CN208558000U - A kind of low solid molding powder grinding device - Google Patents
A kind of low solid molding powder grinding device Download PDFInfo
- Publication number
- CN208558000U CN208558000U CN201820543054.6U CN201820543054U CN208558000U CN 208558000 U CN208558000 U CN 208558000U CN 201820543054 U CN201820543054 U CN 201820543054U CN 208558000 U CN208558000 U CN 208558000U
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- China
- Prior art keywords
- crush box
- lower section
- sieve plate
- molding powder
- low solid
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Abstract
The utility model provides a kind of low solid molding powder grinding device of function admirable, including workbench, crush box, first disintegrator structure, second disintegrating mechanism, loading hopper, first disintegrator structure is equipped on the upside of the crush box, first disintegrator structure two sides are equipped with netted spray head, Fan pipeline is connected with above the netted spray head, partition is equipped with below the first disintegrator structure, circulation feeding inlet is equipped on the right side of the partition of right side, the second disintegrating mechanism is equipped with below the partition, the lower section of second disintegrating mechanism is equipped with sieve plate, the sieve plate upper left side is equipped with pusher, the sieve plate upper right side is equipped with discharge port, circulation and stress device is equipped on the right side of the discharge port, it is equipped with below the sieve plate and turns hopper, it is described to turn to be equipped with hair dryer on the left of hopper.A kind of low solid molding powder grinding device of function admirable of the utility model, cooling and heat dissipation is good, reduces production cost, improves working efficiency, and underproof powder is able to carry out circulation and crushes, and improves feed stock conversion.
Description
[technical field]
The utility model relates to the technical field of molding powder production equipment, in particular to a kind of low solid molding powder grinding device.
[background technique]
In low solid molding powder production process, need to crush the raw material after being granulated, to obtain low solid molding powder powder
End is needed in this process using to pulverizer.Stop cooling or use are usually needed when crushing opportunity hot weather
It is large power air-conditioned to be used to cool down, increase production cost, reduce working efficiency, and by smashed powder need by
Screening, has part that can be unable to reach requirement, reduces feed stock conversion, be unfavorable for the raising of production efficiency.
[utility model content]
The purpose of the utility model is to overcome above-mentioned the deficiencies in the prior art, provide a kind of low solid molding powder crushing dress
It sets, cooling and heat dissipation is good, reduces production cost, improves working efficiency, and underproof powder is able to carry out circulation and crushes, and improves
Feed stock conversion.
To achieve the above object, the utility model proposes a kind of low solid molding powder grinding devices, including workbench, crushing
The both ends lower section of case, first disintegrator structure, the second disintegrating mechanism, loading hopper, the workbench is equipped with support column, described
Workbench be equipped with crush box, the top of the crush box is equipped with loading hopper, and the upside of the crush box is equipped with the
One disintegrating mechanism, the first disintegrator structure are equipped with lubrication groove, are equipped with several grating disks, the crushing in the lubrication groove
The two sides of disk are equipped with Disintegrating knife, and the two sides of the first disintegrator structure are equipped with netted spray head, the netted spray head it is upper
Side is connected with Fan pipeline, several blowers are equipped in the Fan pipeline, and the right side of the Fan pipeline is equipped with ventilation
Room, the upside of the air-exchanging chamber are equipped with Air Filter, and the lower section of the first disintegrator structure is equipped with partition, the partition
Centre is equipped with tapping hole, and the right side of the right side partition is equipped with circulation feeding inlet, and the lower section of the partition is equipped with second and crushes
Mechanism, second disintegrating mechanism are equipped with several rotating disks, and the rotating disk is equipped with several crushing tooths, described
The lower section of second disintegrating mechanism is equipped with sieve plate, and the upper left side of the sieve plate is equipped with pusher, the upper right side of the sieve plate
Equipped with discharge port, the right side of the discharge port is equipped with circulation and stress device, and the lower section of the sieve plate, which is equipped with, turns hopper, described
The left side for turning hopper be equipped with hair dryer, the left side of the hair dryer is equipped with motor, and the lower right for turning hopper is set
There is rewinding case.
Preferably, the first disintegrator structure is additionally provided with round shell, lubrication groove is equipped in the circle shell, it is described
Circular ring path is equipped between circle shell and lubrication groove, the circular ring path is equipped with several through-holes, the inside of the through-hole
Equipped with screening net, the upper end of the circular ring path is equipped with folding lid, and the centre of the lubrication groove is equipped with the axis of rolling, the rolling
Moving axis passes through lubrication groove and circle shell, and speed reducer is equipped with behind the axis of rolling, and the top of the speed reducer is equipped with motor,
The grating disk is equipped with 2, and 2 grating disks are separately mounted to the two sides of the axis of rolling.
