CN206535749U - Security filtering machine is used in a kind of ore in sand form processing - Google Patents
Security filtering machine is used in a kind of ore in sand form processing Download PDFInfo
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- CN206535749U CN206535749U CN201720162605.XU CN201720162605U CN206535749U CN 206535749 U CN206535749 U CN 206535749U CN 201720162605 U CN201720162605 U CN 201720162605U CN 206535749 U CN206535749 U CN 206535749U
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Abstract
The utility model is related to a kind of screening machine, more particularly to security filtering machine is used in a kind of processing of ore in sand form.The technical problems to be solved in the utility model is to provide a kind of ore in sand form processing security filtering machine.In order to solve the above-mentioned technical problem, the utility model provides the processing of such a ore in sand form and uses security filtering machine, includes right support, collecting tank, base, left socle, pole, sieves mechanism, fixed plate, mesh screen, feed arrangement, fixed mount, first sliding block etc.；The top left side of base is provided with left socle, the top right side of base, which is provided with the top of right support, base, is placed with collecting tank, and collecting tank is located between left socle and right support, it is connected with the top of left socle and right support in the middle part of feed arrangement, the right wall of left socle and is connected with pole.The utility model has reached uniform blanking and the high effect of security performance, and rotating disk batch (-type) is stifled to separate out expects pipe, and ore in sand form is also intermittently dropped out, so as to improve the uniformity and stability of blanking.
Description
Technical field
The utility model is related to a kind of screening machine, more particularly to security filtering machine is used in a kind of processing of ore in sand form.
Background technology
Ore in sand form is sand shape mineral being exploited from mineral deposit or being processed into by lean ore through ore dressing.In general, screening is
Refer to a kind of with regard to certain to there is the material of special properties to carry out selected operating process by predeterminated target in most materials.
At present, in ore in sand form screening, because ore in sand form blanking is uneven, ore in sand form is big to the impulsive force of sorting mechanism and loads not
Uniformly, very influence equipment operation, or even damage motor and equipment, security is relatively low, therefore needs a kind of uniform blanking of research and development badly
And security filtering machine is used in the high ore in sand form processing of security performance.
Utility model content
（1）The technical problem to be solved
The utility model is in order to overcome at present, and in ore in sand form screening, because ore in sand form blanking is uneven, ore in sand form is to sorting mechanism
Impulsive force it is big and load uneven, very influence equipment operation, or even damage motor and equipment, the relatively low shortcoming of security,
The technical problems to be solved in the utility model is to provide a kind of ore in sand form processing security filtering machine.
（2）Technical scheme
In order to solve the above-mentioned technical problem, the utility model provides the processing of such a ore in sand form and uses security filtering machine, wraps
Include right support, collecting tank, base, left socle, pole, sieve mechanism, fixed plate, mesh screen, feed arrangement, fixed mount, first
Sliding block, the first slide rail and fixed seat, the top left side of base are provided with left socle, and the top right side of base is provided with right support, base
Top be placed with collecting tank, collecting tank is located between left socle and right support, be connected with the top of left socle and right support into
Expect to be connected with to be connected with the right side of pole, pole in the middle part of device, the right wall of left socle to sieve mechanism, installed on the downside of right support left wall
Have and the first slide rail is embedded with the top of fixed seat, fixed seat, the top of the first slide rail, which is provided with the top of the first sliding block, the first sliding block, to be set
Have and mesh screen be connected with the left of fixed mount, fixed mount, mesh screen be located at feed arrangement lower section, mesh screen located at collecting tank just on
Side, the left wall rear and front end of mesh screen is equipped with fixed plate, sieves mechanism between the fixed plate of rear and front end.
Preferably, sieve mechanism and include rear mobile bar, rear pulling block, rear deflector, rear elastic component, rear block, rear contact
Wheel, cam, fixed bar, preceding contact wheel, preceding block, preceding elastic component, preceding mobile bar, preceding guide plate, preceding pulling block, motor and first turn
Axle, pole right wall is sequentially provided with preceding guide plate, fixed bar and rear deflector, preceding guide plate and is provided with preceding pilot hole from front to back,
Rear deflector is provided with rear pilot hole, and the right-hand member of fixed bar, which is connected with the top of motor, motor, is connected with first rotating shaft, first rotating shaft
On cam is installed, the rear and front end of cam is respectively equipped with preceding contact wheel and rear contact wheel, preceding contact wheel and rear contact wheel with
Cam contact coordinates, and preceding contact wheel front end is provided with preceding mobile bar, and preceding mobile bar is provided with preceding block, preceding block and preceding guide plate it
Between be provided with preceding elastic component, preceding mobile bar passes through preceding elastic component and preceding pilot hole, and the front end of preceding mobile bar is provided with preceding pulling block, preceding pulling block
Front end be in contact with the fixed plate rear wall of front side, rear contact wheel rear end be provided with rear mobile bar, rear mobile bar be provided with rear block,
Rear elastic component is provided between block and rear deflector afterwards, rear mobile bar is passed through after rear elastic component and rear pilot hole, rear mobile bar
End is provided with rear pulling block, and the rear end of rear pulling block is in contact with the fixed plate antetheca of rear side.
