CN101850283A - Intelligent complete device for pulverizing cereals - Google Patents
Intelligent complete device for pulverizing cereals Download PDFInfo
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- CN101850283A CN101850283A CN200910048551A CN200910048551A CN101850283A CN 101850283 A CN101850283 A CN 101850283A CN 200910048551 A CN200910048551 A CN 200910048551A CN 200910048551 A CN200910048551 A CN 200910048551A CN 101850283 A CN101850283 A CN 101850283A
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Abstract
The invention relates to an intelligent complete device for pulverizing cereals. The intelligent complete device for pulverizing the cereals comprises a screening part, a dust-removing part, a pulverizing part, a sealed conveying channel, driving equipment, a controller, a monitor and a central server, wherein the screening part, the dust-removing part and the pulverizing part are arranged sequentially and are connected with one another through the sealed conveying channel; the screening part, the dust-removing part and the pulverizing part are connected with the driving equipment and the monitor respectively; and the driving equipment and the monitor are connected with the central server through the controller respectively. The intelligent complete device for pulverizing the cereals has the advantages of combining a complete device for pulverizing the cereals with a computer technique, processing faults of equipment in time, coordinating the cooperation among equipment, realizing intelligent management of the complete device for pulverizing the cereals and greatly improving the work efficiency of the complete equipment.
Description
Technical field
The present invention relates to a kind of intelligent complete device for pulverizing cereals, particularly relate to a kind of intelligent complete device for pulverizing cereals.
Background technology
A kind of intelligent complete device for pulverizing cereals of prior art is that Chinese patent ZL200520058698.9 discloses " complete set of rice milling equipment ", this complete set of rice milling equipment comprises wind-force elevator, rice polishing machine, rice sizing screening device and pulverizer, the shortcoming of this complete set of rice milling equipment is, when a certain equipment breaks down or each equipment room cooperate and occur when inharmonious, this device is handling failure or coordinate each equipment in time, influence the normal operation of complete set of equipments, reduced the operating efficiency of complete set of equipments.
Summary of the invention
The purpose of this invention is to provide a kind of intelligent complete device for pulverizing cereals, this device combines intelligent complete device for pulverizing cereals with computer technology, in time the treatment facility fault, coordinate the cooperation of each equipment room, realize the intelligent management of intelligent complete device for pulverizing cereals.
In order to achieve the above object, technical scheme of the present invention is: a kind of intelligent complete device for pulverizing cereals comprises screening part, dedusting parts, crushing part, sealing transfer passage and driving arrangement;
Described screening part, dedusting parts and crushing part are arranged successively, connect by the sealing transfer passage between each parts, and described screening part, dedusting parts and crushing part are connected with driving arrangement respectively.
Above-mentioned intelligent complete device for pulverizing cereals, wherein, described screening part comprises a raw material inlet, a floss hole, a rotation clasfficiator, described rotation clasfficiator tilts to place, form an angle with horizontal plane, described raw material inlet is arranged on the high-end of described rotation clasfficiator, and described floss hole is arranged on the end portion of described rotation clasfficiator, is provided with two collecting pipes in the bottom of described rotation clasfficiator; Described rotation clasfficiator connects a drive unit, and described drive unit is connected with central server by a controller.
Above-mentioned intelligent complete device for pulverizing cereals, wherein, be provided with a rotation classification hollow cylinder in the shell of described rotation clasfficiator, its high end is provided with a charging aperture, its end portion is provided with a discharging opening, described charging aperture is slidingly connected with the raw material inlet that is fixedly installed on the shell that rotates clasfficiator, and described discharging opening is slidingly connected with the floss hole that is fixedly installed on the shell that rotates clasfficiator; The outer surface of described charging aperture is provided with a rotating band, and described rotating band is connected with drive unit; At least be provided with a track on the outer surface of described rotation classification hollow cylinder, described orbit ring is around circle outer Monday of rotation classification hollow cylinder, engages with roller on being fixedly installed on shell, supporting described rotation classification hollow cylinder.
