CN101816337B - Residue-less grinding mechanism of soymilk machine - Google Patents
Residue-less grinding mechanism of soymilk machine Download PDFInfo
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- CN101816337B CN101816337B CN201010163889.7A CN201010163889A CN101816337B CN 101816337 B CN101816337 B CN 101816337B CN 201010163889 A CN201010163889 A CN 201010163889A CN 101816337 B CN101816337 B CN 101816337B
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- 238000000227 grinding Methods 0.000 title claims abstract description 77
- 230000007246 mechanism Effects 0.000 title claims description 15
- 235000013322 soy milk Nutrition 0.000 title abstract description 9
- 239000000463 material Substances 0.000 claims abstract description 86
- 238000002156 mixing Methods 0.000 claims abstract description 83
- 230000003068 static effect Effects 0.000 claims abstract description 24
- 238000003860 storage Methods 0.000 claims abstract description 24
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- 235000013336 milk Nutrition 0.000 claims description 41
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- 239000011248 coating agent Substances 0.000 claims description 32
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- 239000007924 injection Substances 0.000 claims description 8
- 238000007789 sealing Methods 0.000 claims description 6
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- 230000015572 biosynthetic process Effects 0.000 claims description 3
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- 208000002925 dental caries Diseases 0.000 claims description 3
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- 235000010627 Phaseolus vulgaris Nutrition 0.000 description 7
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- 230000000694 effects Effects 0.000 description 7
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Abstract
The invention discloses a residue-less grinding device of a soymilk machine, which comprises a feeding shell, a soymilk storage base, a movable grinding disc, a feeding rod and a static grinding disc, wherein the movable grinding disc is arranged at the tail end of the feeding rod, the static grinding disc is mounted in the soymilk storage base, the movable grinding disc and the static grinding disc are oppositely mounted to form a main grinding area, one part of the feeding rod in a processing cavity comprises a screw part and a mixture bearing disc arranged at the tail end of the feeding rod, a helical cavity of the screw part forms a first crushing area, the movable grinding disc is mounted on the mixture bearing disc, a mixing groove is arranged between the screw part and the mixture bearing disc which is provided with a conveying passage, the movable grinding disc is provided with a conveying hole, and a mixing pin is mounted on the feeding shell, penetrates into the mixing groove and forms a conveying gap with the groove wall of the mixing groove so that a second crushing area is formed by the mixing groove. Materials pass by the helical cavity of the screw, the first crushing area and the second crushing area to enter the main grinding area without blockage and can be thoroughly ground, and ground soymilk liquid is tender and delicate without residue.
Description
Technical field
The present invention relates to the grinding mechanism field of household soy milk machine product, specifically a kind of soy bean milk making machine without the residue lapping device.
Background technology
At present, common soy bean milk making machine mostly is the electric stirring structure, and the soy bean milk making machine of this type blends the beans product by stirring blade, then add the hot preparation soya-bean milk, yet, there is a large amount of beans residues by blending the soya-bean milk that beans product preparation gets, both wasted greatly raw material, a lot of beneficiating ingredients still are deposited in the beans residue, people can not fully enjoy whole nutrition of bean products, and, completely deposit the soy bean milk making machine inner chamber of residue, it is very inconvenient to clean, very not environmental protection.
In view of the weak point of traditional soybean milk machine, a lot of soy bean milk making machine producers have designed and have produced the soy bean milk making machine of abrasive structure, and the soy bean milk making machine of this structure has overcome the weak point of traditional product substantially, have greatly reduced the residual of bean dregs during the preparation soya-bean milk.For example be that Chinese invention patent application 99126159.3 discloses a kind of food grinder that can be used for preparing soya-bean milk, this grinder has overcome the weak point of traditional soybean milk machine, has substantially possessed the advantage of grinding type soymilk machine.Yet, the disclosed product of this patent application just will grind to get rid of after raw material is smashed a little by helical blade into upper and lower abrasive sheet and consist of milling zone, the material that enters milling zone is still larger, the material of larger particles degree enters this grinding and goes to grind, wherein pulping can't be ground for a full due during a lot of material, the slurries that are prepared into are very coarse, and mouthfeel is fine and smooth not at all.For another example, Chinese patent 200920049686.8 disclosed a kind of soy bean milk making machine with hand-mill stirrer, the weak point that the soy bean milk making machine of this structure exists the disclosed product of above-mentioned patent application to exist equally, this product is also just incited somebody to action all by worm screw, and product is brought in the spiral mill line, to realize the purpose with beans product defibrination, wherein a lot of materials still can't fully be ground pulping, and the soya-bean milk of gained is very coarse equally.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, the soy bean milk making machine that provide a kind of and grind thoroughly, effects on slurry making prevents well and effectively feed blocking without the residue lapping device.
