CN205236068U - Broken system of copper ashes - Google Patents
Broken system of copper ashes Download PDFInfo
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- CN205236068U CN205236068U CN201521057739.2U CN201521057739U CN205236068U CN 205236068 U CN205236068 U CN 205236068U CN 201521057739 U CN201521057739 U CN 201521057739U CN 205236068 U CN205236068 U CN 205236068U
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Abstract
The utility model discloses a broken system of copper ashes, belong to breaker equipment field, driving motor wherein is connected with the steering gear, the steering gear links firmly with the action wheel, pass through belt transmission between action wheel and the follower, the follower links firmly with broken mechanism, rotary main shaft from the top down in the broken mechanism passes the seat circle in proper order, a machine support, the follower, rotary main shaft middle part cover is equipped with the spindle carrier, the frame all links firmly with the seat circle with the spindle carrier, rotary main shaft establishes the rotary disk in upper portion, the line of centres department of the upper and lower bottom surface of rotary disk links firmly with rotary main shaft, runing rest one end links firmly with the rotary disk, the other end is equipped with the pay -off shovel, the three edges and corners of rotary disk department has all linked firmly the weight axle, the epaxial cover of weight is equipped with the weight axle sleeve, weight axle lower part and weight axle sleeve outside cover are equipped with the weight, the outer peripheral face and the top race hole side of weight contact, adopt this technical scheme to adopt this technical scheme to make copper ashes crushing effect good, and equipment stability is high, rigidity is good, thereby its life -span is high.
Description
Technical field
The utility model relates to crusher field, more particularly, relates to a kind of copper ashes crushing system.
Background technology
The disintegrating machine of prior art mainly contains two kinds, be hammer mill and kibbler roll, the broken structure of hammer mill is made up of rotor and counterpunch board, the mode of broken material is that rotor rotation is hit material, the material impacting counterpunch board being hit by rotor, the reaction force of counterpunch board is strikeed back material on rotor again, then hits through rotor, repeatedly repeatedly by material fragmentation. The crushing mechanism of kibbler roll is made up of two rollers, and when roller relative motion, to material, fragmentation is carried out in extruding.
Along with the gradually raising of country to environmental protection management work attention degree, copper metal in output in producing larger environmental protection mud, copper ashes is processed to reclaim and be absolutely necessary, environmental protection mud, copper ashes need could effectively reclaim copper metal particle wherein after fragmentation, reduce environmental protection risk, improve the utilization rate of refuse in producing. But current poor, the broken main shaft of copper ashes powder-processed equipment breaking capacity and weight stabilizer shaft and poor rigidity, the noise pollution of copper ashes disintegrating apparatus are heavier, and dust is seriously polluted to raw material storage and periphery, therefore copper ashes powder-processed equipment being improved is that those skilled in the art must solve.
Through retrieval, Chinese Patent Application No.: 2005200457687, the applying date: on October 20th, 2005, invention and created name is: a kind of without grid section reversable heavy hammer chrusher, this application case discloses a kind of without grid section reversable heavy hammer chrusher, comprise motor, fluid coupling, gear teeth wheels and broken segment, the rotating shaft of motor is connected with the driving shaft of fluid coupling, the driven shaft of fluid coupling is connected with the driving shaft of gear teeth wheels, broken segment comprises housing and rotor, the driven shaft of gear teeth wheels is connected with rotor, the both sides of housing internal rotor are provided with the counterpunch board of arc. this application case combines hammer mill and impact breaker, adopts the structure of bidirectional rotation, has omitted grid section, thereby can process the building stones that water content is large, and not only efficiency is high, and speed is fast, and has extended maintenance period.
Chinese Patent Application No.: 2013205579882, the applying date: on September 9th, 2013, invention and created name is: a kind of hammer mill damping device and hammer mill, this application case discloses a kind of hammer mill damping device and hammer mill, this hammer mill damping device is arranged between the housing and broken kerve of hammer mill, for reducing the vibration between described housing and described broken kerve, simultaneously for adjusting hammer mill discharging-material size, hammer mill damping device comprises steel cushion block and flexible member, steel cushion block and described flexible member interval arrange. the flexible member of this hammer mill damping device has the effect of buffering, absorbing, reduce the vibration transmission between broken kerve and housing, effectively motor and the hydraulic system etc. in protection hammer mill, prevent from making to connect because of huge vibration the bolt looseness of housing and broken kerve, thereby realize steady operation, improve the service life of this hammer mill.
