CN108906198A - The broken screen device of municipal sludge processing - Google Patents
The broken screen device of municipal sludge processing Download PDFInfo
- Publication number
- CN108906198A CN108906198A CN201810708335.7A CN201810708335A CN108906198A CN 108906198 A CN108906198 A CN 108906198A CN 201810708335 A CN201810708335 A CN 201810708335A CN 108906198 A CN108906198 A CN 108906198A
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- China
- Prior art keywords
- mud
- fixedly connected
- milling
- drive
- component
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C4/00—Crushing or disintegrating by roller mills
- B02C4/02—Crushing or disintegrating by roller mills with two or more rollers
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C23/00—Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
- B02C23/08—Separating or sorting of material, associated with crushing or disintegrating
- B02C23/16—Separating or sorting of material, associated with crushing or disintegrating with separator defining termination of crushing or disintegrating zone, e.g. screen denying egress of oversize material
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C4/00—Crushing or disintegrating by roller mills
- B02C4/28—Details
- B02C4/42—Driving mechanisms; Roller speed control
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F11/00—Treatment of sludge; Devices therefor
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C23/00—Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
- B02C23/08—Separating or sorting of material, associated with crushing or disintegrating
- B02C23/16—Separating or sorting of material, associated with crushing or disintegrating with separator defining termination of crushing or disintegrating zone, e.g. screen denying egress of oversize material
- B02C2023/165—Screen denying egress of oversize material
Abstract
The present invention relates to municipal sludge process fields, more particularly to a kind of broken screen device of municipal sludge processing, including falling mud box, disruption elements of milling, defeated mud box, screening cartridge module, squeezing screen mud component, drive control component, driving pulley assembly and coarse fodder recycling bins, mud box, disruption elements of milling, defeated mud box, the screening cartridge module of falling from top to bottom is fixedly connected sequentially and is connected to coarse fodder recycling bins；The squeezing screen mud component slippage is cooperatively connected in the inside of screening cartridge module and defeated mud box；The drive control component connects squeezing screen mud component, and drive control component is fixedly connected on coarse fodder recycling bins；The squeezing screen mud component is sequentially connected driving pulley assembly, and driving pulley assembly transmission connection is milled disruption elements.The present invention effectively can carry out break process and screening process to sludge, and break process is controlled with screening process using same drive control component, and continuity is good, and working efficiency is higher, can effectively improve the crushing and screening treatment effeciency of sludge.
Description
Technical field
The present invention relates to municipal sludge process fields, more particularly to a kind of broken screen device of municipal sludge processing.
Background technique
Municipal sludge is the inevitable outcome of sewage treatment plant and sewage treatment.Sludge without appropriately handling disposition enters ring
Behind border, secondary pollution is brought directly to water body and atmosphere, not only reduces the effective processing capacity of sewage disposal system, and right
The activity of ecological environment and the mankind constitute serious threat.It golden age that the coming years are wastewater treatment in China market, will
Build up thousands of sewage treatment plants.Every sewage treatment plant to discharge daily moisture content about 99.2% excess sludge it is hundreds of or even
The sludge of tons up to ten thousand, these enormous amounts will become the following problem in need of immediate treatment.Sludge disposal technology includes the dense of sludge
The technology of contracting, dehydration and dry three aspect.Domestic existing substantially sludge condensation and dehydration technique, sludge is concentrated and is dehydrated
Afterwards, general moisture content can only be reduced to 80% or so, and developed country just gradually requires the moisture content of sludge to be reduced to 20%-
30%.Therefore, sludge disposal technology efficiently, economic will have huge market including dehydration and dry technology.And sludge into
When row processing or recycling, needs to carry out break process and screening process to sludge, sludge is crushed in the prior art
It handles and needs to work using different equipment when screening process, the acquisition cost of equipment is high, and process flow is long, time-consuming
It is longer.
Summary of the invention
The object of the present invention is to provide a kind of broken screen devices of municipal sludge processing, effectively can carry out broken place to sludge
Reason and screening process, break process are controlled with screening process using same drive control component, and continuity is good, working efficiency
It is higher, it can effectively improve the crushing and screening treatment effeciency of sludge, and the acquisition cost of sludge treatment device is effectively reduced.
The purpose of the present invention is achieved through the following technical solutions：
The broken screen device of municipal sludge processing, including fall mud box, disruption elements of milling, defeated mud box, screening cartridge module, squeeze
Sieve mud component, drive control component, driving pulley assembly and coarse fodder recycling bins, it is described fall mud box, disruption elements of milling, defeated mud box,
Screening cartridge module is from top to bottom fixedly connected sequentially and is connected to coarse fodder recycling bins；The squeezing screen mud component slippage is cooperatively connected
In the inside of screening cartridge module and defeated mud box；The drive control component connects squeezing screen mud component, and drive control component is fixed
It is connected on coarse fodder recycling bins；The squeezing screen mud component transmission connection driving pulley assembly, driving pulley assembly transmission connection are milled
Disruption elements；The lower end of the driving pulley assembly is fixedly connected on coarse fodder recycling bins, and the upper end of driving pulley assembly is fixedly connected
It is milling on disruption elements.