Preferably, feed arrangement includes feed hopper, buffering storage chamber, oscillating plate and discharge nozzle, left socle and right support
Top is connected with buffering storage chamber, and the upper left side of buffering storage chamber is provided with feed hopper, and the lower right side of buffering storage chamber is provided with discharge nozzle, buffering
Storage chamber inner underside is provided with oscillating plate, and oscillating plate is is obliquely installed, and buffer storage chamber is shaped as elliposoidal.
Preferably, small belt pulley, flat belt, big belt pulley, bearing block, the second rotating shaft, connecting rod and rotation are also included
Disk, the top of first rotating shaft is provided with small belt pulley, and the left wall bottom of discharge nozzle, which is provided with bearing block, bearing block, is provided with second turn
Axle, the top of the second rotating shaft is provided with big belt pulley, and big belt pulley is located at the directly to the right of small belt pulley, big belt pulley and small belt pulley
Between be wound with flat belt, the bottom of the second rotating shaft is provided with connecting rod, and the outer end of connecting rod is connected with rotating disk, the top surface of rotating disk
Touched with the bottom connection of discharge nozzle.
Preferably, also include and slided on the downside of the second slide rail, the second sliding block and wedge, the left wall of right support provided with second
Rail, the second slide rail is located at the top of fixed seat, and the left side of the second slide rail is provided with the second sliding block, and the left side of the second sliding block is provided with wedge shape
Block, wedge is embedded in right side in fixed mount.
Preferably, the material of fixed seat is aluminium alloy.
Preferably, the material of fixed plate is steel alloy.
Operation principle：When needing ore in sand form carrying out Screening Treatment, ore in sand form is poured into feed arrangement by staff first, warp
The cushioning effect of feed arrangement is crossed, ore in sand form is gentle and equably drops down onto on mesh screen, while staff's startup sieves mechanism and started
Work, sieves before and after mechanism drives mesh screen and rocks, so as to carry out Screening Treatment to ore in sand form, more qualified ore in sand form will pass through mesh screen
Fall into collecting tank.Quickly and securely ore in sand form can so be screened and completed.
Because sieve mechanism include rear mobile bar, rear pulling block, rear deflector, rear elastic component, rear block, rear contact wheel,
Cam, fixed bar, preceding contact wheel, preceding block, preceding elastic component, preceding mobile bar, preceding guide plate, preceding pulling block, motor and first rotating shaft,
Pole right wall is sequentially provided with preceding guide plate, fixed bar and rear deflector, preceding guide plate and is provided with preceding pilot hole from front to back, after lead
Rear pilot hole is provided with to plate, the right-hand member of fixed bar, which is connected with the top of motor, motor, is connected with first rotating shaft, pacified in first rotating shaft
Equipped with cam, the rear and front end of cam is respectively equipped with preceding contact wheel and rear contact wheel, and preceding contact wheel and rear contact wheel are and cam
It is engaged, preceding contact wheel front end is provided with preceding mobile bar, preceding mobile bar is provided with preceding block, set between preceding block and preceding guide plate
There is preceding elastic component, preceding mobile bar passes through preceding elastic component and preceding pilot hole, and the front end of preceding mobile bar is provided with before preceding pulling block, preceding pulling block
End is in contact with the fixed plate rear wall of front side, and rear contact wheel rear end is provided with rear mobile bar, and rear mobile bar is provided with rear block, rear block
Rear elastic component is provided between body and rear deflector, rear mobile bar passes through rear elastic component and rear pilot hole, and the rear end of rear mobile bar is set
There is rear pulling block, the rear end of rear pulling block is in contact with the fixed plate antetheca of rear side, so staff starts motor and started working, band
Moving cam is rotated, and drives preceding mobile bar and rear mobile bar alternately to move forward and backward so that mesh screen is moved forward and backward, so as to produce strong
Rock, ore in sand form is screened.
Because feed arrangement includes the top of feed hopper, buffering storage chamber, oscillating plate and discharge nozzle, left socle and right support
Buffering storage chamber is connected with, the upper left side of buffering storage chamber is provided with feed hopper, and the lower right side of buffering storage chamber is provided with discharge nozzle, buffers storage chamber
Inner underside is provided with oscillating plate, and oscillating plate is is obliquely installed, and buffer storage chamber is shaped as elliposoidal, so staff will first
Ore in sand form is poured into buffering storage chamber by feed hopper, and because buffering storage chamber has certain volume and buffering inclination angle, ore in sand form will not be straight
Connected discharge nozzle to fall on mesh screen, but under the drive of oscillating plate, gently fell, so as to be effectively prevented from ore in sand form to mesh screen
Impact it is big, load uneven, influence it to run, or even damage motor and equipment, at the same also improve screening security and
Stability.
