CN209222318U - A kind of composite type is crushed floating high building - Google Patents

Abstract

The utility model belongs to material and is crushed technology Based on Integrate System field, floating high building is crushed more particularly to a kind of composite type, integrated system and floating antidetonation base are crushed including compacting level land, high building, material, high building is erected on compacting level land by floating antidetonation base, and floating antidetonation base includes the block stone buffer layer being placed on compacting level land and the load-carrying members being uniformly erected on block stone buffer layer；High building includes high building frame and high building building enclosure；High building frame includes the lateral dispenser of 1 horizontal layout and 3 layers of vertical dispenser of 1 vertical runs；Lateral dispenser is placed with material feeding equipment, and 3 layers of vertical dispenser arranges be placed with first material crushing plant, second material crushing plant and material screening equipment from top to bottom.A kind of composite type disclosed by the utility model is crushed floating high building and concentrates more material equipment of placement, realizes that material equipment is at floating state, protects soil original state, also has good screening effect.

Description

A kind of composite type is crushed floating high building

Technical field

The utility model relates to a kind of composite types to be crushed floating high building.Belong to material and is crushed technology Based on Integrate System field.

Background technique

Crushing operation is not that single machine is disposably completed but is crushed by multimachine multistage to complete.In addition it also wants mating to feed Material machine, conveyer and screening machine (also referred to as vibrating screen) etc. subsidiary engine, by feeder by feedstock transportation to level-one material crusher, into After row first break, first bankruptcy product are delivered to by second level material crusher by conveyer and are crushed again, then arrives three-level Broken, level Four is broken etc., is delivered to screening machine finally by conveyer and is sieved, qualified finished product sorts out storage, does not conform to The product of lattice is instead crushed to material crusher again by conveyer, in cycles, thus one crushing production line of composition. Crushing production line is widely used in the field of building materials, and mine resources exploit field.

Crushing production line under traditional technology is the netted crushing production line mode of expansion, divides multistage broken, and two sections broken Between be connected with 25-35 meters of straight belt, land occupation is big, and management is inconvenient；It is dirty to the environmental protection such as " dust, sewage and noise " Dye is difficult to eradicate；Because after " direct labor is within crushing production line ", it is difficult to eradicate " safety " hidden danger.

In the prior art, crushing production line is divided into " fixed " and " movable type " two major classes:

The advantages of " fixed " is that the installation of 1, equipment is not limited by length and width high spatial, and crushing production line enlargement is unrestricted System；2, material is 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；

And 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 is limited by the length and width high spatial of highway transportation condition, it is only suitable Close miniature, small-sized crushing production line；2, material conveying mechanism complexity cost is high；3, service clearance is narrow, makes to repair extremely inconvenient.

And the crushing production line under the prior art is all mostly generally outdoor production line, and in crushing operation, crusher It sharply vibrates, a large amount of active force is generated to the support frame of support crusher and stress is concentrated, be normally supported frame uses the longevity It orders not long, also can invade turbid land resource, there are also producers to being that material is crushed the ground at scene and generates a certain amount of damage By cast in situ concrete foundation, support frame is embedded in reinforced concrete foundation and ground, but can also have the above problem.And Feeder is ancillary equipment indispensable in crushing production line, and feeder is sent into crusher at the beginning of production line, raw material Carry out crushing operation；The feeding face of feeder is usually to be made of grating, while feeding, it may have screening function is used for Soil on mineral aggregate is separated, because soil enters crushing production line, crushing effect is will affect, crusher is caused to block, And the quality of finished product material is influenced, existing to go mud feeder that grating is mostly used to form a feeding conveyor surface, grating is arranged in parallel, Spacing is identical, this structure be easy to cause mineral aggregate to be blocked in the gap of grating in conveying, can not advance or fall, and hinder Subsequent mineral aggregate advances, and the mineral aggregate of feeding conveyor surface is caused to accumulate, can not carry out feeding normally and efficiently.

In conclusion it is of the existing technology in order to solve the problems, such as, it needs to invent a kind of more materials of concentration placement at present Crushing plant, realizes that equipment for pulverizing material is at floating state, protects soil original state, realizes that material is tentatively sieved when feeding starts The composite type divided is crushed floating high building.Entire high building is practical, is applicable in and protects demanding material to be crushed field land resource Ground.

