CN209076866U - A kind of broken integrated system of multitower lappet formula vibrating screen - Google Patents
A kind of broken integrated system of multitower lappet formula vibrating screen Download PDFInfo
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- CN209076866U CN209076866U CN201821335912.4U CN201821335912U CN209076866U CN 209076866 U CN209076866 U CN 209076866U CN 201821335912 U CN201821335912 U CN 201821335912U CN 209076866 U CN209076866 U CN 209076866U
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- vibrating screen
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Abstract
The utility model provides a kind of broken integrated system of multitower lappet formula vibrating screen, belongs to crushing technology field.It solves the problems such as big existing crushing production line land occupation, low efficiency.The utility model includes the dispenser of a material crushing production line and at least two perpendicular layings, each dispenser is at least provided with two layers, there is high and low fall between each layer of dispenser, each layer of dispenser is placed with crusher or vibrating screen or feeder according to material feeding crushing and screening sequence arrangement, and vibrating screen is at least provided with two.The utility model has the advantage of centralized arrangement, save land occupation, sieving approach, crushing efficiency height.
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 vibrating screen.
Background technique
Material crushing operation is not that single machine is disposably completed but is crushed by multimachine multistage to complete, and in addition also to be matched
Cover the subsidiary engines such as feeder, conveyer and vibrating screen, it is general first first by feeder by feedstock transportation to level-one crusher, carry out the
After primary fragmentation, first bankruptcy product are delivered to by secondary breaker by conveyer and are crushed again, then the broken, level Four to three-level
Be crushed etc., vibrating screen is delivered to finally by conveyer and is sieved, and qualified finished product sorts out storage, and underproof product is logical
It crosses conveyer and is back to crusher and be crushed again, above-mentioned each equipment forms a crushing production line.Crushing production line is extensive
Applied to the field of building materials, mine resources exploit field.
The crushing production line of traditional technology is the netted crushing production line mode of expansion, divides multistage broken, two sections are crushed it
Between connected with 25-35 meter of straight belt, take up a large area, management inconvenience；Simultaneously to dirts such as " dust, sewage and noises "
Dye is difficult to eradicate；And " direct labor is within crushing production line ", it is difficult to eradicate " safety " hidden danger.
Existing crushing production line is divided into " fixed " and " movable type " two major classes:
The advantages of " fixed " is: 1, equipment installation is not limited by length and width high spatial, and crushing production line enlargement is unrestricted
System；2, building stones are fed from by being unfolded, very convenient；3, service clearance is sufficient；The disadvantage is that: once 1, crushing production line has been built
It achieves immovable；2, land occupation is big；3, soil is invaded turbid；
The advantages of " movable type ", is: 1, can move operation with strange land；2, soil is not invaded turbid；3, pacify again after moving
Dress, without putting into infrastructure cost again；The disadvantage is that: 1, equipment by the length and width high spatial of highway transportation condition limited, only
It is suitble to miniature, small-sized crushing production line；2, building stones conveying mechanism complexity cost is high；3, service clearance is narrow, makes to repair pole not side
Just.
And it is all outdoor production line mostly that existing crushing production line is general, when operation, can generate a large amount of dust and make an uproar
Sound, environmental pollution is very big, all very unfavorable to production and health；In addition the environment protection requirement of current National Mine enterprise is more next
Tighter, environmental protection orders to stop production not up to standard；Therefore, effective dust-proof, noise-reducing pollution control measure is very necessary.Then, mine is looked forward to
Industry takes effective dust suppression to crushing production line one after another to reduce environmental pollution, due to the broken production of this expansion
Line takes up a large area, and takes the unified mode to build a house, and engineering is huge, and undesirable, so, some barghs take to separate unit
The mode of equipment building so although effectively having administered dust and noise, for the management of equipment, produces
Raw inconvenience.