Described fall on the inside of mud box is fixedly connected with grid filter plate.
It is described mill disruption elements include mill case, active rotating shaft, coupled wheel, interior roller, outer roller, muti-piece spring leaf,
Passive rotating shaft, grinding roller, driving gear and driven gear；The top surface of the case of milling is equipped with into mud groove, is fixedly connected into mud groove
And be connected to and fall mud box, the bottom surface for case of milling, which is equipped with, falls mud groove, falls on the inside of mud groove and is fixedly connected with and is connected to defeated mud box；Active rotating shaft
Pass through rolling bearing units respectively with the both ends of passive rotating shaft to be rotatably connected on the two sides side for case of milling；One end of active rotating shaft is solid
Surely coupled wheel is connected, coupled wheel connects driving pulley assembly by belt, and the other end of active rotating shaft is fixedly connected with driving gear, main
Moving gear engagement connection driven gear, driven gear are fixedly connected in passive rotating shaft；The middle-end of the active rotating shaft is fixed to be connected
Interior roller is connect, one end of muti-piece spring leaf is uniformly fixedly connected on the lateral surface of interior roller, the other end of muti-piece spring leaf is fixed
It is connected on the medial surface of outer roller, outer roller, which is rotatably assorted, is connected to the inside for case of milling；The grinding roller is fixedly connected on
In passive rotating shaft, grinding roller, which is rotatably assorted, is connected to the inside for case of milling, and the cylinder face paste of the roll surface of grinding roller and outer roller is closed.
The screening cartridge module includes sifting barrel ontology, two sieve mud pans, two sliding panels, two fixed plates, two bullets
Spring base, two spring bases, two extension springs and two curved baffles；The centre on sifting barrel ontology top is equipped with and leads mud
Slot；The upper end of mud guiding slot is fixedly connected with and is connected to defeated mud box, and the two sides on sifting barrel ontology top are respectively provided with a limit sliding chutes, and two
A sliding panel is slidably connected respectively in the inside of two limit sliding chutes, and the outer end of two sliding panels is respectively fixedly connected with a bullet
Spring base, two spring levers are slidably connected respectively in two fixed plates, and an extension spring is respectively cased on two spring levers,
The outer end of two spring levers is respectively fixedly connected with a spring base, and the both ends of extension spring are respectively fixedly connected with spring base and fixation
Plate；Two fixed plates are respectively fixedly connected in the two sides on sifting barrel ontology top, and the lower end of two sliding panels is respectively fixedly connected with one
A sieve mud pan, clearance fit is connected to the both ends on the inside of sifting barrel ontology to two sieve mud pans respectively, and the outer end of two sieve mud pans is each
It is fixedly connected with a curved baffle, two curved baffles are all bonded with the inner wall of sifting barrel ontology；Sifting barrel ontology bottom end
Centre be equipped with rectangle sliding slot, the two sides of sifting barrel ontology bottom end are respectively provided with a thick mud letdown tank, and two curved baffles are distinguished
Block is fixedly connected in the upper end of two thick mud letdown tanks, the lower end of two thick mud letdown tanks and is connected to coarse fodder recycling bins.
The squeezing screen mud component is sliding including the first stripper plate, the second stripper plate, the first soil valve, the second soil valve, T shape
Block, bidirectional helical bar and drive pulley；Clearance fit is connected to sifting barrel sheet respectively for first stripper plate and the second stripper plate
The both ends in internal portion, the first soil valve and the second soil valve are articulated and connected by articulated shaft, and the first soil valve is cut with scissors by articulated shaft
The top of the first stripper plate, the top that the second soil valve passes through articulated shaft the second stripper plate of articulated connection are connect in succession；First squeezes
The lower end of plate and the second stripper plate is respectively fixedly connected with a T-shaped slider, and two T-shaped sliders are all slidably connected in rectangle sliding slot
Inside, two T-shaped sliders are symmetrically threadedly attached in the both ends of bidirectional helical bar, and one end of bidirectional helical bar is fixedly connected
Drive control component, the other end of bidirectional helical bar are fixedly connected with drive pulley, and drive pulley connects driving wheel group by belt
Part；The upper end of first soil valve and the second soil valve is all slidably connected in the inside of mud guiding slot, the first soil valve and second
The upper end of soil valve is inserted into the inside of defeated mud box；The inside of two sieve mud pans is arranged in first stripper plate and the second stripper plate.
First soil valve and the second soil valve two sides side are all bonded with the inner wall of mud guiding slot.
The drive control component includes driving motor, motor cabinet and drive shaft；The output end of the driving motor passes through
Shaft coupling connects drive shaft, and drive shaft connects one end of bidirectional helical bar by shaft coupling；The driving motor passes through motor cabinet
It is fixedly connected on coarse fodder recycling bins.
