CN104858014A - Multilayer mechanical stone mill - Google Patents
Multilayer mechanical stone mill Download PDFInfo
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- CN104858014A CN104858014A CN201510293329.6A CN201510293329A CN104858014A CN 104858014 A CN104858014 A CN 104858014A CN 201510293329 A CN201510293329 A CN 201510293329A CN 104858014 A CN104858014 A CN 104858014A
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- abrasive material
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- material storehouse
- storage bin
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Abstract
The invention relates to the field of grain milling equipment, and particularly discloses a multilayer mechanical stone mill which comprises a body, a milling device and cleaning devices, wherein the body comprises support legs, storage bins, milling bins and discharge pipes; the storage bins comprise a first storage bin, a second storage bin and a third storage bin; the milling bins comprise a first milling bin, a second milling bin and a third milling bin; the discharge pipes comprise a first discharge pipe, a second discharge pipe and a third discharge pipe; the milling device comprises fixed milling plates, a feed hopper, a hollow shaft, a motor, a rotating shaft, rotating milling plates and feed pipes; each cleaning device comprises cleaning rods and a brush. The stone mill is divided into multiple layers to simultaneously demix and mill different grains into powder, so that the shortcoming of incapability of the conventional stone mill in simultaneously milling different grains can be effectively overcome, and milling efficiency is greatly improved.
Description
Technical field
The present invention relates to cereal milling apparatus field, specifically a kind of multiple field mechanical stone mill.
Background technology
In the northern area of China, common people like eating flour-made food, and particularly using the area of flour as staple food, annual flour demand is huge.Larger flour mill adopts the very high plant equipment of automaticity to grind flour, and in these plant equipment, be provided with two in grinding roller in relative rotation, wheat is milled into flour between grinding roller.The advantage that mechanization grinds flour is that productivity ratio is high.
Along with growth in the living standard, people more and more pay close attention to dietetic hygiene and nutritive value, and real pollution-free food is more and more subject to the favor of common people.In fact, in a lot of rural areas of China, people get used to grinding flour processed with stone mill, and this stone mill is made up of upper millstone, lower millstone and mill bed plate, the frictional force between top lower millstone and wheat is pulverized into flour.Grind the flour of system with stone mill, the rotating speed of stone mill is very low, and the temperature between stone mill is also very low, and the multiple nutritional components such as the mineral matter thus in flour, protein, carbohydrate, fat, calcium, phosphorus, iron, Cobastab l, B2 is retained.But traditional stone mill pulls by manpower or animal power, and production efficiency is extremely low.
In life, have a lot of cereal all to grind into powder by stone mill, when needs grind multiple different cereal, people be usually a kind of cereal is ground into powder in stone mill after, grind another kind of cereal after stone mill cleaning being dried, what greatly reduce cereal like this grinds efficiency again.And in prior art, also not yet exist a kind of can the stone mill equipment of simultaneous grinding various types of grain, so, be now badly in need of a kind of stone mill that simultaneously can grind various types of grain.
Summary of the invention
In order to make up the deficiencies in the prior art, the invention provides a kind of multiple field mechanical stone mill, it compensate for the defect that existing stone mill cannot grind various types of grain simultaneously.
The technical solution adopted for the present invention to solve the technical problems is: a kind of multiple field mechanical stone mill, comprises fuselage, grading material device and clearing apparatus, and described fuselage comprises supporting leg, storage bin, abrasive material storehouse and discharge nozzle.
Described storage bin is the hollow cylinder of upper opening, storage bin is for collecting the cereal after being polished, described supporting leg is evenly provided with three along storage bin central axis, described storage bin comprises a storage bin, No. two storage bins and No. three storage bins, a described storage bin is connected mutually by bottom supporting leg and No. two storage bins, described abrasive material storehouse is hollow cylindrical structure, abrasive material storehouse comprises an abrasive material storehouse, No. two abrasive material storehouses and No. three abrasive material storehouses, be connected mutually by an abrasive material storehouse between No. two described storage bins and No. three storage bins, No. two abrasive material storehouses are provided with in the middle part of No. three storage bins, upper surface, No. two abrasive material storehouses is connected mutually with lower surface, No. three abrasive material storehouses, No. three abrasive material storehouse upper end open, discharging opening is provided with in described each abrasive material storehouse, described discharge nozzle comprises a discharge nozzle, No. two discharge nozzles and No. three discharge nozzles, a discharge nozzle upper end is connected with the discharging opening in an abrasive material storehouse, the lower end of a discharge nozzle is positioned at a storage bin, during work, a storage bin is entered by the cereal of milled by a discharge nozzle in an abrasive material storehouse, No. two discharge nozzle upper ends are connected with the discharging opening in No. two abrasive material storehouses, the lower end of No. two discharge nozzles is positioned at No. two storage bins, during work, No. two storage bins are entered by the cereal of milled by No. two discharge nozzles in No. two abrasive material storehouses, No. three discharge nozzle upper ends are connected with the discharging opening in No. three abrasive material storehouses, the lower end of No. three discharge nozzles is positioned at No. three storage bins, during work, No. three storage bins are entered by the cereal of milled by No. three discharge nozzles in No. three abrasive material storehouses.
