CN102527463B - A kind of composite multi-crank rocker mechanism for kibbler roll - Google Patents

A kind of composite multi-crank rocker mechanism for kibbler roll Download PDF

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Publication number
CN102527463B
CN102527463B CN201210011976.XA CN201210011976A CN102527463B CN 102527463 B CN102527463 B CN 102527463B CN 201210011976 A CN201210011976 A CN 201210011976A CN 102527463 B CN102527463 B CN 102527463B
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jaw
articulated
joint
bracket
dynamic
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CN102527463A (en
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朱兴良
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Yiwu Lingfeng Intellectual Property Service Co ltd
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YIWU B&W MINING MACHINERY CO Ltd
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Abstract

The invention discloses a kind of composite multi-crank rocker mechanism for kibbler roll, its architectural feature is: coordinate arc crushing wall to form the crusher chamber of uniqueness with breaker roll；Redesign a set of driving crushing wall and carry out the composite multi-crank rocker mechanism of crushing motion.The core technology of the present invention is: coordinates arc crushing wall to be combined into crusher chamber with breaker roll, then coordinates composite multi-crank rocker mechanism, is designed with the crushing force of the advanced Cracking Mechanism such as " shearing-crushing " and " selective crushing ".

Description

A kind of composite multi-crank rocker mechanism for kibbler roll
Technical field
The present invention relates to crushing mechanism technical field, a kind of being combined for kibbler roll Multi-crank rocker mechanism.
Background technology
Kibbler roll, because of its simple in construction, cost is low, efficiency is high, working service is convenient and becomes extensive One of disintegrating apparatus of application.Wherein pair roller type (double rod formula) is most basic type, and it is mainly by two Breaker roll, bearing holder device, clamping adjustment device and driving means etc. form.
Prior art oppositely rolling roller crusher has the disadvantage that (1) angle of engagement (entrance) is by roller diameter Restriction, the little then angle of engagement of diameter is big, and counter productive is to be difficult to pan feeding；Otherwise, the diameter the most then angle of engagement is little, Counter productive is that equipment is huge；(2) size of the broken contact surface that roller is broken affects crushing efficiency (two rollers Broken contact surface be straight line)；(3) lack " shearing-crushing mechanism ", affect power consumption；(4) lack Few " selective crushing mechanism ", product particle shape is bad.
Summary of the invention
It is an object of the invention to overcome drawbacks described above, it is provided that a kind of novel structure, crushing efficiency are high, have The composite multi-crank rocker mechanism for kibbler roll of multiple effective Cracking Mechanism.
In order to reach object above, the present invention is achieved through the following technical solutions: a kind of for kibbler roll Composite multi-crank rocker mechanism, including frame, movable jaw mechanism, composite multi-crank rocker mechanism, crushing pair And drive mechanism, crushing pair includes a breaker roll and a crushing wall；Breaker roll is arranged on roll shaft, and roll shaft sets Put in frame and be connected with drive mechanism；Crushing wall is arranged in movable jaw mechanism, and movable jaw mechanism is with compound Multi-crank rocker mechanism is connected；Breaker roll side forms crusher chamber with crushing wall face-off, it is characterised in that Described composite multi-crank rocker mechanism include before rear eccentric drive shaft, epimere bracket after bracket, epimere, on Bracket after bracket and hypomere before dynamic jaw, moving jaw under section, hypomere after joint；
After upper joint, dynamic jaw lower end is all articulated on rear eccentric drive shaft with moving jaw under section upper end, rear eccentric drive Axle is connected on drive mechanism；
Before epimere, bracket front end is articulated in above movable jaw mechanism, and rear end is dynamic jaw front side top after being articulated in joint； Dynamic jaw back side top after bracket front end is articulated in joint after epimere, rear end is articulated in frame；
Before hypomere, bracket front end is articulated in below movable jaw mechanism, and rear end is articulated in lower section on front side of moving jaw under section； After hypomere, bracket front end is articulated in lower section on rear side of moving jaw under section, and rear end is articulated in frame.
The obvious architectural feature of the present invention is: (1) coordinates arc crushing wall to form the broken of uniqueness with breaker roll Chamber；(2) design a set of driving crushing wall and carry out the composite multi-crank rocker mechanism of crushing motion.(3) single roller In roll shaft and eccentric drive shaft in " composite multi-crank rocker mechanism " as the driving of disintegrating machine of the present invention Axle.
Composite multi-crank rocker mechanism is an important bright spot in the present invention, and it is the most a set of mechanism: by After rear eccentric drive shaft, upper joint, before dynamic jaw, epimere, bracket forms a set of crank and rocker mechanism, wherein rear eccentric Drive shaft is crank, and after upper joint, dynamic jaw is connecting rod, and before epimere, bracket is rocking bar.In like manner, the most also three (" bracket after dynamic jaw+epimere after rear eccentric drive shaft+upper joint " is a set of for crank and rocker mechanism；" rear eccentric drive Bracket before axle+moving jaw under section+hypomere " a set of；Also have " after rear eccentric drive shaft+moving jaw under section+lower joint Bracket " a set of).Above four set crank and rocker mechanisms are overlapped and composite joint is integral.
Composite multi-crank rocker mechanism also can regard the complex of upper and lower two-stage " dual-crank-rocker mechanism " as. It has a remarkable efficacy of the following aspects:
<1>" dual-crank-rocker mechanism " has the crushing force of " reinforcement effect ", makes disintegrating machine have high efficiency, (refer to the invention that the present inventor applies in the early time, Application No.: 201110092031.0, invention entitled: A kind of jaw crusher with dual-spindle dual-crank rocker mechanism).But dual-crank-rocker mechanism only makes jaw bottom Having the crushing force of " reinforcement effect ", dynamic jaw top does not then have.Compound multicrank rocking bar in the present invention Mechanism makes jaw upper and lower part all have the crushing force of " reinforcement effect ", and the crushing efficiency making disintegrating machine is higher.
