CN208661661U - A kind of fine powder material sieving machine tool - Google Patents
A kind of fine powder material sieving machine tool Download PDFInfo
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- CN208661661U CN208661661U CN201820652749.8U CN201820652749U CN208661661U CN 208661661 U CN208661661 U CN 208661661U CN 201820652749 U CN201820652749 U CN 201820652749U CN 208661661 U CN208661661 U CN 208661661U
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Abstract
The utility model discloses a kind of fine powder material sieving machine tools, mainly include helix transporting device, the rotation screen device with self-excited vibration screening function with speed changing function, have resonance block clearing function, reduce sieve pore and are blocked rate, raising production efficiency；It is internally integrated and grinds and sorting device in rotary screen, improve the utilization rate of raw material；Complete machine has simplified mechanism, greatly reduces the volume and weight of the machine, and automatically working degree greatly improves, and so as to transport the machine in the more convenient motor-driven production of advancing in different production sites, in a field of line directly quickly produces finished product powder to realize.
Description
Technical field
The utility model relates to a kind of powder material sieving machine tool equipment more particularly to a kind of fine powder material sieving machine tools.
Background technique
Calcium carbonate (lime stone), talcum powder and calcium sulfate (gypsum) etc. are the basic materials of many industries, need to be processed into
Deep processing is carried out after the powdery of specific dimensions again, such as is processed as plasterboard, chalk, powder of lacquer putty for use on, impurity particle in powder
Content influences the quality of manufactured goods very big.By taking the plasterboard for producing high quality as an example, generally require before production to stone
Cream powder is sieved, to remove the bulky grain hard sundries in land plaster, the especially fine sieve before plate forming production line
Divide link, agglomeration and possible mixed stone that land plaster generates during transport or storage because absorbing vapor need to be removed
The minute impurities particle such as son, iron filings, guarantees the quality of plasterboard.Traditional gypsum powder screening machine the degree of automation is not high, raw
Dust pollution during production is larger, and sieve pore is easy to block up, and needs often to shut down block clearing, therefore production efficiency is low；After many dampness
Plaster block crush again after can be used completely, but due to not being ground grindability again in traditional sieving technology, cause
Plaster block is screened out completely, and the waste of raw material is bigger；And traditional fine sieving machine structure is extensive, universal volume compared with
Greatly, be not suitable for motor driven production.The manufacturing process and influencing factors of quality of chalk, powder of lacquer putty for use on etc. and plasterboard it is essentially identical.
Based on the above reasons, the utility model devises a kind of fine powder material sieving machine tool, constructs the self-excited vibration mechanism of rotary screen,
It reduces sieve pore to be blocked rate, improves production efficiency；The grinding mechanism for developing block improves the utilization rate of raw material；To complete machine
Structure has carried out fining innovation, has simplified mechanism, has greatly reduced the volume and weight of the machine, automatically working degree is substantially
It improves, so as to transport the machine in the more convenient motor-driven production of advancing in different production sites, to realize in a field of line directly fastly
Fast-growing finished product powder.
Utility model content
Technical problem to be solved in the utility model is the helix transporting device with speed changing function, with self-excited vibration
The rotation screen device of screening function has resonance block clearing function, is internally integrated and grinds and sorting device in rotary screen, simplified machine
Structure, a kind of fine powder material sieving machine tool for greatly reducing the volume and weight of the machine.