Preferably, be equipped with a blower in the Fan pipeline, a blower be located at netted spray head just on
Side, the side of the netted spray head are equipped with vibrating arm, and the side of the vibrating arm is equipped with the first vibrator.
Preferably, second disintegrating mechanism is equipped with 2 rotating disks, the rotation direction of 2 rotating disks is opposite.
Preferably, the pusher includes charging ram, telescopic rod and the first cylinder, the lower end of the charging ram
Face is in contact with the upper surface of sieve plate, and the left end of the charging ram is connected with telescopic rod, the left end connection of the telescopic rod
There is the first cylinder, the distance that the telescopic rod moves horizontally matches with the width of crush box, the charging ram and discharging
The position level of mouth is corresponding.
Preferably, the top of support column described in right side is equipped with support frame, the circulation and stress device includes rewinding
Box, connecting rope, the second vibrator, lifting device, the lifting device are located at the upper end between crush box and support frame, institute
The lower section for the lifting device stated is equipped with connecting rope, and the lower end of the connecting rope is equipped with rewinding box, the lower section of the rewinding box
Equipped with the second vibrator, the lower section of second vibrator is equipped with support base, and the support base is fixed on the right side of crush box
Side wall, the right side of the discharge port are equipped with the first gate, and the lower right side of first gate is equipped with the first stock guide, described
The first stock guide be arranged to the right, the bottom end of first stock guide is corresponding with the left upper end of rewinding box, described
The upper end of first gate is equipped with the second cylinder, and the first photoelectric sensor is equipped between the support frame and crush box, described
First photoelectric sensor is located at the lower section of the first stock guide, and the top of second cylinder is equipped with the second photoelectric sensor, institute
The right side for the circulation feeding inlet stated is equipped with the second gate, and the top of second gate is equipped with third cylinder, and described second
The lower right side of gate be equipped with the second stock guide, second stock guide to upper right side be arranged, second stock guide it is upper
End is corresponding with the left upper end of rewinding box, and the right side of the support column is equipped with first control device, the first control dress
The top set is equipped with second control device.
Preferably, first photoelectric sensor and the second photoelectric sensor is equipped with photoelectricity and photoelectric reflection plate,
The photoelectricity is located at the left side of support column, and the photoelectric reflection plate is located at the right side of crush box, the first control dress
Set, the second cylinder, the first photoelectric sensor, lifting device mutual cooperation effect, the second control device, third cylinder,
Second photoelectric sensor, the second vibrator, lifting device mutual cooperation effect.
The utility model has the beneficial effects that the utility model in crush box by being arranged first disintegrator structure and the second powder
Broken mechanism enables raw material adequately to be crushed by crushing and screening twice, the quality of powder is improved, in powder
Fan pipeline is arranged in the top of broken case, and blower is arranged in Fan pipeline, effectively the hot gas in crush box is discharged；Turning
Hair dryer is arranged in the left side of hopper, is easily cooled down to smashed powder, and the safety of work man-hour is improved；It is crushing
Underproof powder particle, is re-fed by setting circulation feeding inlet and discharge port by circulation and stress device on the right side wall of case
It is crushed in crush box, improves feed stock conversion.
The feature and advantage of the utility model will be described in detail by embodiment combination attached drawing.
[Detailed description of the invention]
Fig. 1 is a kind of structural schematic diagram of low solid molding powder grinding device of the utility model；
Fig. 2 is the partial enlarged view of Fig. 1；
Fig. 3 is the structural schematic diagram of the utility model first disintegrator structure；
Fig. 4 is the right side connection schematic diagram of the axis of rolling.