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 more vibrating screens are arranged, mention
The multitower lappet formula vibrating screen of high crushing efficiency is 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 vibrating screen, 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, and feeder is provided only with one
Starting point that is a and being located at the production line, which is characterized in that the broken integrated system further includes at least two perpendicular layings
Dispenser, each dispenser has high and low fall between each layer of dispenser at least provided with two layers；
Each layer of dispenser according to the sequence arrangement of material feeding crushing and screening be placed with above-mentioned crusher or vibrating screen or
Feeder, crusher, vibrating screen and feeder pass through conveying mechanism between each other or carry out material conveying using material gravity, defeated
Mechanism is sent to be divided into upper and lower level conveyer belt and lower upper layer conveyer belt；
For the vibrating screen at least provided with two, one of vibrating screen is located at the end of above-mentioned crushing production line, the vibration
Sieve discharge end is connected with one for exporting the material transfer equipment of qualified material, remaining vibrating screen is arranged in feeder and crusher
Between or be arranged between crusher and crusher.
A kind of above-mentioned multitower lappet formula vibrating screen be crushed integrated system in, the vibrating screen be all provided with there are two discharging
Mouthful.
Be crushed in integrated system in a kind of above-mentioned multitower lappet formula vibrating screen, wherein vibrating screen setting in feeder and
Between crusher, which connects the discharge port of feeder, and it is broken that two discharge ports of the vibrating screen are separately connected one
Broken machine, and there is successively broken sequence between two crushers.
Be crushed in integrated system in a kind of above-mentioned multitower lappet formula vibrating screen, wherein vibrating screen setting in crusher and
Between crusher, which connects the discharge port of a crusher, and the wherein discharge port connection of the vibrating screen is located at
A crusher after the broken crusher machine sequence, another discharge port are equipped with a material transfer equipment.
It is crushed in integrated system in a kind of above-mentioned multitower lappet formula vibrating screen,
The upper and lower level is used for conveyer belt to be transported to lower layer's material equipment for material in upper materials equipment, it include one or
A plurality of downlink conveyer belt, 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 more
When the combination of downlink conveyer belt, a plurality of downlink conveying is from top to bottom successively connected by sequence of batching products, and two downlinks of arbitrary neighborhood are defeated
It send in band, the top of the input terminal of the underlying downlink conveyer belt of the output end of the downlink conveyer belt of top；
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.
A kind of above-mentioned multitower lappet formula vibrating screen be crushed integrated system in, be located at same dispenser and have from up to
The adjacent two materials equipment interconnection of direct material conveying relationship is arranged and carries out material conveying using material gravity down.
It is crushed in integrated system in a kind of above-mentioned multitower lappet formula vibrating screen, the material equipment on same dispenser
It is arranged successively from top to bottom by feeding crushing and screening sequence.
It is crushed in integrated system in a kind of above-mentioned multitower lappet formula vibrating screen, the material crushing production line includes one
Feeder, two crushers, two vibrating screens, dispenser are divided into the first dispenser and the second dispenser, and two crushers are divided into
One crusher, the second crusher, two vibrosieves are the first vibrating screen, the second vibrating screen, are hung down from top to bottom on the first dispenser
Cloth feeder, the first crusher, the first vibrating screen, lappet has the second crusher, the second vibration from top to bottom on the second dispenser
Sieve, feeder by upper and lower level conveyer belt or dock setting and carry out material conveying using material gravity with the first crusher, the
One crusher docks setting with the first vibrating screen and carries out material conveying, a wherein discharging for the first vibrating screen using material gravity
Mouthful the second crusher of band connection is conveyed by lower upper layer, another discharge port connects a material output equipment, the second crusher and the
Docking is arranged and material gravity is utilized to carry out material conveying between two vibrating screens.
