CN207254399U - A kind of mining industry ore high-efficiency crusher - Google Patents
A kind of mining industry ore high-efficiency crusher Download PDFInfo
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- CN207254399U CN207254399U CN201721148273.6U CN201721148273U CN207254399U CN 207254399 U CN207254399 U CN 207254399U CN 201721148273 U CN201721148273 U CN 201721148273U CN 207254399 U CN207254399 U CN 207254399U
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Abstract
It the utility model is related to a kind of crusher, more particularly to a kind of mining industry ore high-efficiency crusher.The technical problem to be solved by the present invention is to provide a kind of various and efficient mining industry ore high-efficiency crusher of crushing effect.In order to solve the above-mentioned technical problem, the utility model provides such a mining industry ore high-efficiency crusher, includes installing plate, base, conveying bucket, crushing mechanism, broken case, feed hopper, crushing case, crushing mechanism and discharging mechanism；Base, crushing case are fixed in installing plate；Broken case is connected by conveying bucket with crushing in case, and conveying bucket and base top are affixed；Crushing mechanism is fixed in broken case, and feed hopper is fixed in broken box top, and crushing mechanism is fixed in crushing case inner top.The utility model has reached the various and efficient effect of effect.
Description
Technical field
It the utility model is related to a kind of crusher, more particularly to a kind of mining industry ore high-efficiency crusher.
Background technology
Ore refer to it is mined from ore body, therefrom can extract useful constituent mineral aggregate.Ore is each
Formed in kind geology mineralization, the ore that different geology mineralization is formed has different features.Passed through in modern technologies
Under the conditions of Ji, extraction metal or other products can be processed from mineral on an industrial scale.
At present, in order to preferably transport and using ore, it is necessary to carry out break process to it, crusher currently on the market
Structure it is more complicated, and in use, reducing mechanism is relatively simple, is all to use a kind of crushing mechanism pair to ore
Ore is crushed, but so breaker effect is not high, and efficiency is lower, waste significantly user when
Between, reduce performance.
Existing ore crusher there are crushing effect it is single and inefficient the shortcomings that, therefore there is an urgent need for research and development are a kind of broken
The various and efficient mining industry ore high-efficiency crusher of effect.
Utility model content
（1）Technical problems to be solved
The utility model in order to overcome existing ore crusher there are crushing effect it is single and inefficient the shortcomings that, this
Utility model technical problems to be solved are to provide a kind of various and efficient mining industry ore high-efficiency of crushing effect and crush
Machine.
（2）Technical solution
In order to solve the above-mentioned technical problem, the utility model provides such a mining industry ore high-efficiency crusher,
Include installing plate, base, conveying bucket, crushing mechanism, broken case, feed hopper, crushing case, crushing mechanism and discharging mechanism；Bottom
Seat, crushing case are fixed in installing plate；Broken case is connected by conveying bucket with crushing in case, and conveying bucket and base top are affixed；
Crushing mechanism is fixed in broken case, and feed hopper is fixed in broken box top, and crushing mechanism is fixed in crushing case inner top, discharging machine
Structure is fixed in crushing one sidepiece of case.
Preferably, crushing mechanism includes installing frame, the first drive, the first motor, transmission belt, the second drive,
One bearing block, second bearing seat, 3rd bearing seat, fourth bearing seat, first rotating shaft and the second shaft；First bearing seat, second
Bearing block is from top to bottom successively embedded in one sidepiece of broken case, and 3rd bearing seat, fourth bearing seat are from top to bottom successively embedded in broken
Case the other side；Installing frame is fixed in broken one sidepiece of case, the affixed installing frame madial wall of the first motor；First rotating shaft one end with
First bearing seat is pivotally connected and runs through first bearing seat and is sequentially connected with the first motor output end, the other end and 3rd bearing seat pivot
Connect；First drive is fixed in first rotating shaft, and between the first motor and first bearing seat；Second shaft one end and
Two bearing bracket is pivotally connected and runs through second bearing seat and the second drive is affixed, and the other end is pivotally connected with fourth bearing seat；First passes
Driving wheel is sequentially connected by transmission belt and the second drive, and first rotating shaft is connected with breaker roll with the second shaft.