<2>(i.e. one is tight in the motion of upper and lower two grades " dual-crank-rocker mechanisms " of composite multi-crank rocker mechanism One pine motion) can there is multiple combination: 1. can synchronize a tight pine；2. can also reverse one tight one pine, i.e. The process of upper and lower two-stage crushes work done and backhaul idle running and staggers, when top is that process crushes work done and tightens up Time, be that backhaul idle running is loosened below, when top be backhaul loosen time, be that process crushes work done and tightens up below. So, rear eccentric drive shaft is at omnidistance driving work done state.So far, prior art jaw crusher half The congenital drawback of Cheng Zuogong is just captured by the present invention and is eliminated.
<3>dynamic jaw movement horizontal throw is reasonably distributed, and controllable.Although prior art physical pendulum is broken than letter The dynamic jaw horizontal throw that pendulum is broken is reasonable, but physical pendulum to break upper run nonadjustable, and the present invention is upper and lower water Parallel journey is the most adjustable, and disintegrating machine can be made to be in optimum state work all the time.
From structure, the present invention is the combination of kibbler roll structure and jaw crusher.When compound the most bent Handle endplay device is inoperative and during roll shaft operating, the present invention is a mono-roller type disintegrating machine；Otherwise, work as roller When axle is inoperative, composite multi-crank rocker mechanism operates, it it is again a jaw being equipped with moon gulf shape crusher chamber Disintegrating machine；Furthermore when composite multi-crank rocker mechanism and roll shaft all operate, then it is novel structure, a merit The innovative disintegrating apparatus that energy is superior.
Technically, instant invention overcomes many defects of prior art lower roll type disintegrating machine.
Functionally seeing, the present invention is a disintegrating machine with abundant shearing function, is energy-efficient setting Standby.
Coordinate arc crushing wall to be combined into crusher chamber with breaker roll, then coordinate composite multi-crank rocker mechanism, if Count into the crushing force with the advanced Cracking Mechanism such as " shearing-crushing " and " selective crushing ", be the present invention Core technology.
Beneficial effect:
(1), after dynamic jaw has " reinforcement effect ", advanced Cracking Mechanisms such as " lamination crushing " will be realized, Realize " little pilled-in selvedge, big stroke ", the effect i.e. " going out fines, big production capacity ".
(2) this efficient Cracking Mechanism of shearing-crushing is fully used so that the present invention is a efficiency crushing Equipment.
(3) can crush while feeding, break through the limitation of free-fall velocity.
(4) there is broken and shaping dual-use function.
As the alternative of such scheme, a kind of composite multi-crank rocker mechanism for kibbler roll, Including frame, movable jaw mechanism, composite multi-crank rocker mechanism, crushing pair and drive mechanism, crushing pair includes One breaker roll and a crushing wall；Breaker roll is arranged on roll shaft, and roll shaft is arranged in frame and and drive mechanism It is connected；Crushing wall is arranged in movable jaw mechanism, and movable jaw mechanism is connected with composite multi-crank rocker mechanism； Breaker roll side forms crusher chamber with crushing wall face-off, it is characterised in that described compound multicrank rocking bar machine Structure include before rear eccentric drive shaft, epimere after bracket, epimere dynamic jaw after bracket, upper joint, moving jaw under section, Bracket after bracket and hypomere before hypomere；
After upper joint, dynamic jaw upper end is articulated on rear eccentric drive shaft, and moving jaw under section upper end is dynamic after being articulated in joint Jaw lower end；Rear eccentric drive shaft is connected on drive mechanism；
Before epimere, bracket front end is articulated in above movable jaw mechanism, rear end be articulated in after joint on front side of dynamic jaw lower section or After person's moving jaw under section front side top or upper joint on the drive-connecting shaft of dynamic jaw and moving jaw under section；Simultaneously after epimere Bracket front end be the most correspondingly articulated in after joint on rear side of dynamic jaw lower section or moving jaw under section back side top or on After joint on the drive-connecting shaft of dynamic jaw and moving jaw under section, rear end is articulated in frame；
Before hypomere, bracket front end is articulated in below movable jaw mechanism, and rear end is articulated in lower section on front side of moving jaw under section； After hypomere, bracket front end is articulated in lower section on rear side of moving jaw under section, and rear end is articulated in frame.
After current dynamic jaw, end spaces is too small, when rear eccentric drive shaft and rear dynamic jaw are inconvenient to arrange, will retrodeviate Heart drive shaft is arranged on upside, the two sections pivot joint of rear dynamic jaw, can reach the effect above equally.
As preferably, the structure of described movable jaw mechanism: include front concentric support axle, last section front moving jaw and under Dynamic jaw before joint；
Last section front moving jaw is articulated on front concentric support axle, and front concentric support axle is arranged in frame, before upper joint Move jaw upper end before dynamic jaw lower end and lower joint to be articulated；Crushing wall moves on jaw before being arranged on lower joint；
Before before epimere, bracket front end is articulated on rear side of last section front moving jaw lower section or lower joint dynamic jaw back side top or Before last section front moving jaw and lower joint on the drive-connecting shaft of dynamic jaw；
Lower section on rear side of dynamic jaw before bracket front end is articulated in lower joint before hypomere；
Drive mechanism includes drive and travelling gear, and roll shaft is connected on drive, and rear eccentric drive shaft is even It is connected on travelling gear.
