CN207238201U - A kind of mining industry high capacity crusher - Google Patents
A kind of mining industry high capacity crusher Download PDFInfo
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- CN207238201U CN207238201U CN201721055025.7U CN201721055025U CN207238201U CN 207238201 U CN207238201 U CN 207238201U CN 201721055025 U CN201721055025 U CN 201721055025U CN 207238201 U CN207238201 U CN 207238201U
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Abstract
It the utility model is related to a kind of crusher, more particularly to a kind of mining industry high capacity crusher.It is high the technical problem to be solved by the present invention is to provide a kind of work efficiency, and mining industry high capacity crusher easy to use.In order to solve the above-mentioned technical problem, the utility model provides such a mining industry high capacity crusher, includes pillar, broken case, baffle, the first crushing mechanism, cam, vibrating mechanism, the second crushing mechanism, installs case, pusher and the first motor；Installs case is fixed in the sidepiece of broken case, and pillar is fixed in broken case, installs case bottom successively, and the second crushing mechanism is installed at the top of installs case；Pusher is installed in installs case.The utility model has reached work efficiency height, and effect easy to use.
Description
Technical field
It the utility model is related to a kind of crusher, more particularly to a kind of mining industry high capacity crusher.
Background technology
Mining industry is to be crushed big mineral block objects with crusher, and it is become people needs the mineral of size,
At present, in the market has various mining industry crushers, but they are substantially and carry out primary fragmentation to mineral, thus
Part mineral can be caused not crushed fully, also need people to carry out second-time breakage, make the labor intensive of people strengthen, worked
Efficiency is low.
Existing mining industry breaking device there are work efficiency it is low the shortcomings that, therefore there is an urgent need for research and develop a kind of work efficiency
Height, and mining industry high capacity crusher easy to use.
Utility model content
（1）Technical problems to be solved
The utility model in order to overcome existing mining industry breaking device there are work efficiency it is low the shortcomings that, this practicality is new
Type technical problems to be solved are to provide a kind of work efficiency height, and mining industry high capacity crusher easy to use.
（2）Technical solution
In order to solve the above-mentioned technical problem, the utility model provides such a mining industry high capacity crusher, includes
Pillar, broken case, baffle, the first crushing mechanism, cam, vibrating mechanism, the second crushing mechanism, installs case, pusher and the
One motor；Installs case is fixed in the sidepiece of broken case, and pillar is fixed in broken case, installs case bottom, the second crushing mechanism successively
It is installed at the top of installs case；Pusher is installed in installs case, and pusher output terminal is located in broken case；First motor
Broken chamber interior wall is fixed in, cam and the first motor output end are sequentially connected；It is broken close to second that vibrating mechanism is installed on broken case
The inner top of broken mechanism, and roll and connect with cam；First crushing mechanism is installed on inside portion of the broken case away from installs case, and
Roll and connect with cam；Panel hinge is located at below the first crushing mechanism in broken case sidepiece；Baffle is equipped with handle.
Preferably, the first crushing mechanism includes the first roller, the first fixed block, the first elastic component, the first push rod, first
Strut and crushing shell；First strut is fixed in inner side of the broken case away from installs case, and the first strut is provided with to be run through for the first push rod
First through hole, the first fixed block is fixed in the first push rod；First push rod top and the first roller are affixed, and bottom is logical through first
Hole is affixed with crushing shell；First fixed block is connected by the first elastic component with the first strut, and the first roller is rolled with cam and connected.
Preferably, vibrating mechanism include the second roller, the second fixed block, the second elastic component, the second push rod, second
Bar；Second strut is fixed in broken case inner top, and the second strut is provided with for perforative second through hole of the second push rod, the second fixed block
It is fixed in the second push rod；Second push rod one end and the second roller are affixed, and the other end is through the second through hole and to the second crushing mechanism
Direction extension；Second fixed block is connected by the second elastic component with the second strut, and the second roller is rolled with cam and connected.