Utility model content

The utility model proposes a kind of concentrations to place more equipment for pulverizing material, realizes that equipment for pulverizing material is in floating shape State protects soil original state, and the composite type for realizing that material tentatively sieves when feeding starts is crushed floating high building.Entire high building is practical Property it is strong, be applicable in and protect demanding material to be crushed place land resource, solve the problems, such as of the existing technology.

In order to solve the above-mentioned technical problem, the technical solution of the utility model be with one be placed with equipment for pulverizing material, The dispenser and floating antidetonation base of material screening equipment and material transfer equipment, floating antidetonation base block stone buffer layer and load-bearing Structure realizes that whole crushing production line is floating on the ground, protects soil original state, does not invade turbid land resource, and material is crushed and sets Standby front end is provided with feeding screening machine, and feeding screening machine is connected by different feeding pipes with multiple equipment for pulverizing material.

A kind of composite type is crushed floating high building, and the material including compacting level land, high building, a crushing production line is broken integrated System and floating antidetonation base, the material are crushed integrated system and are mounted in the high building, and the high building passes through floating antidetonation Base is erected on compacting level land, and the floating antidetonation base includes the block stone buffer layer and uniform frame being placed on compacting level land The load-carrying members being located on described piece of stone buffer layer；

It includes equipment for pulverizing material, material screening equipment, material transfer equipment and material that the material, which is crushed integrated system, Feeding equipment, the material feeding equipment are feeding screening machine；

High building includes high building frame and high building building enclosure；The high building frame from left to right successively includes 1 horizontal cloth If lateral dispenser and 1 vertical runs 3 layers of vertical dispenser；

The transverse direction dispenser is placed with material feeding equipment, and the material feeding equipment is feeding screening machine；

3 layers of the vertical dispenser is arranged successively is placed with first material crushing plant from top to bottom, second material is crushed The discharge port of equipment and material screening equipment, the first material crushing plant is docked with the feed inlet of second material crushing plant Setting, the discharge port of the second material crushing plant dock setting, first material with the feed inlet straight line of material screening equipment Have between crushing plant and second material crushing plant, between second material crushing plant and material screening equipment high low Difference realizes that material conveys by material to be broken under the effect of gravity；The feeding screening machine by two lower upper layer conveyer belts with First material crushing plant is connected with second material crushing plant.The lower upper layer conveyer belt includes that combination is in the first of " X " type Conveyer belt and the second conveyer belt

The load-carrying members are concrete block or reinforced concrete block or sleeper or steel bar, the material of described piece of stone buffer layer For the admant of 20-500mm.

The load-carrying members are arranged with fine tuning structure, and the fine tuning structure is hydraulic jack.

The transverse direction dispenser and vertical dispenser include for placing equipment for pulverizing material, material feeding equipment, material Screening plant, material transfer equipment cross-brace frame and be used to support the vertical supporting frame of the cross-brace frame.

The feeding screening machine includes vibrating cabinet and the exciting device for driving the vibration cabinet to vibrate, described Vibration cabinet is hollow structure, and the upper surface of vibrating bin is feeding conveyor surface, and one end of feeding conveyor surface is feed end, corresponding The other end be discharge end, the feeding conveyor surface includes multiple conveyor surfaces, and multiple conveyor surfaces are continuously right along material travelling route It connects, is arranged successively from high to low, stepped, the conveyor surface is made of more gratings and has screening gap, grating Length direction is consistent with the direction of travel of material and the width of grating gradually becomes smaller along material direction of travel, the sieve of same conveyor surface The screening gap that item is formed becomes larger along material direction of travel.