The maximum bright spot of this preferred version: make jaw upper and lower part jointly have the broken of " reinforcement effect " Power；Dynamic jaw movement horizontal throw is reasonably distributed, and controllable；Movement locus is very good, i.e. its dynamic jaw Movement locus is completely on horizontal throw direction (vertical stroke almost without)；The more important thing is overcome existing Technology jaw breaks the congenital drawback of half way work done, it is achieved that omnidistance work done.
As preferably, the structure of described movable jaw mechanism: include pre-eccentric drive shaft, last section front moving jaw and under Dynamic jaw before joint；
Last section front moving jaw is articulated in pre-eccentric drive shaft, and pre-eccentric drive shaft is connected on drive mechanism；On Move jaw upper end before dynamic jaw lower end and lower joint before joint to be articulated；Crushing wall moves on jaw before being arranged on lower joint；
Before before epimere, bracket front end is articulated on rear side of last section front moving jaw lower section or lower joint dynamic jaw back side top or Before last section front moving jaw and lower joint on the drive-connecting shaft of dynamic jaw；
Lower section on rear side of dynamic jaw before bracket front end is articulated in lower joint before hypomere；
Drive mechanism includes drive, driving front gear and final drive gear, and roll shaft is connected on drive, Pre-eccentric drive shaft is connected on driving front gear, and rear eccentric drive shaft is connected on final drive gear, forward pass Moving gear and final drive gear are meshed.
The bright spot that this preferred version is maximum: achieve the lifting of Cracking Mechanism, i.e. by conventional crushing disintegrating machine It is promoted to this efficient mechanism of selective crushing.
So-called selective crushing is exactly: material internal organizational structure is not necessarily all even, more or less There is micro-cracks, if it is possible to select the section part from these weak links to set about crushing, required Crushing force is minimum, otherwise is accomplished by bigger crushing force and could be crushed.Selective crushing is the most broken Broken mechanism, is the direction pursued in disintegrating machine development.
Realize " selective crushing ", two conditions will be met: (1) material is in the process of constantly pressurization； (2) the broken force of material constantly changes, i.e. material constantly to stir.
The horizontal motion of dynamic jaw is separated independent operating with the radial motion of roller by this preferred version, it On the one hand sports performance efficiency is actually and imposes powerful crushing force in the horizontal direction, on the other hand material by The while of walking extruded, the radial motion of roller makes again material be in constantly to stir, meet above-mentioned selectivity The condition of Cracking Mechanism.
As preferably, the structure of described movable jaw mechanism: include pre-eccentric drive shaft, last section front moving jaw and under Dynamic jaw before joint；
Last section front moving jaw is articulated in pre-eccentric drive shaft, and pre-eccentric drive shaft is connected on drive mechanism；On Move jaw upper end before dynamic jaw lower end and lower joint before joint to be articulated；Crushing wall includes epimere crushing wall and hypomere crushing wall, Epimere crushing wall is arranged in last section front moving jaw, and hypomere crushing wall moves on jaw before being arranged on lower joint；
Before before epimere, bracket front end is articulated on rear side of last section front moving jaw lower section or lower joint dynamic jaw back side top or Before last section front moving jaw and lower joint on the drive-connecting shaft of dynamic jaw；
Lower section on rear side of dynamic jaw before bracket front end is articulated in lower joint before hypomere；
Drive mechanism includes drive, driving front gear and final drive gear, and roll shaft is connected on drive, Pre-eccentric drive shaft is connected on driving front gear, and rear eccentric drive shaft is connected on final drive gear, forward pass Moving gear and final drive gear are meshed.
The bright spot that this preferred version is maximum: be designed as the movable jaw mechanism under prior art being hinged Upper and lower two joint dynamic jaws combination shape, and the upper and lower two dynamic jaw each self-configuring jaws of joint and with frame on arrange broken The face-off of broken roller forms upper and lower two-stage crusher chamber, then " double with " composite multi-crank rocker mechanism design " replacement Design of planar crank and rocker mechanisms ", make jaw upper and lower part jointly have " reinforcement effect "；Achieve again true simultaneously The purpose of the machine two-stage crushing on positive technical meaning.
As preferably, the above-mentioned composite multi-crank rocker mechanism for kibbler roll is inverted and arranges.
The maximum bright spot of this preferred version: just putting the compound multicrank rocking bar for kibbler roll by above-mentioned Mechanism changes inversion type into, will be arranged on equipment bottom by pre-eccentric axle.Inverted structure is brought and is provided the benefit that Equipment center of gravity reduces, and runs more steady, and is more suitable for down-hole use.
Accompanying drawing explanation
Fig. 1 is a kind of application structure schematic diagram of the present invention；
Fig. 2 is the another kind of application structure schematic diagram of the present invention；
Fig. 3 is a kind of application structure schematic diagram of the present invention；
Fig. 4 is another application structure schematic diagram of the present invention；
Fig. 5 is another application structure schematic diagram of the present invention；
Fig. 6 is another application structure schematic diagram of the present invention.
In figure: 1-frame, 2-breaker roll, 3-crushing wall, concentric support axle before 4-, eccentric drive shaft after 5-, 6-connecting plate, dynamic jaw before 7-, bracket before 8-epimere, bracket after 9-epimere, dynamic jaw after the upper joint of 10-, under 11- Dynamic jaw after joint, bracket before 12-hypomere, bracket after 13-hypomere, 14-travelling gear, 15-pre-eccentric drive shaft, 16-driving front gear, 17-final drive gear, the upper crushing wall of 18-, crushing wall under 19-, 20-last section front moving jaw, Jaw, 22-drive, 23-roll shaft is moved before joint under 21-.
