CN208944321U - A kind of broken integrated system of multitower lappet formula building blocks high building - Google Patents
A kind of broken integrated system of multitower lappet formula building blocks high building Download PDFInfo
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- CN208944321U CN208944321U CN201821336559.1U CN201821336559U CN208944321U CN 208944321 U CN208944321 U CN 208944321U CN 201821336559 U CN201821336559 U CN 201821336559U CN 208944321 U CN208944321 U CN 208944321U
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- crusher
- conveyer belt
- conveying
- dispenser
- integrated system
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Abstract
The utility model provides a kind of broken integrated system of multitower lappet formula building blocks high building, belongs to crushing technology field.It solves the problems such as difficult radical cure of the pollution such as big, noise of existing crushing production line land occupation, infrastructure is at high cost.The utility model includes that a material is crushed and at least two closed or semienclosed single buildings, each Dan Louli is correspondingly arranged a vertically arranged dispenser, each layer of dispenser is placed with above-mentioned crusher or vibrating screen or feeder according to the sequence arrangement of material feeding crushing and screening, the active splicing structure of Dan Louwei combined modularization or loose mail Fast Installation detaching structure or Mongolian pack arrangement.The utility model has the advantage of by all material equipment centralized arrangements, be convenient for Concetrated control, can significantly save land occupation, convenient working with manage, and noise and dust pollution can be reduced, can repeatedly remove use.
Description
Technical field
The utility model belongs to crushing technology field, and in particular to a kind of broken integrated system of multitower lappet formula building blocks high building
System.
Background technique
Crushing production line include more material equipment and between material equipment carry out material conveying conveying mechanism,
Material equipment is divided into feeder, crusher and vibrating screen, and feeder is located at the starting point of crushing production line, for first
Crusher feeding, crusher are the core equipments of crushing production line, and broken for material, used by oscillating screen is in broken material
Screening.The crushing production line of the prior art is the netted crushing production line mode of expansion, divides multistage broken, two sections it is broken between use
Straight belt is connected, and due to the limitation of angled conveyor and height, the length of straight belt need to be maintained at 25-35 meters, accounts for
Ground area is big, and management is inconvenient；Simultaneously pollutions such as " dust, sewage and noises " are difficult to eradicate；Once and crushing production line
Construction is completed to move, and infrastructure is at high cost.
Utility model content
The utility model proposes a kind of to set all materials for drawbacks described above existing for existing crushing production line
Standby centralized arrangement is convenient for Concetrated control, can significantly save land occupation, convenient working and management, and can reduce noise and dust
Pollution, the multitower lappet formula building blocks high building used that can repeatedly remove are crushed integrated system.
The purpose of this utility model can be realized by the following technical scheme:
A kind of broken integrated system of multitower lappet formula building blocks high building, including a material crushing production line, the material are broken
Production line includes multiple material equipment, and material equipment is feeder or one of crusher or vibrating screen, which is characterized in that institute
The broken integrated system stated further includes at least two closed or semienclosed single buildings, and it is vertical that each Dan Louli is correspondingly arranged one
The dispenser of arrangement, each dispenser have high and low fall at least provided with two layers between each layer of same dispenser；
Each layer of dispenser is placed with above-mentioned crusher or vibrating screen or feeding according to material feeding crushing and screening sequence arrangement
Machine, feeder be provided only with one and be located at material crushing production line starting point, be located at same dispenser on and have from up to
Under direct material conveying relationship two material equipment between using gravity progress material conveying, set up separately on two dispensers and have
Have and material conveying is carried out by conveying mechanism between two material equipment of direct material conveying relationship, conveying mechanism is divided into upper and lower level
Conveyer belt and lower upper layer conveyer belt；
The active splicing structure of Dan Louwei combined modularization or loose mail Fast Installation detaching structure or Mongolian inclusion
Structure.
It is crushed in integrated system in a kind of above-mentioned multitower lappet formula building blocks high building, the dispenser includes for placing
The cross-brace frame of crusher or feeder or vibrating screen and the vertical supporting frame for being used to support the cross-brace frame；It is described perpendicular
It is Fast Installation detaching structure to support frame and cross-brace frame.
It is crushed in integrated system in a kind of above-mentioned multitower lappet formula building blocks high building, the Dan Louwei combined modularization is living
Network splicing structure, including top plate and bottom plate and side plate, the top plate and bottom plate and side plate by bolt and the vertical supporting frame and
Cross-brace frame is mutually fixed.