Feeding screening machine is worked with the vibration principle of vibration excitor, during vibrating transportation, is attached on mineral aggregate Soil hit due to vibrating with feeding conveyor surface, so that the separation that falls off, is then screened out by the gap between grating again It goes, grating is designed to along the gradually smaller shape of mineral aggregate direction of travel width, it can be achieved that sieving gap along mineral aggregate direction of travel It becomes larger, so as to effectively prevent mineral aggregate to block, to prevent from sieving in discharge end, gap is excessive, and not being able to satisfy mud screening needs Ask, feeding conveyor surface resolved into multiple conveyor surfaces, multiple conveyor surfaces are continuously docked along mineral aggregate travelling route, from it is high to low successively Arrange stepped, become larger the screening gap of each conveyor surface along mineral aggregate direction of travel, and by drop and Vibration, can be such that mineral aggregate is flipped, to reach and remove mud screening effect well, and be avoided that mineral aggregate be blocked in grating it Between.

The longitudinal cross-section of the grating is up big and down small upside-down trapezoid, and the screening gap that grating is formed is in the vertical direction Change from small to big, the sieve positioned at the lower section of feeding conveyor surface is provided in the vibrating bin body, the sieve is multilayer, flat up and down Row is set in vibrating bin body, and the sieve pore of top layer's sieve is maximum, and reduces step by step from top to bottom, and the sieve pore of lowest level sieve is most It is small, it is provided with bottom plate in the vibrating bin body, is shaken positioned at the bottom of vibration cabinet for accepting the soil screened out through sieve Corresponding discharge port is provided on dynamic cabinet, and bottom plate is tilted to discharge port direction.Due to needing to bear biggish impact force, The grating of conveyor surface need to have certain thickness, therefore the small particle mineral aggregate and soil screened out is also easy hair in dropping process The cross section of grating, is designed to up big and down small upside-down trapezoid by raw blocking, can make to sieve gap on the falling direction of mineral aggregate Screening gap change from small to big, so that small particle mineral aggregate and soil be avoided to block in dropping process.Not due to feeder Mesh structure can be used, intensity is inadequate, unbearable excessive impact force, can only use the grating structure of steel rail type.However, if Gap setting between grating is too small, and sieving capacity is poor, and easily blocks, and the purpose of mud is not achieved；If the seam between grating Gap setting is excessive, and sieving capacity becomes strong, but the small mineral aggregate of a part of partial size also sieves away, waste of resource, Huo Zhexu One vibrating screen is separately set and carries out screening recycling small particle mineral aggregate again, and complicates crushing production line process.This reality It is with novel technical solution: itself operation is both completed by the vibration of vibration excitor using feeder and vibrating screen Sieve is set up directly in vibrating bin body by characteristic, and the gap between grating is suitably relaxed, and then sieve is recycled to carry out filter mud Soil, this addresses the problem above-mentioned technical problems, that is, have reached good and gone mud effect, in turn avoided the waste of mineral aggregate, and be not necessarily to Vibrating screen is separately set again.The mineral aggregate of different-grain diameter can stay in corresponding sieve, by the corresponding discharging of this grade of sieve Mouth discharge, and it is delivered to broken station accordingly, multiple stage crushing all is carried out simultaneously without all materials, to improve brokenly Broken efficiency, and reduce energy consumption.And due to soil lighter in weight, bottom plate is tilted to discharge port direction, is shaken convenient for soil Dynamic discharge.

The high building building enclosure is the active splicing structure of combined modularization, including top plate and bottom plate and side plate, the top Plate, bottom plate and side plate are connected by bolt with the vertical supporting frame and cross-brace frame.High building frame and high building go along with sb. to guard him knot Structure is (or being many loose mail Fast Installation detaching structures) got up by the active assembly of the multiple modular units of building block system, so that this is broken Production line can fast quick-detach at any time, this installation is gone into operation again after resettlement.

The material screening equipment discharge port rear end is connected with the material transfer equipment for conveying qualified material.

Opening one's minds for the utility model is: by the innovative design of floating antidetonation base, realizing that material is broken integrated System is (without in armored concrete deeply plant and soil) at floating state, and a kind of new vertical+horizontal layout mode, no It is limited by place length and width high spatial；It is suitble to large-scale, super-huge material to be crushed place.

The significant structure feature of the utility model is: the design of floating antidetonation base and feeding screening machine.