In order to solve the above technical problems, the utility model is characterized in that: including screw conveyor housing 1, shaftless spiral shell
Revolve paddle 2, drive shaft 3, planetary reduction gear 4, rotatory sealing 5, retarder fixed frame 6, gas-tight silo 7, feed inlet 8, bogie 9, the
One bearing 10, sieve 11, vibrating grid 12, line shaft 13, grinding circle 14, grinding disc 15, second bearing 16, sealing bearing 17, the
Three bearings 18, shaft coupling 19, speed regulating motor 20, supporting table 21, waste port 22, space ring 23, powder mouth 24；Helical feed casing
Body 1 is fixed in supporting table 21, and feed inlet 8 is arranged in upper left end opening, and inside is arranged shaftless screw paddle 2, fixes in horn mouth
One retarder fixed frame 6；Speed regulating motor 20 is fixed on the right end of supporting table 21, and motor shaft couples line shaft by shaft coupling 19
13, the right end of line shaft 13 is fixed in supporting table 21 by 3rd bearing 18, and the loudspeaker of screw conveyor housing 1 are protruded into left side
Fixed by first bearing 10 in mouthful, the left end of line shaft 13 couples with the input terminal of planetary reduction gear 4, shaftless screw paddle 2
Drive shaft 3 couples with the output end of planetary reduction gear 4；Gas-tight silo 7 be it is hollow truncated cone-shaped, left side is fixed on screw conveyor
On the shell of shell 1, right side is fixed on line shaft 13 by sealing bearing 17；In gas-tight silo 7, rotatory sealing 5 is fixed
On screw conveyor housing 1, the connection ring 9-1 of bogie 9 couples with rotatory sealing 5, and swivel mount 9-2 is fixed on line shaft 13
On；Vibrating grid 12 is installed on the right side power axis 13 of bogie 9；The right side of vibrating grid 12 is installed by one grinding circle 14, grinding circle
14 left end face is fixedly connected with the right end face of gusset 12-1；A grinding disc 15 is installed in grinding circle 14, passes through second
Bearing 16 couples with line shaft 13, is fixed on the inner wall of 7 right side of gas-tight silo by fixed frame, the right side of grinding disc 15 with
There are gaps between the inner wall of 7 right side of gas-tight silo；There are gaps between bogie 9 and vibrating grid 12, and organize tapered
Straight line bevel edge, sieve 11 covers on the outer surface for being mounted on bogie 9, vibrating grid 12 and grinding circle 14 and fixed, formation taper
Sieve；The outer circle of space ring 23 is fixed on the conical inner inclined surface of gas-tight silo 7, the sieve of interior circle and grinding 14 place peripheries of circle
It is in contact between net 11, the periphery side to the right of grinding circle 14 is located on vertical direction；The lower right-most portion spacer ring 23 of gas-tight silo 7
Left side opens up powder mouth 24, and right side opens up waste port 22.
A further technical solution lies in: the left part of the screw conveyor housing 1 is hollow cylindrical, and right side is in
Conical horn mouth shape.
A further technical solution lies in: 6 outer surface of retarder fixed frame is in circular cone shape, taper and helical feed
The horn mouth taper in 1 left side of casing body is identical, is crosswise, centre setting axis hole.
A further technical solution lies in: the bogie 9 includes: connection ring 9-1, swivel mount 9-2；Connection ring 9-1 is in
Cone-shaped ring shape, swivel mount 9-2 are in crosswise, and axis hole is arranged in centre, and swivel mount 9-2 is fixed on the right side of connection ring 9-1.
A further technical solution lies in: the vibrating grid 12 includes: gusset 12-1, bracing ring 12-2, vibration rack 12-
3, cutter head 12-4, compression spring 12-5, lower pressure spring 12-6, driving arm 12-7；The overall appearance of vibrating grid 12 is in circular cone shape,
Taper is identical as the taper of connection ring 9-1, and driving arm 12-7 is the parallel cross brace structure of longitudinal three column, passes through retainingf key
It is fixedly connected with line shaft 13, inner groovy is arranged in the cross end head of each bracket, one vibration branch of installation in each inner groovy
Frame 12-3, vibration rack 12-3 are that T-type hammers shape into shape, and tup end is protruded into inner groovy, real by compression spring 12-5 and lower pressure spring 12-6
Resilient connection in present inner groovy, hammer are fixed on end on gusset 12-1, and gusset 12-1 is by a plurality of circular bracing ring 12-2
Countersunk arrangement strings fixation, and multiple row cutter head 12-4 is arranged in the inside of each gusset 12-1.
A further technical solution lies in: the grinding circle 14 is circular, and outer circle is smooth disc, and inner peripheral surface is set
The gear teeth are set, the axial through-hole perpendicular to line shaft 13 is opened up in the groove of each gear teeth.