Detailed description of the invention
The present invention is further illustrated with specific embodiment below in conjunction with the accompanying drawings.
Embodiment 1: as it is shown in figure 1, a kind of composite multi-crank rocker mechanism for kibbler roll, bag Including rack 1, frame 1 is provided with a pair crushing pair, and this includes breaker roll 2 and a crushing wall to crushing pair 3.Breaker roll 2 is arranged on roll shaft 23, and roll shaft 23 is arranged in frame 1 and is connected with drive 22.
Connecting plate 6 is articulated on front concentric support axle 4, and (front concentric support axle 4 is front concentric support axle 4 The d-axis that we are described) axle is connected in frame 1, and connecting plate 6 lower end is articulated with front dynamic jaw 7 upper end；Broken Broken wall 3 moves on jaw 7 before being arranged on；Stand facing each other form crusher chamber with crushing wall 3 on the right side of breaker roll 2.
After upper joint, dynamic jaw 10 lower end is all articulated on rear eccentric drive shaft 5 with moving jaw under section 11 upper end, after Eccentric drive shaft 5 is connected on travelling gear 14.
Dynamic jaw 7 back side top before bracket 8 front end is articulated in before epimere, before jaw 10 is moved after being articulated in joint in rear end Above side；Dynamic jaw 10 back side top after bracket 9 front end is articulated in joint after epimere, rear end is articulated in frame 1 On.
Lower section on rear side of dynamic jaw 7 before bracket 12 front end is articulated in before hypomere, rear end is articulated in moving jaw under section 11 Below Qian Ce；After hypomere, bracket 13 front end is articulated in lower section on rear side of moving jaw under section 11, and rear end is articulated in machine On frame 1.
Embodiment 2: before epimere, bracket 8 front end is articulated in lower section on rear side of connecting plate 6；Remaining is with embodiment 1.
Embodiment 3: before epimere, bracket 8 front end is articulated on the drive-connecting shaft of connecting plate 6 and front dynamic jaw 7；Remaining With embodiment 1.
Embodiment 4: as shown in Figure 6, shakes the compound multicrank being used for kibbler roll in above-described embodiment 1 Linkage structure is inverted and is arranged.
Embodiment 5: as in figure 2 it is shown, a kind of composite multi-crank rocker mechanism for kibbler roll, including Frame 1, frame 1 is provided with a pair crushing pair, and this includes breaker roll 2 and a crushing wall 3 to crushing pair. Breaker roll 2 is arranged on roll shaft 23, and roll shaft 23 is arranged in frame 1 and is connected with drive 22.
Connecting plate 6 is articulated on front concentric support axle 4, and (front concentric support axle 4 is same to front concentric support axle 4 Mandrel) axle is connected in frame 1, and connecting plate 6 lower end is articulated with front dynamic jaw 7 upper end；Crushing wall 3 is arranged On front dynamic jaw 7；Stand facing each other form crusher chamber with crushing wall 3 on the right side of breaker roll 2.
After upper joint, dynamic jaw 10 upper end is articulated on rear eccentric drive shaft 5, and moving jaw under section 11 upper end is articulated in Dynamic jaw 10 lower end after upper joint；Rear eccentric drive shaft 5 is connected on travelling gear 14.
Dynamic jaw 7 back side top before bracket 8 front end is articulated in before epimere, before rear end is articulated in moving jaw under section 11 Above side；After epimere, bracket 9 front end is articulated in moving jaw under section 11 back side top simultaneously, and rear end is articulated in machine On frame 1；
Lower section on rear side of dynamic jaw 7 before bracket 12 front end is articulated in before hypomere, rear end is articulated in moving jaw under section 11 Below Qian Ce；After hypomere, bracket 13 front end is articulated in lower section on rear side of moving jaw under section 11, and rear end is articulated in machine On frame 1.
Embodiment 6: before epimere, bracket 8 front end is articulated in lower section on rear side of connecting plate 6, after rear end is articulated in joint Lower section on front side of dynamic jaw 10；Lower section on rear side of dynamic jaw 10 after bracket 9 front end is articulated in joint after epimere simultaneously, after End is articulated in frame 1；Remaining is with embodiment 5.
Embodiment 7: before epimere on the drive-connecting shaft of bracket 8 front end pivot joint connecting plate 6 and front dynamic jaw 7, correspondingly Rear end is moved after being articulated in joint on the drive-connecting shaft of jaw 10 and moving jaw under section 11；Simultaneously after epimere before bracket 9 End is after being the most correspondingly articulated in joint on the drive-connecting shaft of dynamic jaw 10 and moving jaw under section 11, and rear end is articulated in machine On frame 1；Remaining is with embodiment 5.
Embodiment 8: the composite multi-crank rocker mechanism structure being used for kibbler roll in above-described embodiment 5 is fallen Install.
Embodiment 9: as it is shown on figure 3, a kind of composite multi-crank rocker mechanism for kibbler roll, including Frame 1, frame 1 is provided with a pair crushing pair, and this includes breaker roll 2 and a crushing wall 3 to crushing pair. Breaker roll 2 is arranged on roll shaft 23, and roll shaft 23 is arranged in frame 1 and is connected with drive 22.
Connecting plate 6 is articulated in pre-eccentric drive shaft 15, and pre-eccentric drive shaft 15 is arranged in frame 1, Connecting plate 6 lower end is articulated with front dynamic jaw 7 upper end；Crushing wall 3 moves on jaw 7 before being arranged on；Breaker roll 2 Crusher chamber is formed with crushing wall 3 face-off.