The core technology of the utility model is: during crushing production line all devices are all no longer fixed with reinforced concrete structure Soil in the following, but by the floating antidetonation base of one " material is crushed integrated system " bottom of design, allow whole broken production On the floating middle soil ground of line, soil original state is protected, does not invade turbid land resource, the process that side feeding is set of feeding screening machine In preliminary screening materials carrying, it is put into respectively in opposite equipment for pulverizing material according to the size of all materials, realize efficiency most Bigization, and the comprehensive hubbed mode of vertical+plane of innovative design realizes material quick crashing, and it is netted to have overturned traditional expansion Crushing production line falls behind mode.

The utility model has the characteristics that following and remarkable result:

The utility model relates to a kind of composite type be crushed floating high building by design one " material is crushed integrated system " The floating antidetonation base of bottom allows on the floating middle soil ground of whole crushing production line, protects soil original state, does not invade turbid soil money Source, floating antidetonation base are additionally provided with fine tuning structure, in the state that material is crushed integrated system out-of-flatness, realize leveling early period It transposes with the later period, the mode of preliminary screening and the docking of crushing plant feed inlet and outlet of feeding screening machine realizes that material is rapidly and efficiently broken Broken, innovative design realizes material quick crashing at the comprehensive hubbed mode of vertical+plane, and it is netted broken to have overturned traditional expansion Production line falls behind mode.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, before not making the creative labor property It puts, is also possible to obtain other drawings based on these drawings.

Fig. 1 is the structural schematic diagram that a kind of composite type of the utility model is crushed floating high building；

Fig. 2 is the structural schematic diagram (1) that a kind of composite type of the utility model is crushed feeding screening machine in floating high building；

Fig. 3 is the structural schematic diagram (2) that a kind of composite type of the utility model is crushed feeding screening machine in floating high building；

Fig. 4 is the sectional view that a kind of composite type of the utility model is crushed floating high building C-C；

Fig. 5 is the structural schematic diagram that a kind of composite type of the utility model is crushed high building building enclosure in floating high building；

Fig. 6 is the structural schematic diagram that a kind of composite type of the utility model is crushed lateral dispenser in floating high building；

Fig. 7 is the structural schematic diagram that a kind of composite type of the utility model is crushed vertical dispenser in floating high building；

Fig. 8 is the structural schematic diagram that a kind of composite type of the utility model is crushed lower upper layer conveyer belt in floating high building.

In figure: 1- feeding screening machine；2- first material crushing plant；3- block stone buffer layer；4- tamps level land；5- jacking dress It sets；6- material screening equipment；7- material transfer equipment；8- second material crushing plant；10- vertical supporting frame；11- cross-brace Frame；12- vibrates cabinet；13- feeding conveyor surface；14- discharge port；15- bottom plate；16- feed end；17- discharge end；18- first is defeated Send face；The second conveyor surface of 19-；20- third conveyor surface；21- grating；The first sieve of 22-；The second sieve of 23-；24- baffle；25- Load-carrying members；26- top plate；27- side plate；28- bottom plate；29- first conveyer belt；The second conveyer belt of 30-.

Specific embodiment

Specific embodiment of the present utility model is described further with reference to the accompanying drawing.It should be noted that The explanation of these embodiments is used to help to understand the utility model, but does not constitute the restriction to the utility model.This Outside, technical characteristic involved in the various embodiments of the present invention described below is as long as they do not conflict with each other It can be combined with each other.

A kind of composite type shown in referring to Fig.1 is crushed the structural schematic diagram of floating high building, and a kind of composite type is crushed floating tower Building, the material including compacting level land 4, high building, a crushing production line are crushed integrated system and floating antidetonation base, the material Broken integrated system is mounted in high building, and the high building is erected on compacting level land 4 by floating antidetonation base, described floating anti- Shake base includes the block stone buffer layer 3 being placed on compacting level land 4 and the load-bearing knot being uniformly erected on described piece of stone buffer layer 3 Structure 25；

It includes equipment for pulverizing material, material screening equipment 6, material transfer equipment 7 and object that the material, which is crushed integrated system, Expect feeding equipment；