Above-mentioned intelligent complete device for pulverizing cereals, wherein, described rotation classification hollow cylinder is by two-layer barrel and form, and the inner surface of the high end opening of inner tube wall is provided with a plurality of grooves, the outer surface of the high end opening of outer tube wall is provided with a plurality of projectioies, described groove and protruding mechanical engagement; Described a plurality of groove is equidistant to be arranged on the inner surface of high end opening of inner tube wall, and described a plurality of projectioies are equidistant to be arranged on the outer surface of high end opening of outer tube wall, and the spacing distance of described groove equals the spacing distance of described projection; The outer tube wall of rotation classification hollow cylinder and the frictional force between the inner tube wall should be less than the inner tube wall of rotation classification hollow cylinder and the frictional force between the raw material inlet.
Above-mentioned intelligent complete device for pulverizing cereals, wherein, the inner tube wall and the outer tube wall of described rotation classification hollow cylinder are provided with a lot of through holes.
Above-mentioned intelligent complete device for pulverizing cereals, wherein, described dedusting parts comprise cylindrical cavity, be arranged on the blast pipe on cylindrical cavity top, be arranged on the feed pipe at cylindrical cavity middle part and be arranged on the conical cavity of cylindrical cavity bottom, the bottom of described conical cavity is provided with a cylinder, the bottom of described cylindrical cavity is provided with the primary air gatherer, the top of described cylinder is provided with a secondary air lead-in device, and described secondary air lead-in device is connected with the pressure fan of air-supply usefulness.
Above-mentioned intelligent complete device for pulverizing cereals, wherein, described primary air gatherer comprises air intake pipe, stabilizer and rotating disk;
Described air intake pipe extends into outside the chamber of cylindrical cavity in the chamber of cylindrical cavity, and described stabilizer is arranged at the central authorities in the cylindrical cavity chamber, and described rotating disk is arranged on the top of stabilizer; Described stabilizer comprises the flange on bottom and the bottom, and the bottom of this stabilizer is in the top of air intake pipe and the center of bottom; Described rotating disk comprises support, turntable and a plurality of blade;
Described support is arranged on the top of the flange of stabilizer, realize being connected of rotating disk and stabilizer by support, described turntable is arranged on the top of support, the central authorities of this turntable are provided with an axis hole, this shaft hole sleeve is connected on the support, turntable can be rotated around support, and described a plurality of blades are arranged at the outward flange of turntable respectively, and turntable drives blade and rotates around support when support rotates;
Above-mentioned intelligent complete device for pulverizing cereals, wherein, described secondary air lead-in device comprises air intlet pipe and inclined-plane, described air intlet pipe extends in the chamber of cylindrical cavity outside the chamber of cylindrical cavity, described inclined-plane is the extension of conical cavity, the top on this inclined-plane is connected with the bottom of conical cavity, and its bottom is connected with the bottom of air intlet pipe; Described inclined-plane is provided with a plurality of holes, and auxiliary air is entered by the air intlet pipe, upwards blows by the hole on the inclined-plane.
Above-mentioned intelligent complete device for pulverizing cereals, wherein, described crushing part comprises frame, above frame, be provided with a cylindrical cavity, lower end in described cylindrical cavity is provided with one and stirs grinding rotor, and a rotating shaft passes in the central authorities of described stirring grinding rotor, described rotating shaft by bearing fixing on frame, described rotating shaft is connected with a drive unit, and described rotating shaft can be around its axis rotation under the drive of drive unit; At least be provided with a feed(raw material)inlet on the chamber wall of the lower end of described cylindrical cavity; The chamber wall of the upper end of described cylindrical cavity is provided with the cyclonic current generation device, and described cyclonic current generation device is connected with pressure fan.
