CN208098230U - A kind of boulder cracker - Google Patents
A kind of boulder cracker Download PDFInfo
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- CN208098230U CN208098230U CN201820000535.2U CN201820000535U CN208098230U CN 208098230 U CN208098230 U CN 208098230U CN 201820000535 U CN201820000535 U CN 201820000535U CN 208098230 U CN208098230 U CN 208098230U
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- plate
- shin
- bushing
- rotor
- page disk
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Abstract
A kind of boulder cracker, including casing, top pound plate, involute spiral case liner plate, component resistance beam, bushing, rotor page disk, suspension alloy block, the vertical shin plate of triangle, break shin plate outside chamber.The top is pounded plate and involute spiral case liner plate and is mounted on brokenly on the outer shin plate of chamber by screw, and one end that the component resists beam is mounted on the outer shin plate of the broken chamber by armature closing piece, and the other end is mounted on the preceding boxboard by armature closing piece；Adjacent spaces is equipped with multiple suspension alloy blocks on the rotor page disk；The lower section that the bushing is arranged in the rotor page disk, hangs alloy block.A kind of catalase function of the utility model is disposably crushed bulk mineral aggregate, and direct output disentegrated particles are not required to install other crushing devices additional in intermediate link.The utility model occupied area is small, and environmental protection, purchase machine is at low cost, and installation is simple；Maintenance frequency and energy consumption can be reduced, while improving crushing efficiency.
Description
Technical field
The utility model relates to machinery field more particularly to a kind of boulder crackers.
Background technique
The equipment installed in the broken ore dressing processing flow of Open pit Area at present is all that multipaths, too many levels, multistage add
Work.Production line has three to four sections of crushing and screening equipments before from raw material to sorting fine crushing, whole production line is used by multiple devices
Each section of processing flow is completed in the connection of multi-section conveyer high inclination-angle, cannot reduce units' installation height difference, extends land occupation product.
In intermediate link additional multiple crushing devices are installed to the broken needs of original mineral aggregate, including jaw is broken, circular cone is broken, counterattack
Broken, vertical shaft is broken, the broken and other all kinds of crushing devices from thick to thin of case, is not only taken up a large area, environmental protection and purchase machine are at high cost；And
Maintenance capacity is big, consumptive material big energy-consuming, and installation and integral moving are long in time limit；Whole production line machinery suburb rate is low, and comprehensive process is at high cost.
Utility model content
Purpose of the utility model is to solve the deficiencies in the prior art, provide a kind of boulder cracker.
The purpose of this utility model is achieved through the following technical solutions：
A kind of boulder cracker, including casing, top pound plate, involute spiral case liner plate, component resistance beam, bushing, rotor page
Disk, suspension alloy block, triangle found shin plate；Shin plate outside chamber is provided with brokenly in the casing, plate and involute spiral case are pounded in the top
Liner plate is mounted on brokenly on the outer shin plate of chamber by screw, and the involute spiral case liner plate is located at the lower section that plate is pounded on top.
One end that the component resists beam is mounted on the outer shin plate of the broken chamber by armature closing piece, and the other end passes through armature
Before closing piece is mounted on boxboard；Adjacent spaces are equipped with multiple suspension alloy blocks on the rotor page disk, described
Component resists beam and is equipped with through hole, and the suspension alloy block positioned at rotor page disk upper end is passed through from through hole；The bushing is set
It sets in the lower section of the rotor page disk, suspension alloy block.
Further, the bushing is arc, and the bushing is mounted on the triangle and stands on shin plate.
Further, the outer shin plate of the broken chamber is arc, and the outer shin panel assembly of the broken chamber is mounted on triangle and founds shin plate upper end, institute
The outer shin plate of chamber is stated brokenly to be fixed on a broken chamber side box plate.
Further, rotor page disk mounting hole is equipped among the rotor page disk, the rotor page disk passes through rotor page disk
Mounting hole is mounted on a rotor shaft, is equipped with an axle sleeve between rotor shaft on the inside of the rotor page disk mounting hole.
Further, it is connected separately with a belt pulley at the both ends of the rotor shaft, is provided with axis in the belt pulley
Take turns tension device.