It is crushed in integrated system in a kind of above-mentioned multitower lappet formula vibrating screen, the material crushing production line includes one
A feeder, three crushers, two vibrating screens there are two above-mentioned dispenser is set, are divided into the first dispenser and the second dispenser,
Three crushers are divided into the first crusher, the second crusher, third crusher, and two vibrosieves are the first vibrating screen, second
Vibrating screen, the first vibrating screen, the second vibrating screen are equipped with two discharge ports:
If lappet has feeder, the first crusher, the second crusher from top to bottom on the first dispenser, on the second dispenser
Lappet has the first vibrating screen, third crusher, the second vibrating screen from top to bottom, and feeder and the first crusher are defeated by upper and lower level
It send band or docking setting and carries out material conveying using gravity, the first crushing plant and the docking of the second crusher are arranged and utilize object
Expect that gravity carries out material conveying, the second crusher and the first vibrating screen and carries out material conveying by lower upper materials conveyer belt, the
A wherein discharge port for one vibrating screen connects a material transfer equipment, and another discharge port is docked with third crusher to be arranged and utilize
Gravity carries out material conveying, and third crusher and the second vibrating screen dock and carry out material conveying using material gravity；
If lappet has feeder, the first crusher, third crusher, the second vibrating screen from top to bottom on the first dispenser,
Lappet has the second crusher, the first vibrating screen from top to bottom on second dispenser, and feeder and the first crusher pass through upper and lower level
Conveyer belt or docking setting carry out material conveying, the first crusher and the second crusher using material gravity and are conveyed by upper and lower level
Band carry out material conveying, the second crusher and the first vibrating screen docking be arranged and using material gravity progress material conveying, first
A wherein discharge port for vibrating screen connects a material transfer equipment, and another discharge port conveys band connection third by lower upper layer and is crushed
Machine, third crusher dock setting with the second vibrating screen and carry out material conveying using gravity；
If lappet has feeder, the first crusher, the second crusher, third crusher from top to bottom on the first dispenser,
Lappet has the first vibrating screen, the second vibrating screen from top to bottom on second dispenser, and feeder and the first crusher pass through upper and lower level
Conveyer belt or docking setting simultaneously carry out material conveying using gravity, and the first crusher is docked with the second crusher to be arranged and utilize weight
Power carries out material conveying, the second crusher and the first vibrating screen and carries out material conveying, the first vibrating screen by lower upper layer conveyer belt
A wherein discharge port connect a material output equipment, another discharge port is by upper and lower level conveying band connection third crusher, the
Material conveying is carried out by lower upper layer conveyer belt between three crushers and the second vibrating screen.
It is crushed in integrated system in a kind of above-mentioned multitower lappet formula vibrating screen:
If the adjacent two materials equipment of upper and lower level for being located at same dispenser is crusher and has from top to bottom direct
Material conveys relationship, and two crushers are in jaw crusher or gyratory crusher or oppositely rolling roller crusher or impact crusher
One kind, the discharge port of upper layer crusher dock setting with the feed inlet straight line of lower layer's crusher；
If the adjacent two materials equipment of upper and lower level for being located at same dispenser is crusher and has from top to bottom direct
Building stones convey relationship, two crushers be one of impact breaker or hammer mill, the discharge port of upper layer crusher with
The oblique docking setting of the feed inlet of lower layer's crusher；
If the adjacent two materials equipment of upper and lower level for being located at same dispenser is crusher and has from top to bottom direct
Building stones convey relationship, and upper layer crusher is in jaw crusher or gyratory crusher or oppositely rolling roller crusher or impact crusher
One kind, lower layer's crusher is one of impact breaker or hammer mill, the discharge port of upper layer crusher and lower layer
The oblique docking setting of the feed inlet of crusher；
If the adjacent two materials equipment of upper and lower level for being located at same dispenser is crusher and has from top to bottom direct
Building stones convey relationship, and upper layer crusher is one of impact breaker or hammer mill, and lower layer's crusher is broken for jaw
Broken machine or gyratory crusher or one of oppositely rolling roller crusher or impact crusher, the discharge port of upper layer crusher and lower layer
The feed inlet straight line of crusher docks setting.
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 high buildings
On.
The significant structure feature of the utility model is: the material equipment at least two dispensers and each dispenser is perpendicular
Shape is arranged, vibrating screen is equipped at least two.
The core technology of the utility model is: having overturned the netted crushing production line of traditional expansion and has fallen behind mode, micro-
Type, it is small, in, large-scale and all crushing production lines such as super-huge, innovative design is at having the multitower mode for being suitble to height.
The utility model has the advantage of by all material equipment concentrated settings, basis is established for environmental protection measure；It will collection
In the equipment globality integration got up, greatly simplifie the process flow of crushing production line, protect and saved valuable
Land resource significantly saves land occupation, convenient working and facilitates management, can save energy；Vibrating screen be equipped with it is multiple, broken
Screening in time in the process reduces and repeats to be crushed, improves crushing efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model embodiment 1；
Fig. 2 is the structural schematic diagram of the utility model embodiment 2；
Fig. 3 is the structural schematic diagram of the utility model embodiment 3；
Fig. 4 is the structural schematic diagram of the utility model embodiment 4；
Fig. 5 is the structural schematic diagram of the utility model embodiment 5；
Fig. 6 is the structural schematic diagram of upper and lower level conveyer belt；
Fig. 7 is the structural schematic diagram of lower upper layer conveyer belt.