Above-mentioned intelligent complete device for pulverizing cereals, wherein, described stirring grinding rotor is the center with the axis hole, is radial a plurality of pulverizing blades that are provided with, described axis hole is formed to stir pulverizes centre of rotor, is used for the stirring grinding rotor is installed in rotating shaft; Described pulverizing blade one terminates on the axis hole, and its other end is provided with cutter hub; Described cyclonic current generation device comprises ingress pipe and fan; Described ingress pipe is connected with the chamber wall of cylindrical cavity, and stretches in the chamber of cylindrical cavity, stretches out downwards in the chamber of cylindrical cavity; The support that described fan comprises attaching parts, is arranged on the turntable of attaching parts bottom, is arranged on the blade on the turntable outward flange and connects attaching parts and ingress pipe; It is radial that described support with attaching parts is that the center is.
The present invention makes it compared with prior art owing to adopt technique scheme, has the following advantages and good effect:
1, intelligent complete device for pulverizing cereals of the present invention combines intelligent complete device for pulverizing cereals with computer technology, in time the treatment facility fault, coordinate the cooperation of each equipment room, realize the intelligent management of intelligent complete device for pulverizing cereals, improved the operating efficiency of complete set of equipments greatly.
2, each component arrangement compactness of intelligent complete device for pulverizing cereals of the present invention, has rationally been saved and has been taken up room.
Description of drawings
Fig. 1 is the structural representation of intelligent complete device for pulverizing cereals of the present invention.
Fig. 2 is the structural representation of screening part in the intelligent complete device for pulverizing cereals of the present invention.
Fig. 3 is the external structure schematic diagram of the rotation classification hollow cylinder of screening part among the present invention.
Fig. 4 is the partial enlarged drawing that the double-deck barrel of the rotation classification hollow cylinder of screening part among the present invention meshes.
Fig. 5 is the cut-away view of rotation classification hollow cylinder among the present invention.
Fig. 6 is the structural representation of dedusting parts in the intelligent complete device for pulverizing cereals of the present invention.
Fig. 7 is the structural representation of the primary air gatherer of dedusting parts among the present invention.
Fig. 8 is the structural representation of the turntable of dedusting parts among the present invention.。
Fig. 9 is the structural representation of the secondary air lead-in device of dedusting parts among the present invention.
Figure 10 is the structural representation of crushing part in the intelligent complete device for pulverizing cereals of the present invention.
Figure 11 is the structural representation that stirs grinding rotor among the present invention.
Figure 12 is a structural representation of pulverizing blade among the present invention
Figure 13 is the vertical view of cutter hub among the present invention.
Figure 14 is the structural representation of cyclonic current generation device among the present invention.
Figure 15 is the vertical view of cyclonic current generation device medium-height trestle of the present invention.
The specific embodiment
Below specify better embodiment of the present invention referring to accompanying drawing:
Referring to Fig. 1, a kind of intelligent complete device for pulverizing cereals comprises screening part 1, dedusting parts 2, crushing part 3, sealing transfer passage 4, driving arrangement 5, controller 6, monitor 7 and central server 8;
Described screening part 1, dedusting parts 2 and crushing part 3 are arranged successively, connect by sealing transfer passage 4 between each parts, described screening part 1, dedusting parts 2 and crushing part 3 are connected with driving arrangement 5, monitor 7 respectively, and described driving arrangement 5 is connected with central server by controller 6 respectively with monitor 7.
Referring to Fig. 3, be provided with a rotation classification hollow cylinder 1101 in the shell 111 of described rotation clasfficiator 11, described rotation classification hollow cylinder 1101 is a cylindrical cavity, its high end is provided with a charging aperture 1103, described charging aperture 1103 also is a cylindrical cavity, its diameter is less than the diameter of rotation classification hollow cylinder 1101, described charging aperture 1103 is slidingly connected with the raw material inlet 12 that is fixedly installed on the shell 111 that rotates clasfficiator 11, the end portion of described rotation classification hollow cylinder 1101 is provided with a discharging opening 1104, described discharging opening 1104 is a cylindrical cavity, its diameter is less than the diameter of rotation classification hollow cylinder 1101, and described discharging opening 1104 is slidingly connected with the floss hole 15 that is fixedly installed on the shell 111 that rotates clasfficiator 11.
