CN109772558A - A kind of multistage building stones crushing device - Google Patents
A kind of multistage building stones crushing device Download PDFInfo
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- CN109772558A CN109772558A CN201910123520.4A CN201910123520A CN109772558A CN 109772558 A CN109772558 A CN 109772558A CN 201910123520 A CN201910123520 A CN 201910123520A CN 109772558 A CN109772558 A CN 109772558A
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Abstract
The present invention relates to a kind of crushing devices, it in particular is a kind of multistage building stones crushing device, including automatic discharging feeding mechanism, stone shaper structure, stone-crushing structure, automatic feeding mechanism, dedusting mechanism, device being capable of autofeed, device can be crushed building stones, device being capable of tightening belt, device can carry out shaping to building stones, device being capable of automatic discharging, device can prevent belt to be damaged, device can transport the building stones being crushed, device can guarantee the service life of long period, device being capable of dedusting, stone shaper structure is located at the top of automatic discharging feeding mechanism, stone-crushing structure is located at the top of stone shaper structure, automatic feeding mechanism is located at the top of stone-crushing structure, dedusting mechanism is located at the top of stone-crushing structure.
Description
Technical field
The present invention relates to a kind of crushing devices, are in particular a kind of multistage building stones crushing devices.
Background technique
In engineering construction, building stones are one of essential raw materials, and traditional building stones crushing plant function isolation is serious,
It takes up a large area, building stones expend very more electric energy, also reduce crushing efficiency during broken transport at different levels, use
It is inconvenient, so devising this multistage building stones crushing device.
Summary of the invention
The invention mainly solves the technical problem of providing a kind of multistage building stones crushing device, device can autofeed,
Device can be crushed building stones, device can tightening belt, device can carry out shaping to building stones, and device can unload automatically
Material, device can prevent belt to be damaged, and device can transport the building stones being crushed, and device can guarantee the long period
Service life, device being capable of dedustings.
In order to solve the above technical problems, the present invention relates to a kind of crushing devices, it is in particular that a kind of multistage building stones are broken
Crushing device, including automatic discharging feeding mechanism, stone shaper structure, stone-crushing structure, automatic feeding mechanism, dedusting mechanism,
Device can autofeed, device can be crushed building stones, device can tightening belt, device can carry out building stones whole
Shape, device can automatic discharging, device can prevent belt to be damaged, and device can transport the building stones being crushed, device
It can guarantee the service life of long period, device being capable of dedusting.
Automatic discharging feeding mechanism includes blanking buffer conveyor structure, supporting leg, material-falling hopper, hydraulic stripper mechanism, supporting leg weldering
It connects in the top of blanking buffer conveyor structure, the connection type of material-falling hopper and supporting leg is welding, and hydraulic stripper mechanism, which is welded on, to be fallen
Between hopper；
Blanking buffer conveyor structure includes blanking buffer gear, conveyer belt, roller, axis, axle bed, feeder motor, conveyer belt
Connection type with roller is flexible connection, and roller welds together with axis, and the connection type of axis and axle bed is bearing connection, axis
Seat is located at the top of blanking buffer gear, and the connection type of feeder motor and axle bed is welding, and feeder motor and axis pass through shaft coupling
Device is connected to one piece；
Blanking buffer gear includes bottom support, sliding slot, pulley, buffer spring, roller arm, buffering hopper, and sliding slot is opened in
In the support of bottom, the connection type of pulley and sliding slot is to be slidably connected, and the connection type of pulley and roller arm is hinged, roller arm
Connection type with buffering hopper is welding, and buffer spring is welded between bottom support and buffering hopper；
Material-falling hopper includes reinforcing supporting leg, material-falling hopper ontology, opening, and the connection type for reinforcing supporting leg and material-falling hopper ontology is weldering
It connects, is opened on material-falling hopper ontology；
Hydraulic stripper mechanism includes striker plate, striker plate contraction chamber, striker plate support, hydraulic stem, two-way hydraulic cylinder, work
Plug, piston spring, striker plate are connected with striker plate support, and striker plate supports the inside that striker plate contraction chamber is arranged in, hydraulic stem
Connection type with striker plate support is to weld, and the connection type of two-way hydraulic cylinder and striker plate contraction chamber is welding, hydraulic stem
Connection type with piston is welding, and the inside of two-way hydraulic cylinder, the fit system of piston and two-way hydraulic cylinder is arranged in piston
For clearance fit, piston spring is arranged in the centre of two pistons, and the connection type of piston spring and piston is welding；
Stone shaper structure includes crash panel mechanism, feeding distribution mechanism, material throwing mechanism, plastic chamber, and the setting of crash panel mechanism exists
The connection type of the inside of plastic chamber, crash panel mechanism and plastic chamber be part welding, portion gap cooperation, feeding distribution mechanism with point
The connection type of material mechanism is to be bolted, and the connection type of material throwing mechanism and plastic chamber is split bearing connection, part bolt
Connection；
Crash panel mechanism includes bed course plate, hits spring, crash panel fixed block, crash panel ontology, hits spring and is welded on
The centre of bed course plate and crash panel fixed block, crash panel ontology are fixed by screws on crash panel fixed block；
Feeding distribution mechanism includes material separating disc support, slide bar, sub-material buffer spring, material separating disc, and material separating disc support is matched with slide bar
Conjunction mode is clearance fit, and sub-material buffer spring is welded between material separating disc support and material separating disc；
Material throwing mechanism includes batch mixing pan, connecting shaft, belt pulley, V-belt, belt pulley A, shaping motor, batch mixing pan with connect
The connection type of axis is to weld, and the connection type of belt pulley and connecting shaft is expansion set connection, the connection side of V-belt and belt pulley
Formula is flexible connection, and V-belt and the connection type of belt pulley A are flexible connection, and belt pulley A is located at the lower section of shaping motor；
Plastic chamber includes sliding cavity, plastic chamber ontology, discharge openings, feed inlet, bearing block, and sliding cavity is arranged in plastic chamber
The two sides of body interior, discharge openings are opened in the two sides of sliding cavity bottom surface, and feed inlet is opened in the top of plastic chamber ontology, bearing
The connection type of seat and plastic chamber ontology is welding；
Stone-crushing structure includes crusher chamber, belt tensioning mechanism, drive belt, broken driving belt pulley, broken driving