In figure, 1, feeder；2, the first dispenser；3, the second dispenser；4, the first crusher；5, the second crusher；6,
Third crusher；7, the first vibrating screen；8, the second vibrating screen；9, uplink conveyer belt；10, downlink conveyer belt；11, material output is set
It is standby.
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.In addition, the various embodiments of the present invention described below
Involved in technical characteristic can be combined with each other as long as they do not conflict with each other.
Crusher, vibrating screen and feeder 1 are free by conveying mechanism or material between each other in each embodiment below
Falling bodies carry out material conveying.Conveying mechanism is divided into upper and lower level conveyer belt and lower upper layer conveyer belt:
As shown in fig. 6, upper and lower level is used for conveyer belt to be transported to lower layer's material equipment, including one for material in upper materials equipment
Downlink conveyer belt 10 or the combination of a plurality of downlink conveyer belt 10 are formed, and downlink conveyer belt 10 is of a straight line type and conveying direction is from updip
It conveys obliquely, tilt angle cannot be greater than 18 degree, when the conveying drop between material equipment is larger, due to angled conveyor
Limitation, upper and lower level conveyer belt need to be formed by the combination of at least two downlink conveyer belts 10, and each downlink conveyer belt 10 is from top to bottom successively
It conveys, in adjacent two downlinks conveyer belt 10, the output end for the downlink conveyer belt 10 being located above is conveyed in underlying downlink
The extension line projection of top with 10 input terminal, adjacent two downlinks conveyer belt 10 intersects；
As described in Figure 7, lower upper layer is used for conveyer belt is transported to upper materials equipment, including one for material in lower layer's material equipment
Uplink conveyer belt 9 or the combination of a plurality of uplink conveyer belt 9 are formed, and uplink conveyer belt 9 is of a straight line type and conveying direction is from lower inclination
It is delivered up, tilt angle cannot be greater than 18 degree, when the conveying drop between material equipment is larger, due to the limit of angled conveyor
System, lower upper layer conveyer belt need to be formed by least two combinations of uplink conveyer belt 9, and each uplink conveyer belt 9 successively conveys from bottom to top,
In adjacent two uplinks conveyer belt 9, the output end of underlying uplink conveyer belt 9 is in the uplink conveyer belt 9 being located above
The extension line projection of the top of input terminal, adjacent two uplinks conveyer belt 9 intersects.
Embodiment 1
As shown in Figure 1, a kind of multitower lappet formula vibrating screen is crushed integrated system, including a material crushing production line and two
A dispenser, material crushing production line include 1, two crusher of a feeder, two vibrating screens, and dispenser is at least provided with two
Layer, there is high and low fall, dispenser is divided into the first dispenser 2 and the second dispenser 3, and it is broken that two crushers are divided into first between each layer
Broken machine 4, the second crusher 5, two vibrosieves are the first vibrating screen 7, the second vibrating screen 8, are hung down from top to bottom on the first dispenser 2
Cloth feeder 1, the first crusher 4, the first vibrating screen 7, lappet has the second crusher 5, second from top to bottom on the second dispenser 3
The feed inlet of vibrating screen 8, the discharge port of feeder 1 and the first crusher 4 docks up and down, and material falls to the by freely falling body
In the feed inlet of one crusher 4, the bottom discharge port of the first crusher 4 is docked up and down with the feed end of the first vibrating screen 7, material
Freely falling body is fallen on the first vibrating screen 7, and the first vibrating screen 7 is equipped with two discharge ports, wherein a discharge port is defeated by lower upper layer
The second crusher of band connection 5 is sent, lower upper layer conveyer belt includes three uplink conveyer belts 9, and another discharge port of the first vibrating screen 7 connects
It connects a material output equipment 11 and is located at the discharging of the second vibrating screen 8 for conveying qualified material, the bottom discharge port of the second crusher 5
Upper end is held, material is fallen on the second vibrating screen 8 by freely falling body, and wherein one material of discharge port connection is defeated for the second vibrating screen 8
Equipment is sent, for conveying qualified material, another discharge port conveys unqualified material.