The driving pulley assembly include passive belt wheel, lower wheel shaft, drive sprocket, chain, by movable sprocket, upper whorl axial, upload
Driving wheel, lower axle frame plate and upper pedestal plate；The passive belt wheel and drive sprocket are all fixedly connected on lower wheel shaft, and lower wheel shaft passes through
Rolling bearing units are rotatably connected on lower axle frame plate, and lower axle frame plate is fixedly connected on coarse fodder recycling bins, and passive belt wheel passes through belt
Connect drive pulley；The drive sprocket is connected by chain by movable sprocket；It is all fixedly connected on by movable sprocket and upper driving wheel
On upper whorl axial, upper whorl axial is rotatably connected on upper pedestal plate by rolling bearing units, and upper pedestal plate, which is fixedly connected on, mills on case；On
Driving wheel connects coupled wheel by belt.
Beneficial effects of the present invention：A kind of broken screen device of municipal sludge processing of the invention, can effectively to sludge into
Row break process and screening process, break process are controlled with screening process using same drive control component, and continuity is good,
Working efficiency is higher, can effectively improve the crushing and screening treatment effeciency of sludge, and purchasing for sludge treatment device is effectively reduced
Cost.
Detailed description of the invention
Fig. 1 is overall structure diagram one of the invention；
Fig. 2 is overall structure diagram two of the invention；
Fig. 3 is the structural schematic diagram of clan's mud box in the present invention；
Fig. 4 is the structural schematic diagram of disruption elements of milling inside the present invention；
Fig. 5 is to mill to cut open structural schematic diagram in disruption elements inside the present invention；
Fig. 6 is the structural schematic diagram one of screening cartridge module inside the present invention；
Fig. 7 is the structural schematic diagram two of screening cartridge module inside the present invention；
Fig. 8 is the partial structurtes enlarged drawing of screening cartridge module inside the present invention；
Fig. 9 is the structural schematic diagram of Inner extrusion sieve mud component of the present invention；
Figure 10 is the structural schematic diagram of internal drive control assembly of the present invention；
Figure 11 is the structural schematic diagram of internal drive wheel assembly of the present invention；
Figure 12 is the structural schematic diagram of coarse fodder recycling bins inside the present invention.
In figure：Fall mud box 1；Grid filter plate 1-1；It mills disruption elements 2；Mill case 2-1；Active rotating shaft 2-2；Coupled wheel
2-3；Interior roller 2-4；Outer roller 2-5；Spring leaf 2-6；Passive rotating shaft 2-7；Grinding roller 2-8；Driving gear 2-9；Driven gear
2-10；Defeated mud box 3；Sieve cartridge module 4；Sifting barrel ontology 4-1；Sieve mud pan 4-2；Sliding panel 4-3；Fixed plate 4-4；Spring lever 4-
5；Spring base 4-6；Extension spring 4-7；Curved baffle 4-8；Squeezing screen mud component 5；First stripper plate 5-1；Second stripper plate 5-
2；First soil valve 5-3；Second soil valve 5-4；T-shaped slider 5-5；Bidirectional helical bar 5-6；Drive pulley 5-7；Drive control group
Part 6；Driving motor 6-1；Motor cabinet 6-2；Drive shaft 6-3；Driving pulley assembly 7；Passive belt wheel 7-1；Lower wheel shaft 7-2；Transmission chain
Take turns 7-3；Chain 7-4；By movable sprocket 7-5；Upper whorl axial 7-6；Upper driving wheel 7-7；Lower axle frame plate 7-8；Upper pedestal plate 7-9；Coarse fodder
Recycling bins 8.
Specific embodiment
Invention is further described in detail by 1-12 with reference to the accompanying drawing.
Specific embodiment one：
As shown in figs. 1-12, the broken screen device of municipal sludge processing, including fall mud box 1, disruption elements 2 of milling, defeated mud box
3, cartridge module 4, squeezing screen mud component 5, drive control component 6, driving pulley assembly 7 and coarse fodder recycling bins 8 are sieved, it is described to fall mud box
1, mill disruption elements 2, defeated mud box 3, screening cartridge module 4 be from top to bottom fixedly connected sequentially and be connected to coarse fodder recycling bins 8；Institute
The sliding connection of squeezing screen mud component 5 is stated in the inside of screening cartridge module 4 and defeated mud box 3；The drive control component 6 connects
Squeezing screen mud component 5, drive control component 6 is fixedly connected on coarse fodder recycling bins 8；The squeezing screen mud component 5 is sequentially connected
Driving pulley assembly 7, the transmission connection of driving pulley assembly 7 are milled disruption elements 2；The lower end of the driving pulley assembly 7 is fixedly connected on
On coarse fodder recycling bins 8, the upper end of driving pulley assembly 7, which is fixedly connected on, mills on disruption elements 2.Municipal sludge processing of the invention
With broken screen device, when in use, drive control component 6 is connected to power supply and by control switch unlatching after, drive control component 6
Squeezing screen mud component 5 can be driven to work, squeezing screen mud component 5 can drive driving pulley assembly 7 to work, driving wheel
Component 7 can drive disruption elements 2 of milling to work；In sludge by falling the investment of mud box 1 to the inside for disruption elements 2 of milling
Afterwards, sludge disruption elements 2 of being milled carry out break process of milling, and then sludge is fallen by defeated mud box 3 to screening cartridge module 4
Inside, the extruding of screened 4 Inner extrusion of the cartridge module sieve mud component 5 of sludge, so that the screened cartridge module 4 of sludge is sieved,
By satisfactory sludge by the both ends discharge of screening cartridge module 4, and undesirable sludge is fallen into coarse fodder recycling bins 8
Inside be collected, convenient for break process of milling again.
