CN208991222U - A kind of sandstone vibrating sieving machine of continuous vibration sieve - Google Patents
A kind of sandstone vibrating sieving machine of continuous vibration sieve Download PDFInfo
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- CN208991222U CN208991222U CN201821558640.4U CN201821558640U CN208991222U CN 208991222 U CN208991222 U CN 208991222U CN 201821558640 U CN201821558640 U CN 201821558640U CN 208991222 U CN208991222 U CN 208991222U
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- vibration
- vibration screen
- screen frame
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- disk
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Abstract
The utility model relates to vibrating sieving machine technical fields, disclose a kind of sandstone vibrating sieving machine of continuous vibration sieve, including base station, vibrating disk and vibrating motor, vibrating disk upper surface is fixed with lower fixed disk, three fixed columns are fixed on vibrating disk, fixed top end is fixed with fixed disk, and multiple vibration screen frames are provided between upper fixed disk and lower fixed disk；Sliding is provided with vibration screen cover in fixed column, offers feed pipe in screen cover of shaking；Vibration screen frame side offers discharge port, and the sliding of discharge port side wall is embedded with discharge door, and the outer wall slip of vibration screen frame is provided with pulp-collecting box, is provided with material-storing box immediately below pulp-collecting box, is communicated with hose between pulp-collecting box and out magazine.When vibration sieve, discharge door blocks discharge port, material is avoided to be shaken out, discharge door is pushed open and is connected to discharge port by the pulp-collecting box of sliding setting, is realized the collection of material, is fed by feed pipe, without pause, vibration screen frame is dismounted again, realize continuing working for vibrating sieving machine, vibration screen capacity is high, operates convenient, light.
Description
Technical field
The utility model relates to vibrating sieving machine technical field, the sieve more specifically, it relates to which a kind of sandstone of continuous vibration sieve shakes
Machine.
Background technique
Vibrating sieving machine generally includes the vibration screen frame composition of multilayer from top to bottom, the vibration screen mesh aperture in each layer of vibration screen frame
It gradually becomes smaller from top to bottom, material is put into from top layer, is sieved layer by layer by the driving of vibrating motor, and each layer will all be received
Collect different size of sand particles to be utilized.
Patent announcement number is the Chinese patent of CN207222326U, proposes a kind of vibrating sieving machine, including base, motor, pendulum
Dynamic seat, sieve seat, sieve the crosspiece that anchorage bar, sieve and anchorage bar upper end are provided on seat, anchorage bar is at least provided with three and in sieve
Surround sieve on seat, be also connected with the pressing device for compressing sieve on anchorage bar, pressing device include with anchorage bar one by one
Corresponding compression bar, one end of compression bar are fixedly connected with the casing being socketed on anchorage bar, and each compression bar is fixed away from anchorage bar one end
Be connected to the lateral wall of the same fixed ring, the shaft core position of compression bar is additionally provided with telescopic rod, and be connected in fixed ring abutting in
Telescopic rod allows it to push against the head part of anchorage bar.
In above-mentioned patent, when the riddler that shakes every time makees, sieve need to be sequentially placed into vibrating sieving machine, since the volume of sieve has
Limit, screening are taken out the sandstone that sieve Inside sifter is completed to that after a certain period of time, need to suspend vibrating sieving machine work, are continued toward top layer
It feeds intake in sieve, can just continue to sieve, break-off so frequent carrys out feeding and feeds intake, and wastes the production time, increases
The labor intensity of worker, causes the production efficiency extremely low.
Utility model content
Feed intake vibrating sieving machine in the prior art, the complexity that discharges cause vibration sieve interruption aiming at the problem that, the utility model provide
A kind of sandstone vibrating sieving machine of continuous vibration sieve, has the advantages that discharging is convenient, vibration sieve is continuous.
