 122, to improve crushing effect and speed and flow-disturbing, stirring and effects on slurry making better.Alternatively, as shown in Figure 4, crushing knife 11 can be positioned at the outside of flow-disturbing body (that is: crushing knife 11 is lower than the lower end (minimum point) of flow-disturbing body 122.
Under the rotation of food materials, flow-disturbing part absorbs the part kinetic energy of food materials and rotates with food materials, and then food materials are under the effect of flow-disturbing part, kinetic energy diminishes, and rotating speed reduces, and the speed discrepancy of itself and crushing knife then becomes large, be equivalent to crushing knife cutting speed and become large, therefore, the effect of pulverizing can be better.
In certain embodiments, the ratio W of the bore D of described flow-disturbing part and the diameter d of described crushing knife is 0.3125≤W≤7.25, the bore D of described flow-disturbing part and the ratio X of its height H are 0.139≤X≤14.5, the ratio Y of the bore D of described flow-disturbing part and the distance h between the lower surface of described flow-disturbing part and the interior diapire of described ladle body is 0.416≤Y≤725, the ratio Z of the rotating speed V1 of described crushing knife and the rotating speed V of described flow-disturbing part is 1<Z≤1500, distance t between the interior diapire of described crushing knife and described soy bean milk making machine ladle body is not less than 7mm, and described crushing knife is not higher than lower end more than the 60mm of described flow-disturbing part, be not less than lower end more than the 50mm of described flow-disturbing part.
Particularly, bore (diameter) D of flow-disturbing body 122 is 25-145mm, the diameter d of crushing knife 11 is 20-80mm, the height H of flow-disturbing body 122 is 10-180mm, the rotating speed V of flow-disturbing body 122 is 10-1500r/min, motor speed (that is: crushing knife 11 rotating speed) V1 is 500-15000r/min, and the distance h of the lower surface of flow-disturbing body 122 and the interior diapire of ladle body 2 is 0.2-60mm.
In a particular embodiment, the ratio W of the bore of flow-disturbing body 122 and the diameter of crushing knife 11 is 0.3125, the ratio X of the bore of flow-disturbing body 122 and its height is 0.139, the bore of flow-disturbing body 122 and flow-disturbing body 122 are 0.416 with the ratio Y of the distance in ladle body 2 between diapire, distance between crushing knife 11 and the interior diapire of soy bean milk making machine ladle body 2 is 10mm, and crushing knife 11 is lower than the lower end 50mm of flow-disturbing body 122, and, the bore (diameter) of flow-disturbing body 122 is 25mm, the diameter of crushing knife 11 is 80mm, the height of flow-disturbing body 122 is 180mm, the rotating speed of flow-disturbing body 122 is 10r/min, motor speed (that is: crushing knife 11 rotating speed) is 500r/min, flow-disturbing body 122 is 60mm with the distance of the interior diapire of ladle body 2.
In a concrete example, the ratio W of the bore of described flow-disturbing body 122 and the diameter of described crushing knife 11 is 7.25, the ratio X of the bore of described flow-disturbing body 122 and its height is 14.5, the bore of described flow-disturbing body 122 and described flow-disturbing body 122 are 725 with the ratio Y of the distance in described ladle body 2 between diapire, distance between the interior diapire of described crushing knife 11 and described soy bean milk making machine ladle body 2 is 60.2mm, and described crushing knife 11 is higher than the lower end 60mm of described flow-disturbing body 122, and, the bore (diameter) of flow-disturbing body 122 is 145mm, the diameter of crushing knife 11 is 20mm, the height of flow-disturbing body 122 is 10mm, the rotating speed of flow-disturbing body 122 is 1500r/min, motor speed (that is: crushing knife 11 rotating speed) is 15000r/min, flow-disturbing body 122 is 0.2mm with the distance of the interior diapire of ladle body 2.
Adopt the soy bean milk making machine that the data of above-described embodiment are made, compare with the soy bean milk making machine of correlation technique, its noise at least reduces 1-3dB.
In certain embodiments, the ratio W of the bore of described flow-disturbing body 122 and the diameter of described crushing knife 11 is 0.714≤W≤3.43, the ratio X of the bore of described flow-disturbing part and its height is 0.357≤X≤6, the bore of described flow-disturbing part and described flow-disturbing part are 1.25≤Y≤60 with the ratio Y of the distance in described ladle body between diapire, the ratio Z of the rotating speed of described crushing knife and the rotating speed of described flow-disturbing part be 1<Z≤1300 (wherein, do not comprise numerical value " 1 "), and described crushing knife 11 is not higher than lower end more than the 50mm of described flow-disturbing body 122, be not less than lower end more than the 20mm of described flow-disturbing body 122.