It is crushed in integrated system in a kind of above-mentioned multitower lappet formula building blocks high building, the list building is Mongolian pack arrangement, packet
Felt packet, the outer cover for including mounting rack and being sequentially arranged on the mounting rack from the inside to the outside, the mounting rack include vertically laying
Hana and the Ao Ni being erected on the Hana.
A kind of above-mentioned multitower lappet formula building blocks high building be crushed integrated system in, the vibrating screen be provided only with one and
In the end of above-mentioned material crushing production line, which is connected with the material transfer equipment for conveying qualified material.
It is crushed in integrated system in a kind of above-mentioned multitower lappet formula building blocks high building, each material on same dispenser
Equipment is arranged successively from top to bottom by material feeding crushing and screening sequence.
It is crushed in integrated system in a kind of above-mentioned multitower lappet formula building blocks high building, the upper and lower level is used for conveyer belt in upper layer
Material is transported to lower layer's material equipment by material equipment, it includes one or more downlink conveyer belt, and downlink conveyer belt is linear
Type and conveying direction conveys diagonally downward from upper, when upper and lower level conveyer belt is combined by a plurality of downlink conveyer belt, a plurality of downlink conveying
From top to bottom successively it is connected by sequence of batching products, in two downlink conveyer belts of arbitrary neighborhood, the output end of the downlink conveyer belt of top
The top of the input terminal of underlying downlink conveyer belt；
The lower upper layer is used for conveyer belt to be transported to upper materials equipment for material in lower layer's material equipment, it include one or
A plurality of uplink conveyer belt group, uplink conveyer belt is of a straight line type and conveying direction tilts upward conveying from down, lower upper layer conveyer belt by
When a plurality of uplink conveyer belt combines, a plurality of uplink conveying is successively connected from the bottom to top by sequence of batching products, two uplinks of arbitrary neighborhood
In conveyer belt, the top of the input terminal for the uplink conveyer belt that the output end of the uplink conveyer belt of lower section is located above.
It is crushed in integrated system in a kind of above-mentioned multitower lappet formula building blocks high building, the material crushing production line includes
One feeder, three crushers, a vibrating screen there are two above-mentioned dispenser is set, are divided into the first dispenser and second and place
Frame, three crushers are divided into the first crusher, the second crusher, third crusher, and lappet has and feeds the first dispenser from top to bottom
Material machine, the first crusher, vibrating screen, lappet has the second crusher, third crusher, feeder from top to bottom on the second dispenser
Pass through docking setting with the first crusher and carry out material conveying using material gravity, between the first crusher and the second crusher
Material conveying is carried out by lower upper layer conveyer belt, docking is arranged and utilizes material gravity between the second crusher and third crusher
Material conveying is carried out, material conveying is carried out by lower upper layer conveyer belt between third crusher and vibrating screen, described first is broken
Broken machine is jaw crusher or gyratory crusher or one of oppositely rolling roller crusher or impact crusher, the second crusher and
Third crusher is gyratory crusher or one of impact breaker or hammer mill.
It is crushed in integrated system in a kind of above-mentioned multitower lappet formula building blocks high building, the impact breaker includes machine
Frame and rotor assembly, rack are equipped with crusher chamber, and rotor assembly is located in crusher chamber, rotor assembly include rotor, setting turn
Bar and backrest on son, bar is set to be corresponded there are two and with backrest, and backrest is fixed on rotor outer periphery, rotor outer periphery
On offer with the one-to-one indent locating slot of bar, bar bottom be arranged in locating slot, the one side of bar is resisted against
Corresponding to be connected by back and by a fixed device and backrest, the another side of bar is the striking face for hitting material, is hit
The direction for hitting face is consistent with rotation direction when working rotor, and the fixation device and bar correspond, the fixation
If device is bolt stem, bolt one end, which is passed through, to be threadedly coupled by behind with bar.
A kind of multitower lappet formula building blocks high building is crushed the crushing process of integrated system, which comprises the following steps:
Step 1: assembling each dispenser at the construction field (site), and multiple material equipment are transported to respectively by lifting device
Each layer of dispenser；
Step 2: setting up the single building or yurt being made of top plate and bottom plate and side plate on the basis of dispenser；
Step 3: carrying out feeding to the first crusher by feeder, the first crusher carries out a broken operation, a broken completion
Material is delivered to the second crusher and carries out two broken operations afterwards, two it is broken after the completion of material be delivered to third crusher and carry out three and broken make
Industry；
Step 4: material is delivered to vibrating screen and carries out screening storage after multiple stage crushing.