After upper joint, dynamic jaw 10 lower end is all articulated on rear eccentric drive shaft 5 with moving jaw under section 11 upper end, after Eccentric drive shaft 5 is arranged in frame 1.
Pre-eccentric drive shaft 15 is connected on driving front gear 16, and rear eccentric drive shaft 5 is connected to rear transmission On gear 17, driving front gear 16 and final drive gear 17 are meshed.
Dynamic jaw 7 back side top before bracket 8 front end is articulated in before epimere, before jaw 10 is moved after being articulated in joint in rear end Above side；Dynamic jaw 10 back side top after bracket 9 front end is articulated in joint after epimere, rear end is articulated in frame 1 On.
Lower section on rear side of dynamic jaw 7 before bracket 12 front end is articulated in before hypomere, rear end is articulated in moving jaw under section 11 Below Qian Ce；After hypomere, bracket 13 front end is articulated in lower section on rear side of moving jaw under section 11, and rear end is articulated in machine On frame 1.
Embodiment 10: before epimere, bracket 8 front end is articulated in lower section on rear side of connecting plate 6；Remaining is with embodiment 9.
Embodiment 11: before epimere, bracket 8 front end is articulated on the drive-connecting shaft of connecting plate 6 and front dynamic jaw 7；Its Remaining with embodiment 9.
Embodiment 12: the composite multi-crank rocker mechanism structure of kibbler roll will be used in above-described embodiment 9 It is inverted and arranges.
Embodiment 13: as shown in Figure 4, a kind of composite multi-crank rocker mechanism for kibbler roll, bag Including rack 1, frame 1 is provided with a pair crushing pair, and this includes breaker roll 2 and a crushing wall to crushing pair 3.Breaker roll 2 is arranged on roll shaft 23, and roll shaft 23 is arranged in frame 1 and is connected with drive 22.
Connecting plate 6 is articulated in pre-eccentric drive shaft 15, and pre-eccentric drive shaft 15 is arranged in frame 1, Connecting plate 6 lower end is articulated with front dynamic jaw 7 upper end；Crushing wall 3 moves on jaw 7 before being arranged on；Breaker roll 2 Crusher chamber is formed with crushing wall 3 face-off.
After upper joint, dynamic jaw 10 upper end is articulated on rear eccentric drive shaft 5, and moving jaw under section 11 upper end is articulated in Dynamic jaw 10 lower end after upper joint；Rear eccentric drive shaft 5 is arranged in frame 1.
Pre-eccentric drive shaft 15 is connected on driving front gear 16, and rear eccentric drive shaft 5 is connected to rear transmission On gear 17, driving front gear 16 and final drive gear 17 are meshed.
Dynamic jaw 7 back side top before bracket 8 front end is articulated in before epimere, before rear end is articulated in moving jaw under section 11 Above side；After epimere, bracket 9 front end is articulated in moving jaw under section 11 back side top simultaneously, and rear end is articulated in machine On frame 1；
Lower section on rear side of dynamic jaw 7 before bracket 12 front end is articulated in before hypomere, rear end is articulated in moving jaw under section 11 Below Qian Ce；After hypomere, bracket 13 front end is articulated in lower section on rear side of moving jaw under section 11, and rear end is articulated in machine On frame 1.
Embodiment 14: before epimere, bracket 8 front end is articulated in lower section on rear side of connecting plate 6, and rear end is articulated in joint Lower section on front side of rear dynamic jaw 10；Lower section on rear side of dynamic jaw 10 after bracket 9 front end is articulated in joint after epimere simultaneously, Rear end is articulated in frame 1；Remaining is with embodiment 13.
Embodiment 15: before epimere on the drive-connecting shaft of bracket 8 front end pivot joint connecting plate 6 and front dynamic jaw 7, accordingly Rear end, ground is moved after being articulated in joint on the drive-connecting shaft of jaw 10 and moving jaw under section 11；Bracket 9 after epimere simultaneously Front end is after being the most correspondingly articulated in joint on the drive-connecting shaft of dynamic jaw 10 and moving jaw under section 11, and rear end is articulated in In frame 1；Remaining is with embodiment 13.
Embodiment 16: the composite multi-crank rocker mechanism structure of kibbler roll will be used in above-described embodiment 13 It is inverted and arranges.
Embodiment 17: as it is shown in figure 5, a kind of composite multi-crank rocker mechanism for kibbler roll, bag Including rack 1, frame 1 is provided with a pair crushing pair, and this includes breaker roll 2 and a crushing wall to crushing pair 3.Breaker roll 2 is arranged on roll shaft 23, and roll shaft 23 is arranged in frame 1 and is connected with drive 22.
Last section front moving jaw 20 is articulated in pre-eccentric drive shaft 15, and pre-eccentric drive shaft 15 is arranged on frame 1 On, before last section front moving jaw 20 lower end and lower joint, dynamic jaw 21 upper end is articulated.
After upper joint, dynamic jaw 10 lower end is all articulated on rear eccentric drive shaft 5 with moving jaw under section 11 upper end, after Eccentric drive shaft 5 is arranged in frame 1.
Pre-eccentric drive shaft 15 is connected on driving front gear 16, and rear eccentric drive shaft 5 is connected to rear transmission On gear 17, driving front gear 16 and final drive gear 17 are meshed.
Dynamic jaw 21 back side top before bracket 8 front end is articulated in lower joint before epimere, rear end is dynamic jaw after being articulated in joint 10 front side top；Dynamic jaw 10 back side top after bracket 9 front end is articulated in joint after epimere, rear end is articulated in machine On frame 1.