Further, bearing liner seat is provided directly in the belt pulley and casing.
It further, further include bottom shield lock shin plate, the both ends of the bottom shield lock shin plate are separately mounted to bushing by locking shin pin
The triangle of two sides is stood on shin plate.
It further, further include hydraulic cylinder, the shaft bushing arm of force, safety lock, the shaft bushing arm of force, safety lock installation
In the two sides of casing lower end, the hydraulic cylinder is connected by connection buckle with the shaft bushing arm of force.
It further, further include preceding flat bushing, locking member crossbeam, the preceding flat bushing, locking member crossbeam are arranged before described
On the inside of boxboard, the preceding flat bushing is located at the lower section of locking member crossbeam.
It further, further include rewinding plate, arc support side shin plate, the outer of the bushing is arranged in arc support side shin plate
Side, the rewinding plate found shin plate with the triangle and are connected, and the triangle founds shin plate, rewinding plate, arc support side shin plate and connects into
One.
In conclusion by adopting the above-described technical solution, the utility model compared with prior art, has the advantage that：
A kind of catalase function of the utility model is disposably crushed bulk mineral aggregate, and direct output disentegrated particles are not required to
Intermediate link installs other crushing devices additional.The utility model occupied area is small, and environmental protection, purchase machine is at low cost, and installation is simple；It can reduce
Maintenance frequency and energy consumption, while improving crushing efficiency.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of boulder cracker of the utility model；
Fig. 2 is a kind of vertical cross-sectional view of boulder cracker of the utility model.
Mark explanation：1, rotor page disk；2, alloy block is hung；3, component resists beam；4, belt pulley；5, triangle founds shin plate；
6, preceding boxboard；7, bushing；8, the outer shin plate of chamber is broken；9, chamber side box plate is broken；10, plate is pounded on top；11, involute spiral case liner plate；12, armature
Closing piece；13, rotor shaft；14, axle sleeve；15, bottom shield lock shin plate；16, shin pin is locked；17, screw；18, casing；19, axis wheel tensioner
Device；20, bearing liner seat；21, preceding flat bushing；22, locking member crossbeam；23, vertical edge backplate in shell；24, the shaft bushing arm of force；
25, safety lock；26, rewinding plate；27, arc support side shin plate；28, pin is worn in locking.
Specific embodiment
Specific embodiment of the present utility model is further described in detail with reference to the accompanying drawing.
Referring to Figure 1, Fig. 2, a kind of boulder cracker of the utility model, including casing 18, top pound plate 10, involute spiral case
Liner plate 11, component resist beam 3, bushing 7, rotor page disk 1, suspension alloy block 2, triangle and found shin plate 5, in the inside upper part of casing 18
On be provided with vertical edge backplate 23 in shell.
Shin plate 8 outside chamber is provided with brokenly in casing 18, breaking the outer shin plate 8 of chamber is arcuate structure, and the broken outer shin plate 8 of chamber is mounted on three
5 upper end of shin plate is stood at angle, and the broken outer shin plate 8 of chamber is fixed on a broken chamber side box plate 9.Plate 10 is pounded on top and involute spiral case liner plate 11 passes through
Screw 17 is mounted on brokenly on the outer shin plate 8 of chamber, and the inside top end that plate 10 is located at the outer shin plate 8 of broken chamber, involute spiral case liner plate are pounded in top
11 are located at the lower section that plate 10 is pounded on top.
One end that component resists beam 3 is mounted on brokenly on the outer shin plate 8 of chamber by armature closing piece 12, and the other end passes through preceding boxboard 6
Before the armature closing piece 12 of inside is mounted on boxboard 6, preceding boxboard 6 is removable to be unloaded down.
Preferably, the shape of rotor page disk 1 be circle, on rotor page disk 1 adjacent spaces be equipped with multiple mounting holes, hang
It hangs alloy block 2 and is mounted on rotor page disk 1 by installing sky.It is resisted in component and is equipped with through hole on beam 3, be located at rotor page disk 1
The suspension alloy block 2 of upper end is passed through from through hole, the lower section that bushing 7 is arranged in rotor page disk 1, hangs alloy block 2.