Goal of the invention of the present invention be achieved in that a kind of soy bean milk making machine without the residue lapping device, the charging housing that comprising matches installs and storage slurry base, charging housing and storage slurry base are cavity body structure, both cavitys consist of the process chamber of preparation soya-bean milk, have the charging aperture that is communicated with described process chamber on the charging housing, have the grout outlet that is communicated with described process chamber on the storage slurry base, in the described process chamber movable grinding disc is housed, feeding rod and static cutting disk, feeding rod is fixedly mounted on the charging housing, the front end of feeding rod connects the exterior power output mechanism, movable grinding disc is fixedly mounted on the terminal of feeding rod and rotates with feeding rod, static cutting disk is installed in the storage slurry base, the relative installation with static cutting disk of movable grinding disc also is separated with the grinding gap mutually, this grinds the gap formation to the main milling zone of material, it is characterized in that: the part that described feeding rod is positioned at process chamber comprises screw rod part and batch mixing carrier, the helical cavity of screw rod part consists of the first disintegrating area to material, the batch mixing carrier is positioned at the terminal of feeding rod and is used for installing movable grinding disc, the sidewall sealing of batch mixing carrier is assemblied on the internal chamber wall of charging housing, have the mixing tank for coating colors that is communicated with screw rod helical cavity partly between batch mixing carrier and the screw rod part, have the conveying passage that is communicated with mixing tank for coating colors on the batch mixing carrier, movable grinding disc has the conveying passage and grinds the material transport hole that the gap is communicated with, the batch mixing pin is housed on the charging housing, the batch mixing pin is stretched and is inserted in the mixing tank for coating colors and leaves the punishment in advance gap with the cell wall of mixing tank for coating colors, and described mixing tank for coating colors consists of the second disintegrating area to material.For material through the first disintegrating area and the second disintegrating area after, enter again follow-up grinding work, material grinds very thoroughly, grinds slurries residue absolutely not out, the soft exquisiteness of soya-bean milk; And, material is through after the helical cavity of screw rod, only have enough tiny material to enter the conveying passage by the punishment in advance gap, and the material that can not enter next passage is constantly blended by the batch mixing pin in mixing tank for coating colors, make its finally enough tiny, meet particular requirement could and pass through material passing passage, prevent that material from producing clogging when entering material passing passage, help more thoroughly grinding material of mill, improve grinding effect.
Further perfect as technique scheme, the periphery of described batch mixing carrier is provided with the not-go-end bulge loop, the inwall of charging housing is provided with flange, the lateral surface of flange is sealingly fastened on the inner ring surface of not-go-end bulge loop, the medial surface of flange and feeding rod leave the feeding gap, the two ends in feeding gap are communicated with respectively mixing tank for coating colors and conveying passage, and this feeding gap consists of the pre-grinding district to material.By cooperating of not-go-end bulge loop and flange, Effective Raise the sealing of internal chamber wall of the sidewall of batch mixing carrier and charging housing, and, by the pre-grinding district that forms between flange outer sides face and the feeding rod, can more effectively improve the slurrying quality of material.
In the manufacture process of product, further perfect to the aforementioned techniques scheme, the end direction of the pitch of described screw rod part from the front end of feeding rod to feeding rod reduces successively.Because material partly rotates with screw rod, material can be under centrifugal action, and material is realized oneself's extruding in the helical cavity that inwall and the pitch of charging housing reduces successively, make material obtain preliminary crushing.
Simultaneously, have water injection hole on the batch mixing pin of the present utility model, water injection hole is communicated with the external world and the mixing tank for coating colors of grinding mechanism.In the soya-bean milk preparation process, can inject the water of certain component to mixing tank for coating colors by water injection hole, both helped the batch mixing pin better to do broken material, also can regulate the concentration of soya-bean milk.