In figure: 1- workbench, 2- crush box, 3- first disintegrator structure, the second disintegrating mechanism of 4-, 5- loading hopper, 6- net
Shape spray head, 7- partition, 8- sieve plate, 9- pusher, 10- discharge port, 11- support column, 12- circulation and stress device, 13- turn material
Case, 14- rewinding case, the first photoelectric sensor of 15-, the second photoelectric sensor of 16-, 17- photoelectricity, 18- photoelectric reflection plate, in 31-
Wheel, 32- circle shell, 33- circular ring path, 41- rotating disk, 61- Fan pipeline, 62- air-exchanging chamber, 63- vibrating arm, 64- first shake
Dynamic device, 71- tapping hole, 72- circulation feeding inlet, 91- charging ram, 92- telescopic rod, the first cylinder of 93-, the first gate of 101-,
The first stock guide of 102-, the second cylinder of 103-, 111- support frame, 112- first control device, 113- second control device, 121-
Rewinding box, 122- connecting rope, the second vibrator of 123-, 124- lifting device, 125- support base, 311- grating disk, 312- are crushed
Blade, the 313- axis of rolling, 314- speed reducer, 315- motor, 331- through-hole, 332- screening net, 333- folding lid, 411- are crushed
Tooth, 611- blower, 612- hair dryer, 613- motor, 621- Air Filter, the second gate of 721-, 722- third cylinder, 723-
Two stock guides.
[specific embodiment]
To make the objectives, technical solutions and advantages of the present invention clearer, below by accompanying drawings and embodiments,
The present invention will be further described in detail.However, it should be understood that specific embodiment described herein is only used to solve
The utility model is released, the range being not intended to limit the utility model.In addition, in the following description, being omitted to known features
With the description of technology, to avoid the concept for unnecessarily obscuring the utility model.
As shown in Figure 1 and Figure 4, the utility model provides a kind of low solid molding powder grinding device, including workbench 1, crushing
The both ends lower section of case 2, first disintegrator structure 3, the second disintegrating mechanism 4, loading hopper 5, the workbench 1 is equipped with support
Column 11, the workbench 1 are equipped with crush box 2, and the top of the crush box 2 is equipped with loading hopper 5, the crushing
The upside of case 2 is equipped with first disintegrator structure 3, and the first disintegrator structure 3 is equipped with lubrication groove 31, if being equipped in the lubrication groove 31
Dry grating disk 311, the two sides of the grating disk 311 are equipped with Disintegrating knife 312, the two sides of the first disintegrator structure 3
Equipped with netted spray head 6, the top of the netted spray head 6 is connected with Fan pipeline 61, if being equipped in the Fan pipeline 61
Dry blower 611, the right side of the Fan pipeline 61 are equipped with air-exchanging chamber 62, and the upside of the air-exchanging chamber 62 is equipped with dust-proof
Net 621, the lower section of the first disintegrator structure 3 are equipped with partition 7, and the centre of the partition 7 is equipped with tapping hole 71, right side
The right side of the partition 7 is equipped with circulation feeding inlet 72, and the lower section of the partition 7 is equipped with the second disintegrating mechanism 4, and described second
Disintegrating mechanism 4 is equipped with several rotating disks 41, and the rotating disk 41 is equipped with several crushing tooths 411, second powder
The lower section of broken mechanism 4 is equipped with sieve plate 8, and the upper left side of the sieve plate 8 is equipped with pusher 9, and the upper right side of the sieve plate 8 is set
There is discharge port 10, the right side of the discharge port 10 is equipped with circulation and stress device 12, and the lower section of the sieve plate 8, which is equipped with, turns hopper
13, the left side for turning hopper 13 is equipped with hair dryer 612, and the left side of the hair dryer 612 is equipped with motor 613, described
The lower right for turning hopper 13 be equipped with rewinding case 14, the first disintegrator structure 3 is additionally provided with round shell 32, the circle shell
It is equipped with lubrication groove 31 in 32, circular ring path 33 is equipped between the circle shell 32 and lubrication groove 31, is set in the circular ring path 33
There are several through-holes 331, the inside of the through-hole 331 is equipped with screening net 332, and the upper end of the circular ring path 33, which is equipped with, opens
Closing lid 333, the centre of the lubrication groove 31 are equipped with the axis of rolling 313, and the axis of rolling 313 passes through lubrication groove 31 and circle shell 32,
Speed reducer 314 is equipped with behind the axis of rolling 313, the top of the speed reducer 314 is equipped with motor 315, the powder
Broken disk 311 is equipped with 2, and 2 grating disks 311 are separately mounted to the two sides of the axis of rolling 313, set in the Fan pipeline 61
There are 2 blowers, 611,2 blowers 611 to be located at the surface of netted spray head 6, the side of the netted spray head 6 is set
There is vibrating arm 63, the side of the vibrating arm 63 is equipped with the first vibrator 64, and second disintegrating mechanism 4 is equipped with 2 rotations
The rotation direction of 41,2 rotating disks 41 of turntable is on the contrary, the pusher 9 includes charging ram 91,92 and of telescopic rod
The lower end surface of first cylinder 93, the charging ram 91 is in contact with the upper surface of sieve plate 8, and the left end of the charging ram 91 connects
Be connected to telescopic rod 92, the left end of the telescopic rod 92 is connected with the first cylinder 93, the telescopic rod 92 move horizontally away from
It matches from the width of crush box 2, the charging ram 91 is corresponding with the position level of discharge port 10, support described in right side