Motor, belt through hole, band shoulder are crushed gear, wearing plate, discharging port A, and the inside of crusher chamber, skin is arranged in belt tensioning mechanism
Connection type with strainer and drive belt is flexible connection, and drive belt and the connection type of broken driving belt pulley are
Flexible connection, belt through hole are opened in crusher chamber, and drive belt is flexible connection, band with the connection type for being crushed gear with shoulder
Shoulder is crushed the connection type of gear and crusher chamber as bearing connection, and the connection type of wearing plate and crusher chamber is welding, discharging port A
It is opened in crusher chamber；
Belt tensioning mechanism include tensioning wheel, tension wheel shaft, lower supporting leg, lateral seat, adjust bolt group, adjustment spring, on
Seat, the connection type of tensioning wheel and tension wheel shaft are welding, and the connection type of tension wheel shaft and lower supporting leg is welding, lateral seat with
The connection type of lower supporting leg is welding, and the connection type for adjusting bolt group and lateral seat is that spiral connects, adjusting bolt group with it is upper
The connection type of seat is spiral connection, and adjustment spring is welded between lower supporting leg and the seat of honour；
Automatic feeding mechanism includes vibration support leg mechanism, polarization power offer mechanism, vibration feed hopper mechanism, shakes supporting leg machine
Structure is welded on the lower section of vibration feed hopper mechanism, and vibration feed hopper mechanism is welded between vibration support leg mechanism；
Vibration support leg mechanism in the lower supporting leg of vibration, sliding groove, movable pulley, vibration spring, movable pulley bar, vibration including propping up
Leg, sliding groove are opened on the lower supporting leg of vibration, and the connection type of movable pulley and sliding groove is to be slidably connected, movable pulley and movable pulley bar
Connection type be it is hinged, vibration spring is welded between the lower supporting leg of vibration and vibration upper supporting leg, shakes upper supporting leg and movable pulley
The connection type of bar is welding；
Polarizing power and providing mechanism includes polarizing motor support, polarization motor, eccentric block, counterweight clamping screw group, counterweight, partially
The motor support that shakes is welding with the connection type for polarizing motor, and eccentric block connect for expansion set with the connection type of polarization motor, matches
Weight clamping screw group and the connection type of eccentric block are that spiral connects, and the connection type of counterweight and eccentric block is spiral connection；
Dedusting mechanism includes dedusting sucker, dust cleaning case, sieve, sieve fixing bolt group, deashing hammer hinged seat, deashing hammer
The connection type of arm, deashing hammer, negative pressure fan, fan guard, dedusting sucker and dust cleaning case is welding, and sieve passes through the fixed spiral shell of sieve
Bolt group is fixed on dust cleaning case, and deashing hammer hinged seat is located at the top of dust cleaning case, and deashing hammers the connection of hinged seat and deashing hammerhead jib into shape
Mode be it is hinged, the connection type of deashing hammerhead jib and deashing hammer is welding, and the inside of fan guard, fan guard is arranged in negative pressure fan
Connection type with dust cleaning case is to be bolted；
Shaking feed hopper mechanism includes vibration feed hopper ontology, wearing plate A, wearing plate A lock-screw, wearing plate A locking
Screw is fixed on vibration feed hopper ontology by wearing plate A；
Stone shaper structure is located at the top of automatic discharging feeding mechanism, and stone-crushing structure is located at stone shaper structure
Top, automatic feeding mechanism are located at the top of stone-crushing structure, and dedusting mechanism is located at the top of stone-crushing structure.
As advanced optimizing for the technical program, of material-falling hopper described in a kind of multistage building stones crushing device of the present invention
Number is two.
As advanced optimizing for the technical program, material-falling hopper sheet described in a kind of multistage building stones crushing device of the present invention
Body, crash panel ontology, material separating disc, batch mixing pan, wearing plate A material be potassium steel.
As advanced optimizing for the technical program, the material of connecting shaft described in a kind of multistage building stones crushing device of the present invention
Material is 40Cr.
A kind of multistage building stones crushing device of the present invention has the beneficial effect that
A kind of multistage building stones crushing device of the present invention, device can autofeed, device can be crushed building stones, fill
Set can tightening belt, device can carry out shaping to building stones, device can automatic discharging, device can prevent belt from being damaged
Bad, device can transport the building stones being crushed, and device can guarantee the service life of long period, and device being capable of dedusting.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of structural schematic diagram of multistage building stones crushing device of the present invention.
Fig. 2 is a kind of structural schematic diagram of the automatic discharging feeding mechanism 1 of multistage building stones crushing device of the present invention.
Fig. 3 is a kind of structural schematic diagram of the blanking buffer conveyor structure 1-1 of multistage building stones crushing device of the present invention.
Fig. 4 is a kind of structural schematic diagram of the blanking buffer gear 1-1-1 of multistage building stones crushing device of the present invention.
Fig. 5 is a kind of structural schematic diagram of the material-falling hopper 1-3 of multistage building stones crushing device of the present invention.
Fig. 6 is a kind of structural schematic diagram of the hydraulic stripper mechanism 1-4 of multistage building stones crushing device of the present invention.
Fig. 7 is a kind of structural schematic diagram of the stone shaper structure 2 of multistage building stones crushing device of the present invention.
Fig. 8 is a kind of structural schematic diagram of the crash panel mechanism 2-1 of multistage building stones crushing device of the present invention.
Fig. 9 is a kind of structural schematic diagram of the feeding distribution mechanism 2-2 of multistage building stones crushing device of the present invention.
Figure 10 is a kind of structural schematic diagram of the material throwing mechanism 2-3 of multistage building stones crushing device of the present invention.
Figure 11 is a kind of structural schematic diagram of the plastic chamber 2-4 of multistage building stones crushing device of the present invention.
Figure 12 is a kind of structural schematic diagram of the stone-crushing structure 3 of multistage building stones crushing device of the present invention.
Figure 13 is a kind of structural schematic diagram of the belt tensioning mechanism 3-2 of multistage building stones crushing device of the present invention.
Figure 14 is a kind of structural schematic diagram of the automatic feeding mechanism 4 of multistage building stones crushing device of the present invention.
Figure 15 is a kind of structural schematic diagram of the vibration support leg mechanism 4-1 of multistage building stones crushing device of the present invention.
Figure 16 provides the structural schematic diagram of mechanism 4-2 for a kind of polarization power of multistage building stones crushing device of the present invention.