Utility model content
The technical problem that utility model will solve
The purpose of this utility model is to overcome poor, the broken main shaft of copper ashes powder-processed equipment breaking capacity and weight stabilizer shaft and poor rigidity in prior art, the noise pollution of copper ashes disintegrating apparatus is heavier, and the deficiency of dust to raw material storage and the problem such as periphery is seriously polluted, a kind of copper ashes crushing system is provided, adopt the technical program to make copper ashes crushing effect good, and stabilization of equipment performance is high, good rigidity, thus the life-span of improving copper ashes equipment.
Technical scheme
For achieving the above object, the technical scheme that the utility model provides is:
A kind of copper ashes crushing system of the present utility model, comprise drive motors, steering gear and transmission mechanism, it also comprises crushing mechanism, the output of described drive motors is connected with steering gear, described transmission mechanism comprises driving wheel and follower, output shaft and the driving wheel of described steering gear are connected, and between described driving wheel and follower, by belt transmission, described follower and crushing mechanism are connected.
Described crushing mechanism comprises rotary main shaft, weight axle, rotating disc, runing rest, seat ring, frame and spindle carrier, described rotary main shaft is from top to bottom successively through seat ring, frame, follower, described seat ring comprises top race, muscle metal plate and base plate, described top race is connected by muscle metal plate and base plate, the endoporus of described top race is convergent hole from top to bottom, described base plate is cylinder, described base plate center offers connecting hole, described connecting hole offers the second fixing hole around, described base plate circumference place offers the first fixing hole, described muscle metal plate is arranged on the circumference place of base plate, described muscle metal plate and the first fixing hole are on same circumference, described rotary main shaft middle part is arranged with spindle carrier, above-mentioned base plate lower surface was connected by screw and coordinating with frame of the first fixing hole, above-mentioned base plate upper surface was connected by screw and coordinating with spindle carrier of the second fixing hole, and described spindle carrier is also connected with frame, described rotary main shaft top is provided with rotating disc, described rotating disc is regular triangular prism structure, line of centres place and the rotary main shaft of the upper bottom surface of described rotating disc are connected, described runing rest is around spindle carrier setting, described runing rest one end and rotating disc lower surface are connected, the other end is provided with feeding shovel, described three edges and corners of rotating disc are all fixed with weight axle, on described weight axle, be arranged with weight axle sleeve, the bottom of described weight axle and the outside of weight axle sleeve are arranged with weight, described weight is cylinder, the side of described weight contacts with top race endoporus side.
Further improve as the utility model, described three edges and corners of rotating disc are all connected by hinge and weight axle.
Further improve as the utility model, the contact-making surface place of described rotary main shaft and spindle carrier is provided with plane bearing and deep groove ball bearing, and described plane bearing is positioned at the bottom of deep groove ball bearing.
Further improve as the utility model, described runing rest and the rotating disc lower surface place of being connected are provided with flat key.
Further improve as the utility model, the bottom of described weight axle and weight axle sleeve contact-making surface place are provided with plane bearing and deep groove ball bearing, and described plane bearing is positioned at the bottom of deep groove ball bearing.
Further improve as the utility model, between described weight axle and weight axle sleeve, be provided with weight axle copper sheathing and weight axle compound sleeve, between described runing rest and spindle carrier, be provided with two main shaft copper sheathings, one is positioned at spindle carrier top, and another is positioned at spindle carrier middle part.
Further improve as the utility model, the side of the endoporus of described top race and the angle of vertical line are 2 °.
Beneficial effect
The technical scheme that adopts the utility model to provide, compared with prior art, has following beneficial effect:
(1) a kind of copper ashes crushing system of the present utility model, the mode that adopts base plane bearing and deep groove ball bearing to match on rotary main shaft, and be combined with respectively main shaft copper sheathing at rotary main shaft middle part and top, thereby improve the stability of rotary main shaft entirety, rigidity, radially bearing capacity, thereby ensure the intact of the seal on rotary main shaft, base plane bearing and deep groove ball bearing match and make load stable, fundamentally solve rotary main shaft flexible, the supporting seal of main shaft is fragile, dust easily enters the problems such as mainshaft mechanism, adopt base plane bearing and deep groove ball bearing combination at bottom and the weight axle sleeve contact-making surface place of weight axle in addition, middle part weight axle compound sleeve matched in clearance, the combining form of top weight axle copper sheathing matched in clearance, the counter-bending ability of weight axle is significantly improved, make the seal good seal on weight axle, deep groove ball bearing simultaneously, weight axle compound sleeve, weight axle copper sheathing has disperseed the suffered load of weight axle, load capacity and the service life of weight axle are improved, fundamentally solve weight axle stuck, the problems such as bending shaft, ensure that weight can be around the rotation steady in a long-term of weight axle.