In this manufacture course of products, described material transport hole is positioned at the central part of movable grinding disc, and material enters main milling zone from movable grinding disc, and material and slurries are taken the edge out of from the middle part of main milling zone in process of lapping, increases abrasive areas.
And the position of offering of the grout outlet of product is lower than static cutting disk, is beneficial to make the slurries discharge, avoids soaking static cutting disk.
And it for the ease of the preparation of storage slurry base, is ring body structurc with described storage slurry base, is provided with for the support pads that static cutting disk is installed in the cavity of storage slurry base.
The present invention is to existing soy bean milk making machine for traditional abrading type structure, and the grinding mechanism of soy bean milk making machine is made improvements, and it has the following advantages:
(1) material obtains preliminary pulverizing through the centrifugal force self-pressure of the first disintegrating area, then enter the second disintegrating area of mixing tank for coating colors, the batch mixing pin carries out blending to the material that rotates with feeding rod the second time, at this moment, only have material up to specification to enter the conveying passage by the punishment in advance gap, and the material that can not enter the punishment in advance gap is constantly blended by the batch mixing pin in mixing tank for coating colors, make it final up to specification and pass through material passing passage, enter again follow-up grinding work, this helps more thoroughly grinding material of mill, improve grinding effect, grinding slurries out are residue absolutely not, the soft exquisiteness of soya-bean milk; And material is constantly beaten by the batch mixing pin in mixing tank for coating colors, can prevent effectively that material from producing clogging when entering material passing passage.
(2) based on above-mentioned technique effect, adopt cooperating of not-go-end bulge loop and flange between the internal chamber wall of the sidewall of batch mixing carrier and charging housing, Effective Raise both sealings, and, by the pre-grinding district that forms between flange outer sides face and the feeding rod, can more effectively improve the slurrying quality that material is installed.
(3) simultaneously, the end direction of the pitch of screw rod part from the front end of feeding rod to feeding rod reduces successively, because material partly rotates with screw rod, material can be under centrifugal action, material is realized constantly oneself's extruding in the helical cavity that inwall and the pitch of charging housing reduces successively, make material obtain preliminary, the gradually crushing of consolidation, help to improve follow-up grinding effect.
Description of drawings
Accompanying drawing 1 is the section of structure of the embodiment of the invention 1;
Accompanying drawing 2 is the structure explosive view of accompanying drawing 1;
Accompanying drawing 3 is among the embodiment 1, the profile of batch mixing carrier, batch mixing pin, charging housing, movable grinding disc and static cutting disk;
Accompanying drawing 4 is feeding rod structural representation among the embodiment 1;
Accompanying drawing 5 is the structural representation at another visual angle of feeding rod among the embodiment 1;
Accompanying drawing 6 is the section of structure of the embodiment of the invention 2.
The specific embodiment
The invention will be further described below in conjunction with accompanying drawing.
Embodiment 1
To shown in Figure 5, present embodiment is for being applied on the Horizontal soybean milk machine product according to Fig. 1, described residue-less grinding mechanism, and it comprises charging housing 1 and storage slurry base 2, both match the installation frame body of this mechanism of formation are installed.Charging housing 1 and storage slurry base 2 are cavity body structure, both cavitys are installed the process chamber that consists of the preparation soya-bean milk relatively, have the charging aperture 3 that is communicated with described process chamber on the charging housing 1, have the grout outlet 4 that is communicated with described process chamber on the storage slurry base 2, generally speaking, charging aperture 3 is positioned at the top of charging housing 1 sidewall, and its large I is decided by actual product preparation requirement, 4 of grout outlets are below storage slurry base 2 sidewalls, the size of grout outlet 4 also can be decided by the preparation requirement of actual product, and in order to accelerate to store up slurry speed, the quantity of grout outlet 4 can arrange several.Movable grinding disc 5, feeding rod 6 and static cutting disk 7 are housed in the described process chamber, movable grinding disc 5 all can adopt the edible timber mill of sanding disc, millstone plate, special metal grinding table and hard with static cutting disk 7, and the position of offering of the grout outlet 4 of product is lower