Described grading material device comprises fixing mill, feed hopper, hollow shaft, motor, rotating shaft, rotary grinding disk and feed pipe, described fixing mill is cylindrical structure, and have through hole in the middle part of fixing mill, through hole is used for passing of rotating shaft, described fixing mill has three, be fixedly installed in the middle part of bottom surface, each abrasive material storehouse respectively, described feed hopper is inverted truncated cone-shaped, during work, the cereal of grinding is needed to enter from feed hopper, feed hopper is three regions by dividing plate by even partition, when needing the cereal of grinding different, then different types of cereal is poured in different regions, feed hopper bottom is provided with hollow shaft, described motor is fixedly mounted on a storage bin lower surface, described rotating shaft is fixedly mounted on the central axis place of stone mill and runs through each abrasive material storehouse, and motor is connected by belt with rotating shaft bottom, during work, electric machine rotation drives axis of rotation, be connected mutually with rotating shaft upper surface in the middle part of described feed hopper lower surface, thus axis of rotation drives feed hopper to rotate, and then drive hollow shaft to rotate, rotating shaft is positioned on the axis of hollow shaft, and feed hopper bottom surface around the shaft and be evenly provided with three charging holes between hollow shaft, angle between the center of circle of each charging hole is separated by 120 degree between two, and each charging hole is in the zones of different of feed hopper respectively, during work, different cereal enters hollow shaft from different charging holes, described rotary grinding disk is cylindrical structure, rotary grinding disk has three, and be all connected mutually with hollow shaft shell in the middle part of each rotary grinding disk, during work, hollow shaft is rotated and is driven each rotary grinding disk to rotate, rotary grinding disk comprises a mill, No. two mills and No. three mills, a mill is positioned at the fixing mill top in an abrasive material storehouse, a mill is provided with one number service hole, during work, cereal enters between a mill and corresponding fixing mill from one number service hole, No. two mills are positioned at the fixing mill top in No. two abrasive material storehouses, No. two mills are provided with No. two through holes, during work, cereal enters between No. two mills and corresponding fixing mill from No. two through holes, No. three mills are positioned at the fixing mill top in No. three abrasive material storehouses, and No. three mills are provided with No. three through holes, during work, cereal enters between No. three mills and corresponding fixing mill from No. three through holes, described one number service hole, angle between No. two through holes and the center of circle of No. three through holes is separated by 120 degree between two, described feed pipe comprises a feed pipe, No. two feed pipes and No. three feed pipes, a described feed pipe, No. two feed pipes and No. three feed pipe tops are fixedly mounted in three charging holes of feed hopper respectively, be fixedly mounted on bottom a feed pipe on one number service hole, be fixedly mounted on No. two through holes bottom No. two feed pipes, be fixedly mounted on No. three through holes bottom No. three feed pipes, during work, a kind of cereal enters in one number service hole from a feed pipe top, thus cereal is polished in an abrasive material storehouse, in like manner, another kind of cereal enters in No. two through holes from No. two feed pipe tops, thus cereal is polished in No. two abrasive material storehouses, rear a kind of cereal enters in No. three through holes from No. three feed pipe tops, thus cereal is polished in No. three abrasive material storehouses.