The inside for falling mud box 1 is fixedly connected with grid filter plate 1-1.Grid filter plate 1-1 is for filtering out in sludge
Large volume impurity.
Specific embodiment two：
As shown in figs. 1-12, the disruption elements 2 of milling include the case 2-1, active rotating shaft 2-2, coupled wheel 2-3, interior of milling
Roller 2-4, outer roller 2-5, muti-piece spring leaf 2-6, passive rotating shaft 2-7, grinding roller 2-8, driving gear 2-9 and driven gear 2-
10；The top surface of the case 2-1 that mills is equipped with into mud groove, is fixedly connected and is connected into mud groove and falls mud box 1, the bottom surface for the case 2-1 that mills
Equipped with mud groove is fallen, falls on the inside of mud groove and be fixedly connected with and be connected to defeated mud box 3；The both ends of active rotating shaft 2-2 and passive rotating shaft 2-7 point
It is not rotatably connected on by rolling bearing units on the two sides side for the case 2-1 that mills；One end of active rotating shaft 2-2 is fixedly connected with coupled wheel
2-3, coupled wheel 2-3 connect driving pulley assembly 7 by belt, and the other end of active rotating shaft 2-2 is fixedly connected with driving gear 2-9,
Driving gear 2-9 engagement connects driven gear 2-10, and driven gear 2-10 is fixedly connected on passive rotating shaft 2-7；The active
The middle-end of shaft 2-2 is fixedly connected with interior roller 2-4, is uniformly fixedly connected with muti-piece spring leaf 2-6's on the lateral surface of interior roller 2-4
One end, the other end of muti-piece spring leaf 2-6 are fixedly connected on the medial surface of outer roller 2-5, and outer roller 2-5 is rotatably assorted connection
In the inside for milling case 2-1；The grinding roller 2-8 is fixedly connected on passive rotating shaft 2-7, and grinding roller 2-8 is rotatably assorted connection
In the inside for milling case 2-1, the cylinder face paste of the roll surface of grinding roller 2-8 and outer roller 2-5 are closed.The disruption elements 2 of milling make
Used time, coupled wheel 2-3 are rotated under the drive of driving pulley assembly 7, and coupled wheel 2-3 can drive active rotating shaft 2-2 to carry out
Rotation, active rotating shaft 2-2 can drive interior roller 2-4 to be rotated, and pass through muti-piece spring leaf 2-6 band when interior roller 2-4 is rotated
Dynamic outer roller 2-5 is rotated, and active rotating shaft 2-2 can drive driving gear 2-9 to be rotated when rotating, driving gear 2-9
Driven gear 2-10 can be driven to be rotated when rotation, driven gear 2-10 drives passive rotating shaft 2-7 to be rotated, by turn
Axis 2-7 drives grinding roller 2-8 to be rotated, the rotation direction of the rotation direction of grinding roller 2-8 and outer roller 2-5 on the contrary, to
Realize the processing of milling to sludge, the inside of the outer roller 2-5 is by roller 2-4 in muti-piece spring leaf 2-6 connection, to make
The relative position for obtaining outer roller 2-5 and interior roller 2-4 can suitably be changed, convenient for during milling to sludge
It is not easy to be blocked by the hard solid impurity in sludge.