(2) a kind of copper ashes crushing system of the present utility model, wherein, weight is the top race of its rolling relatively, the side of the endoporus of top race and the angle of vertical line are 2 °, increase the contact area of weight outer surface with the relative rolling of top race bore area, weight and the excessive problem of top race bore area concentrated wear are solved, the service life of having improved weight and top race.
(3) a kind of copper ashes crushing system of the present utility model, reasonable in design, principle is simple, is convenient to promote the use of.
Brief description of the drawings
Fig. 1 is the structural representation of a kind of copper ashes crushing system of the present utility model;
Fig. 2 is the structural representation of the crushing mechanism in the utility model;
Fig. 3 is the structural representation of the seat ring in the utility model;
Fig. 4 is the cutaway view along A-A in Fig. 3.
Label declaration in schematic diagram:
1, drive motors; 2, steering gear; 21, driving wheel; 22, follower; 3, crushing mechanism; 301, rotary main shaft; 302, weight axle; 303, rotating disc; 304, runing rest; 305, seat ring; 3051, top race; 3052, muscle metal plate; 3053, base plate; 3054, the first fixing hole; 3055, the second fixing hole; 306, frame; 307, spindle carrier; 308, weight axle sleeve.
Detailed description of the invention
For further understanding content of the present utility model, by reference to the accompanying drawings and embodiment the utility model is described in detail.
Embodiment 1
In conjunction with Fig. 1, Fig. 2, Fig. 3 and Fig. 4, a kind of copper ashes crushing system of the present embodiment, comprise drive motors 1, steering gear 2 and transmission mechanism, it also comprises crushing mechanism 3, the output of drive motors 1 is connected with steering gear 2, and transmission mechanism comprises driving wheel 21 and follower 22, and the output shaft of steering gear 2 and driving wheel 21 are connected, between driving wheel 21 and follower 22, by belt transmission, follower 22 is connected with crushing mechanism 3. in the present embodiment, drive motors 1 is horizontal drive motors, it can be realized and steering gear 2, the drive mechanism of driving wheel 21 and follower 22, realized the level input of driving moment, change vertical output into by steering gear 2 again, be delivered to crushing mechanism 3 finally by driving wheel 21 and follower 22 levels, keeping under the constant condition of work moment, adopt deceleration steering gear, realize level input vertical output, reduce belt pulley speed ratio simultaneously, dwindle belt pulley size, reduce belt pulley manufacturing cost, reasonably power of motor is reduced to 18.5Kw by 30Kw, power of motor has been minimized 40%, reduce energy consumption.
Crushing mechanism 3 comprises rotary main shaft 301, weight axle 302, rotating disc 303, runing rest 304, seat ring 305, frame 306 and spindle carrier 307, rotary main shaft 301 is from top to bottom successively through seat ring 305, frame 306, follower 22, seat ring 305 comprises top race 3051, muscle metal plate 3052 and base plate 3053, top race 3051 is connected by muscle metal plate 3052 and base plate 3053, the endoporus of top race 3051 is convergent hole from top to bottom, and the side of the endoporus of top race 3051 and the angle of vertical line are 2 °.
Base plate 3053 is cylinder, base plate 3053 centers offer connecting hole, and connecting hole offers the second fixing hole 3055 around, and base plate circumference place offers the first fixing hole 3054, muscle metal plate 3052 is arranged on the circumference place of base plate 3053, and muscle metal plate 3052 and the first fixing hole 3054 are on same circumference; Rotary main shaft 301 middle parts are arranged with spindle carrier 307, above-mentioned base plate 3053 lower surfaces were connected by screw and coordinating with frame 306 of the first fixing hole 3054, above-mentioned base plate 3053 upper surfaces were connected by screw and coordinating with spindle carrier 307 of the second fixing hole 3055, and spindle carrier 307 is also connected with frame 306; Rotary main shaft 301 tops are provided with rotating disc 303, rotating disc 303 is regular triangular prism structure, line of centres place and the rotary main shaft 301 of the upper bottom surface of rotating disc 303 are connected, runing rest 304 arranges around spindle carrier 307, runing rest 304 one end and rotating disc 303 lower surfaces are connected, and runing rest 304 is provided with flat key with the rotating disc 303 lower surface places of being connected. The other end is provided with feeding shovel, and 303 3 edges and corners of rotating disc are all fixed with weight axle 302, and 303 3 edges and corners of rotating disc are connected by hinge and weight axle 302. On weight axle 302, be arranged with weight axle sleeve 308, the outside of the bottom of weight axle 302 and weight axle sleeve 308 is arranged with weight, weight is cylinder, the outer peripheral face of weight contacts with top race 3051 endoporus sides, in the present embodiment, 303 3 edges and corners of rotating disc are connected by hinge and weight axle 302, can make after inclination weight axle 302 can easy cleaning weight and top race 3051 between shot copper.