A further technical solution lies in: the structure for being the grinding disc 15 is round tooth colyliform, and periphery setting is oblique
Multiple fixed frames are arranged on right side in the gear teeth, and center opens up axis hole.
A further technical solution lies in: the space ring 23 is that flat circle is cyclic annular, flexible material manufacture.
A further technical solution lies in: the revolving speed of the line shaft 13 is in 600r/min or more.
Detailed description of the invention
Fig. 1 is the general structure schematic diagram of the utility model；
Fig. 2 is 6 appearance diagram of retarder fixed frame；
Fig. 3 is the A of retarder fixed frame 6 to appearance diagram；
The appearance diagram of Fig. 4 bogie 9；
Fig. 5 is the A of bogie 9 to appearance diagram；
Fig. 6 is the cross section structure schematic diagram of vibrating grid 12；
Fig. 7 is the appearance diagram of vibrating grid 12；
Fig. 8 is the A of vibrating grid 12 to surface structure schematic diagram；
Fig. 9 is the appearance connection schematic diagram of gusset 12-1 and bracing ring 12-2；
Figure 10 is the A of space ring 23 to appearance diagram；
Figure 11 is the structural schematic diagram of grinding circle 14；
Figure 12 is the A of grinding circle 14 to structural schematic diagram；
Figure 13 is the structural schematic diagram of grinding disc 15；
Figure 14 is the A of grinding disc 15 to structural schematic diagram.
Specific embodiment
Below with reference to the attached drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out clear
Chu is fully described by, it is clear that and described embodiment is only a part of the embodiment of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
The utility model specifically includes that screw conveyor housing 1, shaftless screw paddle 2, drive shaft 3, planetary reduction gear 4, rotation
Turn sealing 5, retarder fixed frame 6, gas-tight silo 7, feed inlet 8, bogie 9, first bearing 10, sieve 11, vibrating grid 12, power
Axis 13, grinding circle 14, grinding disc 15, second bearing 16, sealing bearing 17,3rd bearing 18, shaft coupling 19, speed regulating motor 20,
Supporting table 21, waste port 22, space ring 23, powder mouth 24.
Wherein bogie 9 includes: connection ring 9-1, swivel mount 9-2, and as shown in Figure 4 and Figure 5, connection ring 9-1 is conical round
Ring-type, swivel mount 9-2 are in crosswise, and axis hole is arranged in centre, and swivel mount 9-2 is fixed on the right side of connection ring 9-1.
Wherein vibrating grid 12 includes: gusset 12-1, bracing ring 12-2, vibration rack 12-3, cutter head 12-4, compression spring 12-
5, lower pressure spring 12-6, driving arm 12-7.
A kind of fine powder material sieving machine tool, it is characterised in that: overall structure is as shown in Figure 1,1 left side of screw conveyor housing
Part is hollow cylindrical, and the tapered bell mouth shape in right side is fixed in supporting table 21, and feed inlet 8 is arranged in upper left end opening,
Shaftless screw paddle 2 is arranged in inside, a retarder fixed frame 6 is fixed in horn mouth, 6 outer surface structure of retarder fixed frame is as schemed
Be in circular cone shape shown in 2, the horn mouth taper on the left of taper and screw conveyor housing 1 is identical, internal structure as shown in figure 3,
For crosswise, centre setting axis hole；Speed regulating motor 20 is fixed on the right end of supporting table 21, and motor shaft is dynamic by the connection of shaft coupling 19
The right end of power axis 13, line shaft 13 is fixed in supporting table 21 by 3rd bearing 18, and screw conveyor housing 1 is protruded into left side
Fixed by first bearing 10 in horn mouth, the left end of line shaft 13 couples with the input terminal of planetary reduction gear 4, shaftless screw
The drive shaft 3 of paddle 2 couples with the output end of planetary reduction gear 4；Gas-tight silo 7 be it is hollow truncated cone-shaped, left side is fixed on spiral
On the shell of conveyer housing 1, right side is fixed on line shaft 13 by sealing bearing 17；In gas-tight silo 7, rotatory sealing
5 are fixed on screw conveyor housing 1, and the connection ring 9-1 of bogie 9 couples with rotatory sealing 5, and swivel mount 9-2 is fixed on dynamic