At least be provided with a track 1106 on the outer surface of described rotation classification hollow cylinder 1101, described track 1106 is around enclosing the outer Monday of rotation classification hollow cylinder 1101, engage with the roller 1107 on being fixedly installed on shell 111, supporting described rotation classification hollow cylinder 1101.
The outer surface of described charging aperture 1103 is provided with a rotating band 1105, and described rotating band 1105 is connected with drive unit 5, and under the driving of drive unit 5, rotating band 1105 driven rotary classification hollow cylinders 1101 are around its rotation 1102 rotations.
Referring to Fig. 4, described rotation classification hollow cylinder 1101 is made up of two-layer barrel, the inner surface of the high end opening 1103a of inner tube wall 1101a is provided with a plurality of grooves 1108, the outer surface of the high end opening 1103b of outer tube wall 1101b is provided with a plurality of protruding 1109, described groove 1108 and protruding 1109 mechanical engagement.
Described a plurality of groove 1108 is equidistant to be arranged on the inner surface of high end opening 1103a of inner tube wall 1101a, on the outer surface of the described a plurality of protruding 1109 equidistant high end opening 1103b that are arranged on outer tube wall 1101b, the spacing distance of described groove 1108 equals described protruding 1109 spacing distance, (amplifier section is shown as the plane among the figure as shown in Figure 4, reality is curved surface), rotate counterclockwise outer tube wall 1101b the relative inner tube wall 1101a of outer tube wall 1101b is slided.
In order to improve degree of regulation, the spacing distance between the groove 1108 is arranged on the micron number magnitude.
Referring to Fig. 5, on the inner surface of the inner tube wall 1101a of described rotation classification hollow cylinder 1101, be provided with some dividing plates 1110 near the part of discharging opening 1104, dividing plate 1110 is made each interval and perpendicular to the layout of rotation 1102 along the rotation 1102 of rotation classification hollow cylinders 1101.
On the inner surface of the inner tube wall 1101a of described rotation classification hollow cylinder 1101, be provided with a plurality of pectinations forks 1111 on the position between charging aperture 1103 and the innermost dividing plate 1110, described a plurality of pectinations forks 1111 are parallel to the rotation 1102 of rotation classification hollow cylinder 1101; Each pectination fork 1111 has a lot of bars 1112, and described bar 1112 radially is inserted on the inner surface of the inner tube wall 1101a that rotates classification hollow cylinder 1101.
On the inner surface of the inner tube wall 1101a of described rotation classification hollow cylinder 1101, also to be provided with a plurality of cross sections on the position between charging aperture 1103 and the innermost dividing plate 1110 be L shaped convex body 1113, described convex body 1113 just is parallel to the rotation 1102 of rotation classification hollow cylinder 1101 between two adjacent pectinations fork 1111 and be parallel to pectination fork 1111.
The inner tube wall 1101a of described rotation classification hollow cylinder 1101 and outer tube wall 1101b are provided with a lot of through holes 1114 (through hole on the inner tube wall only is shown among Fig. 5), the size of the through hole on the size of the through hole on the inner tube wall 1101a and the outer tube wall 1101b can be inequality, rotation outer tube wall 1101b, can regulate the relative position of the through hole of the through hole of inner tube wall 1101a and outer tube wall 1101b, thereby reach the purpose (promptly changing the size of sieve aperture) of regulating rotation classification hollow cylinder 1101 hole size.
Upward the size of through hole can be inconsistent for inner tube wall 1101a (or outer tube wall 1101b), after the adjusting, the size of through hole is also inconsistent on the rotation classification hollow cylinder 1101, and the through hole on the position between charging aperture 1103 and the innermost dividing plate 1110 is less than the through hole on the position between innermost dividing plate 110 and the discharging opening 104.