In a concrete example, bore (diameter) a of flow-disturbing body 122 is 50-120mm, the diameter b of crushing knife 11 is 35-70mm, the height c of flow-disturbing body 122 is 20-140mm, the rotating speed of flow-disturbing body 122 is 100-1200r/min, motor speed (that is: crushing knife 11 rotating speed) is 800-13000r/min, and flow-disturbing body 122 is 2-40mm with the distance d of the interior diapire of ladle body 2.
In a specific embodiment, the ratio W of the bore of described flow-disturbing body 122 and the diameter of described crushing knife 11 is 0.714, the ratio X of the bore of described flow-disturbing body 122 and its height is 0.357, the bore of described flow-disturbing body 122 and described flow-disturbing body 122 are 1.25 with the ratio Y of the distance in described ladle body between diapire, and described crushing knife 11 is lower than the lower end 20mm of described flow-disturbing body 122.In one example, the bore (diameter) of flow-disturbing body 122 is 50mm, the diameter of crushing knife 11 is 70mm, the height of flow-disturbing body 122 is 140mm, the rotating speed of flow-disturbing body 122 is 1200r/min, motor speed (that is: crushing knife 11 rotating speed) is 13000r/min, and flow-disturbing body 122 is 40mm with the distance of the interior diapire of ladle body 2.
In some preferred embodiments, the ratio W of the bore of described flow-disturbing body 122 and the diameter of described crushing knife 11 is 3.43, the ratio X of the bore of described flow-disturbing body 122 and its height is 6, the bore of described flow-disturbing body 122 and described flow-disturbing body 122 are 60 with the ratio Y of the distance in described ladle body between diapire, and described crushing knife 11 is higher than the lower end 50mm of described flow-disturbing body 122.In a concrete example, the bore (diameter) of flow-disturbing body 122 is 120mm, the diameter of crushing knife 11 is 35mm, the height of flow-disturbing body 122 is 20mm, the rotating speed of flow-disturbing body 122 is 100r/min, motor speed (that is: crushing knife 11 rotating speed) is 800r/min, and flow-disturbing body 122 is 2mm with the distance of the interior diapire of ladle body 2.
Adopt the soy bean milk making machine that the data of above-described embodiment are made, compare with the soy bean milk making machine of correlation technique, its noise at least reduces 3-4dB.
Further, the ratio W of the bore of described flow-disturbing body 122 and the diameter of described crushing knife 11 is 1.33≤W≤2.66, the ratio X of the bore of described flow-disturbing part and its height is 0.8≤X≤3.33, the bore of described flow-disturbing part and described flow-disturbing part are 4≤Y≤20 with the ratio Y of the distance in described ladle body between diapire, the ratio Z of the rotating speed of described crushing knife and the rotating speed of described flow-disturbing part is 1.25≤Z≤45, and described crushing knife is 5-30mm higher than the distance of the lower end of described flow-disturbing part.
Particularly, bore (diameter) D of flow-disturbing body 122 is 80-100mm, the diameter d of crushing knife 11 is 45-60mm, the height H of flow-disturbing body 122 is 30-100mm, the rotating speed of flow-disturbing body 122 is 200-800r/min, motor speed (that is: crushing knife 11 rotating speed) is 1000-9000r/min, and flow-disturbing body 122 is 5-20mm with the distance h of the interior diapire of ladle body 2.
In a preferred embodiment, the ratio W of the bore of described flow-disturbing body 122 and the diameter of described crushing knife 11 is 1.33, the ratio X of the bore of described flow-disturbing body 122 and its height is 0.8, the bore of described flow-disturbing body 122 and described flow-disturbing body 122 are 4 with the ratio Y of the distance in described ladle body between diapire, and described crushing knife 11 is 5mm higher than the distance of the lower end of described flow-disturbing body 122.In a concrete example, the bore (diameter) of flow-disturbing body 122 is 80, the diameter of crushing knife 11 is 60mm, the height of flow-disturbing body 122 is 100mm, the rotating speed of flow-disturbing body 122 is 200r/min, motor speed (that is: crushing knife 11 rotating speed) is 9000r/min, and flow-disturbing body 122 is 20mm with the distance of the interior diapire of ladle body 2.