Because also including small belt pulley, flat belt, big belt pulley, bearing block, the second rotating shaft, connecting rod and rotating disk,
The top of first rotating shaft is provided with small belt pulley, and the left wall bottom of discharge nozzle, which is provided with bearing block, bearing block, is provided with the second rotating shaft,
The top of second rotating shaft is provided with big belt pulley, and big belt pulley is located at the directly to the right of small belt pulley, big belt pulley and small belt pulley it
Between be wound with flat belt, the bottom of the second rotating shaft is provided with connecting rod, and the outer end of connecting rod is connected with rotating disk, the top surface of rotating disk with
The bottom connection of discharge nozzle is touched, and drives small belt pulley to rotate so motor is rotated, and then drives big belt pulley and rotating disk to rotate,
So that rotating disk batch (-type) is stifled to separate out expects pipe, ore in sand form is also intermittently dropped out, so that the uniformity and stability of blanking are improved,
And then the security of intensifier.
Because also including the second slide rail, the second sliding block and wedge, the second slide rail is provided with the downside of the left wall of right support, the
Two slide rails are located at the top of fixed seat, and the left side of the second slide rail is provided with the second sliding block, and the left side of the second sliding block is provided with wedge, wedge
Shape block is embedded in right side in fixed mount, so mesh screen is when moving forward and backward, the second sliding block and the second slide rail enhance the flat of its operation
Stability and fluency, the setting of wedge also improve its security, it is ensured that the proper motion of mesh screen.
（3）Beneficial effect
The utility model has reached uniform blanking and the high effect of security performance, and rotating disk batch (-type) is stifled to separate out expects pipe, ore deposit
Sand is also intermittently dropped out, so that the uniformity and stability of blanking are improved, and then the security of intensifier.
Brief description of the drawings
Fig. 1 is the first main structure diagram of the present utility model.
Fig. 2 is the overlooking the structure diagram that the utility model sieves mechanism.
Fig. 3 is the main structure diagram of the utility model feed arrangement.
Fig. 4 is second of main structure diagram of the present utility model.
Fig. 5 is part main structure diagram of the present utility model.
Mark in accompanying drawing for：1- right supports, 2- collecting tanks, 3- bases, 4- left socles, 5- poles, 6- sieves mechanism,
Contacted after block after elastic component after pilot hole after pulling block after mobile bar after 60-, 61-, 62-, 63- rear deflectors, 64-, 65-, 66-
Before mobile bar before elastic component before block before contact wheel before wheel, 67- cams, 68- fixed bars, 69-, 610-, 611-, 612-, 613-
Pulling block before pilot hole before guide plate, 614-, 615-, 616- motors, 617- first rotating shafts, 7- fixed plates, 8- mesh screens, 9- charging dresses
Put, 90- feed hoppers, 91- buffering storage chambers, 92- oscillating plates, 93- discharge nozzles, 10- fixed mounts, the sliding blocks of 11- first, 12- first is slided
Rail, 13- fixed seats, 14- small belt pulleys, 15- flat belts, 16- big belt pulleys, 17- bearing blocks, the rotating shafts of 18- second, 19- connections
Bar, 20- rotating disks, the slide rails of 21- second, the sliding blocks of 22- second, 23- wedges.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
Security filtering machine is used in a kind of ore in sand form processing, as Figure 1-5, includes right support 1, collecting tank 2, base 3, left branch
Frame 4, pole 5, sieve mechanism 6, fixed plate 7, mesh screen 8, feed arrangement 9, fixed mount 10, the first sliding block 11, the and of the first slide rail 12
Fixed seat 13, the top left side of base 3 is provided with left socle 4, and the top right side of base 3 is provided with right support 1, and the top of base 3 is put
Collecting tank 2 is equipped with, collecting tank 2 is located between left socle 4 and right support 1, and the top of left socle 4 and right support 1 is connected with charging
Pole 5 is connected with the middle part of device 9, the right wall of left socle 4, the right side of pole 5, which is connected with, sieves mechanism 6, on the downside of the left wall of right support 1
Fixed seat 13 is installed, the top of fixed seat 13 is embedded with the first slide rail 12, and the top of the first slide rail 12 is provided with the first sliding block 11, the
The top of one sliding block 11 is provided with fixed mount 10, and the left side of fixed mount 10 is connected with mesh screen 8, and mesh screen 8 is located under feed arrangement 9
Side, mesh screen 8 is located at the surface of collecting tank 2, and the left wall rear and front end of mesh screen 8 is equipped with fixed plate 7, sieves before mechanism 6 is located at
Afterwards between the fixed plate 7 at two ends.