Described clearing apparatus comprises cleaning bar and hairbrush, a clearing apparatus is all had in each abrasive material storehouse, cleaning bar is symmetrically arranged with two along the hollow shaft outer wall of grading material device, cleaning bar one end is connected mutually with hollow shaft, the cleaning bar other end is connected mutually with hairbrush, the region of described hairbrush between abrasive material storehouse inwall and fixing mill inwall, and contact with bottom surface, abrasive material storehouse bottom hairbrush, during work, rotarily drive cleaning bar by hollow shaft to rotate, and then band electric brush rotates on bottom surface, abrasive material storehouse, under the effect that hairbrush rotates, an abrasive material storehouse, to be pushed out from discharging opening by the cereal of milled in No. two abrasive material storehouses and No. three abrasive material storehouses and to enter storage bin.
A kind of multiple field mechanical stone mill of the present invention, stone mill is divided into multilayer by it, carries out layering grind into powder simultaneously to different cereal, effectively can solve the defect that existing stone mill can not grind cereal not of the same race simultaneously, grind efficiency and greatly improve.
Accompanying drawing explanation
Below in conjunction with drawings and embodiments, the present invention is further described.
Fig. 1 is overall structure schematic diagram of the present invention;
Fig. 2 is full sectional view of the present invention;
Fig. 3 is partial perspective cutaway view of the present invention;
Fig. 4 is the structural representation of grading material device of the present invention and clearing apparatus;
Fig. 5 is the top view of feed hopper of the present invention;
Fig. 6 is the partial structurtes schematic diagram of feed pipe of the present invention.
In figure: fuselage 1, grading material device 2, clearing apparatus 3, supporting leg 11, storage bin 12, abrasive material storehouse 13, discharge nozzle 14, a storage bin 121, No. two storage bins 122, No. three storage bins 123, an abrasive material storehouse 131, No. two abrasive material storehouses 132, No. three abrasive material storehouses 133, a discharge nozzle 141, No. two discharge nozzles 142, No. three discharge nozzles 143, fixing mill 21, feed hopper 22, hollow shaft 23, motor 24, rotating shaft 25, rotary grinding disk 26, feed pipe 27, dividing plate 221, charging hole 222, a mill 261, No. two mills 262, No. three mills 263, one number service hole 2611, No. two through holes 2612, No. three through holes 2613, a feed pipe 271, No. two feed pipes 272, No. three feed pipes 273, cleaning bar 31, hairbrush 32.
Detailed description of the invention
The technological means realized to make the present invention, creation characteristic, reaching object and effect is easy to understand, below in conjunction with concrete diagram, setting forth the present invention further.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5 and Fig. 6, a kind of multiple field mechanical stone mill of the present invention, comprises fuselage 1, grading material device 2 and clearing apparatus 3, and described fuselage 1 comprises supporting leg 11, storage bin 12, abrasive material storehouse 13 and discharge nozzle 14.
Described storage bin 12 is the hollow cylinder of upper opening, storage bin 12 is for collecting the cereal after being polished, described supporting leg 11 is evenly provided with three along storage bin 12 central axis, described storage bin 12 comprises a storage bin 121, No. two storage bins 122 and No. three storage bins 123, a described storage bin 121 is connected mutually by bottom supporting leg 11 and No. two storage bins 122, described abrasive material storehouse 13 is hollow cylindrical structure, abrasive material storehouse 13 comprises an abrasive material storehouse 131, No. two abrasive material storehouses 132 and No. three abrasive material storehouses 133, be connected mutually by an abrasive material storehouse 131 between No. two described storage bins 122 and No. three storage bins 123, No. two abrasive material storehouses 132 are provided with in the middle part of No. three storage bins 123, upper surface, No. two abrasive material storehouses 132 is connected mutually with lower surface, No. three abrasive material storehouses 133, No. three abrasive material storehouse 133 upper end open, discharging opening is provided with in described each abrasive material storehouse 13, described discharge nozzle 14 comprises a discharge nozzle 141, No. two discharge nozzles 142 and No. three discharge nozzles 143, discharge nozzle 141 upper end is connected with the discharging opening in an abrasive material storehouse 131, the lower end of a discharge nozzle 141 is positioned at a storage bin 121, during work, a storage bin 121 is entered by the cereal of milled by a discharge nozzle 141 in an abrasive material storehouse 131, No. two discharge nozzle 142 upper ends are connected with the discharging opening in No. two abrasive material storehouses 132, the lower end of No. two discharge nozzles 142 is positioned at No. two storage bins 122, during work, No. two storage bins 122 are entered by the cereal of milled by No. two discharge nozzles 142 in No. two abrasive material storehouses 132, No. three discharge nozzle 143 upper ends are connected with the discharging opening in No. three abrasive material storehouses 133, the lower end of No. three discharge nozzles 143 is positioned at No. three storage bins 123, during work, No. three storage bins 123 are entered by the cereal of milled by No. three discharge nozzles 143 in No. three abrasive material storehouses 133.