Opening one's minds for the utility model is: realizing the concentration of material by way of being superimposed up and down, is set according to material
Standby quantity and superposition is formed by proper height, and all materials equipment concentration of crushing production line is set up separately in multiple single buildings
Dispenser on, to be easy to disassemble, single building is activeization structure.
The significant structure feature of the utility model is: the active splicing structure of multiple combined modularizations or loose mail Fast Installation
Material equipment in single building on dispenser lappet from top to bottom is arranged in single building of detaching structure or Mongolian pack arrangement.
The core technology of the utility model is: with quick release installation single building realize material equipment concentrated setting and
Integration apparatus building, reduces noise and dust pollution.
The utility model has the advantage of all material equipment concentrated settings in multiple single buildings, are protected and saved
Valuable land resource is significantly saved land occupation, convenient working and management, be can save energy；And Dan Louwei building blocks Quick Release
Quick fixation structure can be used repeatedly, eliminate secondary (multiple) infrastructure cost in strange land migration；Have on same dispenser from upper
Directly transporting under can use material gravity between the material equipment of relationship and is conveyed, and simplifies mode of movement, reduces cost；
The striking face almost all of the bar of impact breaker is exposed, and the range that can be struck is big, substantially increases crushing efficiency；Together
When the rotor diameter of axle can be substantially reduced, saved manufacturing cost, while reducing Energy in use；Bar is arranged two, in bar
Material can be allowed to have time enough to strike on the striking face of bar while with enough revolving speeds to be crushed, crushing effect
Good, crushing efficiency is high.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the perspective view of the utility model；
Fig. 3 is the structural schematic diagram (1) in single building of the utility model；
Fig. 4 is the structural schematic diagram (2) in single building of the utility model；
Fig. 5 is the structural schematic diagram of impact breaker.
In figure, 1, feeder, the 2, first crusher；3, the second crusher；4, third crusher；5, vibrating screen；6, vertical
Support frame；7, cross-brace frame；8, Dan Lou；9, rack, 10, rotor；11, bar；12, shaft；13, counterpunch board；14, backer；
15, the first dispenser；16, the second dispenser；17, conveying mechanism；18, material transfer equipment；25, side plate；26, bottom plate；27, it pushes up
Plate；28, felt packet；29, outer cover；30, mounting rack.
Specific embodiment
It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
A kind of multitower lappet formula building blocks high building as depicted in figs. 1 and 2 is crushed the structural schematic diagram and solid of integrated system
Figure, including two closed or semienclosed single buildings 8 and a material crushing production line, the material crushing production line
Including 1, three crusher of a feeder, a vibrating screen 5, three crushers be divided into the first crusher 2, the second crusher 3,
Third crusher 4 is placed with the multilayer dispenser of a perpendicular arrangement in each list building 8, and same each layer of dispenser has height
Drop, two dispensers are divided into the first dispenser 15 and the second dispenser 16, the first dispenser 15 be equipped with from top to bottom feeder 1,
First crusher 2, vibrating screen 5 are equipped with the second crusher 3, third crusher 4 on second dispenser 16 from top to bottom；Feeder 1
Pass through docking setting with the first crusher 2 and carries out material conveying, the first crusher 2 and the second crusher 3 using material gravity
Between by conveying mechanism 17 carry out material conveying, between the second crusher 3 and third crusher 4 docking be arranged and utilize material
Gravity carries out material conveying, carries out material conveying by conveying mechanism 17 between third crusher 4 and vibrating screen 5, and described the
One crusher 2 is jaw crusher or gyratory crusher or one of oppositely rolling roller crusher or impact crusher, and second is broken
Broken machine 3 and third crusher 4 are gyratory crusher or one of impact breaker or hammer mill.