Be provided with collecting pipe 13 between charging aperture 1103 and the innermost dividing plate 1110, below having the position of through hole, be provided with collecting pipe 14 between innermost dividing plate 1110 and the discharging opening 1104, below having the position of through hole.
Referring to Fig. 6, dedusting parts 2 comprise a cylindrical cavity 21, a conical cavity 24 and a cylinder 27;
Described cylindrical cavity 21 is a top closure, bottom end opening, and described conical cavity 24 links to each other with the bottom of cylindrical cavity 21;
Described conical cavity 24 is a top end opening, bottom end opening, and the diameter of the opening on these conical cavity 24 tops is greater than the diameter of the opening of these conical cavity 24 bottoms, and the opening of the opening on these conical cavity 24 tops and cylindrical cavity 21 bottoms connects;
Described cylinder 27 is a top end opening, bottom end opening, and the opening of the opening on these cylinder 27 tops and conical cavity 24 bottoms connects;
The chamber wall of described cylindrical cavity 21 upper ends is provided with blast pipe 22, and described blast pipe 22 is connected with the pressure fan (not shown) that exhaust is used;
The chamber wall at described cylindrical cavity 21 middle parts is provided with feed pipe 23, and the bottom of described cylindrical cavity 21 is provided with primary air gatherer 28;
The top of described cylinder 27 is provided with a secondary air lead-in device 29, and described secondary air lead-in device 29 connects the pressure fan (not shown) of air-supply usefulness.
Described feed pipe 23 is made up of transverse tube 210 and inclined tube 211, described transverse tube 210 is connected with inclined tube 211, described transverse tube 210 is horizontally disposed with, outside the chamber of cylindrical cavity 21, extend in the chamber of cylindrical cavity 21, described inclined tube 211 is connected with a end in transverse tube 210 extends into cylindrical cavity 21 chambeies, this inclined tube 211 slightly is inclined upwardly, and has angle with horizontal plane.
Referring to Fig. 7, described primary air gatherer 28 comprises air intake pipe 212, stabilizer 213 and rotating disk 214; Described air intake pipe 212 extends in the chamber of cylindrical cavity 21 outside the chamber of cylindrical cavity 21, described stabilizer 213 is arranged at the central authorities in cylindrical cavity 21 chambeies, the bottom of this stabilizer 213 is in the top of air intake pipe 212 and the center of bottom, if the diameter of described cylindrical cavity 21 is D, the diameter d of the bottom of described stabilizer 213 is 0.4～0.6D, the flange 215 on described stabilizer 213 tops helps tiny dust to be blown up, described rotating disk 14 is arranged on the top of stabilizer 13, is connected with the flange 215 of stabilizer 213.
Referring to Fig. 8, described rotating disk 214 comprises support 216, turntable 218 and a plurality of blade 217, described support 216 is arranged on the top of the flange 215 of stabilizer 213, realize being connected of rotating disks 214 and stabilizer 213 by support 216, described turntable 218 is arranged on the top of support, the central authorities of this turntable 218 are provided with an axis hole 219, this axis hole 219 is socketed on the support 216, turntable 218 can be rotated around support 216, described a plurality of blade 217 is arranged at the outward flange of turntable 218 respectively, and turntable 218 drives blade 217 around support 216 rotations when support 216 rotations.
Referring to Fig. 9, described secondary air lead-in device 29 is arranged on the junction of conical cavity 24 and cylinder 27, comprise air intlet pipe 220 and inclined-plane 221, described air intlet pipe 220 extends in the chamber of cylindrical cavity 21 outside the chamber of cylindrical cavity 21, described inclined-plane 221 is the extension of conical cavity 24, the top on this inclined-plane 221 is connected with the bottom of conical cavity 24, its bottom is connected with the bottom of air intlet pipe 220, described inclined-plane 221 is provided with a plurality of holes 222, auxiliary air is entered by air intlet pipe 220, upwards blows by the hole on the inclined-plane 221 222.