Embodiment 2
Security filtering machine is used in a kind of ore in sand form processing, as Figure 1-5, includes right support 1, collecting tank 2, base 3, left branch
Frame 4, pole 5, sieve mechanism 6, fixed plate 7, mesh screen 8, feed arrangement 9, fixed mount 10, the first sliding block 11, the and of the first slide rail 12
Fixed seat 13, the top left side of base 3 is provided with left socle 4, and the top right side of base 3 is provided with right support 1, and the top of base 3 is put
Collecting tank 2 is equipped with, collecting tank 2 is located between left socle 4 and right support 1, and the top of left socle 4 and right support 1 is connected with charging
Pole 5 is connected with the middle part of device 9, the right wall of left socle 4, the right side of pole 5, which is connected with, sieves mechanism 6, on the downside of the left wall of right support 1
Fixed seat 13 is installed, the top of fixed seat 13 is embedded with the first slide rail 12, and the top of the first slide rail 12 is provided with the first sliding block 11, the
The top of one sliding block 11 is provided with fixed mount 10, and the left side of fixed mount 10 is connected with mesh screen 8, and mesh screen 8 is located under feed arrangement 9
Side, mesh screen 8 is located at the surface of collecting tank 2, and the left wall rear and front end of mesh screen 8 is equipped with fixed plate 7, sieves before mechanism 6 is located at
Afterwards between the fixed plate 7 at two ends.
Sieve mechanism 6 include rear mobile bar 60, rear pulling block 61, rear deflector 63, rear elastic component 64, rear block 65, after
Contact wheel 66, cam 67, fixed bar 68, preceding contact wheel 69, preceding block 610, preceding elastic component 611, preceding mobile bar 612, it is leading to
Plate 613, preceding pulling block 615, motor 616 and first rotating shaft 617, the right wall of pole 5 are sequentially provided with preceding guide plate 613, connected from front to back
Gu pilot hole 614 before being provided with bar 68 and rear deflector 63, preceding guide plate 613, rear deflector 63 is provided with rear pilot hole 62, fixed
The right-hand member of bar 68 is connected with motor 616, the top of motor 616 be connected with first rotating shaft 617, first rotating shaft 617 be provided with it is convex
Wheel 67, the rear and front end of cam 67 is respectively equipped with preceding contact wheel 69 and rear contact wheel 66, and preceding contact wheel 69 and rear contact wheel 66 are equal
It is engaged with cam 67, the preceding front end of contact wheel 69 is provided with preceding mobile bar 612, and preceding mobile bar 612 is provided with preceding block 610, preceding
Preceding elastic component 611 is provided between block 610 and preceding guide plate 613, preceding mobile bar 612 passes through preceding elastic component 611 and preceding pilot hole
614, the front end of preceding mobile bar 612 is provided with preceding pulling block 615, and the front end of preceding pulling block 615 is in contact with the rear wall of fixed plate 7 of front side,
The rear end of contact wheel 66 is provided with rear mobile bar 60 afterwards, and rear mobile bar 60 is provided with rear block 65, rear block 65 and rear deflector 63 it
Between be provided with rear elastic component 64, rear mobile bar 60 pass through rear elastic component 64 and rear pilot hole 62, after the rear end of rear mobile bar 60 is provided with
Pulling block 61, the rear end of rear pulling block 61 is in contact with the antetheca of fixed plate 7 of rear side.
Embodiment 3
Security filtering machine is used in a kind of ore in sand form processing, as Figure 1-5, includes right support 1, collecting tank 2, base 3, left branch
Frame 4, pole 5, sieve mechanism 6, fixed plate 7, mesh screen 8, feed arrangement 9, fixed mount 10, the first sliding block 11, the and of the first slide rail 12
Fixed seat 13, the top left side of base 3 is provided with left socle 4, and the top right side of base 3 is provided with right support 1, and the top of base 3 is put
Collecting tank 2 is equipped with, collecting tank 2 is located between left socle 4 and right support 1, and the top of left socle 4 and right support 1 is connected with charging
Pole 5 is connected with the middle part of device 9, the right wall of left socle 4, the right side of pole 5, which is connected with, sieves mechanism 6, on the downside of the left wall of right support 1
Fixed seat 13 is installed, the top of fixed seat 13 is embedded with the first slide rail 12, and the top of the first slide rail 12 is provided with the first sliding block 11, the
The top of one sliding block 11 is provided with fixed mount 10, and the left side of fixed mount 10 is connected with mesh screen 8, and mesh screen 8 is located under feed arrangement 9
Side, mesh screen 8 is located at the surface of collecting tank 2, and the left wall rear and front end of mesh screen 8 is equipped with fixed plate 7, sieves before mechanism 6 is located at
Afterwards between the fixed plate 7 at two ends.