Preferably, the second crushing mechanism include sieve plate, electric pushrod, the first crushing teeth, the second crushing teeth, material feeding box and
Discharge bucket；Material feeding box is fixed in broken case sidepiece；Sieve plate is installed on material feeding box bottom；Discharge bucket is fixed in material feeding box bottom surface, and
Below sieve plate；Electric pushrod is fixed in one sidepiece of material feeding box, and the second crushing teeth is fixed in material feeding box the other side；First is broken
Broken tooth is sequentially connected with electric pushrod output terminal.
Preferably, the 3rd strut is equipped between installs case and material feeding box.
Preferably, pusher includes the 4th strut, the second motor, first rotating shaft, gear, rack, the 3rd sliding block, cunning
Rail, scraping wings and brush；4th strut, slide are fixed in installation box wall successively, and the second motor is fixed in the 4th strut ends
Portion, first rotating shaft and the second motor output end are sequentially connected, and gear is fixed in first rotating shaft, rack bottom by the 3rd sliding block with
Slide is slidably connected, wheel and rack engagement；Installs case sidepiece is provided with for the perforative third through-hole of rack, rack end and pusher
Plate is affixed；Brush is fixed in scraping wings bottom, and scraping wings is located in broken case.
Operation principle：When needing break mined material, worker adds mineral in the second crushing mechanism first, then starts the
Sledging mechanism carries out first break to mineral, when the mineral after first break enter bottom in broken case, starts
Pusher, after pusher shifts the mineral of first break below the first crushing mechanism onto, closes pusher, so as to open
Dynamic first motor, the first motor driving cam rotate, then drive the first crushing mechanism to operate, to the mineral after first break into
Row second is broken, while drives vibrating mechanism to operate, and the second crushing mechanism is beaten, and prevents mineral residue from resting on the
In sledging mechanism, after the completion of second broken, pusher is again started up, while worker pushes away by the way that hand handle baffle is opened
Expect that second of mineral after broken is released broken case by mechanism, finally terminate crusher all working, crusher is recovered to first
Beginning state, in order to broken work next time.
Because the first crushing mechanism include the first roller, the first fixed block, the first elastic component, the first push rod, first
Bar and crushing shell；First strut is fixed in inner side of the broken case away from installs case, and the first strut is provided with perforative for the first push rod
First through hole, the first fixed block are fixed in the first push rod；First push rod top and the first roller are affixed, and first through hole is run through in bottom
It is affixed with crushing shell；First fixed block is connected by the first elastic component with the first strut, and the first roller is rolled with cam and connected；When
When needing to carry out broken for the second time to the mineral after first break, worker starts the first motor first, and driving cam operates, into
And driving the first roller to move down, the compression of the first elastic component, so as to drive the first push rod to move down, i.e., crushing shell is to first
It is secondary it is broken after mineral carry out second it is broken, when the first elastic component restPoses, crushing shell moves up, until extensive
Multiple initial position, in this way, reaching second of broken effect.
Because vibrating mechanism includes the second roller, the second fixed block, the second elastic component, the second push rod, the second strut；The
Two struts are fixed in broken case inner top, and the second strut is provided with affixed for perforative second through hole of the second push rod, the second fixed block
In the second push rod；Second push rod one end and the second roller are affixed, and the other end is through the second through hole and to the side of the second crushing mechanism
To extension；Second fixed block is connected by the second elastic component with the second strut, and the second roller is rolled with cam and connected；When needs strike
When throwing hopper into, worker starts the first motor, the operating of the first motor driving cam first, and then drives the second roller to material feeding box
Direction is moved, the compression of the second elastic component, so as to drive the second push rod to beat material feeding box, when the second elastic component recovers initial
During state, then the second push rod recovers initial position, repeats above-mentioned work, repeatedly material feeding box is beaten, prevents mineral residue
It is retained in material feeding box.
Because the second crushing mechanism includes sieve plate, electric pushrod, the first crushing teeth, the second crushing teeth, material feeding box and goes out
Hopper；Material feeding box is fixed in broken case sidepiece；Sieve plate is installed on material feeding box bottom；Discharge bucket is fixed in material feeding box bottom surface, and position
Below sieve plate；Electric pushrod is fixed in one sidepiece of material feeding box, and the second crushing teeth is fixed in material feeding box the other side；First is broken
Tooth is sequentially connected with electric pushrod output terminal；When need to mineral carry out first break when, first worker by mineral add into
In hopper, and then start electric pushrod, broken the second crushing teeth of the teeth directional direction movement of driving first, then start to break mineral
Broken, after the screening that broken mineral pass through sieve plate, the mineral after first break are discharged to from discharge bucket in broken case.