Preferably, crushing mechanism includes the first slide, the first rack, the second slide, the second rack, the second motor, fan
Shape gear, the first sliding block, the second sliding block, connecting rod and crushing plate；First slide is fixed in one side wall in crushing case, the second slide
It is fixed in another side wall in crushing case；First rack is slidably connected by the first sliding block and the first slide, and the second rack passes through
Two sliding blocks are slidably connected with the second slide, and the second motor is fixed in rear wall in crushing case；Sector gear and the second motor output end
It is sequentially connected, sector gear is engaged with the first rack, the second rack；Connecting rod is fixed in the first rack and the second rack bottom,
Crushing plate is fixed in connecting rod bottom.
Preferably, discharging mechanism includes baffle, fixed block, handle, iron block and electromagnet；Panel hinge is in broken case side
Portion bottom, iron block are fixed in baffle bottom, and fixed block is fixed in baffle sidepiece, and handle is fixed in fixed block sidepiece；Electromagnet is consolidated
Broken case bottom end is connected to, and is coordinated with iron block.
Preferably, which has further included the lantern ring, bracing wire and loop bar；The lantern ring by bracing wire with
Handle is affixed, and loop bar is fixed in crushing case sidepiece.
Operation principle：When needing breaking ores, worker controls crushing mechanism running, then falls ore by feed hopper
Enter in broken case, crushing mechanism carries out break process to ore, consequently facilitating further work is handled, the ore after crushing passes through
Conveying bucket falls into crushing case, while notifies crushing organisation operations, and crushing mechanism carries out crushing processing to ore, so as to ore deposit
Crushing is handled stone again, improves crushing efficiency, is also allowed for worker's collection, is opened discharging mechanism, will crush, crush easy to worker
Ore after processing is collected out.
Because crushing mechanism includes installing frame, the first drive, the first motor, transmission belt, the second drive, first axle
Bearing, second bearing seat, 3rd bearing seat, fourth bearing seat, first rotating shaft and the second shaft；First bearing seat, second bearing
Seat is another embedded in broken case successively from top to bottom embedded in one sidepiece of broken case, 3rd bearing seat, fourth bearing seat successively from top to bottom
One sidepiece；Installing frame is fixed in broken one sidepiece of case, the affixed installing frame madial wall of the first motor；First rotating shaft one end and first
Bearing block is pivotally connected and runs through first bearing seat and is sequentially connected with the first motor output end, and the other end is pivotally connected with 3rd bearing seat；
First drive is fixed in first rotating shaft, and between the first motor and first bearing seat；Second shaft one end and second
Bearing block is pivotally connected and runs through second bearing seat and the second drive is affixed, and the other end is pivotally connected with fourth bearing seat；First transmission
Wheel is sequentially connected by transmission belt and the second drive, and first rotating shaft is connected with breaker roll with the second shaft；So when needs
When carrying out break process to ore, control the first motor running, the first motor output end is driven in first rotating shaft and first rotating shaft
The first drive, breaker roll rotate, while the first drive drives the second drive to rotate by transmission belt, so as to drive the
Breaker roll in two shafts and the second shaft rotates, and then carries out efficient break process to ore, is driven by the first motor
It is dynamic to replace manually, reducing the workload of worker, improving broken dynamics.
Because crushing mechanism includes the first slide, the first rack, the second slide, the second rack, the second motor, sector
Wheel, the first sliding block, the second sliding block, connecting rod and crushing plate；First slide is fixed in one side wall in crushing case, and the second slide is affixed
In another side wall in crushing case；First rack is slidably connected by the first sliding block and the first slide, and the second rack is slided by second
Block is slidably connected with the second slide, and the second motor is fixed in rear wall in crushing case；Sector gear and the second motor output end are driven
Connection, sector gear are engaged with the first rack, the second rack；Connecting rod is fixed in the first rack and the second rack bottom, crushing
Plate is fixed in connecting rod bottom；So when needing to carry out ore crushing processing, the second motor of control operates, and the second motor is defeated
Outlet drives sector gear to rotate forward, and when sector gear is engaged with the second rack, drives connecting rod to move down, and then with dynamic pressure
Slashings moves down, and when sector gear is engaged with the first rack, drives connecting rod to move up, and then drives crushing plate upward
It is mobile, ore after crushing is crushed with this, improves broken effect, also allows for worker's collection.