Sieve mechanism 6 include rear mobile bar 60, rear pulling block 61, rear deflector 63, rear elastic component 64, rear block 65, after
Contact wheel 66, cam 67, fixed bar 68, preceding contact wheel 69, preceding block 610, preceding elastic component 611, preceding mobile bar 612, it is leading to
Plate 613, preceding pulling block 615, motor 616 and first rotating shaft 617, the right wall of pole 5 are sequentially provided with preceding guide plate 613, connected from front to back
Gu pilot hole 614 before being provided with bar 68 and rear deflector 63, preceding guide plate 613, rear deflector 63 is provided with rear pilot hole 62, fixed
The right-hand member of bar 68 is connected with motor 616, the top of motor 616 be connected with first rotating shaft 617, first rotating shaft 617 be provided with it is convex
Wheel 67, the rear and front end of cam 67 is respectively equipped with preceding contact wheel 69 and rear contact wheel 66, and preceding contact wheel 69 and rear contact wheel 66 are equal
It is engaged with cam 67, the preceding front end of contact wheel 69 is provided with preceding mobile bar 612, and preceding mobile bar 612 is provided with preceding block 610, preceding
Preceding elastic component 611 is provided between block 610 and preceding guide plate 613, preceding mobile bar 612 passes through preceding elastic component 611 and preceding pilot hole
614, the front end of preceding mobile bar 612 is provided with preceding pulling block 615, and the front end of preceding pulling block 615 is in contact with the rear wall of fixed plate 7 of front side,
The rear end of contact wheel 66 is provided with rear mobile bar 60 afterwards, and rear mobile bar 60 is provided with rear block 65, rear block 65 and rear deflector 63 it
Between be provided with rear elastic component 64, rear mobile bar 60 pass through rear elastic component 64 and rear pilot hole 62, after the rear end of rear mobile bar 60 is provided with
Pulling block 61, the rear end of rear pulling block 61 is in contact with the antetheca of fixed plate 7 of rear side.
Feed arrangement 9 includes feed hopper 90, buffering storage chamber 91, oscillating plate 92 and discharge nozzle 93, left socle 4 and right support
1 top is connected with buffering storage chamber 91, and the upper left side of buffering storage chamber 91 is provided with feed hopper 90, and the lower right side of buffering storage chamber 91 is provided with
Discharge nozzle 93, the buffering inner underside of storage chamber 91 is provided with oscillating plate 92, and oscillating plate 92 buffers being shaped as storage chamber 91 to be obliquely installed
Elliposoidal.
Embodiment 4
Security filtering machine is used in a kind of ore in sand form processing, as Figure 1-5, includes right support 1, collecting tank 2, base 3, left branch
Frame 4, pole 5, sieve mechanism 6, fixed plate 7, mesh screen 8, feed arrangement 9, fixed mount 10, the first sliding block 11, the and of the first slide rail 12
Fixed seat 13, the top left side of base 3 is provided with left socle 4, and the top right side of base 3 is provided with right support 1, and the top of base 3 is put
Collecting tank 2 is equipped with, collecting tank 2 is located between left socle 4 and right support 1, and the top of left socle 4 and right support 1 is connected with charging
Pole 5 is connected with the middle part of device 9, the right wall of left socle 4, the right side of pole 5, which is connected with, sieves mechanism 6, on the downside of the left wall of right support 1
Fixed seat 13 is installed, the top of fixed seat 13 is embedded with the first slide rail 12, and the top of the first slide rail 12 is provided with the first sliding block 11, the
The top of one sliding block 11 is provided with fixed mount 10, and the left side of fixed mount 10 is connected with mesh screen 8, and mesh screen 8 is located under feed arrangement 9
Side, mesh screen 8 is located at the surface of collecting tank 2, and the left wall rear and front end of mesh screen 8 is equipped with fixed plate 7, sieves before mechanism 6 is located at
Afterwards between the fixed plate 7 at two ends.
Sieve mechanism 6 include rear mobile bar 60, rear pulling block 61, rear deflector 63, rear elastic component 64, rear block 65, after
Contact wheel 66, cam 67, fixed bar 68, preceding contact wheel 69, preceding block 610, preceding elastic component 611, preceding mobile bar 612, it is leading to
Plate 613, preceding pulling block 615, motor 616 and first rotating shaft 617, the right wall of pole 5 are sequentially provided with preceding guide plate 613, connected from front to back
Gu pilot hole 614 before being provided with bar 68 and rear deflector 63, preceding guide plate 613, rear deflector 63 is provided with rear pilot hole 62, fixed
The right-hand member of bar 68 is connected with motor 616, the top of motor 616 be connected with first rotating shaft 617, first rotating shaft 617 be provided with it is convex
Wheel 67, the rear and front end of cam 67 is respectively equipped with preceding contact wheel 69 and rear contact wheel 66, and preceding contact wheel 69 and rear contact wheel 66 are equal
It is engaged with cam 67, the preceding front end of contact wheel 69 is provided with preceding mobile bar 612, and preceding mobile bar 612 is provided with preceding block 610, preceding
Preceding elastic component 611 is provided between block 610 and preceding guide plate 613, preceding mobile bar 612 passes through preceding elastic component 611 and preceding pilot hole
614, the front end of preceding mobile bar 612 is provided with preceding pulling block 615, and the front end of preceding pulling block 615 is in contact with the rear wall of fixed plate 7 of front side,
The rear end of contact wheel 66 is provided with rear mobile bar 60 afterwards, and rear mobile bar 60 is provided with rear block 65, rear block 65 and rear deflector 63 it
Between be provided with rear elastic component 64, rear mobile bar 60 pass through rear elastic component 64 and rear pilot hole 62, after the rear end of rear mobile bar 60 is provided with
Pulling block 61, the rear end of rear pulling block 61 is in contact with the antetheca of fixed plate 7 of rear side.