Described grading material device 2 comprises fixing mill 21, feed hopper 22, hollow shaft 23, motor 24, rotating shaft 25, rotary grinding disk 26 and feed pipe 27, described fixing mill 21 is cylindrical structure, and have through hole in the middle part of fixing mill 21, through hole is used for passing of rotating shaft 25, described fixing mill 21 has three, be fixedly installed in the middle part of bottom surface, each abrasive material storehouse 13 respectively, described feed hopper 22 is inverted truncated cone-shaped, during work, the cereal of grinding is needed to enter from feed hopper 22, feed hopper 22 is three regions by dividing plate 221 by even partition, when needing the cereal of grinding different, then different types of cereal is poured in different regions, feed hopper 22 bottom is provided with hollow shaft 23, described motor 24 is fixedly mounted on storage bin 121 lower surface, described rotating shaft 25 is fixedly mounted on the central axis place of stone mill and runs through each abrasive material storehouse 13, and motor 24 is connected by belt with rotating shaft 25 bottom, during work, motor 24 rotates and drives rotating shaft 25 to rotate, be connected mutually with rotating shaft 25 upper surface in the middle part of described feed hopper 22 lower surface, thus rotating shaft 25 rotation drives feed hopper 22 to rotate, and then drive hollow shaft 23 to rotate, rotating shaft 25 is positioned on the axis of hollow shaft 23, and feed hopper 22 bottom surface is evenly provided with three charging holes 222 around the shaft between 25 and hollow shaft 23, angle between the center of circle of each charging hole 222 is separated by 120 degree between two, and each charging hole 222 is in the zones of different of feed hopper 22 respectively, during work, different cereal enters hollow shaft 23 from different charging holes 222, described rotary grinding disk 26 is cylindrical structure, rotary grinding disk 26 has three, and be all connected mutually with hollow shaft 23 shell in the middle part of each rotary grinding disk 26, during work, hollow shaft 23 is rotated and is driven each rotary grinding disk 26 to rotate, rotary grinding disk 26 comprises a mill 261, No. two mills 262 and No. three mills 263, a mill 261 is positioned at fixing mill 21 top in an abrasive material storehouse 131, a mill 261 is provided with one number service hole 2611, during work, cereal enters between a mill 261 and corresponding fixing mill 21 from one number service hole 2611, No. two mills 262 are positioned at fixing mill 21 top in No. two abrasive material storehouses 132, No. two mills 262 are provided with No. two through holes 2612, during work, cereal enters between No. two mills 262 and corresponding fixing mill 21 from No. two through holes 2612, No. three mills 263 are positioned at fixing mill 21 top in No. three abrasive material storehouses 133, and No. three mills 263 are provided with No. three through holes 2613, during work, cereal enters between No. three mills 263 and corresponding fixing mill 21 from No. three through holes 2613, described one number service hole 2611, angle between No. two through holes 2612 and the center of circle of No. three through holes 2613 is separated by 120 degree between two, described feed pipe 27 comprises a feed pipe 271, No. two feed pipes 272 and No. three feed pipes 273, a described feed pipe 271, No. two feed pipes 272 and No. three feed pipe 273 tops are fixedly mounted in three charging holes 222 of feed hopper 22 respectively, be fixedly mounted on bottom a feed pipe 271 on one number service hole 2611, be fixedly mounted on No. two through holes 2612 bottom No. two feed pipes 272, be fixedly mounted on No. three through holes 2613 bottom No. three feed pipes 273, during work, a kind of cereal enters in one number service hole 2611 from feed pipe 271 top, thus cereal is polished in an abrasive material storehouse 131, in like manner, another kind of cereal enters in No. two through holes 2612 from No. two feed pipe 272 tops, thus cereal is polished in No. two abrasive material storehouses 132, rear a kind of cereal enters in No. three through holes 2613 from No. three feed pipe 273 tops, thus cereal is polished in No. three abrasive material storehouses 133.