Figure 17 is a kind of structural schematic diagram of the vibration feed hopper mechanism 4-3 of multistage building stones crushing device of the present invention.
Figure 18 is a kind of structural schematic diagram of the dedusting mechanism 5 of multistage building stones crushing device of the present invention.
In figure: automatic discharging feeding mechanism 1；Blanking buffer conveyor structure 1-1；Blanking buffer gear 1-1-1；Bottom support
1-1-1-1；Sliding slot 1-1-1-2；Pulley 1-1-1-3；Buffer spring 1-1-1-4；Roller arm 1-1-1-5；Buffer hopper 1-1-1-
6；Conveyer belt 1-1-2；Roller 1-1-3；Axis 1-1-4；Axle bed 1-1-5；Feeder motor 1-1-6；Supporting leg 1-2；Material-falling hopper 1-3；Add
Clamped leg 1-3-1；Material-falling hopper ontology 1-3-2；Be open 1-3-3；Hydraulic stripper mechanism 1-4；Striker plate 1-4-1；Striker plate is shunk
Chamber 1-4-2；Striker plate supports 1-4-3；Hydraulic stem 1-4-4；Two-way hydraulic cylinder 1-4-5；Piston 1-4-6；Piston spring 1-4-7；
Stone shaper structure 2；Crash panel mechanism 2-1；Bed course plate 2-1-1；Hit spring 2-1-2；Crash panel fixed block 2-1-3；It hits
Plate ontology 2-1-4；Feeding distribution mechanism 2-2；Material separating disc supports 2-2-1；Slide bar 2-2-2；Sub-material buffer spring 2-2-3；Material separating disc 2-
2-4；Material throwing mechanism 2-3；Batch mixing pan 2-3-1；Connecting shaft 2-3-2；Belt pulley 2-3-3；V-belt 2-3-4；Belt pulley A2-3-5；
Shaping motor 2-3-6；Plastic chamber 2-4；Sliding cavity 2-4-1；Plastic chamber ontology 2-4-2；Discharge openings 2-4-3；Feed inlet 2-4-
4；Bearing block 2-4-5；Stone-crushing structure 3；Crusher chamber 3-1；Belt tensioning mechanism 3-2；Tensioning wheel 3-2-1；Tension wheel shaft 3-
2-2；Lower supporting leg 3-2-3；Lateral seat 3-2-4；Adjust bolt group 3-2-5；Adjustment spring 3-2-6；Seat of honour 3-2-7；Drive belt
3-3；Broken driving belt pulley 3-4；Broken driving motor 3-5；Belt through hole 3-6；Band shoulder is crushed gear 3-7；Wearing plate 3-
8；Discharging port A 3-9；Automatic feeding mechanism 4；Shake support leg mechanism 4-1；Shake lower supporting leg 4-1-1；Sliding groove 4-1-2；Movable pulley
4-1-3；Shake spring 4-1-4；Movable pulley bar 4-1-5；Shake upper supporting leg 4-1-6；It polarizes power and mechanism 4-2 is provided；Polarize motor
Support 4-2-1；Polarize motor 4-2-2；Eccentric block 4-2-3；Counterweight clamping screw group 4-2-4；Counterweight 4-2-5；Shake feed hopper
Mechanism 4-3；Shake feed hopper ontology 4-3-1；Wearing plate A4-3-2；Wearing plate A lock-screw 4-3-3；Dedusting mechanism 5；Dedusting
Sucker 5-1；Dust cleaning case 5-2；Sieve 5-3；Sieve fixing bolt group 5-4；Deashing hammers hinged seat 5-5 into shape；Deashing hammerhead jib 5-6；Deashing
Hammer 5-7 into shape；Negative pressure fan 5-8；Fan guard 5-9.
Specific embodiment
Specific embodiment 1:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18 illustrate present embodiment, and the present invention relates to a kind of crushing devices, are in particular a kind of multistages
Building stones crushing device, including automatic discharging feeding mechanism 1, stone shaper structure 2, stone-crushing structure 3, automatic feeding mechanism 4,
Dedusting mechanism 5, device can autofeed, device can be crushed building stones, device can tightening belt, device can be right
Building stones carry out shaping, device can automatic discharging, device can prevent belt to be damaged, and device can be the building stones fortune be crushed
It is defeated walk, device can guarantee the service life of long period, and device being capable of dedusting.
Automatic discharging feeding mechanism 1 includes blanking buffer conveyor structure 1-1, supporting leg 1-2, material-falling hopper 1-3, hydraulic stripper machine
Structure 1-4, supporting leg 1-2 are welded on the top of blanking buffer conveyor structure 1-1, and the connection type of material-falling hopper 1-3 and supporting leg 1-2 is weldering
It connects, hydraulic stripper mechanism 1-4 is welded between material-falling hopper 1-3；
Blanking buffer conveyor structure 1-1 includes blanking buffer gear 1-1-1, conveyer belt 1-1-2, roller 1-1-3, axis 1-1-
4, the connection type of axle bed 1-1-5, feeder motor 1-1-6, conveyer belt 1-1-2 and roller 1-1-3 are flexible connection, roller 1-1-
3 weld together with axis 1-1-4, and axis 1-1-4 is that bearing is connect with the connection type of axle bed 1-1-5, and axle bed 1-1-5 is located at blanking
The top of buffer gear 1-1-1, the connection type of feeder motor 1-1-6 and axle bed 1-1-5 are welding, feeder motor 1-1-6 with
Axis 1-1-4 is connected to one piece by shaft coupling；
Blanking buffer gear 1-1-1 includes bottom support 1-1-1-1, sliding slot 1-1-1-2, pulley 1-1-1-3, buffer spring
1-1-1-4, roller arm 1-1-1-5, hopper 1-1-1-6 is buffered, sliding slot 1-1-1-2 is opened on bottom support 1-1-1-1, pulley 1-
The connection type of 1-1-3 and sliding slot 1-1-1-2 is to be slidably connected, and pulley 1-1-1-3 and the connection type of roller arm 1-1-1-5 are
Hingedly, the connection type of roller arm 1-1-1-5 and buffering hopper 1-1-1-6 are welding, and buffer spring 1-1-1-4 is welded on bottom
It supports between 1-1-1-1 and buffering hopper 1-1-1-6, building stones, which are fallen, can first fall on buffering hopper 1-1-1-6, buffer hopper
1-1-1-6, which can be pressed on buffer spring 1-1-1-4, will form buffering, and the kinetic energy of such building stones is consumed, and then falls in conveying
Belt would not be formed in impact on belt；
Material-falling hopper 1-3 include reinforce supporting leg 1-3-1, material-falling hopper ontology 1-3-2, opening 1-3-3, reinforce supporting leg 1-3-1 with
The connection type of material-falling hopper ontology 1-3-2 is welding, and opening 1-3-3 is opened on material-falling hopper ontology 1-3-2；