Rotary main shaft 301 is provided with plane bearing and deep groove ball bearing with the contact-making surface place of spindle carrier 307, and plane bearing is positioned at the bottom of deep groove ball bearing, is provided with two main shaft copper sheathings between runing rest 304 and spindle carrier 307. in the present embodiment, on rotary main shaft 301, adopt base plane bearing, the mode that top deep groove ball bearing matches is the bottom that plane bearing is positioned at deep groove ball bearing, make that rotary main shaft 301 loads are stable and radially bearing capacity is strong, and rotary main shaft 301 middle parts and top are combined with respectively main shaft copper sheathing, reduce easy to wear in the long-term operation process of rotary main shaft 301, flexural deformation situation, thereby rigidity and the rotational stabilization of rotary main shaft 301 entirety are improved, and then ensure the intact of seal on rotary main shaft 301, therefore be provided with plane bearing and deep groove ball bearing at the contact-making surface place of rotary main shaft 301 and spindle carrier 307 and be provided with main shaft copper sheathing between runing rest 304 and spindle carrier 307, fundamentally solve rotary main shaft 301 flexible, the supporting seal of main shaft is fragile, dust easily enters the problems such as mainshaft mechanism.
The bottom of weight axle 302 and weight axle sleeve 308 contact-making surface places are provided with plane bearing and deep groove ball bearing, plane bearing is positioned at the bottom of deep groove ball bearing, between weight axle 302 and weight axle sleeve 308, be provided with weight axle copper sheathing and weight axle compound sleeve, in this enforcement, the bottom of weight axle 302 and weight axle sleeve 308 contact-making surface places adopt base plane bearing and deep groove ball bearing combination, make weight axle 302 radially bearing capacity increase, middle part adopts weight axle compound sleeve matched in clearance, the combining form of top weight axle copper sheathing matched in clearance, the use of copper sheathing greatly reduces the wearing and tearing of weight axle 302 in operation process, make the stability of weight axle 302 entirety, rigidity increases, thereby the counter-bending ability of weight axle 302 significantly improves, and then make the seal good seal on weight axle 302, deep groove ball bearing simultaneously, weight axle compound sleeve, weight axle copper sheathing has disperseed the suffered load of weight axle, load capacity and the service life of weight axle 302 are improved, fundamentally solve weight axle 302 stuck, the problems such as axle is flexible, ensure that weight can be around weight axle 302 rotation steady in a long-term.
The top race 3051 that in the present embodiment, weight rolls relatively, the side of the endoporus of top race 3051 and the angle of vertical line are 2 °, increase the contact area of weight outer surface with the relative rolling of top race 3051 bore areas, solved weight and the excessive problem of top race 3051 bore area concentrated wear. Secondly, seat ring 305 changes Split type welding into by monoblock cast, be welded by top race 3051, muscle metal plate 3052 and base plate 3053, stress relief annealing after welding, eliminate welding stress, this process is without the foundry casting that carries out large piece, and the technique of both having saved material, abbreviation has also significantly reduced manufacturing cost.
In the present embodiment, the output of drive motors 1 is connected with steering gear 2, start drive motors 1 rear steering device 2 power is passed to driving wheel 21, thereby driving wheel 21 passes to follower 22 by belt transmission by power, then thereby follower 22 rotates driven rotary dish 303 by flat key driven rotary main shaft 301 and weight axle 302 rotates, thereby weight axle 302 also self is rotating the weight rotation driving on it in rotating around rotary main shaft 301, because rotating disc 303 is connected by flat key with runing rest 304, so the rotation of rotating disc 303 is rotated driven rotary support 304 around rotary main shaft 301, and then feeding on driven rotary support 304 shovel rotates around rotary main shaft 301, feeding shovel can be by it in the process of rotating bulk copper ashes around scoop up and bulk copper ashes is delivered to the weight position of the top race 3051 of rolling relatively by centrifugal force when rotating, by the side of top race 3051 endoporus and 2 ° of angles of weight side, bulk copper ashes is pulverized, reach the object of broken copper ashes with this.
Below schematically the utility model and embodiment thereof are described, this description does not have restricted, and shown in accompanying drawing is also one of embodiment of the present utility model, and actual structure is not limited to this. So, if those of ordinary skill in the art is enlightened by it, in the situation that not departing from the utility model creation aim, without the creationary frame mode similar to this technical scheme and the embodiment of designing, all should belong to protection domain of the present utility model.