On power axis 13；Vibrating grid 12, the structure of vibrating grid 12 such as Fig. 6, Fig. 7, Fig. 8, Fig. 9 are installed on the right side power axis 13 of bogie 9
Shown, overall appearance is in circular cone shape, and taper is identical as the taper of connection ring 9-1, and driving arm 12-7 is that longitudinal three column are flat
Capable cross brace structure, is fixedly connected by retainingf key and line shaft 13, and inner groovy is arranged in the cross end head of each bracket,
One vibration rack 12-3 is installed, vibration rack 12-3 is that T-type hammers shape into shape, and tup end is protruded into inner groovy, is led in each inner groovy
It crosses compression spring 12-5 and lower pressure spring 12-6 and realizes the resilient connection in inner groovy, hammer is fixed on end on gusset 12-1, gusset
A plurality of circular bracing ring 12-2 countersunk arrangement is strung fixation by 12-1, and multiple row cutter head 12- is arranged in the inside of each gusset 12-1
4；A grinding circle 14 is installed on the right side of vibrating grid 12, and circular as shown in Figure 11, Figure 12, outer circle is smooth disc, interior
It encloses surface and the gear teeth is set, the axial through-hole perpendicular to line shaft 13, the left side of grinding circle 14 are opened up in the groove of each gear teeth
End face is fixedly connected with the right end face of gusset 12-1, as shown in Figure 1；A grinding disc 15, grinding disc are installed in grinding circle 14
As shown in figs. 13 and 14, the oblique gear teeth are arranged in round tooth colyliform, periphery to 15 structure, and multiple fixed frames are arranged on right side, in
The heart opens up axis hole, is coupled by second bearing 16 with line shaft 13, the inner wall of 7 right side of gas-tight silo is fixed on by fixed frame
On, there are gaps between the inner wall of 7 right side of right side and gas-tight silo of grinding disc 15；It is stayed between bogie 9 and vibrating grid 12
It has the gap, and organizes tapered straight line bevel edge, sieve 11, which covers, is mounted on the outer of bogie 9, vibrating grid 12 and grinding circle 14
It is on surface and fixed, form conical screen；Space ring 23 is that flat circle is cyclic annular, as shown in Figure 10, flexible material manufacture, outer circle
It is fixed on the conical inner inclined surface of gas-tight silo 7, is in contact between interior circle and the sieve 11 of grinding 14 place peripheries of circle, vertically
The outside for being located at grinding circle 14 on direction is to the right；The left side of the lower right-most portion spacer ring 23 of gas-tight silo 7 opens up powder mouth 24, right side opening
If waste port 22.
Power transmission process: when speed regulating motor 20 rotates, driving line shaft 13 to rotate by shaft coupling 19, gas-tight silo 7
Right side and line shaft 13 are connected by sealing bearing 17, and left side is fixed on screw conveyor housing 1, therefore gas-tight silo
7 will not rotate with line shaft 13, and grinding disc 15 is coupled by second bearing 16 with line shaft 13, be fixed on sealing by fixed frame
On the inner wall of 7 right side of storehouse, therefore grinding disc 15 will not be rotated with line shaft 13.Vibrating grid 12 and bogie 9 pass through retainingf key
It is connected in line shaft 13, and the rotatory sealing 5 on bogie 9 and screw conveyor housing 1 couples, therefore line shaft 13 drives
Vibrating grid 12 and bogie 9 rotate synchronously, and then sieve 11 is driven to rotate synchronously.The left side of line shaft 13 passes through first bearing 10
It is connected in retarder fixed frame 6, the left end of line shaft 13 and the input terminal connection of planetary reduction gear 4, the drive of shaftless screw paddle 2
Moving axis 3 couples with the output end of planetary reduction gear 4, and planetary reduction gear 4 is fixed in retarder fixed frame 6, therefore line shaft
13 revolving speed drives shaftless screw paddle 2 to rotate after 4 speed change of planetary reduction gear.The reason of selecting shaftless screw paddle 2: construction weight
Gently, torque load(ing) loss is small, and especially compared to there is shaft type propeller, flexibility is larger when shaftless screw paddle works, in high speed rotation
Shi Buyi forms resonance.The reason of selecting planetary reduction gear 4: small in size.