Hydraulic stripper mechanism 1-4 includes striker plate 1-4-1, striker plate contraction chamber 1-4-2, striker plate support 1-4-3, hydraulic
Bar 1-4-4, two-way hydraulic cylinder 1-4-5, piston 1-4-6, piston spring 1-4-7, striker plate 1-4-1 and striker plate support 1-4-3
It is connected, the inside of striker plate contraction chamber 1-4-2 is arranged in striker plate support 1-4-3, and hydraulic stem 1-4-4 and striker plate support 1-4-
3 connection type is welding, and the connection type of two-way hydraulic cylinder 1-4-5 and striker plate contraction chamber 1-4-2 is welding, hydraulic stem 1-
The connection type of 4-4 and piston 1-4-6 is welding, and the inside of two-way hydraulic cylinder 1-4-5, piston 1-4-6 is arranged in piston 1-4-6
Fit system with two-way hydraulic cylinder 1-4-5 is clearance fit, and the centre of two piston 1-4-6 is arranged in piston spring 1-4-7,
The connection type of piston spring 1-4-7 and piston 1-4-6 is welding, and the building stones after shaping can be stored in material-falling hopper ontology 1-3-2
In, inject hydraulic oil into two-way hydraulic cylinder 1-4-5, moved in the drive lower piston 1-4-6 of oil pressure, piston 1-4-6 into
Row movement will drive hydraulic stem 1-4-4 and be moved, and hydraulic stem 1-4-4, which carries out movement, will drive striker plate support 1-4-3 progress
Movement, striker plate support 1-4-3, which carries out movement, will drive striker plate 1-4-1 and is moved, and striker plate 1-4-1 carries out movement can not
Building stones are supported again, such building stones will be drawn off automatically；
Stone shaper structure 2 includes crash panel mechanism 2-1, feeding distribution mechanism 2-2, material throwing mechanism 2-3, plastic chamber 2-4, is hit
Trigger structure 2-1 is arranged in the inside of plastic chamber 2-4, the connection type of crash panel mechanism 2-1 and plastic chamber 2-4 be part welding,
Portion gap cooperation, the connection type of feeding distribution mechanism 2-2 and feeding distribution mechanism 2-2 are to be bolted, material throwing mechanism 2-3 and plastic chamber
The connection type of 2-4 is split bearing connection, is partially bolted；
Crash panel mechanism 2-1 includes bed course plate 2-1-1, hits spring 2-1-2, crash panel fixed block 2-1-3, crash panel sheet
Body 2-1-4 hits the centre that spring 2-1-2 is welded on bed course plate 2-1-1 and crash panel fixed block 2-1-3, crash panel ontology 2-
1-4 is fixed by screws on crash panel fixed block 2-1-3；
Feeding distribution mechanism 2-2 includes material separating disc support 2-2-1, slide bar 2-2-2, sub-material buffer spring 2-2-3, material separating disc 2-2-
4, it is clearance fit that material separating disc, which supports the fit system of 2-2-1 and slide bar 2-2-2, and sub-material buffer spring 2-2-3 is welded on sub-material
Disk supports between 2-2-1 and material separating disc 2-2-4；
Material throwing mechanism 2-3 includes batch mixing pan 2-3-1, connecting shaft 2-3-2, belt pulley 2-3-3, V-belt 2-3-4, belt pulley
A2-3-5, shaping motor 2-3-6, batch mixing pan 2-3-1 and connecting shaft 2-3-2 connection type be welding, belt pulley 2-3-3 and company
The connection type of spindle 2-3-2 is expansion set connection, and the connection type of V-belt 2-3-4 and belt pulley 2-3-3 are flexible connection, three
Connection type of the angle with 2-3-4 and belt pulley A2-3-5 is flexible connection, and belt pulley A2-3-5 is located under shaping motor 2-3-6
Side after broken building stones fall into batch mixing pan 2-3-1, operates shaping motor 2-3-6, in the drive hypodermis of shaping motor 2-3-6
Belt wheel A2-3-5 is rotated, and belt pulley A2-3-5, which carries out rotation, will drive V-belt 2-3-4 and moved, V-belt 2-3-4
Carrying out movement will drive belt pulley 2-3-3 and is rotated, and belt pulley 2-3-3 carries out rotation and will drive connecting shaft 2-3-2 being turned
Dynamic, connecting shaft 2-3-2 carries out rotation and will drive batch mixing pan 2-3-1 being rotated, and batch mixing pan 2-3-1 carries out turning handle stone and is thrown to
On crash panel ontology 2-1-4, the building stones grain shape after being knocked can improve, and realize shaping feature；
Plastic chamber 2-4 includes sliding cavity 2-4-1, plastic chamber ontology 2-4-2, discharge openings 2-4-3, feed inlet 2-4-4, axis
A 2-4-5 is held, the two sides inside plastic chamber ontology 2-4-2 are arranged in sliding cavity 2-4-1, and discharge openings 2-4-3 is opened in sliding cavity
The two sides of 2-4-1 bottom surface, feed inlet 2-4-4 are opened in the top of plastic chamber ontology 2-4-2, bearing block 2-4-5 and plastic chamber sheet
The connection type of body 2-4-2 is welding；
Stone-crushing structure 3 includes crusher chamber 3-1, belt tensioning mechanism 3-2, drive belt 3-3, broken driving belt pulley
3-4, broken driving motor 3-5, belt through hole 3-6, band shoulder are crushed gear 3-7, wearing plate 3-8, discharging port A 3-9, belt
The inside of crusher chamber 3-1 is arranged in tight mechanism 3-2, and the connection type of belt tensioning mechanism 3-2 and drive belt 3-3 is flexible connects
It connects, the connection type of drive belt 3-3 and broken driving belt pulley 3-4 are flexible connection, and belt through hole 3-6 is opened in crusher chamber
On 3-1, drive belt 3-3 and the connection type for being crushed gear 3-7 with shoulder are flexible connection, and band shoulder is crushed gear 3-7 and is crushed
The connection type of chamber 3-1 is bearing connection, and the connection type of wearing plate 3-8 and crusher chamber 3-1 is welding, and discharging port A 3-9 is opened in
On crusher chamber 3-1, broken driving belt pulley 3-4 can be driven to be rotated by broken driving motor 3-5 operating, be crushed driving