than static cutting disk 7 and with static cutting disk 7 certain distance is arranged apart, be beneficial to and make the slurries discharge, avoid soaking static cutting disk 7.Feeding rod 6 is fixedly mounted on the charging housing 1, and the front end of feeding rod 6 connects the exterior power output mechanism, and the exterior power output mechanism is generally motor, perhaps also can adopt manual actuation, and the front end of feeding rod 6 can be bearing on the charging housing 1 by bearing 14; 5 of movable grinding discs are fixedly mounted on the bottom of feeding rod 6 and rotate with feeding rod 6, static cutting disk 7 is installed in the storage slurry base 2, movable grinding disc 5 is with static cutting disk 7 relative installations and be separated with mutually grinding gap 8, this grinds the main milling zone that gap 8 consists of material, when product prepares, can require to set the size of grinding gap 8 according to grinding fineness.The present invention improves the grinding mechanism of traditional grinding type soymilk machine, the part that described feeding rod 6 is positioned at process chamber comprises screw rod part 61 and batch mixing carrier 62, the helical cavity of screw rod part 61 consists of the first disintegrating area to material, in the manufacture process of product, the bottom direction of the pitch of screw rod part 61 from the top of feeding rod 6 to feeding rod 6 reduces successively, the degree that reduces can be by 1:0.9:0.8:0.7 ... the equal difference level changes, and the number of turns of spiral can require to decide according to the product preparation.Because material rotates with screw rod part 61, material can be under centrifugal action, and material is realized oneself's extruding in the helical cavity that inwall and the pitch of charging housing 1 reduces successively, make material obtain preliminary crushing.
Simultaneously, batch mixing carrier 62 of the present invention is positioned at the bottom of feeding rod 6 and is used for installing movable grinding disc 5, the sealing of the sidewall of batch mixing carrier 62 is assemblied on the internal chamber wall of charging housing 1, so that the outside seepage of material and slurries, assurance material and slurries all enter follow-up pulverizing or grinding step.Have between batch mixing carrier 62 and the screw rod part 61 and is communicated with the partly mixing tank for coating colors 63 of 61 helical cavity of screw rod, have the conveying passage 621 that is communicated with mixing tank for coating colors 63 on the batch mixing carrier 62, movable grinding disc 5 has conveying passage 621 and grinds the material transport hole 51 that gap 8 is communicated with, this material transport hole 51 is positioned at the central part of movable grinding disc 5, material enters main milling zone from movable grinding disc 5, material and slurries are taken the edge out of from the middle part of main milling zone in process of lapping, increase abrasive areas.In addition, this material transport hole 51 also can be opened in the excentral fringe region of movable grinding disc 5, as long as there are enough abrasive areas at the edge from material transport hole 51 to mill with thorough grinding material.Meanwhile, batch mixing pin 9 is housed on the charging housing 1, batch mixing pin 9 is stretched and is inserted in the mixing tank for coating colors 63 and leaves punishment in advance gap 10, the second disintegrating area that described mixing tank for coating colors 63 consists of material with the cell wall of mixing tank for coating colors 63.Simultaneously, have water injection hole 91 on the batch mixing pin 9 of the present utility model, water injection hole 91 is communicated with the external world and the mixing tank for coating colors 63 of grinding mechanism.In the soya-bean milk preparation process, both can inject the water of certain component to mixing tank for coating colors 63 by water injection hole 91, the water filling port that also can set up at charging aperture 3 is by injecting corresponding water amount toward water filling port, help equally batch mixing pin 9 better to do broken material, also can regulate the concentration of soya-bean milk.
In the present embodiment, the periphery of described batch mixing carrier 62 is provided with not-go-end bulge loop 622, the inwall of charging housing 1 is provided with flange, the lateral surface 111 of flange is sealingly fastened on the inner ring surface 6221 of not-go-end bulge loop 622, medial surface 112 and the feeding rod 6 of flange leave feeding gap 12, the two ends in feeding gap 12 are communicated with respectively mixing tank for coating colors 63 and conveying passage 621, the pre-grinding district that this feeding gap 12 consists of material.By cooperating of not-go-end bulge loop 622 and flange, Effective Raise the sealing of internal chamber wall of the sidewall of batch mixing carrier 62 and charging housing 1, and, by the pre-grinding district that forms between flange outer sides face 111 and the feeding rod 6, can more effectively improve the slurrying quality of material.