Powder transportational process: powder is inputted in screw conveyor housing 1 by feed inlet 8, the rotation of shaftless screw paddle 2 will
Powder is pushed at the horn mouth on 1 right side of screw conveyor housing, and under the effect of gravity, powder slides into bell-mouthed inclined-plane and bores
In shape sieve.Bell-mouthed reason is arranged: the installation site of planetary reducer 4 limits the setting of 2 right side blade of shaftless screw paddle
Length, depends merely on the conveying of propeller, and powder is not easy to be transported into conical screen.
Process is sieved in the self-excited vibration of conical screen: bogie 9 and vibrating grid 12 drive sieve 11 to rotate, and powder enters taper
It after sieve, is fallen at the tapered slope sieve 11 that bogie 9 is supported first, the qualified powder of the fine degree in part passes through on sieve 11
Hole leak out, fall on the inner wall of gas-tight silo 7 and along tapered slope slide downward, by the blocking of space ring 23, qualified powder
It is leaked out from powder mouth 24；What the powder stayed in conical screen was supported with the rotation of sieve 11 and along tapered slope downslide vibrating grid 12
At sieve 11, since Mass Distribution of the powder on sieve is uneven and is among dynamic change, in the unbalanced of powder
Under the rotary motion effect of gravity and sieve, the bracing ring 12-2 on the vibrating grid 12 of rotation is by the unbalanced centripetal of sieve 11
Power influences, this unbalanced centripetal force is passed to gusset 12-1 by bracing ring 12-2, and gusset 12-1 passes to unbalanced centripetal force
Each vibration rack 12-3, vibration rack 12-3 are among the resilient clamp of compression spring 12-5 and lower pressure spring 12-6, therefore are shaken
Dynamic bracket 12-3 forms vibrational state, and then drives sieve 11 to form self-excited vibration, and then drive the vibration of powder in sieve 11,
Powder is in the case where vibrating the double action with rotary motion, and the qualified powder of fine degree is leaked out by the hole of sieve 11, from exciting
Kinetic energy is not easy to plug sieve and improves screening efficiency, and cutter head 12-4 can cut the block material of movement, thus
Improve the accepted product percentage of powder.
The attrition process of powder in conical screen: 14 and gusset 12-1 of grinding circle is fixedly connected and rotates synchronously, grinding disc 15
Relative motion is generated with for stationary state, grinding circle 14 and grinding disc 15, it is remaining to enclose 14 in grinding compared with hard block powder
It is grated under the external tooth ablation of internal tooth and grinding disc 15, qualified powder passes through the through-hole and sieve hole on grinding circle 14
Leak out, remaining a small amount of hard foreign matter passes through from the helical teeth gap of grinding disc 15, and by the right side of grinding disc 15 with it is close
The gap between the left side of 7 right end cap of storehouse is sealed, fall on the inner conical surface of gas-tight silo 7 and is leaked out from waste port 22.
There are gap between bogie 9 and vibrating grid 12, sieve is that steel wire more flexible works out net, therefore vibrating grid 12
Self-excited vibration is not transferred to bogie 9, ensure that the stabilization of connection ring 9-1 and rotatory sealing 5 couples, and vibrating grid 12 is from exciting
It is dynamic that only sieve 11 is had an impact；The revolving speed of line shaft 13 can guarantee conical screen higher after 4 reduction of speed of planetary reduction gear
Speed rotation when and 2 revolving speed of shaftless screw paddle is lower, further ensure the job stability of screening machine.