Belt pulley 3-4, which carries out rotation, will drive drive belt 3-3 and is moved, and drive belt 3-3 carries out movement, and to will drive band shoulder broken
Gear 3-7 is rotated, with shoulder be crushed gear 3-7 carry out rotation the building stones fallen can be squeezed it is broken；
Belt tensioning mechanism 3-2 include tensioning wheel 3-2-1, tension wheel shaft 3-2-2, lower supporting leg 3-2-3, lateral seat 3-2-4,
Adjust bolt group 3-2-5, adjustment spring 3-2-6, seat of honour 3-2-7, the connection type of tensioning wheel 3-2-1 and tension wheel shaft 3-2-2
For welding, the connection type of tension wheel shaft 3-2-2 and lower supporting leg 3-2-3 are welding, lateral seat 3-2-4 and lower supporting leg 3-2-3's
Connection type is welding, and adjusting bolt group 3-2-5 with the connection type of lateral seat 3-2-4 is that spiral is connect, and adjusts bolt group 3-
2-5 is that spiral is connect with the connection type of seat of honour 3-2-7, and adjustment spring 3-2-6 is welded on lower supporting leg 3-2-3 and seat of honour 3-2-7
Between, by turning adjusting bolt group 3-2-5, adjustable lateral seat 3-2-4 to the decrement of adjustment spring 3-2-6, in this way
Tensioning wheel 3-2-1 be can change to the rate of tension of drive belt 3-3；
Automatic feeding mechanism 4 includes vibration support leg mechanism 4-1, polarization power offer mechanism 4-2, shakes feed hopper mechanism 4-3,
Vibration support leg mechanism 4-1 is welded on the lower section of vibration feed hopper mechanism 4-3, and vibration feed hopper mechanism 4-3 is welded on vibration supporting leg
Between mechanism 4-1；
Shaking support leg mechanism 4-1 includes shaking lower supporting leg 4-1-1, sliding groove 4-1-2, movable pulley 4-1-3, vibration spring 4-
1-4, movable pulley bar 4-1-5, vibration upper supporting leg 4-1-6, sliding groove 4-1-2, which is opened in, to be shaken on lower supporting leg 4-1-1, movable pulley 4-1-
3 with the connection type of sliding groove 4-1-2 be to be slidably connected, and the connection type of movable pulley 4-1-3 and movable pulley bar 4-1-5 are hinge
Connect, vibration spring 4-1-4 is welded between the lower supporting leg 4-1-1 of vibration and vibration upper supporting leg 4-1-6, vibration upper supporting leg 4-1-6 with
The connection type of movable pulley bar 4-1-5 is welding；
Polarizing power and providing mechanism 4-2 includes polarization motor support 4-2-1, polarization motor 4-2-2, eccentric block 4-2-3, counterweight
Clamping screw group 4-2-4, counterweight 4-2-5, polarization motor support 4-2-1 and the connection type for polarizing motor 4-2-2 are welding, partially
Heart block 4-2-3 is that expansion set is connect with the connection type of polarization motor 4-2-2, counterweight clamping screw group 4-2-4 and eccentric block 4-2-3
Connection type be spiral connection, counterweight 4-2-5 and the connection type of eccentric block 4-2-3 are that spiral is connect, and pass through polarization motor
4-2-2 operating drives eccentric block 4-2-3 to be rotated, and eccentric block 4-2-3, which carries out rotation, will form polarization power, and polarization power will drive
Polarization motor support 4-2-1 is vibrated, and polarization motor support 4-2-1, which carries out vibration, will drive vibration upper supporting leg 4-1-6 progress
Vibration, vibration upper supporting leg 4-1-6, which carries out vibration, to compress vibration spring 4-1-4, then in the bullet of vibration spring 4-1-4
Power acts on lower vibration feed hopper mechanism 4-3 and moves upwards, and under the elastic force effect of exciting force and vibration spring 4-1-4, vibration is given
Bunker mechanism 4-3 carries out continuous vibration, can thus continue autofeed；
Shaking feed hopper mechanism 4-3 includes vibration feed hopper ontology 4-3-1, wearing plate A4-3-2, wearing plate A lock-screw
4-3-3, wearing plate A lock-screw 4-3-3 are fixed on vibration feed hopper ontology 4-3-1 by wearing plate A4-3-2；
Dedusting mechanism 5 includes dedusting sucker 5-1, dust cleaning case 5-2, sieve 5-3, sieve fixing bolt group 5-4, deashing hammer hinge
Joint chair 5-5, deashing hammerhead jib 5-6, deashing hammer 5-7, negative pressure fan 5-8, fan guard 5-9 into shape, dedusting sucker 5-1 and dust cleaning case 5-2's
Connection type is welding, and sieve 5-3 is fixed on dust cleaning case 5-2 by sieve fixing bolt group 5-4, and deashing hammers hinged seat 5-5 into shape
Positioned at the top of dust cleaning case 5-2, it is hinged, deashing hammerhead jib 5-6 that deashing, which hammers hinged seat 5-5 and the connection type of deashing hammerhead jib 5-6 into shape,
Connection type with deashing hammer 5-7 is welding, and the inside of fan guard 5-9, fan guard 5-9 and dedusting is arranged in negative pressure fan 5-8
The connection type of case 5-2 is to be bolted, and operates to form negative pressure by negative pressure fan 5-8, and dust is from removing under the drive of negative pressure
Dirt sucker 5-1 is inhaled into the inside of dust cleaning case 5-2, and dust is filtered when passing through sieve 5-3, and dust can stay on sieve 5-3, this
Sample just completes dedusting, when needing to remove the ash on sieve 5-3, can pull deashing hammerhead jib 5-6, then decontrol, clearly
Ash hammer 5-7 under gravity, is moved downward and is tapped to dust cleaning case 5-2, vibration can be such that dust falls from sieve 5-3
It goes；
Stone shaper structure 2 is located at the top of automatic discharging feeding mechanism 1, and stone-crushing structure 3 is located at stone shaper
The top of structure 2, automatic feeding mechanism 4 are located at the top of stone-crushing structure 3, and dedusting mechanism 5 is located at the upper of stone-crushing structure 3
Side.