Embodiment 2
As shown in Fig. 2, a kind of multitower lappet formula vibrating screen is crushed integrated system, including a material crushing production line and two
A dispenser, material crushing production line include 1, three crusher of a feeder, two vibrating screens, and dispenser is at least provided with two
Layer, has high and low fall between each layer, and two dispensers are divided into the first dispenser 2 and the second dispenser 3, and three crushers are divided into the
One crusher 4, the second crusher 5, third crusher 6, two vibrosieves are the first vibrating screen 7, the second vibrating screen 8, first
Vibrating screen 7, the second vibrating screen 8 are equipped with two discharge ports: lappet has feeder 1, first broken from top to bottom on the first dispenser 2
Machine 4, the second crusher 5, lappet has the first vibrating screen 7, third crusher 6, the second vibrating screen from top to bottom on the second dispenser 3
8, the feed inlet docking up and down of the discharge port of feeder 1 and the first crusher 4, material falls to first by freely falling body and is crushed
In the feed inlet of machine 4, the feed inlet of the discharge port of the first crusher 4 and the second crusher 5 docks up and down, and material is fallen by own
Body is fallen into the second crusher 5, and the second crusher 5 and the first vibrating screen 7 carry out material conveying by lower upper materials conveyer belt,
The lower upper layer conveyer belt includes five uplink conveyer belts 9, and a wherein discharge port for the first vibrating screen 7 connects material conveying and sets
It is standby, for conveying qualified material, another discharge port of the first vibrating screen 7 docked with third crusher 6 be arranged and using gravity into
The conveying of row material, the bottom discharge port of third crusher 6 are located at 8 discharge end of the second vibrating screen and dock up and down, and material passes through freedom
Falling bodies are fallen on the second vibrating screen 8, and wherein a discharge port connects a material transfer equipment to the second vibrating screen 8, for conveying qualification
Material, another discharge port convey unqualified material.
Embodiment 3
A kind of broken integrated system of multitower lappet formula vibrating screen, including a material crushing production line and two dispensers,
Material crushing production line include 1, three crusher of a feeder, two vibrating screens, dispenser at least provided with two layers, each layer it
Between there is high and low fall, two dispensers are divided into the first dispenser 2 and the second dispenser 3, and three crushers are divided into the first crusher
4, the second crusher 5, third crusher 6, two vibrosieves are the first vibrating screen 7, the second vibrating screen 8, the first vibrating screen 7,
Second vibrating screen 8 is equipped with two discharge ports: lappet has feeder 1, the first crusher 4, third from top to bottom on the first dispenser 2
Crusher 6, the second vibrating screen 8, lappet has the second crusher 5, the first vibrating screen 7, feeder from top to bottom on the second dispenser 3
The feed inlet of 1 discharge port and the first crusher 4 up and down dock, material by freely falling body fall to the first crusher 4 into
In material mouth, the first crusher 4 and the second crusher 5 pass through the progress material conveying of upper and lower level conveyer belt, the upper and lower level conveyer belt packet
A downlink conveyer belt 10 is included, the second crusher 5 and the docking of the first about 7 vibrating screen, material fall on first under the effect of gravity
On vibrating screen 7, a wherein discharge port for the first vibrating screen 7 connects a material transfer equipment, for conveying qualified material, the first vibration
Another discharge port of dynamic sieve 7 is connected with third crusher 6 by lower upper layer conveyer belt, which includes three uplinks
Conveyer belt 9, the bottom discharge port of third crusher 6 are located at 8 discharge end of the second vibrating screen and dock up and down, and material passes through freely falling body
It falls on the second vibrating screen 8, wherein a discharge port connects a material transfer equipment to the second vibrating screen 8, for conveying qualified object
Material, another discharge port convey unqualified material.