Referring to Figure 10, described crushing part 3 is provided with a cylindrical cavity 32 above frame 31, lower end in described cylindrical cavity 32 is provided with one and stirs grinding rotor 33, a rotating shaft 5 passes in the central authorities of described stirring grinding rotor 33, described rotating shaft 5 is fixed on the frame 31 by bearing 38, described rotating shaft 5 is connected with a drive unit 36, and described rotating shaft 5 can be around its axis 310 rotations under the drive of drive unit 36.
At least be provided with a feed(raw material)inlet 34 on the chamber wall of the lower end of described cylindrical cavity 32, the top of the bottom of described feed(raw material)inlet 34 and described stirring grinding rotor 33 at grade.
The chamber wall of the upper end of described cylindrical cavity 32 is provided with cyclonic current generation device 39, and described cyclonic current generation device 39 is connected (not shown) with pressure fan.
Referring to Figure 11,12, described stirring grinding rotor 33 is the center with axis hole 312, is radial a plurality of pulverizing blades 313 that are provided with, and described axis hole 312 is formed at the center of stirring grinding rotor 33, is used for stirring grinding rotor 33 is installed in rotating shaft 5.Described pulverizing blade 313 1 terminates on the axis hole 312, and its other end is provided with cutter hub 314.
Referring to Figure 13, described cutter hub 314 is made of main body 315, knife edge part 316, last mounting portion 317 and following mounting portion (not shown).Come out from the central authorities of the upper end of main body 315 and the central projection of bottom respectively in described mounting portion 317 and the following mounting portion of going up.The central axis of described cutter hub 314 is by the center of last mounting portion 317 and the center of following mounting portion.
Described cutter hub 314 can rotate flexibly along its central axis.Described cutter hub 314 is made by steel alloy, and blade is sharp, wear-resisting.
Referring to Figure 14,15, described cyclonic current generation device 39 comprises ingress pipe 37 and fan; Described ingress pipe 37 is connected with the chamber wall of cylindrical cavity 32, and stretches in the chamber of cylindrical cavity 32, stretches out downwards in the chamber of cylindrical cavity 32.The support 321 that described fan comprises attaching parts 318, is arranged on the turntable 319 of attaching parts 318 bottoms, is arranged on the blade 320 on turntable 319 outward flanges and connects attaching parts 318 and ingress pipe 37, it is radial that described support 321 is with attaching parts 3318 that the center is, externally under the effect of pressure fan,, turntable 19 rotations rotate thereby driving blade.
Intelligent complete device for pulverizing cereals of the present invention combines complete device for pulverizing cereals with computer technology, in time the treatment facility fault, coordinate the cooperation of each equipment room, realize the intelligent management of complete device for pulverizing cereals, improved the operating efficiency of complete set of equipments greatly.
Each component arrangement compactness of intelligent complete device for pulverizing cereals of the present invention, has rationally been saved and has been taken up room.
Claims (10)
1. an intelligent complete device for pulverizing cereals is characterized in that, comprises screening part (1), dedusting parts (2), crushing part (3), sealing transfer passage (4) and driving arrangement (5);
Described screening part (1), dedusting parts (2) and crushing part (3) are arranged successively, connect by sealing transfer passage (4) between each parts, and described screening part (1), dedusting parts (2) and crushing part (3) are connected with driving arrangement (5) respectively.
2. intelligent complete device for pulverizing cereals as claimed in claim 1, it is characterized in that, described screening part 1 comprises a raw material inlet (12), a floss hole (15), a rotation clasfficiator (11), described rotation clasfficiator (11) tilts to place, form an angle with horizontal plane, described raw material inlet (12) is arranged on the high-end of described rotation clasfficiator (11), described floss hole (15) is arranged on the end portion of described rotation clasfficiator (11), is provided with two collecting pipes (13) and (14) in the bottom of described rotation clasfficiator (1); Described rotation clasfficiator (11) connects a drive unit (16), and described drive unit (16) is connected with central server (18) by a controller (17).