The top of column 11 is equipped with support frame 111, and the circulation and stress device 12 includes rewinding box 121, the vibration of connecting rope 122, second
Device 123, lifting device 124, the lifting device 124 is located at the upper end between crush box 2 and support frame 111, described
The lower section of lifting device 124 is equipped with connecting rope 122, and the lower end of the connecting rope 122 is equipped with rewinding box 121, the rewinding
The lower section of box 121 is equipped with the second vibrator 123, and the lower section of second vibrator 123 is equipped with support base 125, the branch
Support seat 125 is fixed on the right side wall of crush box 2, and the right side of the discharge port 10 is equipped with the first gate 101, first lock
The lower right side of door 101 is equipped with the first stock guide 102, and first stock guide 102 is arranged to the right, first guide
The bottom end of plate 102 is corresponding with the left upper end of rewinding box 121, and the upper end of first gate 101 is equipped with the second cylinder 103,
The first photoelectric sensor 15 is equipped between the support frame 111 and crush box 2, first photoelectric sensor 15 is located at the
The top of the lower section of one stock guide 102, second cylinder 103 is equipped with the second photoelectric sensor 16, the circulation pan feeding
Mouthfuls 72 right side is equipped with the second gate 721, and the top of second gate 721 is equipped with third cylinder 722, and described second
The lower right side of gate 721 is equipped with the second stock guide 723, and second stock guide 723 is arranged to upper right side, and described second leads
The upper end of flitch 723 is corresponding with the left upper end of rewinding box 121, and the right side of the support column 11 is equipped with first control device
112, the top of the first control device 112 is equipped with second control device 113, first photoelectric sensor 15 and the
Two photoelectric sensors 16 are equipped with photoelectricity 17 and photoelectric reflection plate 18, and the photoelectricity 17 is located at the left side of support column 11, described
Photoelectric reflection plate 18 be located at the right side of crush box 2, the first control device 112, the second cylinder 103, the first photoelectric transfer
Sensor 15,124 mutual cooperation of lifting device effect, the second control device 113, third cylinder 722, the second photoelectric sensing
Device 16, the second vibrator 123,124 mutual cooperation of lifting device effect.
Utility model works process:
A kind of low solid molding powder grinding device of the utility model during the work time, open folding lid 333, by raw material from into
Enter in lubrication groove 31 in funnel 5, be then shut off folding lid 333, lubrication groove 31, circle shell 32, grating disk 311 are rotated, powder
Disintegrating knife 312 on broken disk 311 crushes raw material, and underproof powder particle continues to be crushed in lubrication groove 31, closes
The powder particle of lattice is sent the top that round shell 32 enters crush box 2, while blower 611 by screening net 332, channel 331
It starts to work, extraneous cold air is subjected to exchanging for heat with the hot-air in crush box 2, to powder particle and crush box 2
Inside cools down, and powder particle falls into the lower part of crush box 2 through the guiding role of partition 7, and rotating disk 41 starts work at this time
Make, the crushing tooth 411 in rotating disk 41 further grinds smashed raw material, and the powder after grinding falls into sieve plate 8, then pushes away
Expect that mechanism 9 starts to work, charging ram 91 carries out horizontal reciprocating movement, on the one hand accelerates qualified powder to enter and turns hopper 13, turns material
Case 13 is set as semi open model, and left side is horizontal corresponding with hair dryer 612 equipped with opening, and bottom is arranged equipped with oblique lower right
Stock guide, at this time hair dryer 612 start to work by the powder after grinding carry out it is loose, radiate, be blown to and turn the bottom right of hopper 13
End, then the effect through gravity falls into rewinding case 14, on the other hand is pushed into sieve by the underproof powder particle stayed on sieve plate 8
The right end of plate 8 starts lifting device 124, drives rewinding box 121 to be lifted up, when rewinding box 121 and the first photoelectric sensor 15
When positioned at same level, the photoelectricity of the first photoelectric sensor 15 is blocked, the signal that the first photoelectric sensor 15 will receive
First control device 112 is passed to, first control device 112 issues instructions to the second cylinder 103 and lifting device 124, is promoted
The stopping of device 124 moves up, and the second cylinder 103 controls the first gate 101 and moves up, and opens discharge port 10, underproof
Powder particle enters in rewinding box 121 through the first stock guide 102, and then first control device 112 issues instructions to second again
Cylinder 103 and lifting device 124, lifting device 124 continue up, and the second cylinder 103 controls the first gate 101 to moving down
It is dynamic, discharge port 10 is closed, when rewinding box 121 and the second photoelectric sensor 16 are located at same level, the second photoelectric sensor
16 photoelectricity is blocked, and the signal received is passed to second control device 113, the second control dress by the second photoelectric sensor 16
It sets 113 and issues instructions to third cylinder 722, lifting device 124, the second vibrator 123, the stopping of lifting device 124 moves up,
Third cylinder 722 controls the second gate 721 and moves up, and opens circulation feeding inlet 72, and the second vibrator 123 starts to rewinding
Box 121 is vibrated, and the unqualified powder in rewinding box 121 falls into circulation feeding inlet through the effect of vibration, the second stock guide 723
72 enter the upper half of crush box 2, then proceed to grind, repeated work.