Lower section on rear side of dynamic jaw 21 before bracket 12 front end is articulated in lower joint before hypomere, rear end is dynamic after being articulated in lower joint Lower section on front side of jaw 11；After hypomere, bracket 13 front end is articulated in lower section, rear end pivot joint on rear side of moving jaw under section 11 In frame 1.
Crushing wall includes epimere crushing wall 18 and hypomere crushing wall 19, before epimere crushing wall 18 is arranged on joint On dynamic jaw 20, hypomere crushing wall 19 moves on jaw 21 before being arranged on lower joint.Epimere crushing wall 18 and hypomere break Broken wall 19 forms upper and lower two-stage crusher chamber with the face-off of breaker roll 2 upper and lower part respectively.
Embodiment 18: before epimere, bracket 8 front end is articulated in lower section on rear side of last section front moving jaw 20；Remaining is with implementing Example 17.
Embodiment 19: the pivot of dynamic jaw 21 before bracket 8 front end is articulated in last section front moving jaw 20 and lower joint before epimere In spindle；Remaining is with embodiment 17.
Embodiment 20: the composite multi-crank rocker mechanism structure of kibbler roll will be used in above-described embodiment 17 It is inverted and arranges.
Embodiment 21: as it is shown in figure 5, a kind of composite multi-crank rocker mechanism for kibbler roll crushes Machine, including frame 1, frame 1 is provided with a pair crushing pair, and this includes a breaker roll 2 and to crushing pair Crushing wall 3.Breaker roll 2 is arranged on roll shaft 23, roll shaft 23 be arranged in frame 1 and with drive 22 It is connected.
Last section front moving jaw 20 is articulated in pre-eccentric drive shaft 15, and pre-eccentric drive shaft 15 is arranged on frame 1 On, before last section front moving jaw 20 lower end and lower joint, dynamic jaw 21 upper end is articulated.
After upper joint, dynamic jaw 10 upper end is articulated on rear eccentric drive shaft 5, and moving jaw under section 11 upper end is articulated in Dynamic jaw 10 lower end after upper joint；Rear eccentric drive shaft 5 is arranged in frame 1.
Pre-eccentric drive shaft 15 is connected on driving front gear 16, and rear eccentric drive shaft 5 is connected to rear transmission On gear 17, driving front gear 16 and final drive gear 17 are meshed.
Dynamic jaw 21 back side top before bracket 8 front end is articulated in lower joint before epimere, rear end is articulated in moving jaw under section 11 front side top；After epimere, bracket 9 front end is articulated in moving jaw under section 11 back side top, rear end pivot joint simultaneously In frame 1；
Lower section on rear side of dynamic jaw 21 before bracket 12 front end is articulated in lower joint before hypomere, rear end is dynamic after being articulated in lower joint Lower section on front side of jaw 11；After hypomere, bracket 13 front end is articulated in lower section, rear end pivot joint on rear side of moving jaw under section 11 In frame 1.
Crushing wall includes epimere crushing wall 18 and hypomere crushing wall 19, before epimere crushing wall 18 is arranged on joint On dynamic jaw 20, hypomere crushing wall 19 moves on jaw 21 before being arranged on lower joint.Epimere crushing wall 28 and hypomere break Broken wall 19 forms upper and lower two-stage crusher chamber with the face-off of breaker roll 2 upper and lower part respectively.
Embodiment 22: before epimere, bracket 8 front end is articulated in lower section on rear side of last section front moving jaw 20, and rear end is articulated in Lower section on front side of dynamic jaw 10 after upper joint；Under moving on rear side of jaw 10 after after epimere, bracket 9 front end is articulated in joint simultaneously Side, rear end is articulated in frame 1；Remaining is with embodiment 21.
Embodiment 23: the pivot joint of dynamic jaw 21 before bracket 8 front end pivot joint last section front moving jaw 20 and lower joint before epimere On axle, after correspondingly rear end is articulated in joint on the drive-connecting shaft of dynamic jaw 10 and moving jaw under section 11；Go up simultaneously After after Duan, bracket 9 front end is the most correspondingly articulated in joint on the drive-connecting shaft of dynamic jaw 10 and moving jaw under section 11, Rear end is articulated in frame 1；Remaining is with embodiment 21.
Embodiment 24: the composite multi-crank rocker mechanism structure of kibbler roll will be used in above-described embodiment 21 It is inverted and arranges.
The embodiment of the above is only the preferred embodiments of the invention, not limits the enforcement model of the present invention with this Enclose, therefore the change that all shapes according to the present invention, principle are made, all should contain within the scope of the present invention.