Embodiment 4
A kind of broken integrated system of multitower lappet formula vibrating screen, including a material crushing production line and two dispensers,
Material crushing production line include 1, three crusher of a feeder, two vibrating screens, dispenser at least provided with two layers, each layer it
Between there is high and low fall, two dispensers are divided into the first dispenser 2 and the second dispenser 3, and three crushers are divided into the first crusher
4, the second crusher 5, third crusher 6, two vibrosieves are the first vibrating screen 7, the second vibrating screen 8, the first vibrating screen 7,
Second vibrating screen 8 is equipped with two discharge ports: lappet has feeder 1, the first crusher 4, second from top to bottom on the first dispenser 2
Crusher 5, third crusher 6, lappet has the first vibrating screen 7, the second vibrating screen 8, feeder from top to bottom on the second dispenser 3
The feed inlet of 1 discharge port and the first crusher 4 up and down dock, material by freely falling body fall to the first crusher 4 into
In material mouth, the feed inlet of the discharge port of the first crusher 4 and the second crusher 5 docks up and down, and material is fallen by freely falling body
In second crusher 5, the second crusher 5 is connected with the first vibrating screen 7 by lower upper layer conveyer belt, the lower upper layer conveyer belt packet
Three uplink conveyer belts 9 are included, a wherein discharge port for the first vibrating screen 7 connects a material transfer equipment, for conveying qualified object
Material, another discharge port convey band connection third crusher 6 by upper and lower level, which includes a downlink conveyer belt
10, third crusher 6 conveys above-mentioned second vibrating screen 8 of band connection by lower upper layer, which includes a uplink
Conveyer belt 9, wherein a discharge port connects a material transfer equipment to the second vibrating screen 8, for conveying qualified material, another discharge port
Convey unqualified material.
Embodiment 5
A kind of broken integrated system of multitower lappet formula vibrating screen, including a material crushing production line and two dispensers,
Material crushing production line include 1, two crusher of a feeder, two vibrating screens, dispenser at least provided with two layers, each layer it
Between there is high and low fall, two dispensers are divided into the first dispenser 2 and the second dispenser 3, and three crushers are divided into the first crusher
4, the second crusher 5, two vibrosieves are the first vibrating screen 7, the second vibrating screen 8, and the first vibrating screen 7, the second vibrating screen 8 are
Equipped with two discharge ports: lappet has feeder 1, the first vibrating screen 7, the first crusher 4, the second peace to the first dispenser 2 from top to bottom
Put on frame 3 that lappet has the second crusher 5, the second vibrating screen 8 from top to bottom, the discharge port of feeder 1 is located at the first vibrating screen 7
Top, material are fallen on the first vibrating screen 7 by freely falling body, and the first vibrating screen 7 wherein passes through a uplink conveyer belt 9
Connection second is broken, and another discharge port is docked with the first crusher 4, and the material after being sieved by the first vibrating screen 7 conveys respectively
It is crushed to the first crusher 4 and the second crusher 5, the material particles broken into first are greater than and enter the second crusher 5
Material particles, the discharge port of the second crusher 5 is located at the top of the feed end of the second vibrating screen 8, the second vibrating screen 8 wherein one
Discharge port connects a material transfer equipment, and for conveying qualified material, another discharge port conveys unqualified material.
Crusher in each of the above embodiment all can be jaw crusher, kibbler roll, cone crusher, anti-
One of impact crusher, hammer mill, impact crusher or other crushers:
If the adjacent two materials equipment of upper and lower level for being located at same dispenser is crusher and has from top to bottom direct
Building stones convey relationship, and two crushers are in jaw crusher or gyratory crusher or oppositely rolling roller crusher or impact crusher
One kind, the discharge port of upper layer crusher dock setting with the feed inlet straight line of lower layer's crusher；
If being located at the adjacent two materials equipment of same dispenser upper and lower level to be crusher and there is direct stone from top to bottom
Expect conveying relationship, two crushers are one of impact breaker or hammer mill, and the discharge port of upper layer crusher is under
The oblique docking setting of the feed inlet of layer crusher；
If being located at the adjacent two materials equipment of same dispenser upper and lower level to be crusher and there is direct stone from top to bottom
Expect conveying relationship, upper layer crusher is in jaw crusher or gyratory crusher or oppositely rolling roller crusher or impact crusher
One kind, lower layer's crusher are one of impact breaker or hammer mill, and the discharge port of upper layer crusher and lower layer are broken
The oblique docking setting of the feed inlet of broken machine；
If being located at the adjacent two materials equipment of same dispenser upper and lower level to be crusher and there is direct stone from top to bottom
Expect conveying relationship, upper layer crusher is one of impact breaker or hammer mill, and lower layer's crusher is jaw crushing
Machine or gyratory crusher or one of oppositely rolling roller crusher or impact crusher, the discharge port of upper layer crusher and lower layer are broken
The feed inlet straight line of broken machine docks setting.