To achieve the above object, the utility model provides following technical solution:
A kind of sandstone vibrating sieving machine of continuous vibration sieve, including base station, the upper end surface vibration of the base station are provided with vibrating disk, institute
The vibrating motor being provided in base station with vibrating disk transmission connection is stated, the vibrating disk is fixed far from the side of the base station
There is lower fixed disk, the vibrating disk edge is extended to the direction far from the base station more fixed columns, the fixation
Column far from one end of the lower fixed disk be fixed with the lower fixed disk upper fixed disk disposed in parallel, fixed disk with
Multiple vibration screen frames are provided between the lower fixed disk, lifting is provided with the vibration for compressing the vibration screen frame in the fixed column
Screen cover is provided with feed pipe in the vibration screen cover；
The outer wall of the vibration screen frame offers discharge port, and sliding is embedded with for closing in the side wall of the discharge port
The discharge door of the discharge port, the outer wall slip of the vibration screen frame are provided with the pulp-collecting box for being connected to discharge port, the splicing
Box is communicated with hose far from one end of the vibration screen frame, and the hose is communicated with storing far from one end of the pulp-collecting box
Box.
Through the above technical solutions, successively clamping is placed between lower fixed disk and upper fixed disk vibration screen frame from top to bottom, it will
Sandstone is put into top layer's vibration screen frame, and vibration screen cover moves down, and covers the vibration screen frame of top layer；Vibrating motor is started to work, driving vibration
Moving plate vibration, drives the lower fixed disk, upper fixed disk and the vibration screen frame being clamped that are fixed on vibrating disk to vibrate together, through over vibration
The screening layer by layer of screen frame obtains the material for needing to collect；Discharge door is opened, pulp-collecting box is slid into discharge port position, each layer of vibration
Material in screen frame is shaken out via discharge port, is collected by pulp-collecting box, hose into material-storing box；When the material in vibration screen frame is several
After being transferred to material-storing box, pulp-collecting box is slid until leaving discharge port, discharge port is blocked in discharge door closing, passes through feed pipe
Road continues to feed intake in top layer's vibration screen frame, continues vibration sieve.The discharge door of sliding setting can will discharge when shaking screening layered
Mouth is closed, and the material in vibration screen frame is avoided to leak out, and discharge door can be pushed open and is connected to discharge port by the pulp-collecting box for sliding setting, be received
Material after the completion of collection screening, while can be fed in top layer's vibration screen frame by feed pipe, continue screening layered work of shaking
Make, without suspend vibration sieve, disassembly vibration screen frame, can self-emptying, realize persistently vibration riddler make, operate it is convenient, reduce worker's labor
Make intensity, improves vibration screen capacity.
Further, the discharge port side wall offers the loose slot for discharge door sliding, in the loose slot
It is provided with the reset spring being fixedly connected with the discharge door, the one end of the discharge door far from the reset spring is in the vibration
Screen frame outer wall is fixed with push plate.
Through the above technical solutions, pushing push plate to slide together when pulp-collecting box slides, drive discharge door sliding in loose slot
It moves, opens discharge port；When push plate, which slides onto, resists discharge port side wall, pulp-collecting box and discharge port are connected, convenient in vibration screen frame
Material shaken and collected out.After the completion of collection, pulp-collecting box is left toward the direction sliding far from push plate, reset spring is by discharge door
Discharge outlet is pushed back to, discharge port is closed；Material is leaked out from discharge port during avoiding vibration from sieving, and causes to waste.
Further, the pulp-collecting box is fixed with fixture block close to the base station on one side, and the vibration screen frame outer wall offers
The card slot being adapted to is slid with the fixture block.
Through the above technical solutions, pulp-collecting box is connected in the card slot of vibration screen frame outer wall by fixture block, while in card slot
It realizes sliding, realizes and the functions such as connection, the material collection of discharge port.
Further, the feed pipe is hingedly connected with feed cap far from the vibration screen cover on one side.
Through the above technical solutions, feed cap remains off feed pipe when not feeding, during avoiding vibration from sieving
Material is shaken out out of feed pipe.