Described clearing apparatus 3 comprises cleaning bar 31 and hairbrush 32, a clearing apparatus 3 is all had in each abrasive material storehouse 13, cleaning bar 31 is symmetrically arranged with two along hollow shaft 23 outer wall of grading material device 2, cleaning bar 31 one end is connected mutually with hollow shaft 23, cleaning bar 31 other end is connected mutually with hairbrush 32, the region of described hairbrush 32 between abrasive material storehouse 13 inwall and fixing mill 21 inwall, and contact with bottom surface, abrasive material storehouse 13 bottom hairbrush 32, during work, rotarily drive cleaning bar 31 by hollow shaft 23 to rotate, and then band electric brush 32 rotates on bottom surface, abrasive material storehouse 13, under the effect that hairbrush 32 rotates, an abrasive material storehouse 131, to be pushed out from discharging opening by the cereal of milled in No. two abrasive material storehouses 132 and No. three abrasive material storehouses 133 and to enter storage bin 12.
During work, by belt conveyor, different types of cereal is transported in the zones of different of feed hopper 22, a kind of cereal enters in one number service hole 2611 from feed pipe 271 top, cereal enters between a mill 261 and corresponding fixing mill 21 from one number service hole 2611, another kind of cereal enters in No. two through holes 2612 from No. two feed pipe 272 tops, cereal enters between No. two mills 262 and corresponding fixing mill 21 from No. two through holes 2612, rear a kind of cereal enters in No. three through holes 2613 from No. three feed pipe 273 tops, cereal enters between No. three mills 263 and corresponding fixing mill 21 from No. three through holes 2613, then, motor 24 rotates and drives rotating shaft 25 to rotate, rotating shaft 25 is rotated and is driven feed hopper 22 to rotate, and then drive hollow shaft 23 to rotate, hollow shaft 23 is rotated and is driven each rotary grinding disk 26 to rotate on each fixing mill 21, simultaneously, hollow shaft 23 is rotated and is driven clearing apparatus 3 to rotate, different cereal is polished under each rotary grinding disk 26 with the rotation of fixing mill 21, after cereal after polished enters bottom surface, abrasive material storehouse 13 from fixing mill 21, be pushed out from discharging opening under the turning effort of clearing apparatus 3 and enter corresponding storage bin 12.
More than show and describe general principle of the present invention, principal character and advantage.The technical staff of the industry should understand; the present invention is not restricted to the described embodiments; description in above-described embodiment and description principle of the present invention is just described; without departing from the spirit and scope of the present invention; the present invention also has various changes and modifications, and these changes and improvements all fall in the claimed scope of the invention.Application claims protection domain is defined by appending claims and equivalent thereof.
Claims (3)
1. a multiple field mechanical stone mill, comprise fuselage (1), grading material device (2) and clearing apparatus (3), it is characterized in that: described fuselage (1) comprises supporting leg (11), storage bin (12), abrasive material storehouse (13) and discharge nozzle (14), wherein:
The hollow cylinder that described storage bin (12) is upper opening, described supporting leg (11) is evenly provided with three along storage bin (12) central axis, described storage bin (12) comprises a storage bin (121), No. two storage bins (122) and No. three storage bins (123), a described storage bin (121) is connected mutually by supporting leg (11) and No. two storage bin (122) bottoms, described abrasive material storehouse (13) is hollow cylindrical structure, abrasive material storehouse (13) comprises an abrasive material storehouse (131), No. two abrasive material storehouses (132) and No. three abrasive material storehouses (133), be connected mutually by an abrasive material storehouse (131) between No. two described storage bins (122) with No. three storage bins (123), No. three storage bin (123) middle parts are provided with No. two abrasive material storehouses (132), No. two abrasive material storehouse (132) upper surfaces are connected mutually with No. three abrasive material storehouse (133) lower surfaces, No. three abrasive material storehouse (133) upper end open, discharging opening is provided with in described each abrasive material storehouse (13), described discharge nozzle (14) comprises a discharge nozzle (141), No. two discharge nozzles (142) and No. three discharge nozzles (143), discharge nozzle (141) upper end is connected with the discharging opening of an abrasive material storehouse (131), the lower end of a discharge nozzle (141) is positioned at a storage bin (121), No. two discharge nozzle (142) upper ends are connected with the discharging opening of No. two abrasive material storehouses (132), the lower end of No. two discharge nozzles (142) is positioned at No. two storage bins (122), No. three discharge nozzle (143) upper ends are connected with the discharging opening of No. three abrasive material storehouses (133), the lower end of No. three discharge nozzles (143) is positioned at No. three storage bins (123).