Specific embodiment three：
As shown in figs. 1-12, the screening cartridge module 4 includes sifting barrel ontology 4-1, two sieve mud pan 4-2, two slidings
Plate 4-3, two fixed plate 4-4, two spring lever 4-5, two spring base 4-6, two extension spring 4-7 and two curved baffles
4-8；The centre on the top sifting barrel ontology 4-1 is equipped with mud guiding slot；The upper end of mud guiding slot is fixedly connected with and is connected to defeated mud box 3,
The two sides on the top sifting barrel ontology 4-1 are respectively provided with a limit sliding chutes, and two sliding panel 4-3 are slidably connected respectively at two
The inside of limit sliding chutes, the outer end of two sliding panel 4-3 are respectively fixedly connected with a spring lever 4-5, and two spring lever 4-5 are slided respectively
It is dynamic to be cooperatively connected on two fixed plate 4-4, extension spring a 4-7, two spring lever 4- are respectively cased on two spring lever 4-5
5 outer end is respectively fixedly connected with a spring base 4-6, and the both ends of extension spring 4-7 are respectively fixedly connected with spring base 4-6 and fixed plate
4-4；Two fixed plate 4-4 are respectively fixedly connected with the two sides on the top sifting barrel ontology 4-1, and the lower end of two sliding panel 4-3 is each
It is fixedly connected with a sieve mud pan 4-2, clearance fit is connected to the both ends on the inside of sifting barrel ontology 4-1 to two sieve mud pan 4-2 respectively,
Two sieve mud pan 4-2 outer ends be respectively fixedly connected curved baffle a 4-8, two curved baffle 4-8 all with sifting barrel ontology 4-1
Inner wall fitting；The centre of the bottom end sifting barrel ontology 4-1 is equipped with rectangle sliding slot, and the two sides of the bottom end sifting barrel ontology 4-1 are each
Equipped with a thick mud letdown tank, two curved baffle 4-8 difference blocks are in the upper end of two thick mud letdown tanks, two thick mud discharges
The lower end of slot is fixedly connected and is connected to coarse fodder recycling bins 8.When in use, squeezing screen mud component 5 is driving the screening cartridge module 4
Shuttle inside and outside movement is carried out under the drive of control assembly 6, to carry out to falling into the sludge inside sifting barrel ontology 4-1
Separate and squeeze work, constantly squeeze sludge to two sieve mud pan 4-2, satisfactory sludge passes through sieve mud pan 4-2 sieve
Separate, and undesirable sludge by block in the inside of sifting barrel ontology 4-1, at this point, as squeezing screen mud component 5 is continuous
It squeezes outward, sieve mud pan 4-2 drives the outside Slideslip of sliding panel 4-3, and sliding panel 4-3 drives spring lever 4-5 to carry out outward
Movement, spring lever 4-5 band flexible spring seat 4-6 are moved out, and spring base 4-6 drives extension spring 4-7 to be stretched, and sieves mud pan at this time
4-2 drives the outside Slideslip of curved baffle 4-8, and curved baffle 4-8 is separated with thick mud letdown tank, so that undesirable sludge
It can be fallen by thick mud letdown tank to the inside of coarse fodder recycling bins 8.Conversely, when squeezing screen mud component 5 moves inwardly,
Under the elastic force effect of extension spring 4-7, spring base 4-6 drives sliding panel 4-3, sieve mud pan 4-2 and arc gear by spring lever 4-5
Plate 4-8 is back to original position, and curved baffle 4-8 block is in the upper end of thick mud letdown tank at this time.
Specific embodiment four：
As shown in figs. 1-12, the squeezing screen mud component 5 includes the first stripper plate 5-1, the second stripper plate 5-2, first point
Mud plate 5-3, the second soil valve 5-4, T-shaped slider 5-5, bidirectional helical bar 5-6 and drive pulley 5-7；The first stripper plate 5-1
Clearance fit is connected to the both ends inside sifting barrel ontology 4-1, the first soil valve 5-3 and second respectively with the second stripper plate 5-2
Soil valve 5-4 is articulated and connected by articulated shaft, the top that the first soil valve 5-3 passes through the first stripper plate 5-1 of articulated shaft articulated connection
End, the top that the second soil valve 5-4 passes through the second stripper plate 5-2 of articulated shaft articulated connection；First stripper plate 5-1 and second is squeezed
The lower end of plate 5-2 is respectively fixedly connected with a T-shaped slider 5-5, and two T-shaped slider 5-5 are all slidably connected in rectangle sliding slot
Inside, two T-shaped slider 5-5 are symmetrically threadedly attached in the both ends of bidirectional helical bar 5-6, one end of bidirectional helical bar 5-6
It is fixedly connected with drive control component 6, the other end of bidirectional helical bar 5-6 is fixedly connected with drive pulley 5-7, and drive pulley 5-7 is logical
Cross belt connection driving pulley assembly 7；The upper end of first soil valve 5-3 and the second soil valve 5-4, which are all slidably connected, is leading mud