Further, the vibration screen frame side is respectively and fixedly provided with bolt block at the vibration screen frame both ends, in the bolt block
It is equipped with the connection bolt for fixing the adjacent vibration screen frame.
Through the above technical solutions, being fixed between adjacent vibration screen frame by connecting bolt, cooperate more in vibration processes
Closely, prevent adjacent vibration screen frame separation from sandstone being caused to overflow.
Further, which is characterized in that the vibration screen frame inner wall is fixed with the spiral slide for extending into material tube journey.
Through the above technical solutions, spiral slide increase material vibration screen frame in motion path, make material successively by
It gradually slides to vibration sieve, material is avoided disposably to be stacked at vibration sieve, cause vibration sieve blocking, reduce vibration screen capacity.
Further, the vibration screen cover is fixed with multiple abutting pawls far from the vibration screen frame on one side, and the abutting pawl is remote
One end from the vibration screen cover is sheathed on the fixed column, and the abutting pawl end is equipped with for fixing the vibration screen cover position
The clamping screw set.
Through the above technical solutions, the sliding that vibration screen cover is realized in sliding of the pawl in fixed column is pushed against, when vibration screen cover sliding
When extremely with top layer's vibration screen frame abutting, rotation clamping screw is allowed to push against fixed column, and vibration screen cover height is fixed, vibration screen cover is supported
Tight vibration screen frame.
Compared with prior art, the beneficial effects of the utility model are as follows:
(1) after a certain period of time, the pulp-collecting box for sliding setting pushes discharge door open to vibration sieve, is connected to discharge port, is sieved by vibration
The vibration realizing self-emptying of machine, it is easy to operate without dismounting vibration screen frame, reduce labor workload；
(2) it is constantly fed intake by feed pipe convenient for vibrating sieving machine, improves production efficiency, when vibration is sieved, slide going out for setting
Bin gate blocks discharge port, prevents the material in vibration screen frame from being shaken out.
Detailed description of the invention
Fig. 1 is a kind of overall structure diagram of the sandstone vibrating sieving machine of continuous vibration sieve；
Fig. 2 is the cross-sectional view of the line A-A along Fig. 1；
Fig. 3 is the portion B partial enlarged view in Fig. 2；
Fig. 4 is the cross-sectional view of the line C-C along Fig. 1；
Fig. 5 is the portion D partial enlarged view in Fig. 4.
Appended drawing reference: 1, base station；2, vibrating disk；3, vibrating motor；4, lower fixed disk；5, fixed column；6, upper fixed disk；7,
Shake screen frame；8, vibration screen cover；9, feed pipe；10, discharge port；11, discharge door；12, pulp-collecting box；13, hose；14, material-storing box；
15, vibrating spring；16, loose slot；17, reset spring；18, push plate；19, fixture block；20, card slot；21, feed cap；22, bolt
Block；23, bolt is connected；24, spiral slide；25, pawl is pushed against；26, clamping screw.
Specific embodiment
In order to keep the purpose of this utility model, technical scheme and beneficial effects clearer, below with reference to embodiment and attached
The utility model is described in further detail for figure, but the embodiments of the present invention is not limited only to this.