Because discharging mechanism includes baffle, fixed block, handle, iron block and electromagnet；Panel hinge is in broken case sidepiece
Bottom, iron block are fixed in baffle bottom, and fixed block is fixed in baffle sidepiece, and handle is fixed in fixed block sidepiece；Electromagnet is affixed
Coordinate in broken case bottom end, and with iron block；So when needing to collect ore, worker controls electromagnet dead electricity, holds handle
Hand, makes iron block depart from electromagnet, so as to open baffle, and then is handled easy to collection, and after having collected, worker unclamps handle,
Under the gravity of handle, fixed block and baffle, iron block is contacted with electromagnet, and control electromagnet obtains electric so that electromagnet and iron
Block is attracting, so that crushing case has better seal effect, easy to carry out crushing processing to ore.
Because the mining industry ore high-efficiency crusher has further included the lantern ring, bracing wire and loop bar；The lantern ring passes through bracing wire and handle
Hand is affixed, and loop bar is fixed in crushing case sidepiece；So when needing to collect ore, set is located on loop bar by worker, and the lantern ring leads to
Crossing bracing wire drives baffle to move up, and holds handle on the other hand when collecting ore without worker, reduces the labor of worker
Power.
The control mode of the utility model is automatically controlled by controller, and the control circuit of controller passes through this area
Technical staff's simple programming i.e. can be achieved, the offer of power supply falls within the common knowledge of this area, and the utility model master
To be used for protecting mechanical device, so the utility model is not explained control mode and connects with circuit.
（3）Beneficial effect
The utility model has reached the various and efficient effect of effect；Replace manually, reducing by crushing mechanism
The workload of worker, improves broken dynamics；By crushing mechanism, crushing processing is carried out to the ore after broken, is improved broken
Broken effect, also allows for worker's collection；Ore is collected easy to worker by discharging mechanism.
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 utility model crushing mechanism.
Fig. 3 is the main structure diagram that the utility model crushes mechanism.
Fig. 4 is the first main structure diagram of the utility model discharging mechanism.
Fig. 5 is second of main structure diagram of the utility model discharging mechanism.
Mark in attached drawing for：1- installing plates, 2- bases, 3- conveying buckets, 4- crushing mechanisms, 41- installing frames, 42- first
Drive, the first motors of 43-, 44- transmission belts, the second drives of 45-, 46- first bearing seats, 47- second bearing seats, 48-
Three bearing blocks, 49- fourth bearing seats, 410- first rotating shafts, the second shafts of 411-, 412- breaker rolls, 5- crush case, 6- chargings
Bucket, 7- crushing casees, 8- crushing mechanism, the first slides of 81-, the first racks of 82-, the second slides of 83-, the second racks of 84-, 85- the
Two motors, 86- sector gears, the first sliding blocks of 87-, the second sliding blocks of 88-, 89- connecting rods, 810- crushing plates, 9- discharging mechanisms,
91- baffles, 92- fixed blocks, 93- handles, 94- iron blocks, 95- electromagnet, the 10- lantern rings, 11- bracing wires, 12- loop bars.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of mining industry ore high-efficiency crusher, as shown in Figs. 1-5, includes installing plate 1, base 2, conveying bucket 3, broken
Broken mechanism 4, broken case 5, feed hopper 6, crushing case 7, crushing mechanism 8 and discharging mechanism 9；Base 2, crushing case 7 are fixed in installation
Plate 1；Broken case 5 is connected by conveying bucket 3 with crushing in case 7, and conveying bucket 3 and the top of base 2 are affixed；Crushing mechanism 4 is affixed
In broken case 5, feed hopper 6 is fixed in the broken top of case 5, and crushing mechanism 8 is fixed in crushing 7 inner top of case, and discharging mechanism 9 is affixed
In crushing 7 one sidepiece of case.