Feed arrangement 9 includes feed hopper 90, buffering storage chamber 91, oscillating plate 92 and discharge nozzle 93, left socle 4 and right support
1 top is connected with buffering storage chamber 91, and the upper left side of buffering storage chamber 91 is provided with feed hopper 90, and the lower right side of buffering storage chamber 91 is provided with
Discharge nozzle 93, the buffering inner underside of storage chamber 91 is provided with oscillating plate 92, and oscillating plate 92 buffers being shaped as storage chamber 91 to be obliquely installed
Elliposoidal.
Also include small belt pulley 14, flat belt 15, big belt pulley 16, bearing block 17, the second rotating shaft 18, the and of connecting rod 19
Rotating disk 20, the top of first rotating shaft 617 is provided with small belt pulley 14, and the left wall bottom of discharge nozzle 93 is provided with bearing block 17, bearing
Second rotating shaft 18 is installed, the top of the second rotating shaft 18 is provided with big belt pulley 16, and big belt pulley 16 is located at small belt pulley on seat 17
14 directly to the right, is wound with flat belt 15 between big belt pulley 16 and small belt pulley 14, the bottom of the second rotating shaft 18 is provided with connecting rod
19, the outer end of connecting rod 19 is connected with rotating disk 20, and the top surface of rotating disk 20 is touched with the bottom connection of discharge nozzle 93.
Also include and be provided with the second slide rail on the downside of the second slide rail 21, the second sliding block 22 and wedge 23, the left wall of right support 1
21, the second slide rail 21 is located at the top of fixed seat 13, and the left side of the second slide rail 21 is provided with the second sliding block 22, a left side for the second sliding block 22
Side is provided with wedge 23, and wedge 23 is embedded in right side in fixed mount 10.
The material of fixed seat 13 is aluminium alloy.
The material of fixed plate 7 is steel alloy.
Operation principle：When needing ore in sand form carrying out Screening Treatment, ore in sand form is poured into feed arrangement 9 by staff first,
By the cushioning effect of feed arrangement 9, ore in sand form is gentle and equably drops down onto on mesh screen 8, while staff, which starts, sieves mechanism 6
Start working, sieve before and after mechanism 6 drives mesh screen 8 and rock, so as to carry out Screening Treatment to ore in sand form, more qualified ore in sand form just leads to
Mesh screen 8 is crossed to fall into collecting tank 2.Quickly and securely ore in sand form can so be screened and completed.
Because sieving mechanism 6 includes rear mobile bar 60, rear pulling block 61, rear deflector 63, rear elastic component 64, rear block
65th, rear contact wheel 66, cam 67, fixed bar 68, preceding contact wheel 69, preceding block 610, preceding elastic component 611, preceding mobile bar 612, preceding
Guide plate 613, preceding pulling block 615, motor 616 and first rotating shaft 617, the right wall of pole 5 are sequentially provided with preceding guide plate from front to back
613rd, pilot hole 614 before being provided with fixed bar 68 and rear deflector 63, preceding guide plate 613, rear deflector 63 is provided with rear pilot hole
62, the right-hand member of fixed bar 68 is connected with motor 616, and the top of motor 616, which is connected with first rotating shaft 617, first rotating shaft 617, pacifies
Equipped with cam 67, the rear and front end of cam 67 is respectively equipped with preceding contact wheel 69 and rear contact wheel 66, preceding contact wheel 69 and rear contact
Wheel 66 is engaged with cam 67, and the preceding front end of contact wheel 69 is provided with preceding mobile bar 612, and preceding mobile bar 612 is provided with preceding block
610, preceding elastic component 611 is provided between preceding block 610 and preceding guide plate 613, preceding mobile bar 612 is through preceding elastic component 611 with before
Pilot hole 614, the front end of preceding mobile bar 612 is provided with preceding pulling block 615, the front end of preceding pulling block 615 and the rear wall phase of fixed plate 7 of front side
Contact, the rear rear end of contact wheel 66 is provided with rear mobile bar 60, and rear mobile bar 60 is provided with rear block 65, rear block 65 and rear deflector
Rear elastic component 64 is provided between 63, rear mobile bar 60 passes through rear elastic component 64 and rear pilot hole 62, and the rear end of rear mobile bar 60 is set
There is rear pulling block 61, the rear end of rear pulling block 61 is in contact with the antetheca of fixed plate 7 of rear side, so staff starts motor 616 and opened
Beginning work, band moving cam 67 is rotated, and drives preceding mobile bar 612 and rear mobile bar 60 alternately to move forward and backward so as to be transported before and after mesh screen 8
It is dynamic, thus produce it is strong rock, ore in sand form is screened.