The workflow of present embodiment is:
Material (comprising certain water yield) enters from charging aperture 3, carry out centrifugal at screw rod part 61 (the first disintegrating areas) subsequently, the consolidation extruding, material is tentatively crushed, the material of tentatively being crushed enters mixing tank for coating colors 63 (the second disintegrating area) subsequently, at this moment, enough tiny material can enter feeding gap 12 from punishment in advance gap 10, tiny not material stays still that mixing tank for coating colors 63 interior continuation are continued to blend by batch mixing pin 9 or squeezed time the first disintegrating area again, enter the material in feeding gap 12, obtain pre-grinding between the medial surface 112 of flange 11 that can be by charging housing 1 inwall and the feeding rod 6, material tentatively has the slurries effect after pre-grinding, flow into subsequently the conveying passage 621 on the batch mixing carrier 62, then enter the material transport hole 51 on the movable grinding disc 5, enter again main milling zone, material after main milling zone grinds has been very soft slurries, and slurries flow out from grout outlet 4 thereupon.
Present embodiment is for being applied on the vertical soymilk grinder product, and its basic structure is identical with embodiment substantially, does not say in this omission, slightly have be:
Present embodiment is designed to ring body structurc with described storage slurry base 2, is provided with for the support pads 13 that static cutting disk 7 is installed in the cavity of storage slurry base 2, will store up slurry base 2 and be divided into two structures, is convenient to store up the preparation of slurry base 2.At this moment, 4 ends at storage slurry base 2 of grout outlet.
In embodiment 2, movable grinding disc 5 and static cutting disk 7 are arranged up and down.
In addition, beyond illustrated embodiment 1 and embodiment 2, the charging housing 1 of this mechanism and storage slurry base 2 can be prepared as integral structure, and this variation also should belong to rationally deriving of the invention, should belong to protection scope of the present invention.In addition, the grinding mechanism of soy bean milk making machine of the present invention can be used for the grinding of five cereals, vegetables and fruits class, meat and chemical material, and this also should belong to effectively deriving of the invention, belongs to protection domain of the present invention.
Use the soy bean milk making machine that the present invention makes, the preliminary pulverizing that material obtains through the centrifugal force self-pressure of the first disintegrating area, then enter the second disintegrating area of mixing tank for coating colors 63, subsequently, 9 pairs of materials that rotate with feeding rod 6 of batch mixing pin carry out blending the second time, at this moment, only have enough little material to enter conveying passage 621 by punishment in advance gap 10, and the material that can not enter next passage is constantly blended in mixing tank for coating colors 63 by batch mixing pin 9, make it final enough tiny and pass through material passing passage, enter again follow-up grinding work, help more thoroughly grinding material of mill, improve grinding effect, grinding slurries out are residue absolutely not, the soft exquisiteness of soya-bean milk, excellent taste; And material is constantly beaten by batch mixing pin 9 in mixing tank for coating colors 63, can prevent effectively that material from producing clogging when entering material passing passage.
Claims (7)
1. a soy bean milk making machine without the residue lapping device, the charging housing (1) that comprising matches installs and storage slurry base (2), charging housing (1) and storage slurry base (2) are cavity body structure, both cavitys consist of the process chamber of preparation soya-bean milk, have the charging aperture (3) that is communicated with described process chamber on the charging housing (1), have the grout outlet (4) that is communicated with described process chamber on the storage slurry base (2), movable grinding disc (5) is housed in the described process chamber, feeding rod (6) and static cutting disk (7), feeding rod (6) is fixedly mounted on the charging housing (1), the front end of feeding rod (6) connects the exterior power output mechanism, movable grinding disc (5) is fixedly mounted on the terminal of feeding rod (6) and rotates with feeding rod (6), static cutting disk (7) is installed in the storage slurry base (2), the relative installation with static cutting disk (7) of movable grinding disc (5) also is separated with grinding gap (8) mutually, this grinds gap (8) formation to the main milling zone of material, it is characterized in that: the part that described feeding rod (6) is positioned at process chamber comprises screw rod part (61) and batch mixing carrier (62), the helical cavity of screw rod part (61) consists of the first disintegrating area to material, batch mixing carrier (62) is positioned at the terminal of feeding rod (6) and is used for installing movable grinding disc (5), the sidewall sealing of batch mixing carrier (62) is assemblied on the internal chamber wall of charging housing (1), batch mixing carrier (62) partly has between (61) with screw rod and is communicated with the partly mixing tank for coating colors (63) of the helical cavity of (61) of screw rod, have the conveying passage (621) that is communicated with mixing tank for coating colors (63) on the batch mixing carrier (62), movable grinding disc (5) has conveying passage (621) and grinds the material transport hole (51) that gap (8) is communicated with, batch mixing pin (9) is housed on the charging housing (1), batch mixing pin (9) is stretched and is inserted in the mixing tank for coating colors (63) and leaves punishment in advance gap (10) with the cell wall of mixing tank for coating colors (63), and described mixing tank for coating colors (63) consists of the second disintegrating area to material.