The upper end of the inside of slot, the first soil valve 5-3 and the second soil valve 5-4 are inserted into the inside of defeated mud box 3；First stripper plate 5-1
The inside of two sieve mud pan 4-2 is set with the second stripper plate 5-2.The squeezing screen mud component 5 when in use, bidirectional helical bar
5-6 carries out shuttle rotation under the drive of drive control component 6, and when bidirectional helical bar 5-6 reciprocating rotation drives two T shapes
Sliding block 5-5 is moved toward one another or counter motion, and two T-shaped slider 5-5 drive the first stripper plate 5-1 and the second stripper plate respectively
5-2 is moved toward one another or counter motion, when the first stripper plate 5-1 and the second stripper plate 5-2 is moved toward one another, mills brokenly
Broken component 2 is worked normally under the drive of driving pulley assembly 7, outer roller 2-5 and grinding roller inside disruption elements 2 of milling
2-8 carries out the work of milling of sludge, and sludge can fall to the inside of sifting barrel ontology 4-1 at this time, then bidirectional helical bar 5-6
It drives the first stripper plate 5-1 and the second stripper plate 5-2 to carry out counter motion by two T-shaped slider 5-5, mills at this time broken group
Part 2 is reversely rotated under the drive of driving pulley assembly 7, so that sludge no longer falls, is fallen into sifting barrel ontology 4-1
The sludge direction of sieving mud pan 4-2 to two under the extruding of the first stripper plate 5-1 and the second stripper plate 5-2 move, and pass through
Two sieve mud pan 4-2 are sieved, to realize the screening process to sludge；The first stripper plate 5-1 and the second stripper plate
When 5-2 is moved toward one another, the first stripper plate 5-1 and the second stripper plate 5-2 drive the first soil valve 5-3 and the second soil valve 5-
Angle between 4 becomes smaller, to be dispersed by the first soil valve 5-3 and the second soil valve 5-4 to sludge, so that sludge can
Uniformly to fall into the both ends inside sifting barrel ontology 4-1, the first stripper plate 5-1 and the second stripper plate 5-2 are reversely transported
When dynamic, the first stripper plate 5-1 and the second stripper plate 5-2 drive the angle between the first soil valve 5-3 and the second soil valve 5-4 to become
Greatly, the first soil valve 5-3 and the second soil valve 5-4 plays the role of stopping sludge at this time, prevents sludge from falling into first and squeezes
Between plate 5-1 and the second stripper plate 5-2.
The first soil valve 5-3 and the second two sides soil valve 5-4 side are all bonded with the inner wall of mud guiding slot.
Specific embodiment five：
As shown in figs. 1-12, the drive control component 6 includes driving motor 6-1, motor cabinet 6-2 and drive shaft 6-3；Institute
The output end for stating driving motor 6-1 connects drive shaft 6-3 by shaft coupling, and drive shaft 6-3 connects bidirectional helical by shaft coupling
One end of bar 5-6；The driving motor 6-1 is fixedly connected on coarse fodder recycling bins 8 by motor cabinet 6-2.The drive control
When in use, after driving motor 6-1 is connected to power supply and is opened by control switch, driving motor 6-1 can drive driving to component 6
Axis 6-3 is rotated, and driving motor 6-1 uses reciprocating driving motor, and drive shaft 6-3 can be driven to carry out shuttle turn
It is dynamic.
Specific embodiment six：
As shown in figs. 1-12, the driving pulley assembly 7 includes passive belt wheel 7-1, lower wheel shaft 7-2, drive sprocket 7-3, chain
7-4, by movable sprocket 7-5, upper whorl axial 7-6, upper driving wheel 7-7, lower axle frame plate 7-8 and upper pedestal plate 7-9；The passive belt wheel
7-1 and drive sprocket 7-3 is all fixedly connected on lower wheel shaft 7-2, and lower wheel shaft 7-2 is rotatably connected on lower pedestal by rolling bearing units
On plate 7-8, lower axle frame plate 7-8 is fixedly connected on coarse fodder recycling bins 8, and passive belt wheel 7-1 connects drive pulley 5- by belt
7；The drive sprocket 7-3 is by chain 7-4 connection by movable sprocket 7-5；By all fixed company of movable sprocket 7-5 and upper driving wheel 7-7
It connects on upper whorl axial 7-6, upper whorl axial 7-6 is rotatably connected on upper pedestal plate 7-9 by rolling bearing units, and upper pedestal plate 7-9 is fixed
It is connected to and mills on case 2-1；Upper driving wheel 7-7 connects coupled wheel 2-3 by belt.The driving pulley assembly 7 when in use, quilt
Movable belt pulley 7-1 is rotated under the drive of drive pulley 5-7, and passive belt wheel 7-1 drives lower wheel shaft 7-2 to be rotated, lower whorl
Axis 7-2 drives drive sprocket 7-3 to be rotated, and drive sprocket 7-3 is driven by chain 7-4 and rotated by movable sprocket 7-5, quilt
Movable sprocket 7-5 drives upper whorl axial 7-6 to be rotated, and upper whorl axial 7-6 drives upper driving wheel 7-7 to be rotated, and upper driving wheel 7-7 turns
Coupled wheel 2-3 is driven to be rotated when dynamic, so that disruption elements 2 of milling be driven to work.