After running a period of time, opens the first vibrator 64 and periodic oscillations cleaning is carried out to netted spray head 64, prevent netted
Excessive dust blocking is accumulated on spray head 64 influences air flow effect.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Made any modification, equivalent replacement or improvement etc., should be included in the utility model within the spirit and principle of utility model
Protection scope within.
Claims (7)
1. a kind of low solid molding powder grinding device, it is characterised in that: including workbench (1), crush box (2), first disintegrator structure
(3), the both ends lower section of the second disintegrating mechanism (4), loading hopper (5), the workbench (1) is equipped with support column (11), institute
The workbench (1) stated is equipped with crush box (2), and the top of the crush box (2) is equipped with loading hopper (5), the crushing
The upside of case (2) is equipped with first disintegrator structure (3), and the first disintegrator structure (3) is equipped with lubrication groove (31), the lubrication groove
(31) several grating disks (311) are equipped in, the two sides of the grating disk (311) are equipped with Disintegrating knife (312), and described the
The two sides of one disintegrating mechanism (3) are equipped with netted spray head (6), are connected with Fan pipeline (61) above the netted spray head (6),
Several blowers (611) are equipped in the Fan pipeline (61), the right side of the Fan pipeline (61) is equipped with air-exchanging chamber
(62), the upside of the air-exchanging chamber (62) is equipped with Air Filter (621), the lower section of the first disintegrator structure (3) be equipped with every
The centre of plate (7), the partition (7) is equipped with tapping hole (71), and the right side of the right side partition (7) is equipped with circulation feeding inlet
(72), the lower section of the partition (7) is equipped with the second disintegrating mechanism (4), and second disintegrating mechanism (4) is equipped with several rotations
Turntable (41), the rotating disk (41) are equipped with several crushing tooths (411), the lower section of second disintegrating mechanism (4)
Equipped with sieve plate (8), the upper left side of the sieve plate (8) is equipped with pusher (9), and the upper right side of the sieve plate (8) is equipped with
The right side of material mouth (10), the discharge port (10) is equipped with circulation and stress device (12), and the lower section of the sieve plate (8), which is equipped with, to be turned
Hopper (13), the left side for turning hopper (13) are equipped with hair dryer (612), and the left side of the hair dryer (612) is equipped with electricity
Motivation (613), the lower right for turning hopper (13) are equipped with rewinding case (14).
2. a kind of low solid molding powder grinding device as described in claim 1, it is characterised in that: the first disintegrator structure
(3) it is additionally provided with round shell (32), is equipped with lubrication groove (31) in the circle shell (32), the circle shell (32) and lubrication groove (31)
Between be equipped with circular ring path (33), the circular ring path (33) be equipped with several through-holes (331), the through-hole (331)
Inside be equipped with screening net (332), the upper end of the circular ring path (33) is equipped with folding lid (333), the lubrication groove (31)
Centre be equipped with the axis of rolling (313), the axis of rolling (313) pass through lubrication groove (31) and justify shell (32), the axis of rolling
(313) speed reducer (314) are equipped with behind, the top of the speed reducer (314) is equipped with motor (315), the grating disk
(311) 2 are equipped with, 2 grating disks (311) are separately mounted to the two sides of the axis of rolling (313).