A kind of sandstone vibrating sieving machine of continuous vibration sieve, referring to Fig.1, including base station 1, base station 1 in a rectangular parallelepiped shape, base station 1 it is upper
End face vibration is provided with vibrating disk 2, and 1 side of base station is fixed with the vibrating motor 3 being sequentially connected with vibrating disk 2, vibrating disk 2 and base
Vibrating spring 15, vibrating spring 15 preferably four and the quadrangle for being located at vibrating disk 2 are connected between platform 1.Vibrating disk 2 is remote
Side from base station 1 is fixed with lower fixed disk 4, and 2 edge of vibrating disk is extended to separate 1 direction of base station more fixed columns
5, fixed column 5 preferably three and between any two spaced set.Fixed column 5 is fixed with upper solid far from one end of lower fixed disk 4
Price fixing 6, upper fixed disk 6 is semicircular and is arranged in parallel with lower fixed disk 4, is fixed between upper fixed disk 6 and lower fixed disk 4 more
A vibration screen frame 7, vibration screen frame 7 are fixed with vibration sieve towards lower fixed disk 4 on one side, in vibration screen frame 7 mesh aperture of vibration sieve from
Upper fixed disk 6 to lower fixed disk 4 is gradually reduced.Vibrating motor 3 drives vibrating disk 2 to vibrate, and vibrating spring 15 can make vibrating disk 2
Vibration is more gentle coherent, keeps vibrating effect more preferable, and the mesh aperture being sequentially reduced realizes that material successively sieves from top to bottom, and one
Task collects and is collected into the sand particles of different-diameter size in each layer, to meet different production requirements.
Referring to Figures 1 and 2, it is respectively and fixedly provided with bolt block 22 at the both ends of vibration 7 outer wall of screen frame, is equipped with and is used in bolt block 22
The connection bolt 23 of fixed adjacent vibration screen frame 7, vibration 7 inner wall of screen frame rotation are fixed with spiral slide 24.Lead between adjacent vibration screen frame 7
It is fixed to cross connection bolt 23, so that vibration screen frame 7 is kept the state being mutually stably connected in vibration processes, avoids slipping.Material into
It is fallen on spiral slide 24 after the screen frame 7 that enters to shake is interior, spiral slide 24 extends motion path of the material in vibration screen frame 7, makes object
Material slides along spiral slide 24, successively reaches vibration sieve, and the material avoided enter into vibration screen frame 7 is disposably stacked vibration sieve
Place causes vibration sieve blocking, reduces vibration screen capacity.
Referring to Fig. 3, sliding is provided with vibration screen cover 8 in fixed column 5, offers feed pipe 9, feed pipe 9 in screen cover 8 of shaking
The opening of one end far from vibration screen cover 8 is hingedly connected with feed cap 21.Vibration screen cover 8 is more far from being fixed on one side for vibration screen frame 7
A abutting pawl 25, pushing against pawl 25 is preferably three, pushes against pawl 25 far from one end of vibration screen cover 8 and is sheathed on fixed column 5, pushes against pawl 25
One end close to fixed column 5 is equipped with clamping screw 26.When not feeding, feed cap 21 remains off feed pipe 9,
Material is shaken out out of feed pipe 9 during avoiding vibration from sieving, and when charging can directly open feed cap 21, without to vibration screen frame 7
Again it is dismounted, saves the operating time, improve vibration screen capacity；It pushes against pawl 25 and slides drive vibration screen cover 8 in fixed column 5
It slides together, vibration screen cover 8 can be fixed on by clamping screw 26 to shake in the height that screen frame 7 pushes against, and guarantee the sieve that shakes in vibration processes
8 position of lid will not change and influence vibration sieve.
Referring to Fig. 4, the outer wall of vibration screen frame 7 offers discharge port 10, and sliding is embedded with out in the side wall of discharge port 10
Bin gate 11, discharge door 11 are arc plate, and 10 side wall of discharge port offers loose slot 16, and discharge door 11 is embedded in loose slot 16
It is interior.Be fixed with the reset spring 17 being fixedly connected with discharge door 11 in loose slot 16, discharge door 11 far from reset spring 17 one
End is fixed with push plate 18, and push plate 18 is extended to far from vibration 7 outer wall of screen frame.The vibration outer wall slip of screen frame 7 is provided with pulp-collecting box 12,
Pulp-collecting box 12 is close to the setting of vibration 7 outer wall of screen frame and towards vibration 7 opening of external wall of screen frame, and pulp-collecting box 12 is solid close to the one side of base station 1
Surely there is fixture block 19, vibration 7 outer wall of screen frame is fixed with card slot 20, and pulp-collecting box 12 is connected in the card slot 20 of vibration screen frame 7 by fixture block 19.