Crushing mechanism 4 includes installing frame 41, the first drive 42, the first motor 43, transmission belt 44, the second drive
45th, first bearing seat 46, second bearing seat 47,3rd bearing seat 48, fourth bearing seat 49,410 and second shaft of first rotating shaft
411；First bearing seat 46, second bearing seat 47 are from top to bottom successively embedded in 5 one sidepiece of broken case, 3rd bearing seat the 48, the 4th
Bearing block 49 is from top to bottom successively embedded in broken 5 the other side of case；Installing frame 41 is fixed in broken 5 one sidepiece of case, the first motor
43 affixed 41 madial walls of installing frame；410 one end of first rotating shaft and first bearing seat 46 be pivotally connected and through first bearing seat 46 with
First motor, 43 output terminal is sequentially connected, and the other end is pivotally connected with 3rd bearing seat 48；First drive 42 is fixed in first turn
Axis 410, and between the first motor 43 and first bearing seat 46；Second shaft, 411 one end is pivotally connected with second bearing seat 47
And it is affixed through second bearing seat 47 and the second drive 45, the other end is pivotally connected with fourth bearing seat 49；First drive 42
It is sequentially connected by transmission belt 44 and the second drive 45,410 and second shaft 411 of first rotating shaft is connected with breaker roll 412.
Crushing mechanism 8 includes the first slide 81, the first rack 82, the second slide 83, the second rack 84, the second motor
85th, sector gear 86, the first sliding block 87, the second sliding block 88, connecting rod 89 and crushing plate 810；First slide 81 is fixed in crushing
One side wall in case 7, the second slide 83 are fixed in another side wall in crushing case 7；First rack 82 passes through the first sliding block 87 and first
Slide 81 is slidably connected, and the second rack 84 is slidably connected by the second sliding block 88 and the second slide 83, and the second motor 85 is fixed in
Crush rear wall in case 7；86 and second motor of sector gear, 85 output terminal is sequentially connected, 86 and first rack 82 of sector gear, the
Two racks 84 engage；Connecting rod 89 is fixed in 84 bottom of the first rack 82 and the second rack, and crushing plate 810 is fixed in connecting rod 89
Bottom.
Discharging mechanism 9 includes baffle 91, fixed block 92, handle 93, iron block 94 and electromagnet 95；Baffle 91 is articulated with brokenly
Broken 5 sidepiece bottom of case, iron block 94 are fixed in 91 bottom of baffle, and fixed block 92 is fixed in 91 sidepiece of baffle, and handle 93 is fixed in
Determine 92 sidepiece of block；Electromagnet 95 is fixed in broken 5 bottom end of case, and coordinates with iron block 94.
The mining industry ore high-efficiency crusher has further included the lantern ring 10, bracing wire 11 and loop bar 12；The lantern ring 10 passes through bracing wire
11 is affixed with handle 93, and loop bar 12 is fixed in crushing 7 sidepiece of case.
Operation principle：When needing breaking ores, worker controls crushing mechanism 4 to operate, and ore then is passed through feed hopper 6
Pouring into broken case 5, crushing mechanism 4 carries out break process to ore, consequently facilitating further work is handled, the ore after crushing
Crushing case 7 is fallen into by conveying bucket 3, while notifies crushing mechanism 8 to operate, crushing mechanism 8 carries out crushing processing to ore, so that
Ore crushing processing again can be improved crushing efficiency, also allow for worker's collection, open discharging mechanism 9, will easy to worker
Ore after broken, crushing processing is collected out.
It is driven because crushing mechanism 4 includes installing frame 41, the first drive 42, the first motor 43, transmission belt 44, second
Wheel 45, first bearing seat 46, second bearing seat 47,3rd bearing seat 48, fourth bearing seat 49, first rotating shaft 410 and second turn
Axis 411；First bearing seat 46, second bearing seat 47 are from top to bottom successively embedded in broken 5 one sidepiece of case, 3rd bearing seat 48, the
Four bearing blocks 49 are from top to bottom successively embedded in broken 5 the other side of case；Installing frame 41 is fixed in broken 5 one sidepiece of case, the first electricity
Affixed 41 madial wall of installing frame of machine 43；410 one end of first rotating shaft is pivotally connected with first bearing seat 46 and runs through first bearing seat 46
It is sequentially connected with 43 output terminal of the first motor, the other end is pivotally connected with 3rd bearing seat 48；First drive 42 is fixed in first
Shaft 410, and between the first motor 43 and first bearing seat 46；Second shaft, 411 one end and 47 pivot of second bearing seat
Connect and run through second bearing seat 47 and the second drive 45 is affixed, the other end is pivotally connected with fourth bearing seat 49；First drive
42 are sequentially connected by transmission belt 44 and the second drive 45, and 410 and second shaft 411 of first rotating shaft is connected with breaker roll
412；So when needing to carry out break process to ore, the first motor 43 of control operates, and 43 output terminal of the first motor drives the
The first drive 42, breaker roll 412 in one shaft 410 and first rotating shaft 410 rotate, while the first drive 42 passes through transmission
Band 44 drives the second drive 45 to rotate, so that drive the breaker roll 412 in the second shaft 411 and the second shaft 411 to rotate, into
And efficient break process is carried out to ore, replace manually, reducing the work of worker by the driving of the first motor 43
Amount, improves broken dynamics.