Conveying mechanism 17 divides for upper and lower level conveyer belt or lower upper layer conveyer belt: upper and lower level is used for conveyer belt in upper materials equipment
Material is transported to lower layer's material equipment, including a downlink conveyer belt or a plurality of downlink conveyer belt combine to be formed, downlink conveying
Band is of a straight line type and conveying direction conveys diagonally downward from upper, and tilt angle cannot be greater than 18 degree, when defeated between material equipment
When sending drop larger, due to the limitation of angled conveyor, upper and lower level conveyer belt need to be combined by least two downlink conveyer belts and be formed, respectively
Downlink conveyer belt successively conveys from top to bottom, and in adjacent two downlinks conveyer belt, the output end for the downlink conveyer belt being located above exists
The extension line of the top of the input terminal of underlying downlink conveyer belt, adjacent two downlinks conveyer belt intersects；
Lower upper layer is used for conveyer belt to be transported to upper materials equipment, including a uplink conveying for material in lower layer's material equipment
Band or a plurality of uplink conveyer belt combine to be formed, and uplink conveyer belt is of a straight line type and conveying direction tilts upward conveying from down, inclination
Angle cannot be greater than 18 degree, when the conveying drop between material equipment is larger, due to the limitation of angled conveyor, and lower upper layer conveying
Band need to be combined by least two uplink conveyer belts and be formed, and each uplink conveyer belt successively conveys from bottom to top, adjacent two uplinks conveying
In band, the top of input terminal of the output end of underlying uplink conveyer belt in the uplink conveyer belt being located above, adjacent two
The extension line of uplink conveyer belt intersects.Between above-mentioned first crusher 2 and the second crusher 3, third crusher 4 and vibrating screen 5
Between be all made of lower upper layer conveyer belt.
Single building 8 is the active splicing structure of combined modularization or loose mail Fast Installation detaching structure or Mongolian pack arrangement.Peace
Putting frame includes for placing the cross-brace frame 7 of material crusher or feeder 1 or vibrating screen 5 and being used to support the laterally branch
The vertical supporting frame 6 of support 7；The vertical supporting frame 6 and cross-brace frame 7 are Fast Installation detaching structure.As shown in figure 3,
Single building 8 is the active splicing structure of combined modularization, including top plate 27, bottom plate 26 and side plate 25, the top plate 27,26 and of bottom plate
Side plate 25 is fixed by bolt and the vertical supporting frame 6 and 7 phase of cross-brace frame.The top plate 27, bottom plate 26 and side plate 25
Using sheet metal, and it is provided with sealing strip between each other.
As shown in figure 4, single building 8 is Mongolian pack arrangement, including mounting rack 30 and it is sequentially arranged at the installation from the inside to the outside
Felt packet 28, outer cover 29 on frame 30, the mounting rack 30 include the Hana vertically laid and the Ao Ni being erected on the Hana.
As shown in figure 5, impact breaker includes 9 assembly of rack, 10 assembly of rotor and driving mechanism, 9 assembly of rack
Including rack 9 and the feed inlet being arranged in rack 9, discharge port and multiple counterpunch boards 13, multiple counterpunch boards 13 combine shape
At crusher chamber, 10 assembly of rotor is arranged in crusher chamber, and counterpunch board 13 is detachably secured in rack 9；10 assembly of rotor includes
Rotor 10, shaft 12, bar 11 and backer 14, rotor 10 is cylindrical, and rotor 10 is concentrically mounted in shaft 12, shaft 12
Both ends are rotatably arranged in rack 9 by bearing and bearing block, and driving mechanism is motor, and motor connects shaft by belt sheave
12 one end, the other end of shaft 12 are equipped with the flywheel of balance；Bar 11 is in a plate, 11 extending direction of bar and rotor 10
Unanimously, bar 11 is set corresponds there are two and with backrest, offers and the one-to-one indent of bar 11 on 10 periphery of rotor
The cross section of locating slot, locating slot is U-shaped, clamping slot depth very little, and 11 bottom of bar is arranged in locating slot, and locating slot is only used
In the positioning of bar 11；Backrest and 11 equal length of bar are slightly less than 11 length of bar, are lower than or are flush to plate at the top of backrest
The top of hammer 11, the bottom surface of backrest are bonded with 10 periphery of rotor, and backrest can be detachably secured to by multiple threaded fasteners
On 10 periphery of rotor, backrest can also be integrally formed with rotor 10；The one side of rotor 10, which is resisted against, to be corresponded to by back and passes through
Fixed device and backrest are connected, and the another side of bar 11 is the striking face for hitting material, the direction and rotor of striking face
Rotation direction when 10 work is consistent.
Fixed device and the one-to-one correspondence of bar 11, fixed device are multiple bolts, and bolt one end is passed through by behind and bar
11 are threadedly coupled, and the other end is resisted against by back, and multiple bolts are successively equidistant along 10 axial line extending direction of rotor and are in one
Arranged in a straight line, Bolt dismantling is convenient, and connection is reliable, and to prevent bolt looseness, elastic washer, stop washer etc. can be set.