Bushing 7 is arcuate structure, and the triangle that bushing 7 is mounted on two sides is stood on shin plate 5, and triangle founds shin plate 5 and is arranged in preceding case
The inside of plate 6.The utility model further includes rewinding plate 26, arc support side shin plate 27, and bushing 7 is arranged in arc support side shin plate 27
Outside, rewinding plate 26 found shin plate 5 with triangle and are connected, and triangle founds shin plate 5, rewinding plate 26, arc support side shin plate 27 and connects into one
Body.
Rotor page disk mounting hole is equipped among rotor page disk 1, rotor page disk 1 is mounted on one by rotor page disk mounting hole
On rotor shaft 13, an axle sleeve 14 is equipped between rotor shaft 13 on the inside of rotor page disk mounting hole.
It is connected separately with a belt pulley 4 at the both ends of rotor shaft 13, axis wheel tension device 19 is provided in belt pulley 4,
Bearing liner seat 20 is provided between belt pulley 4 and casing 18.
The utility model is additionally provided with bottom shield lock shin plate 15, hydraulic cylinder, the shaft bushing arm of force 24, safety lock 25, bottom shield
The triangle that the both ends of lock shin plate 15 are separately mounted to 7 two sides of bushing by locking shin pin 16 is stood on shin plate 5.The shaft bushing arm of force 24,
Safety lock 25 is mounted on the two sides of casing lower end, and hydraulic cylinder is connected by connection buckle with the shaft bushing arm of force 24.
Further, flat bushing 21, locking member crossbeam 22 before the utility model further includes, preceding flat bushing 21, locking member crossbeam
22 settings are located at the lower section of locking member crossbeam 22 in preceding 6 inside of boxboard, preceding flat bushing 21.
Mixing mineral aggregate enters in boulder cracker from mineral aggregate import, and bulk mineral aggregate frame falls in component and resists on beam 3.By turning
Sub- shaft 13 rotates rotor page disk 1, and suspension alloy block 3 is rotated with rotor shaft 13, by reaching the suspension on component resistance beam 3
Bulk mineral aggregate is sheared, is smashed by alloy block 3, is fallen on component by the mineral aggregate that suspension alloy block 3 smashes and is resisted 3 lower section of beam, is smashing
In the process, the block to fly up is pushed up to pound after plate 10 is struck back and is crushed again, is also fallen on component and is resisted 3 lower section of beam, component is resisted on beam 3
The space formed between face and the outer shin plate 8 of broken chamber, preceding boxboard 6 is coarse crushing chamber.
It falls on the mineral aggregate that component is resisted below beam 3 and passes through suspension alloy blocks 2 multiple on rotor shaft 13 and involute spiral case
Liner plate 11 inversely squeezes, and carries out second-time breakage after being struck back by involute spiral case liner plate 11, and fall.The mineral aggregate fallen passes through lower end
Suspension alloy block 2 and bushing 7 consult again be broken to particle with it is powdered, bushing device and rotor page disk 1, suspension alloy block 2 it
Between the space that is formed be chamber fine crushing, it is fine crushing after mineral aggregate by being leaked out in bushing 7.
It needs to carry out unimpeded when the blocking of the boulder cracker of the utility model, when unimpeded, opens safety lock 25, use is dedicated
Tool takes out locking and wears pin 28, and bottom shield lock 15 one end of shin plate falls, and operation left and right hydraulic cylinder pushes the shaft bushing arm of force 24, most
The bushing 7 of lower end is opened, after mineral aggregate outflow, then each member reset.
A kind of catalase function of the utility model is disposably crushed bulk mineral aggregate, and direct output disentegrated particles are not required to
Intermediate link installs other crushing devices additional.The utility model occupied area is small, and environmental protection, purchase machine is at low cost, and installation is simple；It can reduce
Maintenance frequency and energy consumption, while improving crushing efficiency.
Embodiment described above is merely to illustrate the technical idea and feature of the utility model, and its object is to make ability
Technical staff in domain can understand the content of the utility model and implement accordingly, cannot be only practical to limit with the present embodiment
Novel the scope of the patents, i.e., it is all according to same changes or modifications made by the revealed spirit of the utility model, it still falls in practical
In novel the scope of the patents.