Specific embodiment 2:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18 illustrate that present embodiment, present embodiment are described further embodiment one, and described falls
The number of hopper 1-3 is two.
Specific embodiment 3:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18 illustrate that present embodiment, present embodiment are described further embodiment one, and described falls
Hopper ontology 1-3-2, crash panel ontology 2-1-4, material separating disc 2-2-4, batch mixing pan 2-3-1, wearing plate A4-3-2 material be height
Manganese steel.
Specific embodiment 4:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18 illustrate that present embodiment, present embodiment are described further embodiment one, the company
The material of spindle 2-3-2 is 40Cr.
Device can autofeed, by polarization motor 4-2-2 operating drive eccentric block 4-2-3 rotated, eccentric block
4-2-3, which carries out rotation, will form polarization power, and polarization power will drive polarization motor support 4-2-1 and be vibrated, and polarize motor support
4-2-1 carry out vibration will drive vibration upper supporting leg 4-1-6 vibrated, vibration upper supporting leg 4-1-6 carry out vibration can to vibration bullet
Spring 4-1-4 is compressed, and then vibration feed hopper mechanism 4-3 is moved upwards under the elastic force effect of vibration spring 4-1-4, is being swashed
Under power of shaking and the elastic force effect for shaking spring 4-1-4, vibration feed hopper mechanism 4-3 carries out continuous vibration, can thus continue
Autofeed；Device can be crushed building stones, can drive broken driving belt pulley by broken driving motor 3-5 operating
3-4 is rotated, and broken driving belt pulley 3-4 carries out rotation and will drive drive belt 3-3 being moved, drive belt 3-3 into
Row movement will drive the broken gear 3-7 of band shoulder and be rotated, and is crushed gear 3-7 with shoulder and rotate and the building stones fallen can be squeezed
It is broken；Device can tightening belt, by turn adjust bolt group 3-2-5, adjustable lateral seat 3-2-4 is to adjustment spring 3-2-
6 decrement can change tensioning wheel 3-2-1 to the rate of tension of drive belt 3-3 in this way；Device can carry out building stones whole
Shape after broken building stones fall into batch mixing pan 2-3-1, operates shaping motor 2-3-6, in the drive hypodermis of shaping motor 2-3-6
Belt wheel A2-3-5 is rotated, and belt pulley A2-3-5, which carries out rotation, will drive V-belt 2-3-4 and moved, V-belt 2-3-4
Carrying out movement will drive belt pulley 2-3-3 and is rotated, and belt pulley 2-3-3 carries out rotation and will drive connecting shaft 2-3-2 being turned
Dynamic, connecting shaft 2-3-2 carries out rotation and will drive batch mixing pan 2-3-1 being rotated, and batch mixing pan 2-3-1 carries out turning handle stone and is thrown to
On crash panel ontology 2-1-4, the building stones grain shape after being knocked can improve, and realize shaping feature；Device can automatic discharging, shaping
Building stones afterwards can be stored in material-falling hopper ontology 1-3-2, inject hydraulic oil into two-way hydraulic cylinder 1-4-5, in the drive of oil pressure
Lower piston 1-4-6 is moved, and piston 1-4-6, which carries out movement, will drive hydraulic stem 1-4-4 and moved, hydraulic stem 1-4-4 into
Row movement will drive striker plate support 1-4-3 and be moved, and striker plate support 1-4-3 carries out movement and will drive striker plate 1-4-1
It is moved, striker plate 1-4-1, which carries out movement, to be no longer supported building stones, and such building stones will be drawn off automatically；Device energy
Enough belt is prevented to be damaged, building stones, which are fallen, can first fall on buffering hopper 1-1-1-6, and buffering hopper 1-1-1-6 can be pressed in slow
It rushes on spring 1-1-1-4 and will form buffering, the kinetic energy of such building stones is consumed, and then falling in conveyor belt would not be to skin
Band forms impact；Device can transport the building stones being crushed, and operate band moving axis 1-1-4 by feeder motor 1-1-6 and carry out
Rotation, axis 1-1-4, which carries out rotation, will drive roller 1-1-3 and is rotated, and roller 1-1-3, which carries out rotation, will drive conveyer belt 1-1-
2 are moved, and conveyer belt 1-1-2, which carries out movement, to be transported away building stones；Device can guarantee the service life of long period, fall
Hopper ontology 1-3-2, crash panel ontology 2-1-4, material separating disc 2-2-4, batch mixing pan 2-3-1, wearing plate A4-3-2 etc. are easy to wear
The material in place is potassium steel, and potassium steel has preferable wearability, can prolong the service life；Device can dedusting, pass through
Negative pressure fan 5-8 operates to form negative pressure, and dust is inhaled into the inside of dust cleaning case 5-2 from dedusting sucker 5-1 under the drive of negative pressure,
Dust is filtered when passing through sieve 5-3, and dust can stay on sieve 5-3, this completes dedusting, when needing to remove sieve 5-
When ash on 3, deashing hammerhead jib 5-6 can be pulled, is then decontroled, deashing hammers 5-7 into shape under gravity, moves downward pair
Dust cleaning case 5-2 is tapped, and vibration can be such that dust falls from sieve 5-3.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of multistage building stones crushing device, including automatic discharging feeding mechanism (1), stone shaper structure (2), stone-crushing
Structure (3), automatic feeding mechanism (4), dedusting mechanism (5), it is characterised in that: automatic discharging feeding mechanism (1) includes blanking buffering
Conveying mechanism (1-1), supporting leg (1-2), material-falling hopper (1-3), hydraulic stripper mechanism (1-4), supporting leg (1-2) are welded on blanking buffering
The top of conveying mechanism (1-1), the connection type of material-falling hopper (1-3) and supporting leg (1-2) are welding, hydraulic stripper mechanism (1-4)
It is welded between material-falling hopper (1-3)；