The operation principle of the present invention is that：The broken screen device of municipal sludge processing of the invention, when in use, by drive control
After component 6 is connected to power supply and is opened by control switch, drive control component 6 can drive squeezing screen mud component 5 to work,
Squeezing screen mud component 5 can drive driving pulley assembly 7 to work, and driving pulley assembly 7 can drive the progress of disruption elements 2 of milling
Work；In sludge by falling the investment of mud box 1 to behind the inside for disruption elements 2 of milling, sludge disruption elements 2 of being milled are milled
Break process, then sludge is fallen by defeated mud box 3 to the inside of screening cartridge module 4, screened 4 Inner extrusion of cartridge module of sludge
The extruding of mud component 5 is sieved, so that the screened cartridge module 4 of sludge is sieved, satisfactory sludge is passed through into screening cartridge module 4
Both ends discharge, and undesirable sludge falls into the inside of coarse fodder recycling bins 8 and is collected, broken convenient for milling again
Processing.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (8)
1. the broken screen device of municipal sludge processing, including fall mud box (1), disruption elements of milling (2), defeated mud box (3), sifting barrel group
Part (4), squeezing screen mud component (5), drive control component (6), driving pulley assembly (7) and coarse fodder recycling bins (8), feature exists
In：It is described fall mud box (1), disruption elements of milling (2), defeated mud box (3), screening cartridge module (4) and coarse fodder recycling bins (8) by up to
Under be fixedly connected sequentially and be connected to；Squeezing screen mud component (5) sliding connection is in screening cartridge module (4) and defeated mud box
(3) inside；The drive control component (6) connects squeezing screen mud component (5), and drive control component (6) is fixedly connected on slightly
Expect on recycling bins (8)；The squeezing screen mud component (5) is sequentially connected driving pulley assembly (7), driving pulley assembly (7) transmission connection
It mills disruption elements (2)；The lower end of the driving pulley assembly (7) is fixedly connected on coarse fodder recycling bins (8), driving pulley assembly
(7) upper end is fixedly connected on disruption elements of milling (2).
2. the broken screen device of municipal sludge processing according to claim 1, it is characterised in that：It is described to fall the interior of mud box (1)
Side is fixedly connected with grid filter plate (1-1).
3. the broken screen device of municipal sludge processing according to claim 1, it is characterised in that：The disruption elements of milling
It (2) include mill case (2-1), active rotating shaft (2-2), coupled wheel (2-3), interior roller (2-4), outer roller (2-5), muti-piece spring
Piece (2-6), passive rotating shaft (2-7), grinding roller (2-8), driving gear (2-9) and driven gear (2-10)；Case (the 2- that mills
1) top surface is equipped with into mud groove, is fixedly connected and is connected into mud groove and falls mud box (1), and the bottom surface of case of milling (2-1), which is equipped with, falls mud groove,
It falls on the inside of mud groove and is fixedly connected with and is connected to defeated mud box (3)；The both ends of active rotating shaft (2-2) and passive rotating shaft (2-7) lead to respectively
Rolling bearing units are crossed to be rotatably connected on the two sides side of case of milling (2-1)；One end of active rotating shaft (2-2) is fixedly connected with coupled wheel
(2-3), coupled wheel (2-3) connect driving pulley assembly (7) by belt, and the other end of active rotating shaft (2-2) is fixedly connected actively
Gear (2-9), driving gear (2-9) engagement connection driven gear (2-10), driven gear (2-10) are fixedly connected on by turn
On axis (2-7)；The middle-end of the active rotating shaft (2-2) is fixedly connected interior roller (2-4), on the lateral surface of interior roller (2-4)
Even one end for being fixedly connected with muti-piece spring leaf (2-6), the other end of muti-piece spring leaf (2-6) are fixedly connected on outer roller (2-5)
Medial surface on, outer roller (2-5), which is rotatably assorted, is connected to the inside of case of milling (2-1)；The grinding roller (2-8) is fixedly connected
On passive rotating shaft (2-7), grinding roller (2-8), which is rotatably assorted, is connected to the inside of case of milling (2-1), the roller of grinding roller (2-8)
The cylinder face paste of face and outer roller (2-5) are closed.
4. the broken screen device of municipal sludge processing according to claim 3, it is characterised in that：The screening cartridge module (4)
Including sifting barrel ontology (4-1), two sieve mud pans (4-2), two sliding panels (4-3), two fixed plates (4-4), two springs
Bar (4-5), two spring bases (4-6), two extension springs (4-7) and two curved baffles (4-8)；The sifting barrel ontology
The centre on the top (4-1) is equipped with mud guiding slot；The upper end of mud guiding slot is fixedly connected and is connected to defeated mud box (3), sifting barrel ontology (4-1)
The two sides on top are respectively provided with a limit sliding chutes, and two sliding panels (4-3) are slidably connected respectively in two limit sliding chutes
Inside, the outer end of two sliding panels (4-3) are respectively fixedly connected with a spring lever (4-5), and two spring levers (4-5) are slided respectively matches
Conjunction is connected on two fixed plates (4-4), and an extension spring (4-7), two spring levers are respectively cased on two spring levers (4-5)
The outer end of (4-5) is respectively fixedly connected with a spring base (4-6), and the both ends of extension spring (4-7) are respectively fixedly connected with spring base (4-
And fixed plate (4-4) 6)；Two fixed plates (4-4) are respectively fixedly connected in the two sides on the top sifting barrel ontology (4-1), two cunnings
The lower end of movable plate (4-3) is respectively fixedly connected with a sieve mud pan (4-2), and clearance fit is connected to sieve to two sieve mud pans (4-2) respectively
Both ends on the inside of point cylinder ontology (4-1), the outer ends of two sieves mud pan (4-2) are respectively fixedly connected with a curved baffle (4-8), and two
Curved baffle (4-8) is all bonded with the inner wall of sifting barrel ontology (4-1)；The centre of sifting barrel ontology (4-1) bottom end is equipped with
Rectangle sliding slot, the two sides of the bottom end sifting barrel ontology (4-1) are respectively provided with a thick mud letdown tank, and two curved baffles (4-8) are respectively
Block is fixedly connected in the upper end of two thick mud letdown tanks, the lower end of two thick mud letdown tanks and is connected to coarse fodder recycling bins (8).