The striking face of two bars 11 can be in the same plane, which is the first plane, and two bars 11 are located at first
The same side of plane, to balance 10 assembly of rotor, the axial line of rotor 10 is located in the first plane；
The striking face of two bars 11 can also be arranged in parallel, and among two striking faces and be parallel to the faces of two striking faces and be
Opposite second plane of second plane, i.e. two bars 11 is equidistant, and to balance 10 assembly of rotor, the axial line of rotor 10 is located at the
In two planes, bar 11 be can be set in the second plane, can also be with the second interplanar every setting.
A kind of crushing process of the broken integrated system of multitower lappet formula building blocks high building, which is characterized in that including following step
It is rapid:
Step 1: assembling each dispenser at the construction field (site), and multiple material equipment are transported to respectively by lifting device
Each layer of dispenser；
Step 2: setting up the single building 8 being made of top plate 27, bottom plate 26 and side plate 25 or Mongolia on the basis of dispenser
Packet；
Step 3: carrying out feeding to the first crusher 2 by feeder 1, the first crusher 2 carries out a broken operation, and one is broken
Material is delivered to the second crusher 3 and carries out two broken operations after the completion, two it is broken after the completion of material be delivered to third crusher 4 and carry out three
Broken operation；
Step 4: material is delivered to vibrating screen 5 and carries out screening storage after multiple stage crushing.
It should be understood that in claims, specification of the utility model, all " including ... " should be understood as out
The meaning of formula is put, that is, its meaning is equal to " at least containing ... ", but should not be understood as enclosed meaning, i.e. its meaning
It should not be construed " only including ... ".
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Claims (10)
1. a kind of multitower lappet formula building blocks high building is crushed integrated system, including a material crushing production line, the broken life of the material
Producing line includes multiple material equipment, and material equipment is feeder or one of crusher or vibrating screen, which is characterized in that described
Broken integrated system further include at least two closed or semienclosed single buildings, each Dan Louli is correspondingly arranged a vertical cloth
The dispenser set, each dispenser have high and low fall at least provided with two layers between each layer of same dispenser；
Each layer of dispenser is placed with above-mentioned crusher or vibrating screen or feeder according to material feeding crushing and screening sequence arrangement, feeds
Material machine is provided only with one and is located at the starting point of material crushing production line, on same dispenser and has from top to bottom straight
It connects and carries out material conveying using gravity between two material equipment of material conveying relationship, set up separately on two dispensers and have direct
Material conveys and carries out material conveying by conveying mechanism between two material equipment of relationship, and conveying mechanism is divided into upper and lower level conveyer belt
With lower upper layer conveyer belt；
The active splicing structure of Dan Louwei combined modularization or loose mail Fast Installation detaching structure or Mongolian pack arrangement.
2. a kind of multitower lappet formula building blocks high building according to claim 1 is crushed integrated system, which is characterized in that described
Dispenser includes for placing the cross-brace frame of crusher or feeder or vibrating screen and being used to support the cross-brace frame
Vertical supporting frame；The vertical supporting frame and cross-brace frame are Fast Installation detaching structure.
3. a kind of multitower lappet formula building blocks high building according to claim 2 is crushed integrated system, which is characterized in that the list
Building is the active splicing structure of combined modularization, including top plate and bottom plate and side plate, the top plate and bottom plate and side plate pass through bolt
It is mutually fixed with the vertical supporting frame and cross-brace frame.
4. a kind of multitower lappet formula building blocks high building according to claim 2 is crushed integrated system, which is characterized in that the list
Building is Mongolian pack arrangement, felt packet, the outer cover being sequentially arranged on the mounting rack including mounting rack and from the inside to the outside, the installation
Frame includes the Hana vertically laid and the Ao Ni that is erected on the Hana.
5. a kind of multitower lappet formula building blocks high building according to claim 3 or 4 is crushed integrated system, which is characterized in that institute
It states vibrating screen to be provided only with one and be located at the end of above-mentioned material crushing production line, which is connected with for conveying qualified object
The material transfer equipment of material.
6. a kind of multitower lappet formula building blocks high building according to claim 5 is crushed integrated system, which is characterized in that be located at same
Each material equipment on one dispenser is arranged successively from top to bottom by material feeding crushing and screening sequence.