According to claim 1 described soy bean milk making machine without the residue lapping device, it is characterized in that: the periphery of described batch mixing carrier (62) is provided with not-go-end bulge loop (622), the inwall of charging housing (1) is provided with flange (11), the lateral surface (111) of flange (11) is sealingly fastened on the inner ring surface (6221) of not-go-end bulge loop (622), the medial surface (112) of flange (11) leaves feeding gap (12) with feeding rod (6), the two ends in feeding gap (12) are communicated with respectively mixing tank for coating colors (63) and conveying passage (621), and this feeding gap (12) consists of the pre-grinding district to material.
According to claim 1 described soy bean milk making machine without the residue lapping device, it is characterized in that: the bottom direction of the pitch of described screw rod part (61) from the top of feeding rod (6) to feeding rod (6) reduces successively.
According to claim 1 described soy bean milk making machine without the residue lapping device, it is characterized in that: have water injection hole (91) on the described batch mixing pin (9), water injection hole (91) is communicated with the external world and the mixing tank for coating colors (63) of grinding mechanism.
According to claim 1 described soy bean milk making machine without the residue lapping device, it is characterized in that: described material transport hole (51) is positioned at the central part of movable grinding disc (5).
According to claim 1 described soy bean milk making machine without the residue lapping device, it is characterized in that: the position of offering of described grout outlet (4) is lower than static cutting disk (7).
According to claim 1 described soy bean milk making machine without the residue lapping device, it is characterized in that: described storage slurry base (2) is ring body structurc, is provided with for the support pads (13) that static cutting disk (7) is installed in the cavity of storage slurry base (2)
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| Application Number | Priority Date | Filing Date | Title |
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| CN201010163889.7A CN101816337B (en) | 2010-04-30 | 2010-04-30 | Residue-less grinding mechanism of soymilk machine |
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| CN201010163889.7A CN101816337B (en) | 2010-04-30 | 2010-04-30 | Residue-less grinding mechanism of soymilk machine |
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| CN101816337B true CN101816337B (en) | 2013-02-20 |
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| CN107440568A (en) * | 2017-09-19 | 2017-12-08 | 天津科技大学 | A kind of soybean refiner and automatic control system |
| CN108925825A (en) * | 2018-05-29 | 2018-12-04 | 江苏海特尔机械有限公司 | A kind of hatching apparatus of powder slurries |
| CN108542264B (en) * | 2018-07-09 | 2024-05-31 | 南京星妙伦园林绿化有限公司 | Grinding mechanism on coffee machine |
| CN109805760A (en) * | 2018-12-17 | 2019-05-28 | 广州正心智能科技有限公司 | A kind of manufacture craft of the existing natural beverage processed of robot |
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| CN2401269Y (en) * | 1999-06-05 | 2000-10-18 | 古煜光 | Pulverizing mill |
| CN201044718Y (en) * | 2007-06-15 | 2008-04-09 | 杨忠文 | Household small crusher multifunctional soya-bean milk machine |
| CN101579086A (en) * | 2009-06-05 | 2009-11-18 | 黄沫荻 | Method for preparing soybean milk by utilizing metal millstone and metal millstone of soybean refiner special for method |
| CN201630998U (en) * | 2010-04-30 | 2010-11-17 | 李伦源 | Residue-free grinding mechanism of soybean milk maker |
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| CN101816337A (en) | 2010-09-01 |
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