Because being equipped with the 3rd strut between installs case and material feeding box, the installation of material feeding box is more stablized, and is effectively prevented
Material feeding box rocks, and avoids influencing the broken work of ore.
Because pusher include the 4th strut, the second motor, first rotating shaft, gear, rack, the 3rd sliding block, slide,
Scraping wings and brush；4th strut, slide are fixed in installation box wall successively, and the second motor is fixed in the 4th strut ends,
First rotating shaft is sequentially connected with the second motor output end, and gear is fixed in first rotating shaft, and rack bottom passes through the 3rd sliding block and cunning
Rail is slidably connected, wheel and rack engagement；Installs case sidepiece is provided with for the perforative third through-hole of rack, rack end and scraping wings
It is affixed；Brush is fixed in scraping wings bottom, and scraping wings is located in broken case；When needing the mineral of first break releasing the
When below one crushing mechanism, starting the second motor first, driving first rotating shaft rotates, and then with carry-over bar along slide to close to the
The direction movement of three through holes, so as to drive scraping wings and brush to be moved to the direction of first crushing mechanism, i.e. first break
After mineral are moved to below the first crushing mechanism, then pusher is closed, then mineral of first crushing mechanism to first break
Carry out after the completion of crushing, be again started up pusher, scraping wings and brush and moved to baffle direction, until scraping wings is after crushing
Mineral release broken case, and brush removes unnecessary residue.
The control mode of the utility model is controlled by manually starting and turning off the switch, the wiring diagram of dynamical element with
The offer of power supply belongs to the common knowledge of this area, and the utility model is mainly used to protect mechanical device, so this practicality
It is new not to be explained control mode and wiring arrangement.
（3）Beneficial effect
The utility model carries out mineral first break, screening by the second crushing mechanism, passes through first break machine
Structure carries out second to the mineral after first break and crushes, and drives mineral to move by pusher, is struck by vibrating mechanism
The second crushing mechanism is hit, prevents mineral residue to be retained in the second crushing mechanism, solves existing mining industry breaking device
There are work efficiency it is low the shortcomings that, reached work efficiency height, and effect easy to use.
Brief description of the drawings
Fig. 1 is the main structure diagram of the utility model.
Fig. 2 is the main structure diagram of the second crushing mechanism of the utility model.
Fig. 3 is the main structure diagram of the utility model pusher.
Fig. 4 is the main structure diagram of the first crushing mechanism of the utility model.
Fig. 5 is the main structure diagram of the utility model vibrating mechanism.
Mark in attached drawing for：1- pillars, 2- crush case, 3- baffles, 4- handles, the first crushing mechanisms of 5-, and 51- first is rolled
Wheel, the first fixed blocks of 52-, the first elastic components of 53-, the first push rods of 54-, the first struts of 55-, 56- first through hole, 57- crushing shells,
6- cams, 7- vibrating mechanisms, the second rollers of 71-, the second fixed blocks of 72-, the second elastic components of 73-, the second push rods of 74-, 75- second
Through hole, the second struts of 76-, the second crushing mechanisms of 8-, the 3rd struts of 81-, 82- sieve plates, 83- electric pushrods, 84- first are broken
Tooth, the second crushing teeths of 85-, 86- material feeding box, 87- discharge buckets, 9- installs cases, 10- pushers, the 4th struts of 101-, 102-
Two motors, 103- first rotating shafts, 104- gears, 105- racks, the 3rd sliding blocks of 106-, 107- slides, 108- third through-holes, 109-
Scraping wings, 110- brushes, the first motors of 11-.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of mining industry high capacity crusher, as shown in Figs. 1-5, includes pillar 1, broken case 2, baffle 3, the first crusher
Structure 5, cam 6, vibrating mechanism 7, the second crushing mechanism 8, installs case 9,10 and first motor 11 of pusher；Installs case 9 is affixed
In the sidepiece of broken case 2, pillar 1 is fixed in broken case 2,9 bottom of installs case successively, and the second crushing mechanism 8 is installed on installs case 9
Top；Pusher 10 is installed in installs case 9, and 10 output terminal of pusher is located in broken case 2；First motor 11 is affixed
In broken 2 inner wall of case, 6 and first motor of cam, 11 output terminal is sequentially connected；Vibrating mechanism 7 is installed on broken case 2 close to second
The inner top of crushing mechanism 8, and roll and connect with cam 6；First crushing mechanism 5 is installed on broken case 2 away from installs case 9
Sidepiece, and roll and connect with cam 6；Baffle 3 is articulated with broken 2 sidepiece of case, and positioned at the lower section of the first crushing mechanism 5；On baffle 3
Equipped with handle 4.