Blanking buffer conveyor structure (1-1) includes blanking buffer gear (1-1-1), conveyer belt (1-1-2), roller (1-1-3), axis
The connection type of (1-1-4), axle bed (1-1-5), feeder motor (1-1-6), conveyer belt (1-1-2) and roller (1-1-3) is to scratch
Property connection, roller (1-1-3) welds together with axis (1-1-4), and the connection type of axis (1-1-4) and axle bed (1-1-5) are axis
Hold connection, axle bed (1-1-5) is located at the top of blanking buffer gear (1-1-1), feeder motor (1-1-6) and axle bed (1-1-5)
Connection type be welding, feeder motor (1-1-6) and axis (1-1-4) are connected to one piece by shaft coupling；
Blanking buffer gear (1-1-1) includes bottom support (1-1-1-1), sliding slot (1-1-1-2), pulley (1-1-1-3), buffering
Spring (1-1-1-4), roller arm (1-1-1-5), buffering hopper (1-1-1-6), sliding slot (1-1-1-2) are opened in bottom support (1-
On 1-1-1), the connection type of pulley (1-1-1-3) and sliding slot (1-1-1-2) is to be slidably connected, pulley (1-1-1-3) and pulley
The connection type of bar (1-1-1-5) be it is hinged, roller arm (1-1-1-5) and buffering hopper (1-1-1-6) connection type be weldering
It connects, buffer spring (1-1-1-4) is welded between bottom support (1-1-1-1) and buffering hopper (1-1-1-6)；
Material-falling hopper (1-3) includes reinforcing supporting leg (1-3-1), material-falling hopper ontology (1-3-2), opening (1-3-3), reinforces supporting leg (1-
It 3-1) is welding with the connection type of material-falling hopper ontology (1-3-2), opening (1-3-3) is opened on material-falling hopper ontology (1-3-2)；
Hydraulic stripper mechanism (1-4) include striker plate (1-4-1), striker plate contraction chamber (1-4-2), striker plate support (1-4-3),
Hydraulic stem (1-4-4), two-way hydraulic cylinder (1-4-5), piston (1-4-6), piston spring (1-4-7), striker plate (1-4-1) and gear
Flitch supports (1-4-3) to be connected, and striker plate supports (1-4-3) to be arranged in the inside of striker plate contraction chamber (1-4-2), hydraulic stem
The connection type of (1-4-4) and striker plate support (1-4-3) is welding, two-way hydraulic cylinder (1-4-5) and striker plate contraction chamber (1-
Connection type 4-2) is welding, and hydraulic stem (1-4-4) and the connection type of piston (1-4-6) are welding, and piston (1-4-6) is set
It sets in the inside of two-way hydraulic cylinder (1-4-5), piston (1-4-6) and the fit system of two-way hydraulic cylinder (1-4-5) are matched for gap
It closes, piston spring (1-4-7) is arranged in the centre of two pistons (1-4-6), piston spring (1-4-7) and piston (1-4-6)
Connection type is welding；
Stone shaper structure (2) includes crash panel mechanism (2-1), feeding distribution mechanism (2-2), material throwing mechanism (2-3), plastic chamber (2-
4), crash panel mechanism (2-1) is arranged in the inside of plastic chamber (2-4), the connection of crash panel mechanism (2-1) and plastic chamber (2-4)
Mode is that part is welded, portion gap cooperates, and the connection type of feeding distribution mechanism (2-2) and feeding distribution mechanism (2-2) is to be bolted,
Material throwing mechanism (2-3) connect for split bearing with the connection type of plastic chamber (2-4), is partially bolted；
Crash panel mechanism (2-1) includes bed course plate (2-1-1), hits spring (2-1-2), crash panel fixed block (2-1-3), hits
Plate ontology (2-1-4) hits the centre that spring (2-1-2) is welded on bed course plate (2-1-1) Yu crash panel fixed block (2-1-3),
Crash panel ontology (2-1-4) is fixed by screws on crash panel fixed block (2-1-3)；
Feeding distribution mechanism (2-2) includes material separating disc support (2-2-1), slide bar (2-2-2), sub-material buffer spring (2-2-3), material separating disc
(2-2-4), it is clearance fit, sub-material buffer spring (2-2- that material separating disc, which supports the fit system of (2-2-1) and slide bar (2-2-2),
3) it is welded between material separating disc support (2-2-1) and material separating disc (2-2-4)；
Material throwing mechanism (2-3) include batch mixing pan (2-3-1), connecting shaft (2-3-2), belt pulley (2-3-3), V-belt (2-3-4),
Belt pulley A (2-3-5), shaping motor (2-3-6), the connection type of batch mixing pan (2-3-1) and connecting shaft (2-3-2) are welding,
Belt pulley (2-3-3) is that expansion set is connect with the connection type of connecting shaft (2-3-2), V-belt (2-3-4) and belt pulley (2-3-3)
Connection type be flexible connection, the connection type of V-belt (2-3-4) and belt pulley A (2-3-5) are flexible connection, belt pulley
A (2-3-5) is located at the lower section of shaping motor (2-3-6)；
Plastic chamber (2-4) includes sliding cavity (2-4-1), plastic chamber ontology (2-4-2), discharge openings (2-4-3), feed inlet (2-
4-4), bearing block (2-4-5), sliding cavity (2-4-1) the setting two sides internal in plastic chamber ontology (2-4-2), discharge openings (2-
The two sides of sliding cavity (2-4-1) bottom surface 4-3) are opened in, feed inlet (2-4-4) is opened in the top of plastic chamber ontology (2-4-2), axis
The connection type of seat (2-4-5) and plastic chamber ontology (2-4-2) is held as welding；
Stone-crushing structure (3) includes crusher chamber (3-1), belt tensioning mechanism (3-2), drive belt (3-3), broken driving skin
Belt wheel (3-4), broken driving motor (3-5), belt through hole (3-6), band shoulder are crushed gear (3-7), wearing plate (3-8), go out
Material mouth A (3-9), belt tensioning mechanism (3-2) setting is in the inside of crusher chamber (3-1), belt tensioning mechanism (3-2) and driving skin
The connection type of band (3-3) is flexible connection, and the connection type of drive belt (3-3) and broken driving belt pulley (3-4) is scratches
Property connection, belt through hole (3-6) is opened on crusher chamber (3-1), drive belt (3-3) and the company that gear (3-7) is crushed with shoulder
Connecing mode is flexible connection, and being crushed gear (3-7) with the connection type of crusher chamber (3-1) with shoulder is that bearing is connect, wearing plate (3-
It 8) is welding with the connection type of crusher chamber (3-1), discharging port A (3-9) is opened on crusher chamber (3-1)；