Claims (6)

1., for a composite multi-crank rocker mechanism for kibbler roll, including frame, movable jaw mechanism, answer Closing multi-crank rocker mechanism, crushing pair and drive mechanism, crushing pair includes a breaker roll and a crushing wall；Broken Broken roller is arranged on roll shaft, and roll shaft is arranged in frame and is connected with drive mechanism；Crushing wall is arranged on dynamic In jaw mechanism, movable jaw mechanism is connected with composite multi-crank rocker mechanism；Breaker roll side stands facing each other with crushing wall Formed crusher chamber, it is characterised in that described composite multi-crank rocker mechanism include rear eccentric drive shaft, on Bracket after bracket and hypomere before dynamic jaw, moving jaw under section, hypomere after bracket, upper joint after bracket, epimere before section；
After upper joint, dynamic jaw lower end is all articulated on rear eccentric drive shaft with moving jaw under section upper end, rear eccentric drive Axle is connected on drive mechanism；
Before epimere, bracket front end is articulated in above movable jaw mechanism, and rear end is dynamic jaw front side top after being articulated in joint； Dynamic jaw back side top after bracket front end is articulated in joint after epimere, rear end is articulated in frame；
Before hypomere, bracket front end is articulated in below movable jaw mechanism, and rear end is articulated in lower section on front side of moving jaw under section； After hypomere, bracket front end is articulated in lower section on rear side of moving jaw under section, and rear end is articulated in frame；
The structure of described movable jaw mechanism: dynamic jaw before including pre-eccentric drive shaft, last section front moving jaw and lower joint；
Last section front moving jaw is articulated in pre-eccentric drive shaft, and pre-eccentric drive shaft is connected on drive mechanism；On Move jaw upper end before dynamic jaw lower end and lower joint before joint to be articulated；Crushing wall moves on jaw before being arranged on lower joint；
Before before epimere, bracket front end is articulated on rear side of last section front moving jaw lower section or lower joint dynamic jaw back side top or Before last section front moving jaw and lower joint on the drive-connecting shaft of dynamic jaw；
Lower section on rear side of dynamic jaw before bracket front end is articulated in lower joint before hypomere；
Drive mechanism includes drive, driving front gear and final drive gear, and roll shaft is connected on drive, Pre-eccentric drive shaft is connected on driving front gear, and rear eccentric drive shaft is connected on final drive gear, forward pass Moving gear and final drive gear are meshed.
2., for a composite multi-crank rocker mechanism for kibbler roll, including frame, movable jaw mechanism, answer Closing multi-crank rocker mechanism, crushing pair and drive mechanism, crushing pair includes a breaker roll and a crushing wall；Broken Broken roller is arranged on roll shaft, and roll shaft is arranged in frame and is connected with drive mechanism；Crushing wall is arranged on dynamic In jaw mechanism, movable jaw mechanism is connected with composite multi-crank rocker mechanism；Breaker roll side stands facing each other with crushing wall Formed crusher chamber, it is characterised in that described composite multi-crank rocker mechanism include rear eccentric drive shaft, on Bracket after bracket and hypomere before dynamic jaw, moving jaw under section, hypomere after bracket, upper joint after bracket, epimere before section；
After upper joint, dynamic jaw lower end is all articulated on rear eccentric drive shaft with moving jaw under section upper end, rear eccentric drive Axle is connected on drive mechanism；
Before epimere, bracket front end is articulated in above movable jaw mechanism, and rear end is dynamic jaw front side top after being articulated in joint； Dynamic jaw back side top after bracket front end is articulated in joint after epimere, rear end is articulated in frame；
Before hypomere, bracket front end is articulated in below movable jaw mechanism, and rear end is articulated in lower section on front side of moving jaw under section； After hypomere, bracket front end is articulated in lower section on rear side of moving jaw under section, and rear end is articulated in frame；
The structure of described movable jaw mechanism: dynamic jaw before including pre-eccentric drive shaft, last section front moving jaw and lower joint；
Last section front moving jaw is articulated in pre-eccentric drive shaft, and pre-eccentric drive shaft is connected on drive mechanism；On Move jaw upper end before dynamic jaw lower end and lower joint before joint to be articulated；Crushing wall includes epimere crushing wall and hypomere crushing wall, Epimere crushing wall is arranged in last section front moving jaw, and hypomere crushing wall moves on jaw before being arranged on lower joint；
Before before epimere, bracket front end is articulated on rear side of last section front moving jaw lower section or lower joint dynamic jaw back side top or Before last section front moving jaw and lower joint on the drive-connecting shaft of dynamic jaw；
Lower section on rear side of dynamic jaw before bracket front end is articulated in lower joint before hypomere；
Drive mechanism includes drive, driving front gear and final drive gear, and roll shaft is connected on drive, front partially Heart drive shaft is connected on driving front gear, and rear eccentric drive shaft is connected on final drive gear, driving front tooth Wheel and final drive gear are meshed.
Composite multi-crank rocker mechanism for kibbler roll the most according to claim 2, its feature It is, the above-mentioned composite multi-crank rocker mechanism for kibbler roll is inverted and arranges.
4., for a composite multi-crank rocker mechanism for kibbler roll, including frame, movable jaw mechanism, answer Closing multi-crank rocker mechanism, crushing pair and drive mechanism, crushing pair includes a breaker roll and a crushing wall；Broken Broken roller is arranged on roll shaft, and roll shaft is arranged in frame and is connected with drive mechanism；Crushing wall is arranged on dynamic In jaw mechanism, movable jaw mechanism is connected with composite multi-crank rocker mechanism；Breaker roll side stands facing each other with crushing wall Formed crusher chamber, it is characterised in that described composite multi-crank rocker mechanism include rear eccentric drive shaft, on Bracket after bracket and hypomere before dynamic jaw, moving jaw under section, hypomere after bracket, upper joint after bracket, epimere before section；
After upper joint, dynamic jaw upper end is articulated on rear eccentric drive shaft, and moving jaw under section upper end is dynamic after being articulated in joint Jaw lower end；Rear eccentric drive shaft is connected on drive mechanism；
Before epimere, bracket front end is articulated in above movable jaw mechanism, rear end be articulated in after joint on front side of dynamic jaw lower section or After person's moving jaw under section front side top or upper joint on the drive-connecting shaft of dynamic jaw and moving jaw under section；Simultaneously after epimere Bracket front end be the most correspondingly articulated in after joint on rear side of dynamic jaw lower section or moving jaw under section back side top or on After joint on the drive-connecting shaft of dynamic jaw and moving jaw under section, rear end is articulated in frame；
Before hypomere, bracket front end is articulated in below movable jaw mechanism, and rear end is articulated in lower section on front side of moving jaw under section； After hypomere, bracket front end is articulated in lower section on rear side of moving jaw under section, and rear end is articulated in frame；
The structure of described movable jaw mechanism: dynamic jaw before including pre-eccentric drive shaft, last section front moving jaw and lower joint；
Last section front moving jaw is articulated in pre-eccentric drive shaft, and pre-eccentric drive shaft is connected on drive mechanism；On Move jaw upper end before dynamic jaw lower end and lower joint before joint to be articulated；Crushing wall moves on jaw before being arranged on lower joint；
Before before epimere, bracket front end is articulated on rear side of last section front moving jaw lower section or lower joint dynamic jaw back side top or Before last section front moving jaw and lower joint on the drive-connecting shaft of dynamic jaw；
Lower section on rear side of dynamic jaw before bracket front end is articulated in lower joint before hypomere；
Drive mechanism includes drive, driving front gear and final drive gear, and roll shaft is connected on drive, Pre-eccentric drive shaft is connected on driving front gear, and rear eccentric drive shaft is connected on final drive gear, forward pass Moving gear and final drive gear are meshed.