High building includes high building frame and high building building enclosure；The high building frame from left to right successively includes 1 horizontal cloth If lateral dispenser and 1 vertical runs 3 layers of vertical dispenser；

The transverse direction dispenser is placed with material feeding equipment, and the material feeding equipment is feeding screening machine 1；

3 layers of the vertical dispenser is arranged successively is placed with first material crushing plant 2 from top to bottom, second material is crushed Equipment 8 and material screening equipment 6, the discharge port of the first material crushing plant 2 and the feed inlet of second material crushing plant 8 Docking setting, the discharge port of the second material crushing plant 8 dock setting with the feed inlet straight line of material screening equipment 6, the It is deposited between one equipment for pulverizing material 2 and second material crushing plant 8, between second material crushing plant 8 and material screening equipment 6 There is high and low fall, realizes that material conveys under the effect of gravity by material to be broken；The feeding screening machine 1 passes through two lower upper layers Conveyer belt is connected with first material crushing plant 2 and second material crushing plant 8.

Referring to Fig. 8, the lower upper layer conveyer belt includes the first conveyer belt 29 and the second conveyer belt 30 that combination is in " X " type. The reciprocation type structure for conveying of innovative design solves to solve the transmission problem of material under vertical+flat state.

The load-carrying members 25 are concrete block or reinforced concrete block or sleeper or steel bar, described piece of stone buffer layer 3 Material is the admant of 20-500mm.The load-carrying members 25 are arranged with fine tuning structure, and the fine tuning structure is jacking apparatus 5, Specially hydraulic jack, the side of jacking apparatus 5 are additionally provided with baffle 24.

Referring to Fig. 6~Fig. 7, the transverse direction dispenser and vertical dispenser include for placing equipment for pulverizing material, material Feeding equipment, material screening equipment 6, material transfer equipment 7 cross-brace frame 11 and be used to support the cross-brace frame 11 Vertical supporting frame 10.The high building building enclosure is the active splicing structure of combined modularization, including top plate 26,28 and of bottom plate Side plate 27, the top plate 26, bottom plate 28 and side plate 27 are connected by bolt with the vertical supporting frame 10 and cross-brace frame 11 It connects.High building frame and high building building enclosure be got up by the active assembly of the multiple modular units of building block system it is (or quick for many loose mails Installing and dismounting structure), allow the crushing production line fast quick-detach at any time, this installation is gone into operation again after resettlement.The material sieve 6 discharge port rear end of subset is connected with the material transfer equipment 7 for conveying qualified material.

Feeding screening machine includes vibration cabinet 12, exciting device；Vibration cabinet 12 is hollow structure, vibrates the upper of cabinet 1 End face is feeding conveyor surface 13, and one end of feeding conveyor surface 13 is feed end 16, and the corresponding other end is discharge end 17, feeding Conveyor surface 13 includes three conveyor surfaces, and three conveyor surfaces are continuously docked along material travelling route, are arranged successively from high to low, is in rank Scalariform is respectively defined as the first conveyor surface 18, the second conveyor surface 19, third conveyor surface 20 from high to low for convenience of describing；Three Conveyor surface is made of more gratings 21, and the length direction of grating 21 and the direction of travel of material are consistent, and the width of grating 21 It is gradually become smaller along material direction of travel, the screening gap that the grating 21 of same conveyor surface is formed gradually becomes along material direction of travel Greatly, to avoid feed blocking in screening gap.The longitudinal cross-section of grating 21 is up big and down small upside-down trapezoid, the sieve that grating is formed Subdivided gap is changed from small to big on material falling direction, to avoid feed blocking in screening gap.