Pulp-collecting box 12 is communicated with hose 13 far from one end of vibration screen frame 7, and hose 13 is communicated with storing far from one end of pulp-collecting box 12
Box 14, material-storing box 14 and base station 1 are placed in same level.The discharge door 11 for sliding setting can block discharge port in vibration
10, material is leaked out from discharge port 10 during avoiding vibration from sieving, and causes to waste；Vibration is sieved after a certain period of time, in each layer of vibration screen frame 7
Sandstone after being collected into screening, slides the openable discharge port 10 of pulp-collecting box 12 of setting, is connected to discharge port 10, realizes to go out automatically
Material and storing, without being dismounted again to vibration screen frame 7, it is convenient to operate, and substantially increases vibration screen capacity.
The working principle and beneficial effect of the utility model is as follows:
Worker's screen frame 7 that will shake successively is placed between lower fixed disk 4 and upper fixed disk 6 from bottom to up, tightens connection bolt 23,
Keep adjacent vibration screen frame 7 fixed, sandstone investment top layer is shaken in screen frame 7, then vibration screen cover 8 is displaced downwardly to abutting vibration screen frame 7, tightens
Clamping screw 26 fixes vibration 8 position of screen cover；Vibrating motor 3 is started to work, and driving vibrating disk 2 vibrates, and drive is fixed on vibration
Lower fixed disk 4, upper fixed disk 6 on disk 2 and the vibration screen frame 7 being clamped vibrate together, and the screening layer by layer through over vibration screen frame 7 obtains
The material for needing to collect.Vibration sieve after a certain period of time, has been collected into the sandstone after screening in each layer of vibration screen frame 7, has pushed pulp-collecting box
12 slidings, open discharge door 11, and pulp-collecting box 12 is connected to discharge port 10, and the material in each layer of vibration screen frame 7 is via discharge port
10 are shaken out, are collected by pulp-collecting box 12, hose 13 into material-storing box 14.When the material in vibration screen frame 7 is almost transferred to storage
After magazine 14, pulp-collecting box 12 is slid until leave discharge port 10, discharge door 11 is reset the promotion of spring 17, closes discharge port 10
It closes；Feed cap 21 is opened, continues to feed intake in top layer's vibration screen frame 7 by feed pipe 9, continues vibration sieve.
The utility model is realized by the discharge door 11 of sliding setting closes discharge port 10 when shaking sieve, avoids vibration screen frame 7
Interior material leaks out, and is pushed open discharge door 11 by the pulp-collecting box 12 of sliding setting, the material collection after realizing screening, by into
Pipe material 9 toward top layer vibration screen frame 7 in persistently feed, without suspend vibration sieve, again dismounting vibration screen frame 7, can self-emptying, plus
Expect, realize that the lasting vibration riddler of vibrating sieving machine makees, vibration screen capacity is high, and it is convenient to operate, and the work for eliminating worker's replacement vibration screen frame 7 is strong
Degree.
Above are merely preferred embodiments of the utility model, the protection scope of the utility model is not limited merely to above-mentioned
Embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should be pointed out that pair
For those skilled in the art, several improvements and modifications without departing from the principle of the utility model,
These improvements and modifications also should be regarded as the protection scope of the utility model.