3. intelligent complete device for pulverizing cereals as claimed in claim 2, it is characterized in that, be provided with a rotation classification hollow cylinder (1101) in the shell (111) of described rotation clasfficiator (11), its high end is provided with a charging aperture (1103), its end portion is provided with a discharging opening (1104), described charging aperture (1103) is slidingly connected with the raw material inlet (12) that is fixedly installed on the shell (111) that rotates clasfficiator (11), and described discharging opening (1104) is slidingly connected with the floss hole (15) that is fixedly installed on the shell (111) that rotates clasfficiator (11); The outer surface of described charging aperture (1103) is provided with a rotating band (1105), and described rotating band (1105) is connected with drive unit (5); At least be provided with a track (1106) on the outer surface of described rotation classification hollow cylinder (1101), described track (1106) is around enclosing the outer Monday of rotation classification hollow cylinder (1101), engage with the roller (1107) on being fixedly installed on shell (111), supporting described rotation classification hollow cylinder (1101).
4. intelligent complete device for pulverizing cereals as claimed in claim 2, it is characterized in that, described rotation classification hollow cylinder (1101) is formed by two-layer barrel (1101a) with (1101b), the inner surface of the high end opening (1103a) of inner tube wall (1101a) is provided with a plurality of grooves (1108), the outer surface of the high end opening (1103b) of outer tube wall (1101b) is provided with a plurality of projectioies (1109), described groove (1108) and projection (1109) mechanical engagement; Described a plurality of groove (1108) is equidistant to be arranged on the inner surface of high end opening (1103a) of inner tube wall (1101a), described a plurality of projection (1109) is equidistant to be arranged on the outer surface of high-end opening (1103b) of outer tube wall (1101b), and the spacing distance of described groove (1108) equals the spacing distance of described projection (1109); The outer tube wall (1101b) of rotation classification hollow cylinder (1101) and the frictional force between the inner tube wall (1101a) should be less than the inner tube wall (1101a) of rotation classification hollow cylinder (1101) and the frictional force between the raw material inlet (12).
5. intelligent complete device for pulverizing cereals as claimed in claim 2 is characterized in that, the inner tube wall (101a) and the outer tube wall (101b) of described rotation classification hollow cylinder (101) are provided with a lot of through holes (114).
6. intelligent complete device for pulverizing cereals as claimed in claim 1, it is characterized in that, described dedusting parts (22) comprise cylindrical cavity (21), be arranged on the blast pipe (22) on cylindrical cavity (21) top, be arranged on the feed pipe (23) at cylindrical cavity (21) middle part and be arranged on the conical cavity (24) of cylindrical cavity (21) bottom, the bottom of described conical cavity (24) is provided with a cylinder (27), the bottom of described cylindrical cavity (21) is provided with primary air gatherer (28), the top of described cylinder (27) is provided with a secondary air lead-in device (29), and described secondary air lead-in device (29) is connected with the pressure fan of air-supply usefulness.
7. intelligent complete device for pulverizing cereals as claimed in claim 6 is characterized in that, described primary air gatherer (28) comprises air intake pipe (212), stabilizer (213) and rotating disk (214);
Described air intake pipe (212) extends into outside the chamber of cylindrical cavity (21) in the chamber of cylindrical cavity (21), and described stabilizer (213) is arranged at the central authorities in cylindrical cavity (21) chamber, and described rotating disk (214) is arranged on the top of stabilizer (213); Described stabilizer (213) comprises the flange (215) on bottom and the bottom, and the bottom of this stabilizer (213) is in the top of air intake pipe (212) and the center of bottom; Described rotating disk (214) comprises support (216), turntable (218) and a plurality of blade (217);
Described support (216) is arranged on the top of the flange (215) of stabilizer (213), realize being connected of rotating disk (214) and stabilizer (213) by support (216), described turntable (218) is arranged on the top of support, the central authorities of this turntable (128) are provided with an axis hole (219), this axis hole (219) is socketed on the support (216), turntable (218) can be rotated around support (216), described a plurality of blade (217) is arranged at the outward flange of turntable (218) respectively, and turntable (218) drives blade (217) and rotates around support (216) when support (216) rotates;
8. intelligent complete device for pulverizing cereals as claimed in claim 6, it is characterized in that, described secondary air lead-in device (29) comprises air intlet pipe (220) and inclined-plane (221), described air intlet pipe (220) extends in the chamber of cylindrical cavity (21) outside the chamber of cylindrical cavity (21), described inclined-plane (221) is the extension of conical cavity (24), the top on this inclined-plane (221) is connected with the bottom of conical cavity (224), and its bottom is connected with the bottom of air intlet pipe (220); Described inclined-plane (221) is provided with a plurality of holes (222), and auxiliary air is entered by air intlet pipe (220), upwards blows by the hole (222) on inclined-plane (221).