5., for a composite multi-crank rocker mechanism for kibbler roll, including frame, movable jaw mechanism, answer Closing multi-crank rocker mechanism, crushing pair and drive mechanism, crushing pair includes a breaker roll and a crushing wall；Broken Broken roller is arranged on roll shaft, and roll shaft is arranged in frame and is connected with drive mechanism；Crushing wall is arranged on dynamic In jaw mechanism, movable jaw mechanism is connected with composite multi-crank rocker mechanism；Breaker roll side stands facing each other with crushing wall Formed crusher chamber, it is characterised in that described composite multi-crank rocker mechanism include rear eccentric drive shaft, on Bracket after bracket and hypomere before dynamic jaw, moving jaw under section, hypomere after bracket, upper joint after bracket, epimere before section；
After upper joint, dynamic jaw upper end is articulated on rear eccentric drive shaft, and moving jaw under section upper end is dynamic after being articulated in joint Jaw lower end；Rear eccentric drive shaft is connected on drive mechanism；
Before epimere, bracket front end is articulated in above movable jaw mechanism, rear end be articulated in after joint on front side of dynamic jaw lower section or After person's moving jaw under section front side top or upper joint on the drive-connecting shaft of dynamic jaw and moving jaw under section；Simultaneously after epimere Bracket front end be the most correspondingly articulated in after joint on rear side of dynamic jaw lower section or moving jaw under section back side top or on After joint on the drive-connecting shaft of dynamic jaw and moving jaw under section, rear end is articulated in frame；
Before hypomere, bracket front end is articulated in below movable jaw mechanism, and rear end is articulated in lower section on front side of moving jaw under section； After hypomere, bracket front end is articulated in lower section on rear side of moving jaw under section, and rear end is articulated in frame；
The structure of described movable jaw mechanism: dynamic jaw before including pre-eccentric drive shaft, last section front moving jaw and lower joint；
Last section front moving jaw is articulated in pre-eccentric drive shaft, and pre-eccentric drive shaft is connected on drive mechanism；On Move jaw upper end before dynamic jaw lower end and lower joint before joint to be articulated；Crushing wall includes epimere crushing wall and hypomere crushing wall, Epimere crushing wall is arranged in last section front moving jaw, and hypomere crushing wall moves on jaw before being arranged on lower joint；
Before before epimere, bracket front end is articulated on rear side of last section front moving jaw lower section or lower joint dynamic jaw back side top or Before last section front moving jaw and lower joint on the drive-connecting shaft of dynamic jaw；
Lower section on rear side of dynamic jaw before bracket front end is articulated in lower joint before hypomere；
Drive mechanism includes drive, driving front gear and final drive gear, and roll shaft is connected on drive, Pre-eccentric drive shaft is connected on driving front gear, and rear eccentric drive shaft is connected on final drive gear, forward pass Moving gear and final drive gear are meshed.
Composite multi-crank rocker mechanism for kibbler roll the most according to claim 5, its feature It is, the above-mentioned composite multi-crank rocker mechanism for kibbler roll is inverted and arranges.
CN201210011976.XA 2012-01-04 2012-01-04 A kind of composite multi-crank rocker mechanism for kibbler roll Active CN102527463B (en)

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CN104117399B (en) * 2013-04-25 2019-01-25 黄开午 Vibrate jaw roll crusher
CN104549614B (en) * 2014-12-04 2017-05-24 长沙矿冶研究院有限责任公司 Rotating and swinging pulverizer
CN104709726B (en) * 2014-12-31 2017-05-17 太原重工股份有限公司 Swing feeder and coal tower
WO2021179338A1 (en) * 2020-03-11 2021-09-16 塞尔姆（北京）科技有限责任公司 Adjustment apparatus for flat-head roller crusher

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DE661107C (en) * 1935-12-17 1938-06-10 Fried Krupp Grusonwerk Akt Ges Device for shredding all types of crushed material
RU2049547C1 (en) * 1993-09-07 1995-12-10 Евгений Николаевич Едапин Web grinder
RU2052289C1 (en) * 1993-09-07 1996-01-20 Евгений Николаевич Едапин Jaw crusher
CN2184481Y (en) * 1994-02-01 1994-12-07 徐保军 Two eccentric alligator
CN100413595C (en) * 2003-10-22 2008-08-27 郝志刚 Fine breaking machine
CN202447126U (en) * 2012-01-04 2012-09-26 义乌市黑白矿山机械有限公司 Composite multicrank rocker mechanism for roll crusher

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