Because feed arrangement 9 includes feed hopper 90, buffering storage chamber 91, oscillating plate 92 and discharge nozzle 93, left socle 4 and the right side
The top of support 1 is connected with buffering storage chamber 91, and the upper left side of buffering storage chamber 91 is provided with feed hopper 90, buffers the lower right side of storage chamber 91
Provided with discharge nozzle 93, the buffering inner underside of storage chamber 91 is provided with oscillating plate 92, and oscillating plate 92 buffers the shape of storage chamber 91 to be obliquely installed
Shape is elliposoidal, so staff pours into ore in sand form in buffering storage chamber 91 by feed hopper 90 first, due to buffering storage chamber 91
With certain volume and buffering inclination angle, ore in sand form directly will not be fallen on mesh screen 8 by discharge nozzle 93, but in oscillating plate 92
Under drive, gently fall, so that it is big to the impact of mesh screen 8 to be effectively prevented from ore in sand form, load uneven, influence it to run, even
Motor 616 and equipment are damaged, while also improving the safety and stability of screening.
Because also including small belt pulley 14, flat belt 15, big belt pulley 16, bearing block 17, the second rotating shaft 18, connecting rod
19 and rotating disk 20, the top of first rotating shaft 617 is provided with small belt pulley 14, and the left wall bottom of discharge nozzle 93 is provided with bearing block 17,
Second rotating shaft 18 is installed, the top of the second rotating shaft 18 is provided with big belt pulley 16, and big belt pulley 16 is located at cuticle on bearing block 17
The directly to the right of belt wheel 14, is wound with flat belt 15, the bottom of the second rotating shaft 18 is provided with company between big belt pulley 16 and small belt pulley 14
Extension bar 19, the outer end of connecting rod 19 is connected with rotating disk 20, and the top surface of rotating disk 20 is touched with the bottom connection of discharge nozzle 93, so
Motor 616, which is rotated, drives small belt pulley 14 to rotate, and then drives big belt pulley 16 and rotating disk 20 to rotate so that between rotating disk 20
Formula of having a rest is stifled to separate out expects pipe 93, and ore in sand form is also intermittently dropped out, so as to improve the uniformity and stability of blanking, and then strengthens dress
The security put.
Because also including the second slide rail 21, the second sliding block 22 and wedge 23, second is provided with the downside of the left wall of right support 1
Slide rail 21, the second slide rail 21 is located at the top of fixed seat 13, and the left side of the second slide rail 21 is provided with the second sliding block 22, the second sliding block 22
Left side be provided with wedge 23, wedge 23 is embedded in right side in fixed mount 10, so mesh screen 8 is when moving forward and backward, the second sliding block
22 and second slide rail 21 enhance its traveling comfort and fluency, the setting of wedge 23 also improves its security, it is ensured that
The proper motion of mesh screen 8.
Embodiment described above only expresses preferred embodiment of the present utility model, and it describes more specific and detailed,
But therefore it can not be interpreted as the limitation to the utility model the scope of the claims.It should be pointed out that for the common of this area
For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all
Belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (7)
1. security filtering machine is used in a kind of ore in sand form processing, it is characterised in that include right support（1）, collecting tank（2）, base（3）、
Left socle（4）, pole（5）, sieve mechanism（6）, fixed plate（7）, mesh screen（8）, feed arrangement（9）, fixed mount（10）, first slide
Block（11）, the first slide rail（12）And fixed seat（13）, base（3）Top left side be provided with left socle（4）, base（3）Top
Right side is provided with right support（1）, base（3）Top be placed with collecting tank（2）, collecting tank（2）Located at left socle（4）With right support
（1）Between, left socle（4）With right support（1）Top be connected with feed arrangement（9）, left socle（4）Right wall in the middle part of be connected with
Pole（5）, pole（5）Right side be connected with and sieve mechanism（6）, right support（1）Fixed seat is installed on the downside of left wall（13）, it is fixed
Seat（13）Top be embedded with the first slide rail（12）, the first slide rail（12）Top be provided with the first sliding block（11）, the first sliding block（11）
Top be provided with fixed mount（10）, fixed mount（10）Left side be connected with mesh screen（8）, mesh screen（8）Located at feed arrangement（9）Under
Side, mesh screen（8）Located at collecting tank（2）Surface, mesh screen（8）Left wall rear and front end be equipped with fixed plate（7）, sieve mechanism
（6）Fixed plate located at rear and front end（7）Between.