It is additionally provided with sieve in vibration cabinet 12, sieve is two layers in this structural schematic diagram, and sieve is tower structure, is led to The mounting hole crossed on vibration 12 inner wall of cabinet is inlaid in vibration cabinet 12, positioned at the lower section of three conveyor surfaces, and in flat up and down Sieve is successively defined as the first sieve 22, the second sieve 23, the area of two sieves for convenience of description by row setting from top to bottom It is identical, and cover the cross section of entire vibration cabinet 12, it can accept the soil and material fallen from three conveyor surfaces, first The sieve pore of sieve 22 is greater than the sieve pore of the second sieve 23, and the selection of sieve quantity and slot size is determined according to operating condition, and every layer Sieve all has corresponding discharge port, to export the material of different-grain diameter；It is provided with bottom plate 15 in vibration cabinet 12, is located at The bottom for vibrating cabinet 12 vibrates for accepting the soil screened out through sieve and is provided with corresponding discharge port on cabinet 12 14, and bottom plate 15 is tilted to discharge port direction, and due to soil lighter in weight, bottom plate 15 is tilted to 14 direction of discharge port, It vibrates and is discharged convenient for soil；Material is broken to be frequently necessary to multiple stage crushing, therefore crushing production line is frequently necessary to that more differences are arranged Crushing plant be successively used as that level-one is broken, two-stage crushing, three-level are broken or more, material of the different size fraction of crushed coal to different-grain diameter It is crushed, therefore multilayer screen cloth is set, while sieving soil, small particle can also not needed to carry out the broken object of level-one Material is sieved, and is delivered to two-stage crushing respectively according to the size of partial size or three-level is broken, or directly screen out finished product material, this Sample can not only sieve away the soil on material, but also can be classified to material, be precisely crushed to material, without it is all not Material with partial size passes through multiple stage crushing, to improve the efficiency of entire crushing production line, and reduces energy consumption.

When feeding screening machine works, exciting under the action of exciting device of cabinet 12 is vibrated, drives the feeding of upper part defeated It send face 13 and its internal sieve to vibrate jointly, mud and screening is carried out to material.Material passes through feed end 16 first and enters the One conveyor surface 18, under the driving of exciting device, vibration cabinet 12 vibrates, and material vibrates advance on the first conveyor surface 18, the The screening gap of one conveyor surface 18 becomes larger along material direction of travel, can prevent material from accumulated plugging occurs, and material advances to When the end of the first conveyor surface 18, the head end of the second conveyor surface 19 is fallen to, is then moved on the second conveyor surface 19, the The screening gap of two conveyor surfaces 19 is also to become larger along material direction of travel, and similarly, material is fallen to by the second conveyor surface 19 Third conveyor surface 20, until reaching discharge end 17 enters crushing plant, due to drop and vibration, the material of small particle, which will do it, to be turned over Turn, material and the contact surface of feeding conveyor surface 13 made to change, so as to improve mud effect, and avoidable material due to Vibration tamp causes the soil being mixed between big partial size material and small particle material that can not sieve by the gap between grating 21 It goes out；The head end screening gap of three conveyor surfaces is consistent, and end screening gap is also consistent, that is, meets the screening of each screening surface Gap becomes larger from head end to end, avoids accumulated plugging, in turn avoids sieving using discharge end 17 caused by a conveyor surface Subdivided gap is excessive, is unable to satisfy screening feeding demand；For material during vibrating traveling, soil and small particle material can edges It is fallen under gap between grating 36 on the first sieve, the cross section of grating 21 is up big and down small upside-down trapezoid, the formation of grating 36 Screening gap change from small to big on material falling direction, this setting is more advantageous to the whereabouts of small particle material and soil, keeps away Exempt to block, improve falling speed, the soil and small particle material fallen on the first sieve 22 passes through screening, the first sieve 22 Feeding is excluded from corresponding discharge port 14, is delivered to two-stage crushing station and is crushed into shape, blanking falls into the second sieve 23 into shape Screening, the feeding of the second sieve 23 are excluded from corresponding discharge port 14, are delivered to the broken station of three-level and are crushed, blanking is Soil is fallen on bottom plate 15, and is discharged from corresponding discharge port 14.

The embodiments of the present invention is explained in detail in conjunction with attached drawing above, but the utility model is not limited to be retouched The embodiment stated.For a person skilled in the art, right in the case where not departing from the utility model principle and spirit These embodiments carry out a variety of change, modification, replacement and modification, still fall in the protection scope of the utility model.