Because crushing mechanism 8 includes the first slide 81, the first rack 82, the second slide 83, second the 84, second electricity of rack
Machine 85, sector gear 86, the first sliding block 87, the second sliding block 88, connecting rod 89 and crushing plate 810；First slide 81 is fixed in pressure
One side wall in broken case 7, the second slide 83 are fixed in another side wall in crushing case 7；First rack 82 passes through the first sliding block 87 and
One slide 81 is slidably connected, and the second rack 84 is slidably connected by the second sliding block 88 and the second slide 83, and the second motor 85 is affixed
In rear wall in crushing case 7；86 and second motor of sector gear, 85 output terminal is sequentially connected, 86 and first rack 82 of sector gear,
Second rack 84 engages；Connecting rod 89 is fixed in 84 bottom of the first rack 82 and the second rack, and crushing plate 810 is fixed in connecting rod
89 bottoms；So when needing to carry out ore crushing processing, the second motor 85 of control operates, and 85 output terminal of the second motor drives
Sector gear 86 rotates forward, and when sector gear 86 is engaged with the second rack 84, drives connecting rod 89 to move down, and then with dynamic pressure
Slashings 810 moves down, and when sector gear 86 is engaged with the first rack 82, drives connecting rod 89 to move up, and then drive
Crushing plate 810 moves up, and ore after crushing is crushed with this, improves broken effect, also allows for worker's collection.
Because discharging mechanism 9 includes baffle 91, fixed block 92, handle 93, iron block 94 and electromagnet 95；Baffle 91 is hinged
In broken 5 sidepiece bottom of case, iron block 94 is fixed in 91 bottom of baffle, and fixed block 92 is fixed in 91 sidepiece of baffle, and handle 93 is affixed
In 92 sidepiece of fixed block；Electromagnet 95 is fixed in broken 5 bottom end of case, and coordinates with iron block 94；So working as needs to collect ore deposit
Shi Shi, worker control 95 dead electricity of electromagnet, hold handle 93, iron block 94 is departed from electromagnet 95, so that baffle 91 is opened, and then
Easy to collect processing, after having collected, worker unclamps handle 93, under the gravity of handle 93, fixed block 92 and baffle 91,
Iron block 94 is contacted with electromagnet 95, and control electromagnet 95 obtains electric so that electromagnet 95 and iron block 94 are attracting, so that crushing case
7 have better seal effect, easy to carry out crushing processing to ore.
Because the mining industry ore high-efficiency crusher has further included the lantern ring 10, bracing wire 11 and loop bar 12；The lantern ring 10 passes through
Bracing wire 11 and handle 93 are affixed, and loop bar 12 is fixed in crushing 7 sidepiece of case；So when needing to collect ore, worker is by the lantern ring 10
It is placed on loop bar 12, the lantern ring 10 drives baffle 91 to move up by bracing wire 11, without worker when collecting ore one
Hand holds handle 93, reduces the labour of worker.
The control mode of the utility model is automatically controlled by controller, and the control circuit of controller passes through this area
Technical staff's simple programming i.e. can be achieved, the offer of power supply falls within the common knowledge of this area, and the utility model master
To be used for protecting mechanical device, so the utility model is not explained control mode and connects with circuit.
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 (5)
1. a kind of mining industry ore high-efficiency crusher, it is characterised in that include installing plate（1）, base（2）, conveying bucket
（3）, crushing mechanism（4）, broken case（5）, feed hopper（6）, crushing case（7）, crushing mechanism（8）And discharging mechanism（9）；Base
（2）, crushing case（7）It is fixed in installing plate（1）；Broken case（5）Pass through conveying bucket（3）With crushing case（7）Interior connection, and conveying bucket
（3）With base（2）Top is affixed；Crushing mechanism（4）It is fixed in broken case（5）, feed hopper（6）It is fixed in broken case（5）Top,
Crush mechanism（8）It is fixed in crushing case（7）Inner top, discharging mechanism（9）It is fixed in crushing case（7）One sidepiece.