The resonance blocking cleaning work mode of sieve 11: if sieve 11 generates blockage problem, stop to screw conveyor housing 1
Interior supply powder, line shaft 13 drives conical screen idle running at this time, controls the revolving speed of speed regulating motor 20, makes the rotation frequency of screening plant
Rate is close to or up to the resonant frequency of vibrating grid 12 and supported sieve 11, and sieve 11 is in more violent resonance state at this time,
The powder being attached on sieve 11 falls off from sieve 11 under violent resonance state, and qualified powder is leaked out from sieve pore, does not conform to
The hard foreign matter of rule can leak out from waste port 22 from popping up and gradually passing through in sieve pore, realize the block clearing program of sieve.Due to upper
The elastic shock insulation effect that pressure spring 12-5, lower pressure spring 12-6 have, this resonance effects are not transferred on other components, ensure that and set
Standby safe operation.
The revolving speed of drive shaft 13 can obtain preferable working effect in 600r/min or more.
Advantage:
(1) dust discharge is avoided in the course of work, pollution-free operation not will cause air pollution；
(2) production efficiency and qualification rate of powder processing greatly improved in self-excited vibration structure and grinding structure；
(3) the set equipment principle is ingenious, delicate structure, especially the setting of planetary reduction gear 4, and it is steady that work greatly improved
Qualitative, volume and weight is small, produces convenient for motor-driven setting.
Claims (9)
1. a kind of fine powder material sieving machine tool, it is characterised in that: including screw conveyor housing (1), shaftless screw paddle (2), drive
Moving axis (3), planetary reduction gear (4), rotatory sealing (5), retarder fixed frame (6), gas-tight silo (7), feed inlet (8), bogie
(9), first bearing (10), sieve (11), vibrating grid (12), line shaft (13), grinding circle (14), grinding disc (15), the second axis
Hold (16), sealing bearing (17), 3rd bearing (18), shaft coupling (19), speed regulating motor (20), supporting table (21), waste port
(22), space ring (23), powder mouth (24)；Screw conveyor housing (1) is fixed on supporting table (21), and upper left end opening is set
It sets feed inlet (8), inside setting shaftless screw paddle (2), fixes a retarder fixed frame (6) in horn mouth；Speed regulating motor
(20) it is fixed on the right end of supporting table (21), motor shaft passes through shaft coupling (19) connection line shaft (13), the right side of line shaft (13)
End is fixed on supporting table (21) by 3rd bearing (18), and left side is protruded into the horn mouth of screw conveyor housing (1), is passed through
First bearing (10) is fixed, and the left end of line shaft (13) couples with the input terminal of planetary reduction gear (4), shaftless screw paddle (2)
Drive shaft (3) couples with the output end of planetary reduction gear (4)；Gas-tight silo (7) be it is hollow truncated cone-shaped, left side is fixed on spiral
On the shell of conveyer housing (1), right side is fixed on line shaft (13) by sealing bearing (17)；In gas-tight silo (7),
Rotatory sealing (5) is fixed on screw conveyor housing (1), and the connection ring (9-1) of bogie (9) couples with rotatory sealing (5),
Swivel mount (9-2) is fixed on line shaft (13)；Vibrating grid (12) are installed on the right side power axis (13) of bogie (9)；Vibration
A grinding circle (14) is installed on the right side of frame (12), and the left end face of grinding circle (14) and the right end face of gusset (12-1) are fixed
Connection；One grinding disc (15) is installed in grinding circle (14), is coupled by second bearing (16) with line shaft (13), passes through fixation
Frame is fixed on the inner wall of gas-tight silo (7) right side, between the right side of grinding disc (15) and the inner wall of gas-tight silo (7) right side
There are gaps；There are gaps between bogie (9) and vibrating grid (12), and organize tapered straight line bevel edge, and sieve (11) covers
Lid is mounted on the outer surface of bogie (9), vibrating grid (12) and grinding circle (14) and fixed, formation conical screen；Space ring
(23) outer circle is fixed on the conical inner inclined surface of gas-tight silo (7), the sieve of periphery where interior circle and grinding circle (14)
(11) it is in contact between, the periphery side to the right of grinding circle (14) is located on vertical direction；The lower right-most portion spacer ring of gas-tight silo (7)
(23) it is opened up on the left of powder mouth (24), right side opens up waste port (22).