First crushing mechanism 5 includes the first roller 51, the first fixed block 52, the first elastic component 53, the first push rod 54,
One strut 55 and crushing shell 57；First strut 55 is fixed in broken inner side of the case 2 away from installs case 9, and the first strut 55 is provided with confession
First push rod, 54 perforative first through hole 56, the first fixed block 52 are fixed in the first push rod 54；First push rod, 54 top and first
Roller 51 is affixed, and bottom is affixed through first through hole 56 and crushing shell 57；First fixed block 52 passes through the first elastic component 53 and
One strut 55 connects, and the first roller 51 is rolled with cam 6 to be connected.
Vibrating mechanism 7 includes the second roller 71, the second fixed block 72, the second elastic component 73, the second push rod 74, second
Bar 76；Second strut 76 is fixed in broken 2 inner top of case, and the second strut 76 is provided with for 74 perforative second through hole of the second push rod
75, the second fixed block 72 is fixed in the second push rod 74；Second push rod, 74 one end and the second roller 71 are affixed, and the other end runs through second
Through hole 75 simultaneously extends to the direction of the second crushing mechanism 8；Second fixed block 72 is connected by the second elastic component 73 and the second strut 76
Connect, the second roller 71 is rolled with cam 6 to be connected.
Second crushing mechanism 8 includes sieve plate 82, electric pushrod 83, the first crushing teeth 84, the second crushing teeth 85, material feeding box
86 and discharge bucket 87；Material feeding box 86 is fixed in broken 2 sidepiece of case；Sieve plate 82 is installed on 86 bottom of material feeding box；Discharge bucket 87 is affixed
In 86 bottom surface of material feeding box, and positioned at the lower section of sieve plate 82；Electric pushrod 83 is fixed in 86 1 sidepiece of material feeding box, and the second crushing teeth 85 is solid
It is connected to 86 the other side of material feeding box；First crushing teeth 84 is sequentially connected with 83 output terminal of electric pushrod.
The 3rd strut 81 is equipped between installs case 9 and material feeding box 86.
Pusher 10 include the 4th strut 101, the second motor 102, first rotating shaft 103, gear 104, rack 105,
3rd sliding block 106, slide 107, scraping wings 109 and brush 110；4th strut 101, slide 107 are fixed in installs case 9 successively
Side wall, the second motor 102 are fixed in 101 end of the 4th strut, and 103 and second motor of first rotating shaft, 102 output terminal is sequentially connected,
Gear 104 is fixed in first rotating shaft 103, and 105 bottom of rack is slidably connected by the 3rd sliding block 106 with slide 107, gear 104
Engaged with rack 105；9 sidepiece of installs case is provided with for the perforative third through-hole 108 of rack 105,105 end of rack and scraping wings
109 is affixed；Brush 110 is fixed in 109 bottom of scraping wings, and scraping wings 109 is located in broken case 2.
Operation principle：When needing break mined material, worker adds mineral in the second crushing mechanism 8 first, then starts
Second crushing mechanism 8 carries out first break to mineral, when the mineral after first break enter bottom in broken case 2,
Start pusher 10, after pusher 10 shifts the mineral of first break onto the first crushing mechanism 5 lower section, close pusher
Structure 10, so as to start the first motor 11,11 driving cam 6 of the first motor rotates, then drives the first crushing mechanism 5 to operate, to
Mineral after primary fragmentation carry out second and crush, while drive vibrating mechanism 7 to operate, and the second crushing mechanism 8 is beaten,
Prevent mineral residue from resting in the second crushing mechanism 8, after the completion of second broken, be again started up pusher 10, while work
People opens baffle 3 by handle 4, and second of mineral after broken is released broken case 2 by pusher 10, finally terminates to crush
Machine all working, makes crusher recover to original state, in order to broken work next time.