Claims (9)

1. a kind of composite type is crushed floating high building, the broken integrated system of material including compacting level land, high building, a crushing production line System and floating antidetonation base, the material are crushed integrated system and are mounted in the high building, it is characterised in that: the high building passes through Floating antidetonation base is erected on compacting level land, and the floating antidetonation base includes the block stone buffer layer being placed on compacting level land The load-carrying members being uniformly erected on described piece of stone buffer layer, the material be crushed integrated system include equipment for pulverizing material, Material screening equipment, material transfer equipment and material feeding equipment；

High building includes high building frame and high building building enclosure；The high building frame from left to right successively includes 1 horizontal layout 3 layers of vertical dispenser of lateral dispenser and 1 vertical runs；

The transverse direction dispenser is placed with material feeding equipment, and the material feeding equipment is feeding screening machine；

3 layers of the vertical dispenser is arranged successively from top to bottom is placed with first material crushing plant, second material crushing plant With material screening equipment, the discharge port of the first material crushing plant is docked with the feed inlet of second material crushing plant to be set It sets, the discharge port of the second material crushing plant docks setting with the feed inlet straight line of material screening equipment, and first material is broken There is high and low fall between broken equipment and second material crushing plant, between second material crushing plant and material screening equipment, Realize that material conveys under the effect of gravity by material to be broken；The feeding screening machine by two lower upper layer conveyer belts respectively with First material crushing plant is connected with second material crushing plant.

2. a kind of composite type according to claim 1 is crushed floating high building, it is characterised in that: the lower upper layer conveyer belt packet Include the first conveyer belt and the second conveyer belt that combination is in " X " type.

3. a kind of composite type according to claim 1 is crushed floating high building, it is characterised in that: the load-carrying members are coagulation Soil block or reinforced concrete block or sleeper or steel bar, the material of described piece of stone buffer layer are the admant of 20-500mm.

4. a kind of composite type according to claim 1 or 2 is crushed floating high building, it is characterised in that: the load-carrying members are most Bottom end is provided with fine tuning structure, and the fine tuning structure is hydraulic jack.

5. a kind of composite type according to claim 3 is crushed floating high building, it is characterised in that: the transverse direction dispenser and perpendicular It include for placing equipment for pulverizing material, material feeding equipment, material screening equipment, the transverse direction of material transfer equipment to dispenser Support frame and the vertical supporting frame for being used to support the cross-brace frame.

6. a kind of composite type according to claim 1 is crushed floating high building, it is characterised in that: the feeding screening machine includes Vibrating cabinet and the exciting device for driving the vibration cabinet to vibrate, the vibration cabinet is hollow structure, vibrating bin Upper surface be feeding conveyor surface, one end of feeding conveyor surface is feed end, and the corresponding other end is discharge end, the feeding Conveyor surface includes multiple conveyor surfaces, and multiple conveyor surfaces are continuously docked along material travelling route, is arranged successively from high to low, is in ladder Shape, the conveyor surface are made of more gratings and have screening gap, the length direction of grating and the direction of travel one of material It causes and the width of grating gradually becomes smaller along material direction of travel, the screening gap that the grating of same conveyor surface is formed is advanced along material Direction becomes larger.

7. a kind of composite type according to claim 6 is crushed floating high building, it is characterised in that: the longitudinal cross-section of the grating For up big and down small upside-down trapezoid, the screening gap that grating is formed is changed from small to big in the vertical direction, is set in the vibrating bin body It is equipped with the sieve positioned at the lower section of feeding conveyor surface, the sieve is multilayer, is arranged in parallel in vibrating bin body up and down, top layer The sieve pore of sieve is maximum, and reduces step by step from top to bottom, and the sieve pore of lowest level sieve is minimum, is provided with position in the vibrating bin body In the bottom of vibration cabinet, for accepting the bottom plate for screening out soil through sieve, be provided with corresponding discharging on vibration cabinet Mouthful, and bottom plate is tilted to discharge port direction.

8. a kind of composite type according to claim 1 is crushed floating high building, it is characterised in that: the high building building enclosure 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 are by bolt and erect It is connected to support frame with cross-brace frame.

9. a kind of composite type according to claim 1 is crushed floating high building, it is characterised in that: the material screening equipment goes out Material mouth rear end is connected with the material transfer equipment for conveying qualified material.