5. the broken screen device of municipal sludge processing according to claim 4, it is characterised in that：The squeezing screen mud component
(5) sliding including the first stripper plate (5-1), the second stripper plate (5-2), the first soil valve (5-3), the second soil valve (5-4), T shape
Block (5-5), bidirectional helical bar (5-6) and drive pulley (5-7)；First stripper plate (5-1) and the second stripper plate (5-2) point
Other clearance fit is connected to the internal both ends of sifting barrel ontology (4-1), and the first soil valve (5-3) and the second soil valve (5-4) are logical
Cross articulated shaft articulated connection, the first soil valve (5-3) by articulated shaft be articulated and connected the first stripper plate (5-1) top, second
The top that soil valve (5-4) passes through articulated shaft articulated connection the second stripper plate (5-2)；First stripper plate (5-1) and second squeezes
The lower end of plate (5-2) is respectively fixedly connected with a T-shaped slider (5-5), and two T-shaped sliders (5-5) are all slidably connected in rectangle
The inside of sliding slot, two T-shaped sliders (5-5) are symmetrically threadedly attached in the both ends of bidirectional helical bar (5-6), bidirectional helical bar
The one end of (5-6) is fixedly connected drive control component (6), and the other end of bidirectional helical bar (5-6) is fixedly connected with drive pulley (5-
7), drive pulley (5-7) connects driving pulley assembly (7) by belt；First soil valve (5-3) and the second soil valve (5-4)
Upper end is all slidably connected in the inside of mud guiding slot, and the upper end of the first soil valve (5-3) and the second soil valve (5-4) is inserted into
The inside of defeated mud box (3)；The inside of mud pan (4-2) is sieved in first stripper plate (5-1) and the second stripper plate (5-2) setting at two.
6. the broken screen device of municipal sludge processing according to claim 5, it is characterised in that：First soil valve (the 5-
3) it is all bonded with the inner wall of mud guiding slot with the two sides side the second soil valve (5-4).
7. the broken screen device of municipal sludge processing according to claim 5, it is characterised in that：The drive control component
It (6) include driving motor (6-1), motor cabinet (6-2) and drive shaft (6-3)；The output end of the driving motor (6-1) passes through connection
Axis device connects drive shaft (6-3), one end that drive shaft (6-3) passes through shaft coupling connection bidirectional helical bar (5-6)；The driving electricity
Machine (6-1) is fixedly connected on coarse fodder recycling bins (8) by motor cabinet (6-2).
8. the broken screen device of municipal sludge processing according to claim 7, it is characterised in that：The driving pulley assembly (7)
Including passive belt wheel (7-1), lower wheel shaft (7-2), drive sprocket (7-3), chain (7-4), by movable sprocket (7-5), upper whorl axial (7-
6), upper driving wheel (7-7), lower axle frame plate (7-8) and upper pedestal plate (7-9)；The passive belt wheel (7-1) and drive sprocket (7-
3) it being all fixedly connected on lower wheel shaft (7-2), lower wheel shaft (7-2) is rotatably connected on lower axle frame plate (7-8) by rolling bearing units,
Lower axle frame plate (7-8) is fixedly connected on coarse fodder recycling bins (8), and passive belt wheel (7-1) connects drive pulley (5- by belt
7)；The drive sprocket (7-3) is connected by chain (7-4) by movable sprocket (7-5)；By movable sprocket (7-5) and upper driving wheel (7-
7) it being all fixedly connected on upper whorl axial (7-6), upper whorl axial (7-6) is rotatably connected on upper pedestal plate (7-9) by rolling bearing units,
Upper pedestal plate (7-9) is fixedly connected on case of milling (2-1)；Upper driving wheel (7-7) connects coupled wheel (2-3) by belt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810708335.7A CN108906198A (en) | 2018-07-02 | 2018-07-02 | The broken screen device of municipal sludge processing |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810708335.7A CN108906198A (en) | 2018-07-02 | 2018-07-02 | The broken screen device of municipal sludge processing |
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| CN108906198A true CN108906198A (en) | 2018-11-30 |
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ID=64423534
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| CN201810708335.7A Pending CN108906198A (en) | 2018-07-02 | 2018-07-02 | The broken screen device of municipal sludge processing |
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