Because the first crushing mechanism 5 includes the first roller 51, the first fixed block 52, the first elastic component 53, the first push rod
54th, the first strut 55 and crushing shell 57；First strut 55 is fixed in broken inner side of the case 2 away from installs case 9, and the first strut 55 is opened
Have and supply 54 perforative first through hole 56 of the first push rod, the first fixed block 52 is fixed in the first push rod 54；First push rod, 54 top with
First roller 51 is affixed, and bottom is affixed through first through hole 56 and crushing shell 57；First fixed block 52 passes through the first elastic component 53
It is connected with the first strut 55, the first roller 51 is rolled with cam 6 to be connected；Mineral after needing to first break carry out second
When secondary broken, worker starts the first motor 11 first, and driving cam 6 operates, and then drives the first roller 51 to move down, and first
Elastic component 53 compresses, so as to drive the first push rod 54 to move down, i.e., crushing shell 57 carries out the mineral after first break the
Second-time breakage, when the first elastic component 53 restPoses, crushing shell 57 moves up, until recover initial position, in this way,
Reach second of broken effect.
Because vibrating mechanism 7 includes the second roller 71, the second fixed block 72, the second elastic component 73, the second push rod 74,
Two struts 76；Second strut 76 is fixed in broken 2 inner top of case, and the second strut 76 is provided with logical for the second push rod 74 perforative second
Hole 75, the second fixed block 72 are fixed in the second push rod 74；Second push rod, 74 one end and the second roller 71 are affixed, and the other end is through the
Two through holes 75 simultaneously extend to the direction of the second crushing mechanism 8；Second fixed block 72 passes through the second elastic component 73 and the second strut 76
Connection, the second roller 71 is rolled with cam 6 to be connected；When needing to beat material feeding box 86, worker starts the first motor 11 first, the
One motor, 11 driving cam 6 operates, and then drives the second roller 71 to be moved to 86 direction of material feeding box, and the second elastic component 73 compresses,
So as to driving the second push rod 74 to beat material feeding box 86, when the second elastic component 73 restPoses, then the second push rod
74 recover initial position, repeat above-mentioned work, repeatedly material feeding box 86 is beaten, prevents mineral residue to be retained in material feeding box 86
In.
Because the second crushing mechanism 8 include sieve plate 82, electric pushrod 83, the first crushing teeth 84, the second crushing teeth 85, into
Hopper 86 and discharge bucket 87；Material feeding box 86 is fixed in broken 2 sidepiece of case；Sieve plate 82 is installed on 86 bottom of material feeding box；Discharge bucket 87
86 bottom surface of material feeding box is fixed in, and positioned at the lower section of sieve plate 82；Electric pushrod 83 is fixed in 86 1 sidepiece of material feeding box, the second crushing teeth
85 are fixed in 86 the other side of material feeding box；First crushing teeth 84 is sequentially connected with 83 output terminal of electric pushrod；When needing to mineral
When carrying out first break, worker adds mineral in material feeding box 86 first, and then starts electric pushrod 83, and driving first is broken
Tooth 84 is moved to 85 direction of the second crushing teeth, then starts to crush mineral, after screening of the broken mineral by sieve plate 82,
Mineral after first break are discharged to from discharge bucket 87 in broken case 2.
Because being equipped with the 3rd strut 81 between installs case 9 and material feeding box 86, the installation of material feeding box 86 is more stablized, and is had
Effect prevents material feeding box 86 from rocking, and avoids influencing the broken work of ore.