In a preferred embodiment, the ratio W of the bore of described flow-disturbing body 122 and the diameter of described crushing knife 11 is 2.66, the ratio X of the bore of described flow-disturbing body 122 and its height is 3.33, the bore of described flow-disturbing body 122 and described flow-disturbing body 122 are 20 with the ratio Y of the distance in described ladle body between diapire, and described crushing knife 11 is 30mm higher than the distance of the lower end of described flow-disturbing body 122.In a concrete example, the bore (diameter) of flow-disturbing body 122 is 100mm, the diameter of crushing knife 11 is 45mm, the height of flow-disturbing body 122 is 30mm, the rotating speed of flow-disturbing body 122 is 200r/min, motor speed (that is: crushing knife 11 rotating speed) is 1000r/min, and flow-disturbing body 122 is 5mm with the distance of the interior diapire of ladle body 2.
In some preferred embodiments, the ratio W of the bore of described flow-disturbing body 122 and the diameter of described crushing knife 11 is 1.8, the ratio X of the bore of described flow-disturbing body 122 and its height is 1.9, the bore of described flow-disturbing body 122 and described flow-disturbing body 122 are 12 with the ratio Y of the distance in described ladle body between diapire, and described crushing knife 11 is 17mm higher than the distance of the lower end of described flow-disturbing body 122.In a concrete example, the bore (diameter) of flow-disturbing body 122 is 90mm, the diameter of crushing knife 11 is 50mm, the height of flow-disturbing body 122 is 47.37mm, the rotating speed of flow-disturbing body 122 is 500r/min, motor speed (that is: crushing knife 11 rotating speed) is 5000r/min, and flow-disturbing body 122 is 7.5mm with the distance of the interior diapire of ladle body 2.
Adopt the soy bean milk making machine that the data of above-described embodiment are made, compare with the soy bean milk making machine of correlation technique, its noise at least reduces 4-6dB.
As follows according to the tables of data of the differential experiment 1 of the soy bean milk making machine of the utility model embodiment
Wherein:
| Crushing knife rotating speed: | V1 |
| Flow-disturbing body rotating speed | V |
| Flow-disturbing body bore: | ΦD |
| Flow-disturbing body height: | H |
| Crushing knife diameter: | Φd |
| Flow-disturbing body is apart from the distance between diapire in ladle body: | h |
| Distance between the interior diapire of crushing knife distance ladle body: | t |
| Crushing knife is apart from the distance of flow-disturbing body lower end: | t1 |
| Difference | Slag yield >=30% |
| In | Slag yield≤25% |
| Good | Slag yield≤15% |
Apart from the negative value in the distance of flow-disturbing body lower end, crushing knife represents that crushing knife is lower than the lower end (corresponding diagram 4) of described flow-disturbing body, on the occasion of representing the lower end (corresponding diagram 1) of crushing knife higher than flow-disturbing body.
As can be seen from the above data, the slag yield of the soy bean milk making machine that the rotating ratio of crushing knife and flow-disturbing body is made when 800-1000 is better, and now the noise that produces of soy bean milk making machine is also relatively little, improves the performance of soy bean milk making machine better.
In sum, according to the utility model example soy bean milk making machine head and there is the soy bean milk making machine of this head, the rotating shaft of head drives crushing knife High Rotation Speed, the crushing knife of High Rotation Speed drives food materials to rotate in ladle body, under the rotation of food materials, flow-disturbing part absorbs the part kinetic energy of food materials and the rotation carrying out in the same way with food materials, the speed discrepancy of flow-disturbing part and food materials diminishes, the flow-disturbing part simultaneously rotated also can stir food materials stably, like this, food materials being more evenly distributed in ladle body, the rotation of food materials is also more steady, flow-disturbing part flow-disturbing effect is then more remarkable, also reduce the noise that food materials and flow-disturbing part produce because speed discrepancy is comparatively large simultaneously, achieve the object to soy bean milk making machine noise reduction better.
In description of the present utility model, term " installation ", " being connected ", " connection ", " fixing " etc. all should be interpreted broadly, and such as, " connection " can be fixedly connected with, and also can be removably connect, or connects integratedly; Can be directly be connected, also indirectly can be connected by intermediary.For the ordinary skill in the art, the concrete meaning of above-mentioned term in the utility model can be understood as the case may be.