2. a kind of multiple field mechanical stone mill according to claim 1, it is characterized in that: described grading material device (2) comprises fixing mill (21), feed hopper (22), hollow shaft (23), motor (24), rotating shaft (25), rotary grinding disk (26) and feed pipe (27), described fixing mill (21) is cylindrical structure, and fixing mill (21) middle part has through hole, described fixing mill (21) has three, be fixedly installed in the middle part of each abrasive material storehouse (13) bottom surface respectively, described feed hopper (22) is inverted truncated cone-shaped, feed hopper (22) is three regions by dividing plate (221) by even partition, feed hopper (22) bottom is provided with hollow shaft (23), described motor (24) is fixedly mounted on storage bin (121) lower surface, described rotating shaft (25) is fixedly mounted on the central axis place of stone mill and runs through each abrasive material storehouse (13), and motor (24) is connected by belt with rotating shaft (25) bottom, be connected mutually with rotating shaft (25) upper surface in the middle part of described feed hopper (22) lower surface, rotating shaft (25) is positioned on the axis of hollow shaft (23), and feed hopper (22) bottom surface is evenly provided with three charging holes (222) around the shaft between (25) and hollow shaft (23), angle between the center of circle of each charging hole (222) is separated by 120 degree between two, and each charging hole (222) is in the zones of different of feed hopper (22) respectively, described rotary grinding disk (26) is cylindrical structure, rotary grinding disk (26) has three, and each rotary grinding disk (26) middle part is all connected mutually with hollow shaft (23) shell, rotary grinding disk (26) comprises a mill (261), No. two mills (262) and No. three mills (263), a mill (261) is positioned at fixing mill (21) top of an abrasive material storehouse (131), a mill (261) is provided with one number service hole (2611), No. two mills (262) are positioned at fixing mill (21) top of No. two abrasive material storehouses (132), No. two mills (262) are provided with No. two through holes (2612), No. three mills (263) are positioned at fixing mill (21) top of No. three abrasive material storehouses (133), and No. three mills (263) are provided with No. three through holes (2613), described one number service hole (2611), angle between No. two through holes (2612) and the center of circle of No. three through holes (2613) is separated by 120 degree between two, described feed pipe (27) comprises a feed pipe (271), No. two feed pipes (272) and No. three feed pipes (273), a described feed pipe (271), No. two feed pipes (272) are fixedly mounted in three charging holes (222) of feed hopper (22) with No. three feed pipe (273) tops respectively, feed pipe (271) bottom is fixedly mounted on one number service hole (2611), No. two feed pipe (272) bottoms are fixedly mounted on No. two through holes (2612), No. three feed pipe (273) bottoms are fixedly mounted on No. three through holes (2613).
3. a kind of multiple field mechanical stone mill according to claim 1, it is characterized in that: described clearing apparatus (3) comprises cleaning bar (31) and hairbrush (32), a clearing apparatus (3) is all had in each abrasive material storehouse (13), cleaning bar (31) is symmetrically arranged with two along hollow shaft (23) outer wall of grading material device (2), cleaning bar (31) one end is connected mutually with hollow shaft (23), cleaning bar (31) other end is connected mutually with hairbrush (32), described hairbrush (32) is positioned at the region between abrasive material storehouse (13) inwall and fixing mill (21) inwall, and hairbrush (32) bottom contacts with abrasive material storehouse (13) bottom surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510293329.6A CN104858014A (en) | 2015-05-31 | 2015-05-31 | Multilayer mechanical stone mill |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510293329.6A CN104858014A (en) | 2015-05-31 | 2015-05-31 | Multilayer mechanical stone mill |
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| CN104858014A true CN104858014A (en) | 2015-08-26 |
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| CN201510293329.6A Pending CN104858014A (en) | 2015-05-31 | 2015-05-31 | Multilayer mechanical stone mill |
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| JP7010527B1 (en) | 2021-08-17 | 2022-01-26 | ▲禎▼友 荒川 | Linked electric powder grinder and powder production system using it |
| CN114950617A (en) * | 2022-05-21 | 2022-08-30 | 城口县土行生农业科技发展有限公司 | Modularized hydrodynamic stone mill integrated system without damaging flour molecular structure |
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Application publication date: 20150826 |