7. a kind of multitower lappet formula building blocks high building according to claim 6 is crushed integrated system, which is characterized in that on described
Material is transported to lower layer's material equipment for upper materials equipment by conveying belt of lower floor, it is conveyed including one or more downlink
Band, downlink conveyer belt is of a straight line type and conveying direction conveys diagonally downward from upper, and upper and lower level conveyer belt is by a plurality of downlink conveyer belt
When combination, a plurality of downlink conveying is from top to bottom successively connected by sequence of batching products, in two downlink conveyer belts of arbitrary neighborhood, top
The top of the input terminal of the underlying downlink conveyer belt of the output end of downlink conveyer belt；
The lower upper layer is used for conveyer belt to be transported to upper materials equipment for material in lower layer's material equipment, it includes one or more
Uplink conveyer belt group, uplink conveyer belt is of a straight line type and conveying direction tilts upward conveying from down, and lower upper layer conveyer belt is by a plurality of
When uplink conveyer belt combines, a plurality of uplink conveying is successively connected from the bottom to top by sequence of batching products, the two uplinks conveying of arbitrary neighborhood
In band, the top of the input terminal for the uplink conveyer belt that the output end of the uplink conveyer belt of lower section is located above.
8. a kind of multitower lappet formula building blocks high building according to claim 7 is crushed integrated system, which is characterized in that described
Material crushing production line includes a feeder, three crushers, a vibrating screen, there are two above-mentioned dispenser is set, is divided into the
One dispenser and the second dispenser, three crushers are divided into the first crusher, the second crusher, third crusher, and first places
Lappet has a feeder, the first crusher, vibrating screen to frame from top to bottom, on the second dispenser from top to bottom lappet have it is second broken
Machine, third crusher, feeder and the first crusher carry out material conveying by docking setting and using material gravity, and first is broken
Material conveying is carried out by lower upper layer conveyer belt between broken machine and the second crusher, it is right between the second crusher and third crusher
It connects setting and carries out material conveying using material gravity, object is carried out by lower upper layer conveyer belt between third crusher and vibrating screen
Material conveying, first crusher are in jaw crusher or gyratory crusher or oppositely rolling roller crusher or impact crusher
One kind, the second crusher and third crusher are gyratory crusher or one of impact breaker or hammer mill.
9. a kind of multitower lappet formula building blocks high building according to claim 8 is crushed integrated system, which is characterized in that described
Impact breaker includes rack and rotor assembly, and rack is equipped with crusher chamber, and rotor assembly is located in crusher chamber, rotor assembly
Including rotor, the bar and backrest that are arranged on rotor, bar is set to be corresponded there are two and with backrest, and backrest, which is fixed on, to be turned
It offers on sub- periphery, on rotor outer periphery and is arranged in locating slot with the one-to-one indent locating slot of bar, bar bottom, plate
The one side of hammer be resisted against it is corresponding be connected by back and by a fixed device and backrest, the another side of bar is for hitting
The direction of the striking face of material, striking face is consistent with rotation direction when working rotor, and the fixation device and bar are one by one
Corresponding, if the fixation device is bolt stem, bolt one end, which is passed through, to be threadedly coupled by behind with bar.
10. a kind of multitower lappet formula building blocks high building according to claim 9 is crushed integrated system, which is characterized in that described
Backrest be an integral structure with rotor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821336559.1U CN208944321U (en) | 2018-08-19 | 2018-08-19 | A kind of broken integrated system of multitower lappet formula building blocks high building |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821336559.1U CN208944321U (en) | 2018-08-19 | 2018-08-19 | A kind of broken integrated system of multitower lappet formula building blocks high building |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208944321U true CN208944321U (en) | 2019-06-07 |
Family
ID=66734016
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821336559.1U Expired - Fee Related CN208944321U (en) | 2018-08-19 | 2018-08-19 | A kind of broken integrated system of multitower lappet formula building blocks high building |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208944321U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020038306A1 (en) * | 2018-08-19 | 2020-02-27 | 浙江晟达机械有限公司 | Multi-tower vertical arrangement type integrated building-block turret crushing system and crushing process therefor |
-
2018
- 2018-08-19 CN CN201821336559.1U patent/CN208944321U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020038306A1 (en) * | 2018-08-19 | 2020-02-27 | 浙江晟达机械有限公司 | Multi-tower vertical arrangement type integrated building-block turret crushing system and crushing process therefor |
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