In the description of this description, specific features, structure, material or feature that the description of term " embodiment " etc. means to describe in conjunction with this embodiment or example are contained at least one embodiment of the present utility model or example.In this manual, identical embodiment or example are not necessarily referred to the schematic representation of above-mentioned term.And the specific features of description, structure, material or feature can combine in an appropriate manner in any one or more embodiment or example.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. the head of a soy bean milk making machine, described head is arranged on the ladle body of described soy bean milk making machine, it is characterized in that, described head has rotating shaft, described rotating shaft is provided with crushing knife and flow-disturbing part, described flow-disturbing part is downward opening bowl shape, and described crushing knife is positioned at the region that described opening surrounds, wherein:
Described flow-disturbing part is sleeved on described rotating shaft and relatively described rotating shaft is rotatable;
Described crushing knife drives the food materials in described ladle body to rotate and described food materials drive described flow-disturbing part to rotate:
The ratio W of the bore D of described flow-disturbing part and the diameter d of described crushing knife is 0.3125≤W≤7.25, the bore D of described flow-disturbing part and the ratio X of its height H are 0.139≤X≤14.5, the ratio Y of the bore D of described flow-disturbing part and the distance h between the lower surface of described flow-disturbing part and the interior diapire of described ladle body is 0.416≤Y≤725, the ratio Z of the rotating speed V1 of described crushing knife and the rotating speed V of described flow-disturbing part is 1<Z≤1500, distance t between the interior diapire of described crushing knife and described soy bean milk making machine ladle body is not less than 7mm, and described crushing knife is not higher than the lower end 60mm of described flow-disturbing part, be not less than the lower end 50mm of described flow-disturbing part.
2. the head of soy bean milk making machine according to claim 1, is characterized in that,
The ratio W of the bore of described flow-disturbing part and the diameter of described crushing knife is 0.714≤W≤3.43, the ratio X of the bore of described flow-disturbing part and its height is 0.357≤X≤6, the bore of described flow-disturbing part and described flow-disturbing part are 1.25≤Y≤60 with the ratio Y of the distance in described ladle body between diapire, the ratio Z of the rotating speed of described crushing knife and the rotating speed of described flow-disturbing part is 1<Z≤1300, and described crushing knife not higher than described flow-disturbing part lower end 50mm, be not less than the lower end 20mm of described flow-disturbing part.
3. the head of soy bean milk making machine according to claim 2, is characterized in that,
The ratio W of the bore of described flow-disturbing part and the diameter of described crushing knife is 1.33≤W≤2.66, the ratio X of the bore of described flow-disturbing part and its height is 0.8≤X≤3.33, the bore of described flow-disturbing part and described flow-disturbing part are 4≤Y≤20 with the ratio Y of the distance in described ladle body between diapire, the ratio Z of the rotating speed of described crushing knife and the rotating speed of described flow-disturbing part is 1.25≤Z≤45, and described crushing knife is 5-30mm higher than the distance of the lower end of described flow-disturbing part.
4. the head of soy bean milk making machine according to any one of claim 1 to 3, is characterized in that,
The head of described soy bean milk making machine is also provided with damping piece, and described damping piece is used for the rotation of flow-disturbing part described in damping.
5. the head of soy bean milk making machine according to claim 4, is characterized in that, described head comprises:
Head body;
Head lower cover, described head lower cover to be positioned at below described head body and to be arranged in described head body, surrounds accommodating chamber between described head body and described head lower cover;
Motor, described motor is arranged in described accommodating chamber and described motor is connected with described rotating shaft, extend out to the below of described head lower cover under described axial rotary;
Described crushing knife is positioned at the below of described head lower cover and is fixedly mounted on described rotating shaft;
Described flow-disturbing part is positioned at the below of described head lower cover.
6. the head of soy bean milk making machine according to claim 5, is characterized in that, described flow-disturbing part comprises:
Sleeve, described sleeve set is on described rotating shaft and can rotate relative to described rotating shaft; With
Flow-disturbing body, described flow-disturbing body is positioned at the below of described head lower cover and is arranged on described sleeve.
7. the head of soy bean milk making machine according to claim 6, is characterized in that,
Described crushing knife is positioned at the below of described flow-disturbing body, and the upper end of described sleeve is positioned at described accommodating chamber.
8. the head of soy bean milk making machine according to claim 6, is characterized in that,
Described damping piece is positioned at described accommodating chamber and is sleeved on described sleeve, and the lower surface of described damping piece is resisted against on the interior diapire of described head lower cover.
9. the head of soy bean milk making machine according to claim 7, is characterized in that, described crushing knife is positioned at the inside of described flow-disturbing body.
10. the head of soy bean milk making machine according to claim 7, is characterized in that, described crushing knife is positioned at the outside of described flow-disturbing body.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104055423A (en) * | 2014-06-21 | 2014-09-24 | 广东美的生活电器制造有限公司 | Soymilk machine head |
| CN105310502A (en) * | 2014-06-21 | 2016-02-10 | 广东美的生活电器制造有限公司 | Head of soybean milk maker |
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