Claims (7)
1. a copper ashes crushing system, comprise drive motors (1), steering gear (2) and transmission mechanism, it is characterized in that, it also comprises crushing mechanism (3), the output of described drive motors (1) is connected with steering gear (2), described transmission mechanism comprises driving wheel (21) and follower (22), output shaft and the driving wheel (21) of described steering gear (2) are connected, between described driving wheel (21) and follower (22), by belt transmission, described follower (22) is connected with crushing mechanism (3);
Described crushing mechanism (3) comprises rotary main shaft (301), weight axle (302), rotating disc (303), runing rest (304), seat ring (305), frame (306) and spindle carrier (307), described rotary main shaft (301) is from top to bottom successively through seat ring (305), frame (306), follower (22), described seat ring (305) comprises top race (3051), muscle metal plate (3052) and base plate (3053), described top race (3051) is connected by muscle metal plate (3052) and base plate (3053), the endoporus of described top race (3051) is convergent hole from top to bottom, described base plate (3053) is cylinder, described base plate (3053) center offers connecting hole, described connecting hole offers the second fixing hole (3055) around, described base plate circumference place offers the first fixing hole (3054), described muscle metal plate (3052) is arranged on the circumference place of base plate (3053), described muscle metal plate (3052) and the first fixing hole (3054) are on same circumference, described rotary main shaft (301) middle part is arranged with spindle carrier (307), above-mentioned base plate (3053) lower surface was connected by screw and coordinating with frame (306) of the first fixing hole (3054), above-mentioned base plate (3053) upper surface was connected by screw and coordinating with spindle carrier (307) of the second fixing hole (3055), and described spindle carrier (307) is also connected with frame (306), described rotary main shaft (301) top is provided with rotating disc (303), described rotating disc (303) is regular triangular prism structure, line of centres place and the rotary main shaft (301) of the upper bottom surface of described rotating disc (303) are connected, described runing rest (304) arranges around spindle carrier (307), described runing rest (304) one end and rotating disc (303) lower surface are connected, the other end is provided with feeding shovel, described (303) three edges and corners of rotating disc are all fixed with weight axle (302), on described weight axle (302), be arranged with weight axle sleeve (308), the bottom of described weight axle (302) and the outside of weight axle sleeve (308) are arranged with weight, described weight is cylinder, the side of described weight contacts with top race (3051) endoporus side.
2. a kind of copper ashes crushing system according to claim 1, is characterized in that: described (303) three edges and corners of rotating disc are all connected by hinge and weight axle (302).
3. a kind of copper ashes crushing system according to claim 2, it is characterized in that: described rotary main shaft (301) is provided with plane bearing and deep groove ball bearing with the contact-making surface place of spindle carrier (307), and described plane bearing is positioned at the bottom of deep groove ball bearing.
4. a kind of copper ashes crushing system according to claim 1 and 2, is characterized in that: described runing rest (304) is provided with flat key with rotating disc (303) the lower surface place of being connected.
5. a kind of copper ashes crushing system according to claim 4, it is characterized in that: the bottom of described weight axle (302) and weight axle sleeve (308) contact-making surface place are provided with plane bearing and deep groove ball bearing, and described plane bearing is positioned at the bottom of deep groove ball bearing.
6. a kind of copper ashes crushing system according to claim 4, it is characterized in that: between described weight axle (302) and weight axle sleeve (308), be provided with weight axle copper sheathing and weight axle compound sleeve, between described runing rest (304) and spindle carrier (307), be provided with two main shaft copper sheathings, one is positioned at spindle carrier (307) top, and another is positioned at spindle carrier (307) middle part.
7. a kind of copper ashes crushing system according to claim 6, is characterized in that: the side of endoporus and the angle of vertical line of described top race (3051) are 2 °.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521057739.2U CN205236068U (en) | 2015-12-18 | 2015-12-18 | Broken system of copper ashes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521057739.2U CN205236068U (en) | 2015-12-18 | 2015-12-18 | Broken system of copper ashes |
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| Publication Number | Publication Date |
|---|---|
| CN205236068U true CN205236068U (en) | 2016-05-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521057739.2U Active CN205236068U (en) | 2015-12-18 | 2015-12-18 | Broken system of copper ashes |
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| CN (1) | CN205236068U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108209873A (en) * | 2017-12-29 | 2018-06-29 | 深圳市宝康隆科技有限公司 | A kind of intelligence turntable |
-
2015
- 2015-12-18 CN CN201521057739.2U patent/CN205236068U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108209873A (en) * | 2017-12-29 | 2018-06-29 | 深圳市宝康隆科技有限公司 | A kind of intelligence turntable |
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