Dispenser includes for placing the cross-brace frame of material equipment and being used to support the vertical of the cross-brace frame
Support frame；The vertical supporting frame and cross-brace frame are Fast Installation detaching structure.
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 vibrating screen is crushed integrated system, including a material crushing production line, the broken production of the material
Line includes multiple material equipment, and material equipment is feeder or one of crusher or vibrating screen, and feeder is provided only with one
And it is located at the starting point of the production line, which is characterized in that the broken integrated system further includes at least two perpendicular layings
Dispenser, each dispenser have high and low fall between each layer of dispenser at least provided with two layers；
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, crusher, vibrating screen and feeder pass through conveying mechanism between each other or carry out material conveying, conveyer using material gravity
Structure is divided into upper and lower level conveyer belt and lower upper layer conveyer belt；
For the vibrating screen at least provided with two, one of vibrating screen is located at the end of above-mentioned crushing production line, which sifts out
Material end is connected with one for exporting the material transfer equipment of qualified material, remaining vibrating screen is arranged between feeder and crusher
Or it is arranged between crusher and crusher.
2. a kind of multitower lappet formula vibrating screen according to claim 1 is crushed integrated system, which is characterized in that the vibration
Dynamic sieve is all provided with there are two discharge port.
3. a kind of multitower lappet formula vibrating screen according to claim 2 is crushed integrated system, which is characterized in that a wherein vibration
Dynamic sieve is arranged between feeder and crusher, the discharge port of vibrating screen feed end connection feeder, and two of the vibrating screen
Discharge port is separately connected a crusher, and has successively broken sequence between two crushers.
4. a kind of multitower lappet formula vibrating screen according to claim 2 or 3 is crushed integrated system, which is characterized in that wherein
One vibrating screen is arranged between crusher and crusher, which connects the discharge port of a crusher, the vibrating screen
A wherein discharge port connection be located at the broken crusher machine sequence after a crusher, another discharge port be equipped with a material conveying
Equipment.
5. a kind of multitower lappet formula vibrating screen according to claim 4 is crushed integrated system, which is characterized in that
The upper and lower level is used for conveyer belt to be transported to lower layer's material equipment for material in upper materials equipment, it includes one or more
Downlink conveyer belt, 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 under a plurality of
When row conveyer belt combines, a plurality of downlink conveying is from top to bottom successively connected by sequence of batching products, two downlink conveyer belts of arbitrary neighborhood
In, the top of the input terminal of the underlying downlink conveyer belt of the output end of the downlink conveyer belt of top；
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.
6. a kind of multitower lappet formula vibrating screen according to claim 4 is crushed integrated system, which is characterized in that be located at same
Dispenser and there is the adjacent two materials equipment interconnection of direct material conveying relationship from top to bottom to be arranged and utilize material gravity into
The conveying of row material.
7. a kind of multitower lappet formula vibrating screen according to claim 6 is crushed integrated system, which is characterized in that be located at same
Material equipment on dispenser is arranged successively from top to bottom by feeding crushing and screening sequence.
8. a kind of multitower lappet formula vibrating screen according to claim 7 is crushed integrated system, which is characterized in that the material
Crushing production line includes a feeder, two crushers, two vibrating screens, and dispenser is divided into the first dispenser and second and places
Frame, two crushers are divided into the first crusher, the second crusher, and two vibrosieves are the first vibrating screen, the second vibrating screen, the first peace
Put on frame lappet feeder, the first crusher, the first vibrating screen from top to bottom, lappet has second from top to bottom on the second dispenser
Crusher, the second vibrating screen, feeder by upper and lower level conveyer belt or dock setting and utilize material gravity with the first crusher
Material conveying is carried out, the first crusher docks setting with the first vibrating screen and carries out material conveying, the first vibration using material gravity
A wherein discharge port for dynamic sieve conveys the second crusher of band connection by lower upper layer, and another discharge port connects material output and sets
It is standby, setting is docked between the second crusher and the second vibrating screen and carries out material conveying using material gravity.