Belt tensioning mechanism (3-2) includes tensioning wheel (3-2-1), tension wheel shaft (3-2-2), lower supporting leg (3-2-3), lateral seat
(3-2-4), bolt group (3-2-5), adjustment spring (3-2-6), the seat of honour (3-2-7), tensioning wheel (3-2-1) and tension wheel shaft are adjusted
The connection type of (3-2-2) is to weld, and the connection type of tension wheel shaft (3-2-2) and lower supporting leg (3-2-3) is welding, lateral seat
The connection type of (3-2-4) and lower supporting leg (3-2-3) is welding, adjusts the connection of bolt group (3-2-5) and lateral seat (3-2-4)
Mode is spiral connection, and adjusting bolt group (3-2-5) with the connection type of the seat of honour (3-2-7) is that spiral is connect, adjustment spring (3-
It 2-6) is welded between lower supporting leg (3-2-3) and the seat of honour (3-2-7)；
Automatic feeding mechanism (4) includes vibration support leg mechanism (4-1), polarization power offer mechanism (4-2), vibration feed hopper mechanism
(4-3), vibration support leg mechanism (4-1) are welded on the lower section of vibration feed hopper mechanism (4-3), vibration feed hopper mechanism (4-3) weldering
It connects between vibration support leg mechanism (4-1)；
Shaking support leg mechanism (4-1) includes shaking lower supporting leg (4-1-1), sliding groove (4-1-2), movable pulley (4-1-3), vibration bullet
Spring (4-1-4), movable pulley bar (4-1-5), vibration upper supporting leg (4-1-6), sliding groove (4-1-2) are opened in the lower supporting leg (4-1- of vibration
1) on, the connection type of movable pulley (4-1-3) and sliding groove (4-1-2) is to be slidably connected, movable pulley (4-1-3) and movable pulley bar
The connection type of (4-1-5) be it is hinged, vibration spring (4-1-4) is welded on vibration lower supporting leg (4-1-1) and vibration upper supporting leg (4-
Between 1-6), the connection type of vibration upper supporting leg (4-1-6) and movable pulley bar (4-1-5) are welding；
Polarize power provide mechanism (4-2) include polarization motor support (4-2-1), polarization motor (4-2-2), eccentric block (4-2-3),
Counterweight clamping screw group (4-2-4), counterweight (4-2-5), polarization motor support (4-2-1) and the connection for polarizing motor (4-2-2)
Mode is welding, and eccentric block (4-2-3) is that expansion set is connect with the connection type of polarization motor (4-2-2), counterweight clamping screw group
(4-2-4) is that spiral is connect with the connection type of eccentric block (4-2-3), the connection side of counterweight (4-2-5) and eccentric block (4-2-3)
Formula is spiral connection；
Shaking feed hopper mechanism (4-3) includes vibration feed hopper ontology (4-3-1), wearing plate A (4-3-2), wearing plate A locking screw
It follows closely (4-3-3), wearing plate A lock-screw (4-3-3) is fixed on vibration feed hopper ontology (4-3-1) by wearing plate A (4-3-2)
On；
Dedusting mechanism (5) includes dedusting sucker (5-1), dust cleaning case (5-2), sieve (5-3), sieve fixing bolt group (5-4), clear
Ash hammer hinged seat (5-5), deashing hammerhead jib (5-6), deashing hammer (5-7), negative pressure fan (5-8), fan guard (5-9), dedusting sucker into shape
The connection type of (5-1) and dust cleaning case (5-2) is welding, and sieve (5-3) is fixed on dedusting by sieve fixing bolt group (5-4)
On case (5-2), deashing hammer hinged seat (5-5) is located at the top of dust cleaning case (5-2), and deashing hammers hinged seat (5-5) and deashing hammerhead jib into shape
The connection type of (5-6) be it is hinged, deashing hammerhead jib (5-6) and deashing hammer (5-7) connection type be welding, negative pressure fan (5-
8) setting is in the inside of fan guard (5-9), and the connection type of fan guard (5-9) and dust cleaning case (5-2) is is bolted；
Stone shaper structure (2) is located at the top of automatic discharging feeding mechanism (1), and stone-crushing structure (3) is located at building stones shaping
The top of mechanism (2), automatic feeding mechanism (4) are located at the top of stone-crushing structure (3), and dedusting mechanism (5) is broken positioned at building stones
The top of broken mechanism (3).
2. a kind of multistage building stones crushing device according to claim 1, it is characterised in that: the material-falling hopper (1-3)
Number is two.
3. a kind of multistage building stones crushing device according to claim 1, it is characterised in that: the material-falling hopper ontology (1-
3-2), crash panel ontology (2-1-4), material separating disc (2-2-4), batch mixing pan (2-3-1), wearing plate A (4-3-2) material be Gao Meng
Steel.
4. a kind of multistage building stones crushing device according to claim 1, it is characterised in that: the connecting shaft (2-3-2)
Material be 40Cr.
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| CN110170366A (en) * | 2019-05-22 | 2019-08-27 | 杨弃 | A kind of indoor refuse apparatus for crushing and treating |
| CN110170366B (en) * | 2019-05-22 | 2020-11-06 | 惠安信德机械有限公司 | Indoor rubbish shredding device |
| CN110597372A (en) * | 2019-09-19 | 2019-12-20 | 周川 | Cloud computer anticollision protection device |
| CN110597372B (en) * | 2019-09-19 | 2020-11-24 | 周川 | Cloud computer anticollision protection device |
| CN110815649A (en) * | 2019-11-08 | 2020-02-21 | 齐丽红 | Automobile scrapping recovery processing equipment |
| CN111482231A (en) * | 2020-04-23 | 2020-08-04 | 牛键 | Coarse washing equipment is smashed in plastics production |
| CN111701298A (en) * | 2020-06-24 | 2020-09-25 | 石盼盼 | Construction waste aggregate recovery method |
| CN112892698A (en) * | 2021-01-15 | 2021-06-04 | 南京工程学院 | Shaping system is smashed to blue charcoal granule |
| CN112892698B (en) * | 2021-01-15 | 2022-05-10 | 南京工程学院 | Shaping system is smashed to blue charcoal granule |
| CN113455276A (en) * | 2021-07-21 | 2021-10-01 | 台州市林业技术推广总站 | Blue fruit tree seedling cuttage device of growing seedlings |
| CN114392797A (en) * | 2022-02-08 | 2022-04-26 | 山东华锴重工机械有限公司 | Novel fine aggregate trimmer |
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| CN109772558B (en) | 2021-11-02 |
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