Claims (7)
1. a kind of sandstone vibrating sieving machine of continuous vibration sieve, including base station (1), the upper end surface vibration of the base station (1) are provided with vibration
Disk (2), the interior vibrating motor (3) being provided with the vibrating disk (2) transmission connection of the base station (1), which is characterized in that described
Vibrating disk (2) is fixed with lower fixed disk (4) far from the side of the base station (1), and vibrating disk (2) edge is to far from described
The direction of base station (1), which is extended, more fixed columns (5), and the one end of the fixed column (5) far from the lower fixed disk (4) is solid
Surely have with the lower fixed disk (4) upper fixed disk (6) disposed in parallel, fixed disk (6) and the lower fixed disk (4) it
Between be provided with multiple vibration screen frames (7), lifting is provided with the vibration screen cover for compressing vibration screen frame (7) on the fixed column (5)
(8), feed pipe (9) are provided on the vibration screen cover (8)；
The outer wall of vibration screen frame (7) offers discharge port (10), and sliding is embedded in the side wall of the discharge port (10)
For closing the discharge door (11) of the discharge port (10), the outer wall slip of the vibration screen frame (7), which is provided with, to be used for and discharge port
(10) pulp-collecting box (12) being connected to, the pulp-collecting box (12) are communicated with hose (13), institute far from one end of vibration screen frame (7)
It states hose (13) and is communicated with material-storing box (14) far from the one end of the pulp-collecting box (12).
2. a kind of sandstone vibrating sieving machine of continuous vibration sieve according to claim 1, which is characterized in that discharge port (10) side
Wall offers the loose slot (16) for the discharge door (11) sliding, is provided with and the discharge door in the loose slot (16)
(11) reset spring (17) being fixedly connected, the discharge door (11) are sieved far from the one end of the reset spring (17) in the vibration
Frame (7) outer wall is fixed with push plate (18).
3. a kind of sandstone vibrating sieving machine of continuous vibration sieve according to claim 2, which is characterized in that the pulp-collecting box (12) is leaned on
The nearly base station (1) is fixed with fixture block (19) on one side, and vibration screen frame (7) outer wall offers suitable with the fixture block (19) sliding
The card slot (20) matched.
4. a kind of sandstone vibrating sieving machine of continuous vibration sieve according to claim 3, which is characterized in that the feed pipe (9)
It is hingedly connected with feed cap (21) on one side far from vibration screen cover (8).
5. a kind of sandstone vibrating sieving machine of continuous vibration sieve according to claim 1, which is characterized in that vibration screen frame (7) week
Side is respectively and fixedly provided with bolt block (22) at vibration screen frame (7) both ends, is equipped in the bolt block (22) adjacent for fixing
The connection bolt (23) of vibration screen frame (7).
6. a kind of sandstone vibrating sieving machine of continuous vibration sieve according to claim 5, which is characterized in that in the vibration screen frame (7)
Wall is fixed with the spiral slide (24) for extending into material tube journey.
7. a kind of sandstone vibrating sieving machine of continuous vibration sieve according to claim 1, which is characterized in that the vibration screen cover (8) is remote
Be fixed with multiple abuttings pawls (25) on one side from vibration screen frame (7), it is described push against pawl (25) far from it is described shake screen cover (8) one
End cap is set to the fixed column (5), and described abutting pawl (25) end is equipped with the lock for fixing described vibration screen cover (8) position
Tight bolt (26).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821558640.4U CN208991222U (en) | 2018-09-21 | 2018-09-21 | A kind of sandstone vibrating sieving machine of continuous vibration sieve |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821558640.4U CN208991222U (en) | 2018-09-21 | 2018-09-21 | A kind of sandstone vibrating sieving machine of continuous vibration sieve |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208991222U true CN208991222U (en) | 2019-06-18 |
Family
ID=66801773
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821558640.4U Expired - Fee Related CN208991222U (en) | 2018-09-21 | 2018-09-21 | A kind of sandstone vibrating sieving machine of continuous vibration sieve |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208991222U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110220577A (en) * | 2019-06-27 | 2019-09-10 | 海南中橡科技有限公司 | Particle natural rubber automatic weighing device |
-
2018
- 2018-09-21 CN CN201821558640.4U patent/CN208991222U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110220577A (en) * | 2019-06-27 | 2019-09-10 | 海南中橡科技有限公司 | Particle natural rubber automatic weighing device |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190618 |
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| CF01 | Termination of patent right due to non-payment of annual fee |