Claims (10)
1. a kind of boulder cracker, which is characterized in that pound plate, involute spiral case liner plate, component including casing, top and resist beam, leakage
Plate, rotor page disk, suspension alloy block, triangle found shin plate；It is provided with brokenly shin plate outside chamber in the casing, plate and gradually is pounded on the top
The spiral case liner plate that bursts at the seams is mounted on brokenly on the outer shin plate of chamber by screw, and the involute spiral case liner plate is located at the lower section that plate is pounded on top；
One end that the component resists beam is mounted on the outer shin plate of the broken chamber by armature closing piece, and the other end passes through armature closing piece
Before being mounted on boxboard；Adjacent spaces are equipped with multiple suspension alloy blocks on the rotor page disk, in the component
It resists beam and is equipped with through hole, the suspension alloy block positioned at rotor page disk upper end is passed through from through hole；The bushing setting exists
The rotor page disk, the lower section for hanging alloy block.
2. a kind of boulder cracker according to claim 1, which is characterized in that the bushing is arc, the bushing peace
It is stood on shin plate mounted in the triangle.
3. a kind of boulder cracker according to claim 1, which is characterized in that the outer shin plate of the broken chamber is arc, described
The broken outer shin panel assembly of chamber is mounted on triangle and stands shin plate upper end, and the outer shin plate of the broken chamber is fixed on a broken chamber side box plate.
4. a kind of boulder cracker according to claim 1, which is characterized in that be equipped with rotor among the rotor page disk
Page disk mounting hole, the rotor page disk are mounted on a rotor shaft by rotor page disk mounting hole, are pacified in the rotor page disk
It fills and is equipped with an axle sleeve on the inside of hole between rotor shaft.
5. a kind of boulder cracker according to claim 4, which is characterized in that connect respectively at the both ends of the rotor shaft
It is connected to a belt pulley, axis wheel tension device is provided in the belt pulley.
6. a kind of boulder cracker according to claim 5, which is characterized in that be directly arranged in the belt pulley and casing
There is bearing liner seat.
7. a kind of boulder cracker according to claim 1, which is characterized in that further include bottom shield lock shin plate, the bottom shield
The both ends for locking shin plate are separately mounted on the vertical shin plate of triangle of bushing two sides by locking shin pin.
8. a kind of boulder cracker according to claim 7, which is characterized in that further include hydraulic cylinder, shaft bushing power
Arm, safety lock, the shaft bushing arm of force, safety lock are mounted on the two sides of casing lower end, and the hydraulic cylinder passes through connection buckle
It is connected with the shaft bushing arm of force.
9. a kind of boulder cracker according to claim 1, which is characterized in that it further include preceding flat bushing, locking member crossbeam,
The preceding flat bushing, locking member crossbeam are arranged on the inside of the preceding boxboard, and the preceding flat bushing is located at the lower section of locking member crossbeam.
10. a kind of boulder cracker according to claim 1, which is characterized in that further include rewinding plate, arc support side shin
The outside of the bushing is arranged in plate, arc support side shin plate, and the rewinding plate founds shin plate with the triangle and is connected, described
Triangle founds shin plate, rewinding plate, arc support side shin plate and links into an integrated entity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820000535.2U CN208098230U (en) | 2018-01-02 | 2018-01-02 | A kind of boulder cracker |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820000535.2U CN208098230U (en) | 2018-01-02 | 2018-01-02 | A kind of boulder cracker |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208098230U true CN208098230U (en) | 2018-11-16 |
Family
ID=64129199
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820000535.2U Active CN208098230U (en) | 2018-01-02 | 2018-01-02 | A kind of boulder cracker |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208098230U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108187822A (en) * | 2018-01-02 | 2018-06-22 | 睢栋 | A kind of boulder cracker |
-
2018
- 2018-01-02 CN CN201820000535.2U patent/CN208098230U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108187822A (en) * | 2018-01-02 | 2018-06-22 | 睢栋 | A kind of boulder cracker |
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