Because pusher 10 includes the 4th strut 101, the second motor 102, first rotating shaft 103, gear 104, rack
105th, the 3rd sliding block 106, slide 107, scraping wings 109 and brush 110；4th strut 101, slide 107 are fixed in installation successively
9 madial wall of case, the second motor 102 are fixed in 101 end of the 4th strut, the transmission of 103 and second motor of first rotating shaft, 102 output terminal
Connection, gear 104 are fixed in first rotating shaft 103, and 105 bottom of rack is slidably connected by the 3rd sliding block 106 with slide 107, tooth
Wheel 104 is engaged with rack 105；9 sidepiece of installs case is provided with for the perforative third through-hole 108 of rack 105, and 105 end of rack is with pushing away
Flitch 109 is affixed；Brush 110 is fixed in 109 bottom of scraping wings, and scraping wings 109 is located in broken case 2；When needing first
When secondary broken mineral release the first 5 lower section of crushing mechanism, starting the second motor 102 first, driving first rotating shaft 103 rotates,
And then moved with carry-over bar 105 along slide 107 to the direction close to third through-hole 108, so as to drive scraping wings 109 and brush
110 move to the direction of the first crushing mechanism 5, i.e. after the mineral of first break are moved to below the first crushing mechanism 5, then close
Pusher 10, after the completion of then the first crushing mechanism 5 crushes the mineral of first break, is again started up pusher
10, scraping wings 109 and brush 110 are moved to 3 direction of baffle, until the mineral after crushing are released broken case 2 by scraping wings 109,
And brush 110 removes unnecessary residue.
The control mode of the utility model is controlled by manually starting and turning off the switch, the wiring diagram of dynamical element with
The offer of power supply belongs to the common knowledge of this area, and the utility model is mainly used to protect mechanical device, so this practicality
It is new not to be explained control mode and wiring arrangement.
Embodiment described above only expresses the preferred embodiment of the utility model, its description is more specific and detailed,
But it should not be interpreted as limiting the scope of the present invention.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 the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (6)
1. a kind of mining industry high capacity crusher, it is characterised in that include pillar（1）, broken case（2）, baffle（3）, it is first broken
Broken mechanism（5）, cam（6）, vibrating mechanism（7）, the second crushing mechanism（8）, installs case（9）, pusher（10）With the first electricity
Machine（11）；Installs case（9）It is fixed in broken case（2）Sidepiece, pillar（1）Broken case is fixed in successively（2）, installs case（9）Bottom
Portion, the second crushing mechanism（8）It is installed on installs case（9）Top；Pusher（10）It is installed on installs case（9）It is interior, and pusher
Structure（10）Output terminal is located at broken case（2）In；First motor（11）It is fixed in broken case（2）Inner wall, cam（6）With the first motor
（11）Output terminal is sequentially connected；Vibrating mechanism（7）It is installed on broken case（2）Close to the second crushing mechanism（8）Inner top, and with
Cam（6）Roll connection；First crushing mechanism（5）It is installed on broken case（2）Away from installs case（9）Inside portion, and and cam
（6）Roll connection；Baffle（3）It is articulated with broken case（2）Sidepiece, and it is located at the first crushing mechanism（5）Lower section；Baffle（3）On set
There is handle（4）.
A kind of 2. mining industry high capacity crusher according to claim 1, it is characterised in that the first crushing mechanism（5）Including
There is the first roller（51）, the first fixed block（52）, the first elastic component（53）, the first push rod（54）, the first strut（55）With it is broken
Plate（57）；First strut（55）It is fixed in broken case（2）Away from installs case（9）Inner side, the first strut（55）It is provided with for first
Push rod（54）Perforative first through hole（56）, the first fixed block（52）It is fixed in the first push rod（54）；First push rod（54）Top
With the first roller（51）Affixed, first through hole is run through in bottom（56）With crushing shell（57）It is affixed；First fixed block（52）Pass through
One elastic component（53）With the first strut（55）Connection, the first roller（51）With cam（6）Roll connection.
A kind of 3. mining industry high capacity crusher according to claim 2, it is characterised in that vibrating mechanism（7）Include
Second wheel（71）, the second fixed block（72）, the second elastic component（73）, the second push rod（74）, the second strut（76）；Second strut
（76）It is fixed in broken case（2）Inner top, the second strut（76）It is provided with and supplies the second push rod（74）Perforative second through hole（75）, the
Two fixed blocks（72）It is fixed in the second push rod（74）；Second push rod（74）One end and the second roller（71）Affixed, the other end runs through
Second through hole（75）And to the second crushing mechanism（8）Direction extension；Second fixed block（72）Pass through the second elastic component（73）With
Second strut（76）Connection, the second roller（71）With cam（6）Roll connection.