9. intelligent complete device for pulverizing cereals as claimed in claim 1, it is characterized in that, described crushing part (3) comprises frame (31), be provided with a cylindrical cavity (32) in frame (31) top, lower end in described cylindrical cavity (32) is provided with one and stirs grinding rotor (33), a rotating shaft (35) passes in the central authorities of described stirring grinding rotor (33), described rotating shaft (35) is fixed on the frame (31) by bearing (38), described rotating shaft (35) is connected with a drive unit (36), and described rotating shaft (35) can rotate around its axis (310) under the drive of drive unit (36); At least be provided with a feed(raw material)inlet (34) on the chamber wall of the lower end of described cylindrical cavity (32); The chamber wall of the upper end of described cylindrical cavity (32) is provided with cyclonic current generation device (39), and described cyclonic current generation device (39) is connected with pressure fan.
10. intelligent complete device for pulverizing cereals as claimed in claim 1, it is characterized in that, described stirring grinding rotor (33) is the center with axis hole (312), be the radial a plurality of pulverizing blades (313) that are provided with, described axis hole (312) is formed at the center of stirring grinding rotor (33), is used for stirring grinding rotor (33) is installed in rotating shaft (35); Described pulverizing blade (313) terminates on the axis hole (312), and its other end is provided with cutter hub (314); Described cyclonic current generation device (39) comprises ingress pipe (37) and fan; Described ingress pipe (37) is connected with the chamber wall of cylindrical cavity (32), and stretches in the chamber of cylindrical cavity (32), stretches out downwards in the chamber of cylindrical cavity (32); The support (321) that described fan comprises attaching parts (318), is arranged on the turntable (319) of attaching parts (318) bottom, is arranged on the blade (320) on turntable (319) outward flange and connects attaching parts (318) and ingress pipe (37); It is radial that described support (321) is with attaching parts (318) that the center is.
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| CN200910048551A CN101850283A (en) | 2009-03-31 | 2009-03-31 | Intelligent complete device for pulverizing cereals |
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| CN200910048551A CN101850283A (en) | 2009-03-31 | 2009-03-31 | Intelligent complete device for pulverizing cereals |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102553825A (en) * | 2010-12-16 | 2012-07-11 | 株式会社哈模 | Powder particle processing device |
| CN108262259A (en) * | 2017-12-25 | 2018-07-10 | 昆明理工大学 | A kind of soil sample automatic water screen device |
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2009
- 2009-03-31 CN CN200910048551A patent/CN101850283A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102553825A (en) * | 2010-12-16 | 2012-07-11 | 株式会社哈模 | Powder particle processing device |
| CN102553825B (en) * | 2010-12-16 | 2015-06-10 | 株式会社哈模 | Powder particle processing device |
| CN108262259A (en) * | 2017-12-25 | 2018-07-10 | 昆明理工大学 | A kind of soil sample automatic water screen device |
| CN108262259B (en) * | 2017-12-25 | 2024-04-12 | 昆明理工大学 | Automatic water screen device of soil sample |
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Application publication date: 20101006 |