9. a kind of multitower lappet formula vibrating screen according to claim 7 is crushed integrated system, which is characterized in that the object
Expect that crushing production line includes a feeder, three crushers, two vibrating screens, above-mentioned dispenser is divided into first there are two setting
Dispenser and the second dispenser, three crushers are divided into the first crusher, the second crusher, third crusher, two vibrating screens
It is divided into the first vibrating screen, the second vibrating screen, the first vibrating screen, the second vibrating screen are equipped with two discharge ports:
If lappet has feeder, the first crusher, the second crusher from top to bottom on the first dispenser, from upper on the second dispenser
And it is sagging be furnished with the first vibrating screen, third crusher, the second vibrating screen, feeder and the first crusher pass through upper and lower level conveyer belt
Or docking is arranged and carries out material conveying using gravity, the first crushing plant and the docking of the second crusher are arranged and utilize material weight
Power carries out material conveying, the second crusher and the first vibrating screen and carries out material conveying, the first vibration by lower upper materials conveyer belt
A wherein discharge port for dynamic sieve connects a material transfer equipment, and another discharge port is docked with third crusher to be arranged and utilize gravity
Material conveying is carried out, third crusher and the second vibrating screen dock and carry out material conveying using material gravity；
If lappet has feeder, the first crusher, third crusher, the second vibrating screen from top to bottom on the first dispenser, second
Lappet has the second crusher, the first vibrating screen from top to bottom on dispenser, and feeder and the first crusher are conveyed by upper and lower level
Band or docking setting carry out material conveying, the first crusher and the second crusher using material gravity and are brought by upper and lower level conveying
The conveying of row material, the second crusher and the first vibrating screen docking setting simultaneously carry out material conveying, the first vibration using material gravity
A wherein discharge port for sieve connects a material transfer equipment, and another discharge port conveys band connection third crusher by lower upper layer,
Third crusher docks setting with the second vibrating screen and carries out material conveying using gravity；
If lappet has feeder, the first crusher, the second crusher, a third crusher from top to bottom on the first dispenser, second
Lappet has the first vibrating screen, the second vibrating screen from top to bottom on dispenser, and feeder and the first crusher are conveyed by upper and lower level
Band or docking be arranged and using gravity carry out material conveying, the first crusher docked with the second crusher setting and utilize gravity into
The conveying of row material, the second crusher and the first vibrating screen by the progress material conveying of lower upper layer conveyer belt, the first vibrating screen its
In a discharge port connect a material output equipment, another discharge port by upper and lower level convey band connection third crusher, third break
Material conveying is carried out by lower upper layer conveyer belt between broken machine and the second vibrating screen.
10. a kind of multitower lappet formula vibrating screen according to claim 9 is crushed integrated system, which is characterized in that
If the adjacent two materials equipment of upper and lower level for being located at same dispenser is crusher and has direct material from top to bottom
Conveying relationship, two crushers are one in jaw crusher or gyratory crusher or oppositely rolling roller crusher or impact crusher
Kind, the discharge port of upper layer crusher docks setting with the feed inlet straight line of lower layer's crusher；
If the adjacent two materials equipment of upper and lower level for being located at same dispenser is crusher and has direct building stones from top to bottom
Conveying relationship, two crushers are one of impact breaker or hammer mill, the discharge port of upper layer crusher and lower layer
The oblique docking setting of the feed inlet of crusher；
If the adjacent two materials equipment of upper and lower level for being located at same dispenser is crusher and has direct building stones from top to bottom
Conveying relationship, upper layer crusher are one in jaw crusher or gyratory crusher or oppositely rolling roller crusher or impact crusher
Kind, lower layer's crusher is one of impact breaker or hammer mill, and the discharge port of upper layer crusher and lower layer are broken
The oblique docking setting of the feed inlet of machine；
If the adjacent two materials equipment of upper and lower level for being located at same dispenser is crusher and has direct building stones from top to bottom
Conveying relationship, upper layer crusher are one of impact breaker or hammer mill, and lower layer's crusher is jaw crusher
Or gyratory crusher or one of oppositely rolling roller crusher or impact crusher, the discharge port of upper layer crusher and lower layer are crushed
The feed inlet straight line of machine docks setting.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020038329A1 (en) * | 2018-08-19 | 2020-02-27 | 吴卿 | Multi-tower vertical integrated crushing system based on vibrating screens |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2020038329A1 (en) * | 2018-08-19 | 2020-02-27 | 吴卿 | Multi-tower vertical integrated crushing system based on vibrating screens |
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