A kind of 4. mining industry high capacity crusher according to claim 3, it is characterised in that the second crushing mechanism（8）Including
There is sieve plate（82）, electric pushrod（83）, the first crushing teeth（84）, the second crushing teeth（85）, material feeding box（86）And discharge bucket（87）；
Material feeding box（86）It is fixed in broken case（2）Sidepiece；Sieve plate（82）Installed in material feeding box（86）Bottom；Discharge bucket（87）Be fixed in into
Hopper（86）Bottom surface, and it is located at sieve plate（82）Lower section；Electric pushrod（83）It is fixed in material feeding box（86）One sidepiece, the second crushing teeth
（85）It is fixed in material feeding box（86）The other side；First crushing teeth（84）With electric pushrod（83）Output terminal is sequentially connected.
A kind of 5. mining industry high capacity crusher according to claim 4, it is characterised in that installs case（9）With material feeding box
（86）Between be equipped with the 3rd strut（81）.
A kind of 6. mining industry high capacity crusher according to claim 5, it is characterised in that pusher（10）Include
Four struts（101）, the second motor（102）, first rotating shaft（103）, gear（104）, rack（105）, the 3rd sliding block（106）, it is sliding
Rail（107）, scraping wings（109）And brush（110）；4th strut（101）, slide（107）Installs case is fixed in successively（9）Inner side
Wall, the second motor（102）It is fixed in the 4th strut（101）End, first rotating shaft（103）With the second motor（102）Output terminal passes
Dynamic connection, gear（104）It is fixed in first rotating shaft（103）, rack（105）Bottom passes through the 3rd sliding block（106）With slide（107）
It is slidably connected, gear（104）With rack（105）Engagement；Installs case（9）Sidepiece is provided with for rack（105）Perforative third through-hole
（108）, rack（105）End and scraping wings（109）It is affixed；Brush（110）It is fixed in scraping wings（109）Bottom, and scraping wings
（109）Positioned at broken case（2）In.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721055025.7U CN207238201U (en) | 2017-08-22 | 2017-08-22 | A kind of mining industry high capacity crusher |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721055025.7U CN207238201U (en) | 2017-08-22 | 2017-08-22 | A kind of mining industry high capacity crusher |
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| Publication Number | Publication Date |
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| CN207238201U true CN207238201U (en) | 2018-04-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721055025.7U Expired - Fee Related CN207238201U (en) | 2017-08-22 | 2017-08-22 | A kind of mining industry high capacity crusher |
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| CN109331907A (en) * | 2018-09-04 | 2019-02-15 | 罗剑 | Ore crushing equipment is used in a kind of processing of rare earth ore |
| CN112831666A (en) * | 2020-12-30 | 2021-05-25 | 浙江遂昌汇金有色金属有限公司 | Noble metal tailing recycling process |
| CN112892672A (en) * | 2021-03-24 | 2021-06-04 | 机械工业第九设计研究院有限公司 | Civil engineering building stones breaker |
| WO2022094910A1 (en) * | 2020-11-06 | 2022-05-12 | 唐山圣因海洋科技有限公司 | Storage device for aquafeed processing, and method thereof |
-
2017
- 2017-08-22 CN CN201721055025.7U patent/CN207238201U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109331907A (en) * | 2018-09-04 | 2019-02-15 | 罗剑 | Ore crushing equipment is used in a kind of processing of rare earth ore |
| WO2022094910A1 (en) * | 2020-11-06 | 2022-05-12 | 唐山圣因海洋科技有限公司 | Storage device for aquafeed processing, and method thereof |
| CN112831666A (en) * | 2020-12-30 | 2021-05-25 | 浙江遂昌汇金有色金属有限公司 | Noble metal tailing recycling process |
| CN112892672A (en) * | 2021-03-24 | 2021-06-04 | 机械工业第九设计研究院有限公司 | Civil engineering building stones breaker |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20180417 Termination date: 20180822 |