A kind of 2. mining industry ore high-efficiency crusher according to claim 1, it is characterised in that crushing mechanism（4）Bag
Installing frame is included（41）, the first drive（42）, the first motor（43）, transmission belt（44）, the second drive（45）, clutch shaft bearing
Seat（46）, second bearing seat（47）, 3rd bearing seat（48）, fourth bearing seat（49）, first rotating shaft（410）With the second shaft
（411）；First bearing seat（46）, second bearing seat（47）From top to bottom successively embedded in broken case（5）One sidepiece, 3rd bearing seat
（48）, fourth bearing seat（49）From top to bottom successively embedded in broken case（5）The other side；Installing frame（41）It is fixed in broken case
（5）One sidepiece, the first motor（43）Affixed installing frame（41）Madial wall；First rotating shaft（410）One end and first bearing seat
（46）It is pivotally connected and runs through first bearing seat（46）With the first motor（43）Output terminal is sequentially connected, the other end and 3rd bearing seat
（48）Pivot joint；First drive（42）It is fixed in first rotating shaft（410）, and it is located at the first motor（43）With first bearing seat（46）
Between；Second shaft（411）One end and second bearing seat（47）It is pivotally connected and runs through second bearing seat（47）With the second drive
（45）It is affixed, the other end and fourth bearing seat（49）Pivot joint；First drive（42）Pass through transmission belt（44）With the second transmission
Wheel（45）It is sequentially connected, first rotating shaft（410）With the second shaft（411）It is connected with breaker roll（412）.
A kind of 3. mining industry ore high-efficiency crusher according to claim 2, it is characterised in that crushing mechanism（8）Bag
The first slide is included（81）, the first rack（82）, the second slide（83）, the second rack（84）, the second motor（85）, sector gear
（86）, the first sliding block（87）, the second sliding block（88）, connecting rod（89）With crushing plate（810）；First slide（81）It is fixed in crushing
Case（7）Interior one side wall, the second slide（83）It is fixed in crushing case（7）Interior another side wall；First rack（82）Pass through the first sliding block
（87）With the first slide（81）It is slidably connected, the second rack（84）Pass through the second sliding block（88）With the second slide（83）The company of slip
Connect, the second motor（85）It is fixed in crushing case（7）Interior rear wall；Sector gear（86）With the second motor（85）Output terminal transmission connects
Connect, sector gear（86）With the first rack（82）, the second rack（84）Engagement；Connecting rod（89）It is fixed in the first rack（82）With
Second rack（84）Bottom, crushes plate（810）It is fixed in connecting rod（89）Bottom.
A kind of 4. mining industry ore high-efficiency crusher according to claim 3, it is characterised in that discharging mechanism（9）Bag
Baffle is included（91）, fixed block（92）, handle（93）, iron block（94）And electromagnet（95）；Baffle（91）It is articulated with broken case（5）
Sidepiece bottom, iron block（94）It is fixed in baffle（91）Bottom, fixed block（92）It is fixed in baffle（91）Sidepiece, handle（93）It is affixed
In fixed block（92）Sidepiece；Electromagnet（95）It is fixed in broken case（5）Bottom end, and and iron block（94）Coordinate.
5. a kind of mining industry ore high-efficiency crusher according to claim 4, it is characterised in that the mining industry ore is efficient
Rate type crusher has further included the lantern ring（10）, bracing wire（11）And loop bar（12）；The lantern ring（10）Pass through bracing wire（11）With handle（93）
It is affixed, loop bar（12）It is fixed in crushing case（7）Sidepiece.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721148273.6U CN207254399U (en) | 2017-09-08 | 2017-09-08 | A kind of mining industry ore high-efficiency crusher |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721148273.6U CN207254399U (en) | 2017-09-08 | 2017-09-08 | A kind of mining industry ore high-efficiency crusher |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207254399U true CN207254399U (en) | 2018-04-20 |
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ID=61920774
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721148273.6U Expired - Fee Related CN207254399U (en) | 2017-09-08 | 2017-09-08 | A kind of mining industry ore high-efficiency crusher |
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