3. a kind of low solid molding powder grinding device as described in claim 1, it is characterised in that: in the Fan pipeline (61)
Equipped with 2 blowers (611), 2 blowers (611) are located at the surface of netted spray head (6), the netted spray head
(6) side is equipped with vibrating arm (63), and the side of the vibrating arm (63) is equipped with the first vibrator (64).
4. a kind of low solid molding powder grinding device as described in claim 1, it is characterised in that: second disintegrating mechanism
(4) 2 rotating disks (41) are equipped with, the rotation direction of 2 rotating disks (41) is opposite.
5. a kind of low solid molding powder grinding device as described in claim 1, it is characterised in that: pusher (9) packet
Include charging ram (91), telescopic rod (92) and the first cylinder (93), the lower end surface of the charging ram (91) and the upper end of sieve plate (8)
Face is in contact, and the left end of the charging ram (91) is connected with telescopic rod (92), and the left end of the telescopic rod (92) is connected with
First cylinder (93), the distance that the telescopic rod (92) moves horizontally match with the width of crush box (2), the pusher
Bar (91) is corresponding with the position level of discharge port (10).
6. a kind of low solid molding powder grinding device as described in claim 1, it is characterised in that: support column described in right side (11)
Top be equipped with support frame (111), the circulation and stress device (12) includes rewinding box (121), connecting rope (122), second
Vibrator (123), lifting device (124), the lifting device (124) are located between crush box (2) and support frame (111)
Upper end, the lower section of the lifting device (124) is equipped with connecting rope (122), and the lower end of the connecting rope (122), which is equipped with, receives
The lower section of magazine (121), the rewinding box (121) is equipped with the second vibrator (123), second vibrator (123)
Lower section is equipped with support base (125), and the support base (125) is fixed on the right side wall of crush box (2), the discharge port (10)
Right side be equipped with the first gate (101), the lower right side of first gate (101) is equipped with the first stock guide (102), described
First stock guide (102) is arranged to the right, the bottom end of first stock guide (102) and the left upper end of rewinding box (121)
Corresponding, the upper end of first gate (101) is equipped with the second cylinder (103), the support frame (111) and crush box
(2) the first photoelectric sensor (15) are equipped between, first photoelectric sensor (15) is located under the first stock guide (102)
The top of side, second cylinder (103) is equipped with the second photoelectric sensor (16), the right side of the circulation feeding inlet (72)
Equipped with the second gate (721), the top of second gate (721) is equipped with third cylinder (722), second gate
(721) lower right side is equipped with the second stock guide (723), and second stock guide (723) is arranged to upper right side, and described second
The upper end of stock guide (723) is corresponding with the left upper end of rewinding box (121), and the right side of the support column (11) is equipped with the first control
The top of device (112) processed, the first control device (112) is equipped with second control device (113).
7. a kind of low solid molding powder grinding device as claimed in claim 6, it is characterised in that: first photoelectric sensor
(15) and the second photoelectric sensor (16) is equipped with photoelectricity (17) and photoelectric reflection plate (18), and the photoelectricity (17) is located at support
The left side of column (11), the photoelectric reflection plate (18) are located at the right side of crush box (2), the first control device (112),
Second cylinder (103), the first photoelectric sensor (15), lifting device (124) mutual cooperation effect, the second control device
(113), third cylinder (722), the second photoelectric sensor (16), the second vibrator (123), lifting device (124) cooperate
Effect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820543054.6U CN208558000U (en) | 2018-04-17 | 2018-04-17 | A kind of low solid molding powder grinding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820543054.6U CN208558000U (en) | 2018-04-17 | 2018-04-17 | A kind of low solid molding powder grinding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208558000U true CN208558000U (en) | 2019-03-01 |
Family
ID=65480561
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820543054.6U Expired - Fee Related CN208558000U (en) | 2018-04-17 | 2018-04-17 | A kind of low solid molding powder grinding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208558000U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108582572A (en) * | 2018-04-17 | 2018-09-28 | 新昌县中邦塑粉科技有限公司 | A kind of low solid molding powder grinding device of function admirable |
-
2018
- 2018-04-17 CN CN201820543054.6U patent/CN208558000U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108582572A (en) * | 2018-04-17 | 2018-09-28 | 新昌县中邦塑粉科技有限公司 | A kind of low solid molding powder grinding device of function admirable |
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