2. a kind of fine powder material sieving machine tool according to claim 1, it is characterised in that the screw conveyor housing (1)
Left part be hollow cylindrical, the tapered bell mouth shape in right side.
3. a kind of fine powder material sieving machine tool according to claim 1, it is characterised in that the retarder fixed frame (6) is outside
Surface is in circular cone shape, and taper is identical as the horn mouth taper on the left of screw conveyor housing (1), is crosswise, centre setting
Axis hole.
4. a kind of fine powder material sieving machine tool according to claim 1, it is characterised in that the bogie (9) includes: to connect
Connect ring (9-1), swivel mount (9-2)；Connection ring (9-1) conical round ring-type, swivel mount (9-2) are in crosswise, centre setting axis
Hole, swivel mount (9-2) are fixed on the right side of connection ring (9-1).
5. a kind of fine powder material sieving machine tool according to claim 1, it is characterised in that the vibrating grid (12) includes: muscle
Plate (12-1), vibration rack (12-3), cutter head (12-4), compression spring (12-5), lower pressure spring (12-6), drives bracing ring (12-2)
Dynamic bracket (12-7)；The overall appearance of vibrating grid (12) is in circular cone shape, and taper is identical as the taper of connection ring (9-1), is driven
Dynamic bracket (12-7) is the parallel cross brace structure of longitudinal three column, is fixedly connected by retainingf key and line shaft (13), each
Inner groovy is arranged in the cross end head of bracket, installs a vibration rack (12-3), vibration rack (12-3) in each inner groovy
Shape is hammered into shape for T-type, and tup end is protruded into inner groovy, realizes the bullet in inner groovy by compression spring (12-5) and lower pressure spring (12-6)
Property connection, hammer is fixed on end on gusset (12-1), and gusset (12-1) is by a plurality of circular bracing ring (12-2) countersunk arrangement string
It rises and fixes, the inside of each gusset (12-1) is arranged multiple row cutter head (12-4).
6. a kind of fine powder material sieving machine tool according to claim 1, it is characterised in that the grinding circle (14) is circular,
Its outer circle is smooth disc, and inner peripheral surface is arranged the gear teeth, the axis perpendicular to line shaft (13) is opened up in the groove of each gear teeth
To through-hole.
7. a kind of fine powder material sieving machine tool according to claim 1, it is characterised in that the structure of the grinding disc (15)
For round tooth colyliform, periphery is arranged the oblique gear teeth, multiple fixed frames is arranged on right side, center opens up axis hole.
8. a kind of fine powder material sieving machine tool according to claim 1, it is characterised in that the space ring (23) is plane
Annular shape, flexible material manufacture.
9. a kind of fine powder material sieving machine tool according to claim 1, it is characterised in that the revolving speed of the line shaft (13)
In 600r/min or more.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820652749.8U CN208661661U (en) | 2018-05-04 | 2018-05-04 | A kind of fine powder material sieving machine tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820652749.8U CN208661661U (en) | 2018-05-04 | 2018-05-04 | A kind of fine powder material sieving machine tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208661661U true CN208661661U (en) | 2019-03-29 |
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ID=65822840
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820652749.8U Active CN208661661U (en) | 2018-05-04 | 2018-05-04 | A kind of fine powder material sieving machine tool |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111672742A (en) * | 2020-06-30 | 2020-09-18 | 益阳艾华富贤电子有限公司 | Screening device for solid-state capacitor production line |
| CN112108441A (en) * | 2020-09-09 | 2020-12-22 | 张厚芳 | Multi-functional medicinal material processingequipment |
-
2018
- 2018-05-04 CN CN201820652749.8U patent/CN208661661U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111672742A (en) * | 2020-06-30 | 2020-09-18 | 益阳艾华富贤电子有限公司 | Screening device for solid-state capacitor production line |
| CN112108441A (en) * | 2020-09-09 | 2020-12-22 | 张厚芳 | Multi-functional medicinal material processingequipment |
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