2. security filtering machine is used in a kind of ore in sand form processing according to claim 1, it is characterised in that sieve mechanism（6）Including
There is rear mobile bar（60）, rear pulling block（61）, rear deflector（63）, rear elastic component（64）, rear block（65）, rear contact wheel（66）、
Cam（67）, fixed bar（68）, preceding contact wheel（69）, preceding block（610）, preceding elastic component（611）, preceding mobile bar（612）, it is leading
To plate（613）, preceding pulling block（615）, motor（616）And first rotating shaft（617）, pole（5）Before right wall is sequentially provided with from front to back
Guide plate（613）, fixed bar（68）And rear deflector（63）, preceding guide plate（613）On be provided with preceding pilot hole（614）, it is rear to be oriented to
Plate（63）It is provided with rear pilot hole（62）, fixed bar（68）Right-hand member be connected with motor（616）, motor（616）Top be connected with
First rotating shaft（617）, first rotating shaft（617）On cam is installed（67）, cam（67）Rear and front end be respectively equipped with preceding contact
Wheel（69）With rear contact wheel（66）, preceding contact wheel（69）With rear contact wheel（66）And cam（67）It is engaged, preceding contact wheel
（69）Front end is provided with preceding mobile bar（612）, preceding mobile bar（612）It is provided with preceding block（610）, preceding block（610）With it is leading to
Plate（613）Between be provided with preceding elastic component（611）, preceding mobile bar（612）Through preceding elastic component（611）With preceding pilot hole（614）, it is preceding
Mobile bar（612）Front end be provided with preceding pulling block（615）, preceding pulling block（615）Front end and front side fixed plate（7）Rear wall connects
Touch, rear contact wheel（66）Rear end is provided with rear mobile bar（60）, rear mobile bar（60）It is provided with rear block（65）, rear block（65）With
Rear deflector（63）Between be provided with rear elastic component（64）, rear mobile bar（60）Through rear elastic component（64）With rear pilot hole（62）,
Mobile bar afterwards（60）Rear end be provided with rear pulling block（61）, rear pulling block（61）Rear end and rear side fixed plate（7）Antetheca is in contact.
3. security filtering machine is used in a kind of ore in sand form processing according to claim 2, it is characterised in that feed arrangement（9）Including
There is feed hopper（90）, buffering storage chamber（91）, oscillating plate（92）And discharge nozzle（93）, left socle（4）With right support（1）Top connect
It is connected to buffering storage chamber（91）, buffer storage chamber（91）Upper left side be provided with feed hopper（90）, buffer storage chamber（91）Lower right side be provided with
Discharge nozzle（93）, buffer storage chamber（91）Inner underside is provided with oscillating plate（92）, oscillating plate（92）To be obliquely installed, storage chamber is buffered
（91）Be shaped as elliposoidal.
4. security filtering machine is used in a kind of ore in sand form processing according to claim 3, it is characterised in that also include small belt pulley
（14）, flat belt（15）, big belt pulley（16）, bearing block（17）, the second rotating shaft（18）, connecting rod（19）And rotating disk（20）,
First rotating shaft（617）Top be provided with small belt pulley（14）, discharge nozzle（93）Left wall bottom be provided with bearing block（17）, bearing block
（17）On the second rotating shaft is installed（18）, the second rotating shaft（18）Top be provided with big belt pulley（16）, big belt pulley（16）It is located at
Small belt pulley（14）Directly to the right, big belt pulley（16）With small belt pulley（14）Between be wound with flat belt（15）, the second rotating shaft
（18）Bottom be provided with connecting rod（19）, connecting rod（19）Outer end be connected with rotating disk（20）, rotating disk（20）Top surface with
Discharge nozzle（93）Bottom connection touch.
5. security filtering machine is used in a kind of ore in sand form processing according to claim 4, it is characterised in that also include the second slide rail
（21）, the second sliding block（22）And wedge（23）, right support（1）Left wall on the downside of be provided with the second slide rail（21）, the second slide rail
（21）Located at fixed seat（13）Top, the second slide rail（21）Left side be provided with the second sliding block（22）, the second sliding block（22）A left side
Side is provided with wedge（23）, wedge（23）It is embedded in fixed mount（10）Interior right side.
6. security filtering machine is used in a kind of ore in sand form processing according to claim 5, it is characterised in that fixed seat（13）Material
For aluminium alloy.
7. security filtering machine is used in a kind of ore in sand form processing according to claim 6, it is characterised in that fixed plate（7）Material
For steel alloy.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720162605.XU CN206535749U (en) | 2017-02-23 | 2017-02-23 | Security filtering machine is used in a kind of ore in sand form processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720162605.XU CN206535749U (en) | 2017-02-23 | 2017-02-23 | Security filtering machine is used in a kind of ore in sand form processing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206535749U true CN206535749U (en) | 2017-10-03 |
Family
ID=59945900
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720162605.XU Expired - Fee Related CN206535749U (en) | 2017-02-23 | 2017-02-23 | Security filtering machine is used in a kind of ore in sand form processing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206535749U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108325838A (en) * | 2018-01-22 | 2018-07-27 | 深圳市晟腾企业管理有限公司 | A kind of construction Sand screen |
-
2017
- 2017-02-23 CN CN201720162605.XU patent/CN206535749U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108325838A (en) * | 2018-01-22 | 2018-07-27 | 深圳市晟腾企业管理有限公司 | A kind of construction Sand screen |
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